CN109446382B - Resource management method and system - Google Patents

Abstract

The present disclosure provides a resource transmission method and system, which is applied to a resource management system, wherein the resource management system includes a primary directory management system, a secondary directory management system, a primary resource transmission system, and a secondary resource transmission system. The method uses the primary directory management system and the secondary directory management system to achieve real-time online synchronization of a live resource directory generated by the secondary directory management system to the primary directory management system, and uses the primary resource transmission system and the secondary resource transmission system to achieve real-time online transmission of data resources corresponding to the live resource directory, thereby enabling the primary directory management system to obtain data resources corresponding to the live resource directory in the secondary resource library in real-time online.

Description

Resource management method and system

technical field

The present disclosure relates to the field of computer communication technologies, and in particular, to a resource management method and system.

Background technique

With the rapid development of information technology, data resources have become extremely rich. In order to facilitate the management of data resources, a resource directory of data resources is usually generated. By viewing the resource directory, you can understand the types of data resources stored in the resource library, and use them when there are data resources. When required, obtain the data resources corresponding to the resource directory.

In the related art, the resource directory is transmitted by sending an email or using a mobile hard disk, the data resource acquisition instruction for the resource directory is transmitted by making a phone call or sending an email, and the data resource corresponding to the resource directory is transmitted by sending an email or Transferred by means of a mobile hard disk.

It can be seen that in the related art, the resource catalog, data resource acquisition instructions, and data resource transmission all require staff to perform a large number of manual operations, and there are disadvantages such as cumbersome manual operations, low data transmission efficiency, and errors in the transmitted data due to manual operation errors. , there is no guarantee that the data will be delivered quickly and accurately.

SUMMARY OF THE INVENTION

In view of this, the present disclosure provides a resource management method and system. By using a primary catalog management system, a secondary catalog management system, a primary resource transmission system, and a secondary resource transmission system, the resource live catalog and resource reporting instructions can be implemented. And the real-time online transmission of data resources has the advantages of high transmission efficiency of data resources and high accuracy of transmitted data resources.

According to a first aspect of the embodiments of the present disclosure, a resource management method is provided, the method is applied to a resource management system, and the resource management system includes a primary directory management system, a secondary directory management system, and a primary resource transmission system And a secondary resource transmission system, the method includes:

The primary directory management system sends a resource reporting instruction for the resource live directory to the secondary directory management system, and the resource live directory is generated by the secondary directory management system and reported by the secondary directory management system to the first-level directory management system;

The secondary directory management system controls the secondary resource transmission system according to the resource reporting instruction, extracts the data resources corresponding to the resource live directory from the secondary resource library, and reports the data resources to the pre-resources library;

The primary directory management system controls the primary resource transmission system, and extracts the data resources from the pre-resource library, and the data resources have been reported to the pre-resource by the secondary resource transmission system database, and send the data resources to the first-level resource library, so that the first-level directory management system controls the first-level resource transmission system, and extracts the data resources from the first-level resource library.

Optionally, before the primary directory management system sends a resource reporting instruction for the resource live directory to the secondary directory management system, the method further includes:

The primary catalog management system issues catalog standard information to the secondary catalog management system, the catalog standard information is used by the secondary catalog management system to generate the resource live catalog, and the catalog standard information includes: 1. Resource classification information;

The secondary catalog management system generates the resource live catalog according to the first resource classification information and the data resources in the secondary resource base, and reports the resource live catalog to the primary catalog management system .

Optionally, the secondary catalog management system generates the resource live catalog according to the first resource classification information and the data resources in the secondary resource repository, and reports the resource live catalog to the first resource. A level directory management system, including:

The secondary directory management system acquires resource classification information of data resources in the secondary resource base, and determines, according to the first resource classification information, target resource classification information included in the resource classification information, and the target resource classification information At least it includes: part of the first resource classification information, and generating the resource live directory of the secondary resource base according to the target resource classification information.

Optionally, the secondary directory management system determines the target resource classification information included in the resource classification information according to the first resource classification information, including:

obtaining, by the secondary directory management system, second resource classification information associated with the first resource classification information;

The secondary directory management system determines the target resource classification information according to the second resource classification information, and the target resource classification information further includes: the second resource classification information.

Optionally, before the secondary catalog management system reports the resource live catalog to the primary catalog management system, the method further includes:

The secondary catalog management system checks the generated resource live catalog according to a preset catalog checking rule.

Optionally, after the secondary catalog management system reports the resource live catalog to the primary catalog management system, the method further includes:

The first-level catalog management system receives the resource live catalog, approves the resource live catalog according to preset approval rules, obtains a catalog approval result, and feeds back the catalog approval result to the secondary catalog management system .

Optionally, the secondary directory management system controls the secondary resource transmission system according to the resource reporting instruction, extracts the data resources corresponding to the resource live directory from the secondary resource library, and reports the data resources. For pre-repositories, including:

The secondary directory management system generates a resource reporting request according to the resource reporting instruction, where the resource reporting request is used to instruct the secondary resource transmission system to report the data resource to the pre-resource repository;

The secondary directory management system sends the resource reporting request to the secondary resource transmission system, so that the secondary resource transmission system extracts the data from the secondary resource library according to the resource reporting request resource, and send the data resource to the pre-resource library.

Optionally, the secondary resource transmission system extracts the data resource from the secondary resource repository according to the resource reporting request, and sends the data resource to the pre-resource repository, including:

The secondary resource transmission system acquires the storage location identification information of the data resource, the storage location identification information is used to indicate the storage location of the data resource in the pre-resource library, and is identified according to the storage location information, and send the data resource to the pre-resource repository.

Optionally, the secondary resource transmission system obtains storage location identification information of the data resource, including any of the following:

The secondary resource transmission system obtains the storage location identification information according to the storage location information of the data resource included in the resource reporting request in the pre-resource repository;

The secondary resource transmission system obtains the storage location identification information according to the resource identifier of the data resource and the resource repository identifier of the pre-resource repository included in the resource reporting request;

If the secondary resource transmission system corresponds to at least two secondary directory management systems, and the resource reporting request includes the resource identifier of the data resource and the system identifier of the primary directory management system, the secondary resource transmission The system searches for a pre-resource library list according to the system identification, and obtains a resource library identification corresponding to the system identification, where the pre-resource library list includes: the system identification of the preset resource management system and the resources of the preset pre-resource library The corresponding relationship between library identifiers is obtained, and the storage location identification information is acquired according to the resource identifier and the resource library identifier.

Optionally, the secondary directory management system controls the secondary resource transmission system according to the resource reporting instruction, extracts the data resource corresponding to the resource live directory from the secondary resource repository, and transfers the data resource to the secondary resource. After reporting to the pre-resource repository, the method further includes:

The secondary resource transmission system monitors whether the data resource information corresponding to the resource live directory in the secondary resource library changes;

The secondary resource transmission system acquires the changed data resource after monitoring the change of the data resource information, the changed data resource includes the changed data resource or the differentiated data resource, and the differentiated data resource is the change The latter data resource is different from the resource of the unchanged data resource;

The secondary resource transmission system uses the changed data resource to update the data resource in the pre-resource repository.

Optionally, the first-level directory management system controls the first-level resource transmission system, and extracts the data resources from the pre-resource library, and the data resources have been reported to the first-level resource transmission system by the second-level resource transmission system. The above-mentioned pre-resource library, and the data resource is sent to the first-level resource library, including:

The first-level directory management system sends a resource acquisition request to the first-level resource transmission system, so that the first-level resource transmission system extracts the data resource from the pre-resource library according to the resource acquisition request, and send the data resource to the primary resource repository.

Optionally, the first-level resource transmission system extracts the data resource from the pre-resource library according to the resource acquisition request, including:

The first-level resource transmission system acquires storage location identification information of the data resource according to the resource acquisition request, where the storage location identification information is used to indicate the storage location of the data resource in the pre-resource library, and According to the storage location identification information, the data resource is extracted from the pre-resource library.

Optionally, the first-level resource transmission system acquires storage location identification information of the data resource according to the resource acquisition request, including any of the following:

The first-level resource transmission system acquires the storage location identification information according to the storage location information of the data resources included in the resource acquisition request in the pre-resource library;

The first-level resource transmission system acquires the storage location identification information according to the resource identifier of the data resource and the resource repository identifier of the pre-resource repository included in the resource acquisition request;

If the first-level resource transmission system corresponds to at least two first-level directory management systems, and the resource acquisition request includes the resource identifier of the data resource and the system identifier of the first-level directory management system, the first-level resource transmission The system searches for a pre-resource library list according to the system identification, and obtains a resource library identification corresponding to the system identification, where the pre-resource library list includes: the system identification of the preset resource management system and the resources of the preset pre-resource library The corresponding relationship between library identifiers is obtained, and the storage location identification information is acquired according to the resource identifier and the resource library identifier.

Optionally, after the first-level directory management system controls the first-level resource transmission system, extracts the data resources from the pre-resource library, and sends the data resources to the first-level resource library, the The method also includes:

The first-level resource transmission system monitors whether the data resource information corresponding to the resource live directory in the pre-resource library changes;

After monitoring the change of the data resource information, the primary resource transmission system acquires the changed data resource corresponding to the resource live directory from the pre-resource repository, and the changed data resource includes the changed data A resource or a differentiated data resource, where the differentiated data resource is a resource in which the changed data resource is different from the unchanged data resource;

The primary resource transmission system uses the changed data resource to update the data resource in the primary resource repository.

Optionally, the secondary directory management system controls the secondary resource transmission system according to the resource reporting instruction, extracts the data resource corresponding to the resource live directory from the secondary resource repository, and transfers the data resource to the secondary resource. After reporting to the pre-resource repository, the method further includes:

The secondary resource transmission system monitors the reporting results of the data resources, and sends the data resources to the primary directory management system through the secondary directory management system after the data resources are successfully reported to the pre-resource repository. Notification of successful data reporting, so that after receiving the notification of successful data reporting, the primary directory management system controls the primary resource transmission system to extract the data resources corresponding to the resource live directory from the pre-resource repository.

According to a second aspect of the embodiments of the present disclosure, a resource management system is provided, the resource management system includes a primary directory management system, a secondary directory management system, a primary resource transmission system, and a secondary resource transmission system; wherein,

The first-level directory management system is configured to send a resource reporting instruction for a resource live directory to the second-level directory management system, and the resource live directory is generated by the second-level directory management system. The directory management system is reported to the first-level directory management system;

The secondary directory management system is configured to control the secondary resource transmission system according to the resource reporting instruction, extract the data resources corresponding to the resource live directory from the secondary resource library, and report the data resources to the pre-resource library;

The primary directory management system is configured to control the primary resource transmission system to extract the data resources from the pre-resource library, and the data resources have been reported to the primary resource transmission system by the secondary resource transmission system. The pre-resource library is used, and the data resource is sent to the first-level resource library for the first-level directory management system to control the first-level resource transmission system and extract the data resource from the first-level resource library.

Optionally, the first-level directory management system is configured to issue directory standard information to the second-level directory management system before sending the resource reporting instruction for the resource live directory to the second-level directory management system. The catalog standard information is used for the secondary catalog management system to generate the resource live catalog, and the catalog standard information includes: first resource classification information;

The secondary catalog management system is configured to generate the resource live catalog according to the first resource classification information and the data resources in the secondary resource base, and report the resource live catalog to the primary resource. level directory management system.

Optionally, the secondary directory management system is configured to obtain resource classification information of data resources in the secondary resource base, and determine the target resource classification included in the resource classification information according to the first resource classification information. The target resource classification information includes at least part of the first resource classification information, and the resource live catalog of the secondary resource library is generated according to the target resource classification information.

Optionally, the secondary directory management system is configured to obtain second resource classification information associated with the first resource classification information;

The secondary directory management system is configured to determine the target resource classification information according to the second resource classification information, and the target resource classification information further includes: the second resource classification information.

Optionally, the second-level directory management system is configured to, before reporting the resource live directory to the first-level directory management system, perform the generated resource live directory according to a preset directory check rule. check.

Optionally, the first-level catalog management system is configured to receive the resource live catalog after the second-level catalog management system reports the resource live catalog to the first-level catalog management system, and according to the preset An approval rule is set, the resource live catalog is approved, a catalog approval result is obtained, and the catalog approval result is fed back to the secondary catalog management system.

Optionally, the secondary directory management system is configured to generate a resource reporting request according to the resource reporting instruction, where the resource reporting request is used to instruct the secondary resource transmission system to report the data resource to the Pre-resource library;

The secondary directory management system is configured to send the resource reporting request to the secondary resource transmission system, so that the secondary resource transmission system, according to the resource reporting request, selects the resource from the secondary resource library. Extracting the data resource, and sending the data resource to the pre-resource repository.

Optionally, the secondary resource transmission system is configured to obtain storage location identification information of the data resource, and the storage location identification information is used to indicate the storage location of the data resource in the pre-resource library. , and send the data resource to the pre-resource library according to the storage location identification information.

Optionally, the secondary resource transmission system is configured to obtain the storage location identification information according to the storage location information of the data resources included in the resource reporting request in the pre-resource repository;

Alternatively, the secondary resource transmission system is configured to acquire the storage location identification information according to the resource identifier of the data resource and the resource repository identifier of the pre-resource repository included in the resource reporting request;

Alternatively, the secondary resource transmission system is configured so that if the secondary resource transmission system corresponds to at least two secondary directory management systems, and the resource reporting request includes the resource identifier of the data resource and the primary The system identifier of the directory management system, searches for a pre-resource library list according to the system identifier, and obtains the resource library identifier corresponding to the system identifier, and the pre-resource library list includes: the system identifier of the preset directory management system and the preset resource library list. The corresponding relationship between the resource library identifiers of the pre-resource library is obtained, and the storage location identification information is obtained according to the resource identifier and the resource library identifier.

Optionally, the secondary resource transmission system is configured to, after the secondary directory management system reports the data resource to the pre-resource repository, monitor the corresponding resource live directory in the secondary resource repository. Whether the data resource information has changed;

The secondary resource transmission system is configured to acquire the changed data resource after monitoring the change of the data resource information, the changed data resource includes the changed data resource or the differentiated data resource, the differentiated data resource The changed data resource is different from the unchanged data resource resource;

The secondary resource transmission system is configured to use the changed data resource to update the data resource in the pre-resource repository.

Optionally, the first-level directory management system is configured to send a resource acquisition request to the first-level resource transmission system, so that the first-level resource transmission system, according to the resource acquisition request, retrieves the resource from the pre-resource. The data resource is extracted from the library, and the data resource is sent to the primary resource library.

Optionally, the first-level resource transmission system is configured to acquire storage location identification information of the data resource according to the resource acquisition request, and the storage location identification information is used to indicate that the data resource is in the pre- storage location in the resource repository, and extract the data resource from the pre-resource repository according to the storage location identification information.

Optionally, the first-level resource transmission system is configured to acquire the storage location identification information according to the storage location information of the data resource included in the resource acquisition request in the pre-resource repository;

Alternatively, the primary resource transmission system is configured to acquire the storage location identification information according to the resource identifier of the data resource and the resource repository identifier of the pre-resource repository included in the resource acquisition request;

Or, the first-level resource transmission system is configured so that if the first-level resource transmission system corresponds to at least two first-level directory management systems, and the resource acquisition request includes the resource identifier of the data resource and the first-level directory management system The system identifier of the directory management system, searches for a pre-resource library list according to the system identifier, and obtains the resource library identifier corresponding to the system identifier, and the pre-resource library list includes: the system identifier of the preset directory management system and the preset resource library list. The corresponding relationship between the resource library identifiers of the pre-resource library is obtained, and the storage location identification information is obtained according to the resource identifier and the resource library identifier.

Optionally, the first-level resource transmission system monitors whether the data resource information corresponding to the resource live directory in the pre-resource repository changes;

The first-level resource transmission system is configured to, after the first-level directory management system sends the data resource to the first-level resource repository, if monitoring changes in the data resource information, from the pre-resource repository Obtain the changed data resource corresponding to the resource live directory in resources of said data resources;

The primary resource transmission system is configured to update the data resource in the primary resource repository with the changed data resource.

Optionally, the system further includes:

The secondary resource transmission system is configured to monitor the reporting result of the data resource after the secondary directory management system reports the data resource to the pre-resource repository, and after the data resource is successfully reported to After the pre-resource repository, send a data reporting success notification to the primary directory management system through the secondary directory management system, so that after the primary directory management system receives the data reporting success notification, control the The first-level resource transmission system extracts the data resources corresponding to the resource live directory from the pre-resource library.

According to a third aspect of the embodiments of the present disclosure, there is provided a non-transitory computer-readable storage medium on which a computer program is stored, and when the program is executed by a processor, implements the steps of any of the methods described in the first aspect above .

The technical solutions provided by the embodiments of the present disclosure may include the following beneficial effects:

In the present disclosure, a first-level resource management method and system are provided. By using the first-level directory management system and the second-level directory management system, the resource live directory generated by the second-level directory management system can be synchronized online in real time to the first-level directory management system. The first-level resource transmission system and the second-level resource transmission system are used to realize the real-time online transmission of data resources corresponding to the resource live directory, and realize the real-time online acquisition of the data resources corresponding to the resource live directory in the second-level resource library by the first-level directory management system.

Since the resource live directory, resource reporting request and data resources in the present disclosure are all transmitted online in real time, the method provided by the present disclosure has the advantages of high data transmission efficiency and realizes fast delivery of data. In addition, because the resource live directory, resource reporting request and data resources are all transmitted online in real time, the multi-step manual operation performed by the staff in the related technology is omitted, thus avoiding the error of the transmitted data resources due to manual operation errors. occurs, which improves the accuracy of the transmitted data, simplifies user operations, and improves user experience.

It is to be understood that the foregoing general description and the following detailed description are exemplary and explanatory only and are not restrictive of the present disclosure.

Description of drawings

1 is a schematic diagram of an application scenario of resource management according to an exemplary embodiment;

FIG. 2 is a flowchart of a resource management method according to an exemplary embodiment;

3 is a flowchart of another resource management method according to an exemplary embodiment;

4 is a flowchart of another resource management method according to an exemplary embodiment;

5 is a flowchart of another resource management method according to an exemplary embodiment;

6 is a flowchart of another resource management method according to an exemplary embodiment;

7 is a block diagram of a resource management system according to an exemplary embodiment;

Fig. 8 is a schematic structural diagram of an apparatus for resource management according to an exemplary embodiment.

Detailed ways

Exemplary embodiments will be described in detail herein, examples of which are illustrated in the accompanying drawings. Where the following description refers to the drawings, the same numerals in different drawings refer to the same or similar elements unless otherwise indicated. The implementations described in the illustrative examples below are not intended to represent all implementations consistent with this disclosure. Rather, they are merely examples of apparatus and methods consistent with some aspects of the present disclosure as recited in the appended claims.

The terminology used in the present disclosure is for the purpose of describing particular embodiments only and is not intended to limit the present disclosure. As used in this disclosure and the appended claims, the singular forms "a," "the," and "the" are intended to include the plural forms as well, unless the context clearly dictates otherwise. It will also be understood that the term "and/or" as used herein refers to and includes any and all possible combinations of one or more of the associated listed items.

It should be understood that although the terms first, second, third, etc. may be used in this disclosure to describe various pieces of information, such information should not be limited by these terms. These terms are only used to distinguish the same type of information from each other. For example, the first information may also be referred to as the second information, and similarly, the second information may also be referred to as the first information, without departing from the scope of the present disclosure. Depending on the context, the word "if" as used herein can be interpreted as "at the time of" or "when" or "in response to determining."

FIG. 1 is a schematic diagram illustrating an application scenario of resource management according to an exemplary embodiment.

Referring to Figure 1, the application scenario is provided with a primary directory management system, a secondary directory management system, a primary resource transmission system, and a secondary resource transmission system, and the application scenario is also provided with a primary resource library, a secondary resource library, and a pre-installation system. Resource Library.

The secondary directory management system can generate a live resource directory, and report the generated live resource directory to the primary directory management system, and the primary directory management system can send a resource reporting instruction for the resource live directory to the secondary directory management system; The directory management system can control the secondary resource transmission system according to the resource reporting instruction, extract the data resources corresponding to the resource live directory from the secondary resource repository, and report the extracted data resources to the pre-resource repository; the primary directory management system The first-level resource transmission system can be controlled to extract the data resources corresponding to the resource live directory from the pre-resource library. At this time, the data resources have been reported to the pre-resource library by the second-level resource transmission system, and the data resources are sent to a The first-level directory management system can control the first-level resource transmission system, extract the data resources from the first-level resource library, and finally realize the real-time online acquisition of the data resources corresponding to the resource live directory in the second-level resource library by the first-level directory management system. .

Since the resource live directory, resource reporting request and data resources in the present disclosure are all transmitted online in real time, the method provided by the present disclosure has the advantages of high data transmission efficiency and realizes fast delivery of data. In addition, because the resource live directory, resource reporting request and data resources are all transmitted online in real time, the multi-step manual operation performed by the staff in the related technology is omitted, thus avoiding the error of the transmitted data resources due to manual operation errors. occurs, which improves the accuracy of the transmitted data, simplifies user operations, and improves user experience.

FIG. 2 is a flowchart of a resource management method according to an exemplary embodiment of the present disclosure. Referring to FIG. 2 , the resource management method is applied to a resource management system. The resource management system includes a primary directory management system, a secondary directory management system, a primary resource transmission system, and a secondary resource transmission system. The resource management system The method includes the following steps:

In step 101, the primary directory management system sends a resource reporting instruction for the resource live directory to the secondary directory management system, and the resource live directory is generated by the secondary directory management system and reported to the primary directory management system by the secondary directory management system system.

In the present disclosure, the first-level directory management system controls the first-level resource transmission system, and manages the data resources in the first-level resource library and the pre-resource library, such as reading the data resources in the first-level resource library and deleting the first-level resource library. data resources in the pre-resource repository, send the data resources in the pre-resource repository to the first-level repository, delete the data resources in the pre-resource repository, etc.

The secondary directory management system controls the secondary resource transmission system, and manages the data resources in the secondary resource library and the pre-resource library, such as reading data resources in the secondary resource library, adding data resources to the secondary resource library , delete the data resources in the primary repository, report the data resources in the primary repository to the pre-resource repository, etc.

The secondary directory management system has the function of generating a live resource directory, and reports the generated live resource directory to the primary directory management system for viewing by the primary directory management system. After the primary directory management system receives the resource live directory reported by the secondary directory management system, it can send a resource reporting instruction for the resource live directory to the secondary directory management system under the first preset trigger condition. It is used to instruct the secondary directory management system to report the data resources corresponding to the resource live directory.

There are various first preset trigger conditions, for example, the first preset trigger condition is: the first-level directory management system receives a preset operation input by the user, and the preset operation is used to instruct the first-level directory management system to send the second-level directory management system to the second-level directory. The management system sends a resource reporting instruction for the resource live catalog; or, the first preset trigger condition is: the primary catalog management system receives the resource live catalog reported by the secondary catalog management system; or, the first preset trigger condition is time conditions, such as period conditions, frequency conditions, etc.

In an optional embodiment, referring to FIG. 3 is a flowchart of another resource management method according to an exemplary embodiment. Before the above step 101, the method may further include: in step 104, the first level The catalog management system issues catalog standard information to the secondary catalog management system, and the catalog standard information is used by the secondary catalog management system to generate a live resource catalog. The catalog standard information includes: first resource classification information; in step 105, the secondary catalog The catalog management system generates a resource live catalog according to the first resource classification information and the data resources in the secondary resource base, and reports the generated resource live catalog to the primary catalog management system.

The above-mentioned catalog standard information is the basis for the secondary catalog management system to generate the resource live catalog. The catalog standard information includes first resource classification information, and the first resource classification information is data resource classification information.

The content of the first resource classification information included in different directory resource information is different. For example, when pre-checking the floating population data resources of a certain province, the set first resource classification information may include at least one of the following: name, gender, age, ID card number, place of origin, etc.; when pre-checking the student's student status resource data, the set first resource classification information may include at least one of the following: name, highest education, graduate school, graduation time, etc. Directory standard information can be written by the administrator of the first-level directory management system, and input into the first-level directory management system through a designated interface.

There are various information forms of catalog standard information. For example, the information form is catalog form, then catalog standard information is standard catalog, and the standard catalog includes first resource classification information; or, the information form is combined field form, then catalog standard information The information is a combination field, the combination field includes the first resource classification information field, and the combination field may also include a field arrangement rule field of the combination field in addition to the first resource classification information field.

The first-level directory management system has the function and authority to obtain directory standard information and issue directory standard information to the second-level directory management system. After the first-level directory management system detects the second preset trigger Distribute directory standard information. After receiving the catalog standard information, the secondary catalog management system generates a resource live catalog according to the catalog standard information and the data resources in the secondary resource base.

There are many ways for the primary catalog management system to obtain catalog standard information. For example, the primary catalog management system automatically generates catalog standard information; or, the primary catalog management system receives catalog standard information input by the user. There may be various second preset trigger conditions, for example, receiving a preset instruction input by the user, the current time at which the primary directory management system detects that the current time meets the preset time condition, and the like.

In an optional embodiment, based on different viewing requirements for data resources in the secondary resource base, an identifier (hereinafter referred to as a first identifier) may be set for each viewing requirement, and the first identifiers set for different viewing requirements are different , when setting the catalog standard information according to the viewing requirement, the first identifier set for the viewing requirement can be placed in the catalog standard information, and the peer (such as a user, a secondary catalog management system, etc.) The first identification is to determine for which viewing requirement the catalog standard information is set. When the catalog standard information is a standard catalog, the first identifier may be a catalog number of the standard catalog or the like. The first identifier may be an identifier set by the primary directory management system and placed in the directory standard information by the primary directory management system.

For example, the first viewing requirement is used to view the resident population data resources in a certain province, and the corresponding set first resource classification information includes: name, gender, age and ID number, and the first identification is the catalog number A1; the second viewing requirement is used for When viewing the data resources of floating population in a province, the corresponding set of first resource classification information includes: name, gender, age, ID number and place of origin, and the first identifier is catalog number A2. If the peer-identified directory standard information includes the directory number A1, it is determined that the directory standard information is the directory standard information set for the first viewing requirement; if the peer-identified directory standard information includes the directory number A2, it is determined that the directory standard information is for the first viewing requirement. Second, check the catalog standard information set by the requirement.

In an optional embodiment, over time, the content of the first resource classification information included in the catalog standard information set for the same viewing requirement may change. If the content of the first resource classification information changes, the catalog standard information If the information changes, it can be understood that the version of the catalog standard information changes.

A second identification (such as version number, etc.) can be set for each version of the catalog standard information set for the same viewing requirement, and the second identification can be placed in the catalog standard information, and the peer (such as a user, a secondary catalog management system, etc.) can identify the The second identifier in the directory standard information determines the version of the directory identifier information. The above-mentioned first identification and second identification may be placed in the catalog standard information at the same time, so as to distinguish the catalog standard information. The second identifier may be an identifier set by the primary directory management system and placed in the directory standard information by the primary directory management system.

For example, the catalog standard information is a standard catalog. For the above-mentioned first viewing requirement, the catalog standard information issued for the first time includes: first resource classification information (name, gender, age and ID number), catalog number A1 and catalog Version number B1; for the above-mentioned first viewing requirements, the catalog standard information issued for the second time includes: first resource classification information (name, gender, age, and place of origin), catalog number A1, and catalog version number B2; If the catalog number is identified as A1, it is determined that both catalog standard information is set for the first viewing requirement; the peer identifies the catalog version number, and if the identified catalog version number is B1, it is determined that the catalog standard information including B1 is the first time In the distributed information, if it is identified that the directory version number is B2, it is determined that the directory standard information including B2 is the information distributed for the second time, thereby realizing the distinction between different versions of the directory standard information set for the same viewing requirement issued twice.

In addition, the catalog standard information can also include other information, such as the file name, industry organization code, business classification organization code, etc. of the catalog standard information. If the catalog standard information is a standard catalog, the file name can be the standard catalog name; For example, if the first resource classification information includes multiple fields (each field is called a data item), the catalog standard information may also include at least one of the following: data item name, data item number, data item information description, data item length and other applicable information.

In an optional embodiment, the first-level directory management system may also have a function of distributing directory standard information in batches, and may simultaneously issue multiple directories to the second-level directory management system after detecting the third preset trigger condition Standard information, multiple catalog standard information is used for the secondary catalog management system to generate different resource live catalogs. The function of distributing catalog standard information in batches is added to the primary catalog management system, which simplifies the distribution operation of multiple catalog standard information and improves the intelligence of the primary catalog management system. There are various third preset trigger conditions, for example, receiving a batch issuing instruction input by a user, a preset time condition (such as a period condition, a frequency condition, etc.), and the like.

For example, after detecting the preset batch distribution instruction, the ministerial-level catalog management system simultaneously distributes the first catalog standard information and the second catalog standard information to the provincial catalog management system, and the first catalog standard information and the second catalog standard information are used for Two different resource live directories are generated in the secondary directory management system.

In an optional embodiment, referring to FIG. 4 , which is a flowchart of another resource management method according to an exemplary embodiment, the above step 105 can be implemented by the following steps 1051-1053:

In step 1051, the secondary directory management system acquires resource classification information of data resources in the secondary resource base.

The secondary directory management system has the right to access the secondary resource library and manage the data resources in the secondary resource library, such as viewing data resources in the secondary resource library, extracting data resources from the secondary resource library, adding new data resources To the secondary repository, delete data resources in the secondary repository, etc. After receiving the catalog standard information, the secondary catalog management system will obtain the resource classification information of the data resources in the secondary resource base.

There are many ways for the secondary directory management system to obtain the resource classification information of the data resources in the secondary resource library, for example: the first acquisition method: access the secondary resource library, identify the data resources in the secondary resource library, determine The resource classification information of the data resources in the secondary resource base; the second acquisition method: the secondary catalog management system generates a global resource catalog of the secondary resource base in advance, and the global resource catalog includes all data resources in the secondary resource base. Resource classification information, at this time, the secondary directory management system can obtain the resource classification information of the data resources in the secondary resource library by extracting the pre-generated global resource directory; the third acquisition method: the secondary directory management system stores historical resources Live directory, historical resource live directory is the directory generated by the secondary directory management system after receiving the historical directory standard information. In the case of the data resources corresponding to the resource classification information included in the historical resource live directory, the resource classification information of the data resources in the secondary resource base can be obtained by extracting the resource classification information included in the historical resource live directory.

In step 1052, the secondary directory management system determines target resource classification information included in the resource classification information according to the first resource classification information, and the target resource classification information includes at least part of the first resource classification information.

After obtaining the resource classification information of the data resources in the secondary resource base, determine whether the resource classification information of the data resources in the secondary resource base includes the first resource classification information, if the resource classification information of the data resources in the secondary resource base includes all The first resource classification information, then determine the target resource classification information. If the target resource classification information includes all the first resource classification information, if the resource classification information of the data resources in the secondary resource database only includes part of the first resource classification information, then determine Target resource classification information, where the target resource classification information includes the part of the first resource classification information.

In an optional embodiment, the above step 1052 can be implemented by the following steps: first, the secondary directory management system obtains the second resource classification information associated with the first resource classification information; The second resource classification information determines target resource classification information, and the target resource classification information further includes: the second resource classification information.

If the resource classification information of the data resources in the secondary resource base includes all the first resource classification information, the target resource classification information includes all the first resource classification information and the second resource classification information; if the resource classification information of the data resources in the secondary resource base If the information only includes part of the first resource classification information, the catalog resource classification information includes the part of the first resource classification information and the second resource classification information.

Based on the settings of the above operations, the secondary directory management system has the functions of automatically acquiring the second resource classification information associated with the first resource classification information, and generating a live resource directory according to the associated second resource classification information, thereby enriching the live resource directory The content of the first-level directory management system is convenient for the management personnel of the first-level directory management system to fully understand the categories of data resources in the second-level resource database.

Further, the operation of obtaining the second resource classification information associated with the first resource classification information by the secondary directory management system may be implemented through the following two steps: in the first step, if the resource classification information only includes part of the first resource classification information, then the second The level catalog management system compares the first resource classification information with the resource classification information of the data resources in the second resource base, and determines the lack of resource classification information, wherein the lack of resource classification information is the resource classification information of the data resources in the second resource base. The first resource classification information that is not included; in the second step, the secondary directory management system acquires the second resource classification information associated with the determined lack of resource classification information.

Based on the settings of the above two steps, the above-mentioned operation of determining the catalog resource classification information according to the second resource classification information by the secondary catalog management system can be realized in the following manner: The second resource classification information is to determine target resource classification information.

For example, all the first resource classification information includes name information, gender information, and age information, and the resource classification information of all data resources in the second resource database includes name information, gender information, ID number information, hometown information, and date of birth. After comparing all the first resource classification information with the resource classification information of all data resources in the second resource base, the catalog management system determines that the lack of resource classification information is age information, determines the resource classification information (such as birth date) associated with the age information, and generates Target resource classification information, the target resource classification information includes name information, gender information and date of birth.

After determining the lack of resource classification information, the secondary directory management system can obtain second resource classification information associated with the lack of resource classification information, and use the second resource classification information to generate a live resource directory, thereby enriching the content of the live resource directory, The intelligence of the secondary directory management system has been further improved.

In the secondary directory management system, the association relationship between different resource classification information can be preset. For example, there is a preset association relationship between different identity indication information of a person, and the identity indication information can be name, ID number, mobile phone number, etc. ; Preset that there is an association relationship between a person's relatives, for example, the person, parents, children, etc. The secondary directory management system may determine the second resource classification information associated with the missing resource classification information according to the preset association relationship.

In the third step, the secondary directory management system determines the target resource classification information according to part of the first resource classification information and the second resource classification information.

After acquiring part of the first resource classification information and the second resource classification information, the secondary directory management system generates target resource classification information, and the target resource classification information includes part of the first resource classification information and the second resource classification information. A resource live directory including the target resource classification information is then generated.

Based on the settings of the above three steps, the secondary directory management system can obtain the associated second resource classification information after determining that the resource classification information of the data resources in the secondary resource base does not include part of the information in the first resource classification information, The resource live directory is generated in combination with the second resource classification information, which ensures the number of resource classification information in the resource live directory, ensures the content richness of the resource live directory, and improves the intelligence of the secondary directory management system.

In step 1053, the secondary catalog management system generates a resource live catalog of the secondary resource base according to the target resource classification information.

After determining the target resource classification information, the secondary directory management system generates a secondary resource library resource live directory according to the target resource classification information, and the resource live directory includes the resource classification information of the directory.

In an optional embodiment, before the secondary catalog management system reports the resource live catalog to the primary catalog management system, the method further includes: Check the resource live directory.

After the secondary catalog management system generates the resource live catalog, it uses the preset catalog verification rules to check the resource live catalog, and can report the verified resource live catalog to the primary catalog management system to ensure reporting to the primary catalog. The resource live directory of the management system conforms to the preset rule requirements.

There are many kinds of catalog verification rules, such as cataloging repeatability checking rules, cataloging regularity checking rules, cataloging integrity checking rules, etc. Among them, cataloging repeatability checking rules can be rules for checking whether there are duplicate fields in the resource live catalog. The regular verification rule can be a rule about checking whether the live resource catalog is catalogued according to the preset cataloging requirements, and the cataloging requirement can be the arrangement requirements of each resource classification information in the live resource catalog. The cataloging integrity check rule is about checking the live resource Whether the directory includes rules for required content, the required content may be target resource classification information, the directory number of the live resource directory, the directory version number of the live resource directory, and the like.

Based on the setting of the operation of verifying the generated live resource directory according to the preset directory verification rules, the secondary directory management system has the function of verifying the generated live resource directory. The first-level catalog system can ensure that the resource live catalogs reported to the first-level catalog management system meet the verification requirements.

In an optional embodiment, after the secondary directory management system obtains the resource live directory, it can encrypt the resource live directory, and then report the encrypted resource live directory to the primary directory management system, thereby ensuring the resource live directory data security. After receiving the reported live resource directory, the primary directory management system needs to decrypt the live resource directory first, and then perform subsequent operations according to the decrypted live resource directory. You can set the encryption method of the resource live directory according to the actual situation, such as MD5 encryption.

In an optional embodiment, after the secondary catalog management system reports the resource live catalog to the primary catalog management system, the method may further include: the primary catalog management system receives the resource live catalog, and according to preset approval rules , approve the resource live catalog, obtain the catalog approval result, and feed back the obtained catalog approval result to the secondary catalog management system. The preset approval rules may be data content approval rules, data format approval rules, reporting time approval rules, etc. of the resource live directory, and the content of the preset approval rules can be set as required.

In operation, the first-level catalog management system can first store the received live resource catalog, and then approve the live resource catalog, or it can directly approve the live resource catalog after receiving the live resource catalog. If the live resource catalog is approved, the The resource live catalog is stored. If the resource live catalog is not approved, the resource live catalog will not be stored.

In this embodiment, the primary catalog management system has the function of approving the resource live catalog, and the function of feeding back the obtained catalog approval result to the secondary resource catalog management system, so that the secondary resource catalog management system can grasp the reported resource live catalog in time. The setting of the above-mentioned functions improves the intelligence of the first-level directory management system.

In an optional embodiment, the method may further include: the primary catalog management system checks the total resource live catalog reported by the secondary catalog management system within the historical period, and obtains catalog checking results; Results A quality assessment of the total resource live catalogue was performed. The total live resource directory may include the currently generated live resource directory, or may not include the currently generated live resource directory.

When the first-level directory management system is a ministerial-level directory management system, and the second-level directory management system is a provincial-level directory management system, the ministerial-level directory management system checks the total resource live directory reported by the provincial-level directory management system during the historical period, According to the obtained catalogue verification results, the quality assessment of the total resource live catalogue can be carried out, and the construction achievements of provincial units can be assessed according to the quality assessment results.

Based on the above operation settings, the primary catalog management system has the functions of catalog verification and catalog quality assessment, the functions of the primary catalog management system are further enriched, and the intelligence is further improved.

Further, the above-mentioned first-level catalog management system can perform quality assessment on the live catalog of total resources according to the obtained catalog verification results, such as:

The first evaluation method: if the directory verification result includes: the number of the first directory of the total resource live directory, the first-level directory management system compares the number of the first directory with the number of information, and the number of information is the number of the first-level directory management system in the historical period The number of standard information of the general catalogue issued within the system, and the quality of the live catalogue of general resources is evaluated according to the comparison result.

In the case where the secondary catalog management system only generates one resource live catalog according to a distributed catalog standard information, if the difference between the number of the first catalog and the number of information is smaller, it indicates that the secondary catalog management system implements the resource live catalog Catalog reporting work, at this time, the higher the quality score for the total resource live catalog, on the contrary, if the difference between the number of the first catalog and the number of information is larger, it indicates that the secondary catalog management system has not implemented the live resource catalog reporting work. The lower the quality score for the total asset live catalog at this time.

The second evaluation method: if the directory verification result includes: the difference in the number of information in each resource live directory in the total resource live directory, the first-level directory management system will perform an evaluation on the total resource live directory according to the difference in the number of information in each resource live directory. The quality assessment, wherein the difference in the number of information is the difference in the number of all the resource classification information of the resource live catalog and the first resource classification information of the corresponding catalog standard information.

For example, for a resource live directory in the total resource live directory, if there are three types of resource classification information in the resource live directory, and the first resource classification information included in the standard directory information corresponding to the resource live directory is five types, then It is determined that the difference in the number of information of the resource live directory is two.

Generally, if the number of all resource classification information in the resource live directory is less than the number of the first resource classification information included in the corresponding standard directory information, the smaller the difference between the two numbers, that is, the smaller the difference between the information data, the resource live. The higher the quality evaluation value of the catalog.

The third evaluation method: If the catalog verification result includes: the number of second catalogs that have passed the approval in the live catalog of total resources, the first-level catalog management system will evaluate the quality of the live catalog of total resources according to the number of second catalogs.

The first-level directory management system will approve the resource live directory reported by the second-level directory management system, and the first-level directory management system will store the directory approval result. The directory approval result can be approved or disqualified. The basis for the quality assessment of the resource fact catalog.

According to the number of the second catalog, there are various ways to evaluate the quality of the live catalog of total resources. For example, in the first method, if the number of approved catalogs in the live catalog of total resources is greater than or equal to the preset number, the quality of the live catalog of total resources is evaluated. Qualified, otherwise, if the number of approved catalogs in the live catalog of total resources is less than the preset number, the quality of the live catalog of total resources is evaluated as unqualified; in the second type, the number of catalogs in the live catalog of total assets is S, and the live catalog of total resources is S. The number of approved catalogues is S1. If the ratio (S1/S) is greater than or equal to the preset ratio, the quality of the total resource live catalogue is evaluated as qualified; otherwise, if the ratio (S1/S) is less than the preset ratio, the total resource is evaluated. The quality of the live catalog is substandard.

The fourth evaluation method: if the catalog verification result includes: the reporting interval of each resource live catalog in the total resource live catalog, the reporting interval is the interval between the reporting time of the resource live catalog and the corresponding delivery time of the catalog standard information , the first-level catalog management system evaluates the quality of the total resource live catalog according to the reporting interval.

The first-level directory management system issues directory standard information to the second-level directory management system, and will record the delivery time of the directory standard information. After the first-level directory management system receives the resource live directory reported by the second-level directory management system, it will record the resource. The reporting time of the live directory. The primary directory management system will determine the reporting interval of the resource live directory according to the delivery time and the reporting time.

After the first-level catalog management system issues multiple catalog standard information and receives multiple resource live catalogs reported for the multiple catalog standard information, it counts the reporting interval length of each resource live catalog in the multiple resource live catalogs, and calculates the reporting interval according to the The reporting interval for statistics, and the live catalog of total resources for quality assessment. In general, the shorter the reporting interval of the resource live catalog, the higher the quality score of the total resource live catalog. Conversely, the longer the reporting interval of the resource live catalog, the lower the quality score of the total resource live catalog.

In operation, one of the above methods can be used alone to evaluate the quality of the live catalog of total resources, or a combination of any two methods or a combination of three methods can be used to evaluate the quality of the live catalog of total resources.

In an optional embodiment, after the primary directory management system receives the resource live directory reported by the secondary directory management system and stores the resource live directory, the method may further include: in step a, the primary directory management The system receives the revocation request for the resource live directory sent by the secondary directory management system; in step b, the primary directory management system obtains the response information of the revocation request; in step c, if the response information is that the revocation request has passed, a The level catalog management system stops using the resource live catalog.

After the secondary directory management system reports the resource live directory to the primary directory management system, it can also send a revocation request for the resource live directory to the primary directory management system, requesting the primary directory management system to stop using the resource live directory.

After receiving the revocation request, the first-level directory management system obtains the response information of the revocation request. If the response information is that the revocation request is passed, it will stop using the resource live directory stored in the first-level directory management system. If the use of the resource live directory is prohibited directory, delete the stored resource live directory, etc.; if the response information is that the revocation request fails, continue to use the resource live directory stored in the primary directory management system.

In this embodiment, the first-level directory management system has the function of receiving a revocation request for the resource live directory sent by the second-level directory management system, and stopping the use of the resource live directory after the revocation request is passed, so as to automatically stop using the resource live directory according to the revocation request. The intelligence of the directory, the first-level directory management system and the second-level directory management system has been further improved.

Further, the above-mentioned step b can be implemented in any of the following ways: in the first way, the first-level directory management system verifies the revocation request according to the preset request verification rule, and obtains the response information; The level-1 directory management system receives the revocation approval result for the revocation request from the administrator of the level-1 directory management system, and determines response information according to the revocation approval result.

For the first method above, a request verification rule may be preset in the primary directory management system, and after receiving the revocation request for the resource live directory sent by the secondary directory management system, the request verification rule is used to perform the revocation request. Check to determine whether to allow the cancellation request to pass.

There are many kinds of request verification rules. For example, the request verification rule is a system blacklist rule. The system blacklist rule is limited: if the directory management system is in the system blacklist, the directory management system sends a revocation request for the resource live directory. If the directory management system is not in the system blacklist, the revocation request for the resource live directory sent by the directory management system will all pass. At this time, if the secondary directory management system is in the system blacklist, the response information is the revocation request. If it fails, if the secondary directory management system is not in the system blacklist, the response information is that the revocation request is passed.

For another example, the request verification rule is a directory blacklist rule, and the directory blacklist rule defines: if the directory-related information of the resource live directory meets the preset information conditions, the resource live directory is a blacklist directory, and the information sent for the resource live directory The withdrawal request was rejected.

For example, the preset information condition may be: the resource live directory generated corresponding to a certain data resource viewing requirement is a blacklist directory, and the revocation request sent for the blacklist directory does not pass. In this case, if the resource live directory involved in the revocation request is Blacklist directory, the revocation request fails; the preset information condition can be: the resource live directory in the directory blacklist is a blacklist directory, and the revocation request sent to the blacklist directory fails, then if the revocation request involves If the resource live directory is a blacklisted directory, the revocation request will not pass.

Based on the settings of the above operations, the primary directory management system has the function of automatically verifying the cancellation request sent by the secondary directory management system for canceling the resource live directory, and the intelligence of the primary directory management system is further improved.

For the second method above, after receiving the revocation request, the first-level directory management system will output the revocation request, and the administrator of the first-level directory management system will approve the output revocation request, and input the obtained revocation approval result into a In the first-level directory management system, the first-level directory management system will determine the response information according to the revocation approval result made by the administrator. Generally, if the revocation approval result indicates that the revocation request has passed, the response information indicates that the revocation request has passed; if the revocation approval result indicates that the revocation request has not passed, the response information indicates that the revocation request has not passed.

Further, after the execution of step b, the method may further include: feeding back the acquired response information to the secondary directory management system, so that the secondary directory management system can timely know the request result of the revocation request according to the response information.

In an optional embodiment, before the primary directory management system sends a resource reporting instruction for the resource live directory to the secondary directory management system, that is, before step 101, the method may further include: The secondary catalog management system sends a notice of change of catalog standard information.

After the primary catalog management system obtains the new catalog standard information, it compares the new catalog standard information with the historical catalog standard information obtained in the past. If the new catalog standard information is different from the historical catalog standard information, the primary catalog management system can report to the second The primary catalog management system sends a notification of catalog standard information change to notify the secondary catalog management system that the catalog standard information it stores is updated. The catalog standard information change notification may include at least one of the following: indication information indicating that the historical catalog standard information is changed, relevant update data of the historical catalog standard information, etc., where the relevant update data may be information update content, number of information updates, and the like. Based on the settings of the above operations, the primary catalog management system has the function of notifying the historical catalog standard information issued by the secondary catalog management system to update, and the intelligence of the primary catalog management system is further improved.

In step 102, the secondary directory management system controls the secondary resource transmission system according to the resource reporting instruction, extracts data resources corresponding to the resource live directory from the secondary resource repository, and reports the extracted data resources to the pre-resource repository.

The secondary directory management system can interact with the secondary resource transmission system. After receiving the resource reporting instruction sent by the primary directory management system, the secondary directory management system controls the secondary resource transmission system according to the resource reporting instruction, so that the secondary The resource transmission system extracts data resources corresponding to the resource live directory from the secondary resource repository, and reports the extracted data resources to the pre-resource repository.

In an optional embodiment, the above step 102 may be implemented in the following manner: first, the secondary directory management system generates a resource reporting request according to the resource reporting instruction, and the resource reporting request is used to instruct the secondary resource transmission system to transfer the data The resource is reported to the pre-resource repository; secondly, the secondary directory management system sends the resource reporting request to the secondary resource transmission system, so that the secondary resource transmission system extracts the resource live directory from the secondary resource repository according to the resource reporting request corresponding data resources, and send the extracted data resources to the pre-resource library.

After the secondary resource transmission system receives the resource reporting request sent by the secondary directory management system, there are several ways to extract the data resources corresponding to the resource live directory from the secondary resource repository. For example, in the first way, the resource reporting request carries the resource Live catalog, the secondary resource transmission system extracts the resource live catalog from the resource reporting request, and then extracts the data resources from the secondary resource library according to the resource live catalog; The resource live directory generated by the data resources in the secondary resource library, and there is an association relationship between the resource live directory and the directory identifier of the resource live directory. The resource reporting request received by the secondary resource transmission system carries the directory identifier of the resource live directory. , the resource reporting request sent by the secondary directory management system includes the directory identifier, the secondary resource transmission system extracts the directory identifier from the resource reporting request, and then extracts the directory identifier corresponding to the directory identifier from the secondary resource library according to the directory identifier. The resource live directory, and further extract the data resources corresponding to the resource live directory from the secondary resource library.

Based on the settings of the above operations, the secondary directory management system has the function of controlling the secondary resource transmission system, uploading the data resources corresponding to the resource live directory in the secondary resource library to the pre-resource library, the secondary directory management system and the secondary resources. The intelligence of the transmission system has been further improved.

In an optional embodiment, the secondary resource transmission system extracts the data resource corresponding to the resource live directory from the secondary resource repository according to the resource reporting request, and can be implemented through the following steps A and B: In step A , the secondary resource transmission system obtains the storage location identification information of the data resource corresponding to the resource live directory, and the storage location identification information is used to indicate the storage location of the data resource in the pre-resource library; In step B, the secondary resource transmission The system sends the data resource to the pre-resource library according to the acquired storage location identification information.

The role of the storage location identification is to indicate the storage location of the data resource corresponding to the resource live directory in the pre-resource library. There are various types of storage location identification information having the above functions, for example, storage location information (storage path), resource identifiers for identifying data resources, resource library identifiers for identifying pre-resource libraries, and the like.

For the above step A, there are many ways for the secondary resource transmission system to obtain the storage location identification information. For example, when the secondary directory management system sends a resource reporting request to the secondary resource transmission system, the resource reporting request is limited to include the storage location identification information. At this time, the secondary resource transmission system can extract the storage location identification information from the resource reporting request, and report the data resources from the secondary resource library to the storage location identification information indicated by the storage location identification information in the pre-resource library according to the storage location identification information. storage location.

Before the secondary directory management system sends a resource reporting request to the secondary resource transmission system, it can obtain the storage location identification information. There are many ways for the secondary directory management system to obtain the storage location identification information. For example, the secondary directory management system generates The storage location identification information, or the primary directory management system generates storage location identification information, and sends the storage location identification information to the secondary directory management system, that is, the secondary directory management system receives the storage location sent by the primary directory management system identifying information.

Further, the secondary resource transmission system receives a resource reporting request sent by the secondary directory management system for the data resource corresponding to the resource live directory in the secondary resource library, and generates a data resource corresponding to the resource live directory in the pre-resource library. After the storage location identification information is stored, the storage location identification information can also be forwarded to the first-level directory management system through the second-level directory management system, so that the first-level directory management system can control the first-level resource transmission system. The data resource corresponding to the resource live directory is extracted from the resource library.

Specifically, if the resource reporting request received by the secondary resource transmission system includes the storage location information of the data resource corresponding to the resource live directory in the pre-resource repository, the above-mentioned step A can be implemented in the following manner: the secondary resource transmission system According to the storage location information included in the resource reporting request, the storage location identification information is acquired, and the storage location identification information includes the storage location information. At this time, the above-mentioned step B can be implemented in the following manner: the secondary resource transmission system reports the data resource to the storage location corresponding to the storage location information in the pre-resource library, so that the first resource transmission system, according to the storage location information, from Extract the data resource from the pre-resource library. The storage location information may be information such as a storage path.

In the case where the data resources in one primary resource base can be reported to at least two pre-resource bases, the resource reporting request received by the secondary resource transmission system may include the resource identifier and pre-resource of the data resource corresponding to the resource live directory The resource library identifier of the library, then the above-mentioned step A can be implemented in the following manner: the secondary resource transmission system obtains the storage location identification information according to the resource identifier of the data resource and the resource library identifier of the pre-resource library included in the resource reporting request, The storage location identification information includes the resource identifier of the data resource and the resource repository identifier of the pre-resource repository. At this time, the above-mentioned step B can be implemented in the following manner: the secondary resource transmission system identifies the resource library identifier, determines the pre-resource library corresponding to the resource library identifier, and reports the resource identifier and the data resource with the corresponding relationship to the determination The pre-resource library is set, so that the first-level directory management system controls the first-level resource transmission system, determines the pre-resource library according to the resource library identifier, and extracts the data resource corresponding to the resource identifier from the determined pre-resource library.

In an optional embodiment, at least two secondary directory management systems may share a secondary resource transmission system. In this case, the resource reporting request sent by the secondary directory management system may include: The resource identifier of the data resource and the system identifier of the secondary directory management system. At this time, the above-mentioned step A can be implemented in the following manner: first, the secondary resource transmission system searches the pre-resource library list according to the system identifier of the secondary directory management system, Obtain the resource pool identifier corresponding to the system identifier of the secondary directory management system, and the pre-resource repository list includes: the first correspondence between the system identifier of the preset resource management system and the resource repository identifier of the preset pre-resource repository Second, the secondary resource transmission system obtains storage location identification information according to the resource identifier and the resource pool identifier, where the storage location identification information includes the resource identifier and the resource pool identifier.

At this time, the above-mentioned step B can be implemented in the following ways: first, the secondary resource transmission system determines the pre-resource library corresponding to the resource library identification according to the resource library identification; The identification and data resources are reported to the determined pre-resource library together, so that the first-level directory management system controls the first-level resource transmission system, determines the corresponding pre-resource library according to the resource library identification, and extracts from the determined pre-resource library The resource identifies the corresponding data resource.

For example, the secondary directory management system A1 and the secondary directory management system A2 share the secondary resource transmission system B. The secondary directory management system A1 corresponds to the pre-resource repository C1, and the secondary directory management system A2 corresponds to the pre-resource repository C2. The secondary resource transmission system B stores the correspondence 1 between the system identifier A1 of the secondary directory management system A1 and the resource repository identifier C1 of the pre-resource repository C1, and stores the system identifiers A2 and A2 of the secondary directory management system A2. Correspondence 2 between the resource pool identifiers C2 of the pre-resource pool C2.

The secondary directory management system A1 sends a resource reporting request to the secondary resource transmission system B, and the resource reporting request includes the system identifier A1 of the secondary directory management system A1 and the resource identifier D1 of the data resource D1 corresponding to the resource live directory. The transmission system B determines the resource library identifier C1 corresponding to the system identifier A1 according to the pre-stored correspondence 1, determines the pre-resource library C1 according to the resource library identifier C1, and then reports the resource identifier D1 and the data resource D1 with the corresponding relationship to the system. The pre-resource library C1 enables the primary resource transmission system to determine the pre-resource library C1 according to the resource library identifier C1, and extract the data resource D1 corresponding to the resource identifier D1 from the determined pre-resource library C1.

In an optional embodiment, after the above-mentioned secondary resource transmission system sends the data resource to the pre-resource library according to the acquired storage location identification information, that is, after step B, the method may further include: The secondary resource transmission system monitors the reporting result of the data resource; when the reporting result indicates that the data resource has been successfully reported to the pre-resource repository, the secondary resource transmission system sends the acquired storage location identification information to the secondary directory management system , so that the secondary directory management system sends the storage location identification information to the first-level directory management system, so that the first-level directory management system can extract the data resources corresponding to the resource live directory from the pre-resource library according to the storage location identification information; two When the reporting result indicates that the data resource fails to be reported, the first-level resource transmission system sends a warning about the failure to report the data resource to the second-level directory management system, and promptly informs the second-level directory management system that the data resource fails to be reported, which facilitates the management of the second-level directory Staff on the system side deal with transmission failures in a timely manner.

Further, after receiving the above-mentioned warning sent by the secondary resource transmission system, the secondary directory management system can send a notification about the failure to report the data resource to the primary directory management system, informing the primary directory management system of the data resource corresponding to the resource live directory. Report failed.

Further, if the reporting result indicates that the reporting of the data resource fails, the secondary resource transmission system can analyze the reason for the reporting failure of the data resource, and feed back the reason for the reporting failure to the secondary directory management system, or forward it to a secondary directory management system through the secondary directory management system. The first-level directory management system is convenient for the second-level directory management system and/or the first-level directory management system to know the reason for the failure to report the data resource. There are various reasons for the failure to report data resources, such as network disconnection, the memory of the pre-resource library is full, and the data resources do not meet the format requirements.

The settings of the above operations enable the secondary resource transmission system to monitor the reporting results of data resources, send a warning of data resource reporting failure to the secondary directory management system, analyze the reasons for data resource reporting failures, and feed back the reporting failure reasons to the secondary directory management system. The function of the system and/or the first-level directory management system to realize timely notification of the failure of reporting the data resources of the second-level directory management system and/or the first-level directory management system, and timely notification of the data resources of the second-level directory management system and/or the first-level directory management system The intelligence of the secondary resource transmission system is further improved.

In an optional embodiment, after the secondary resource transmission system sends the data resources corresponding to the resource live directory to the pre-resource library, that is, after step B, the method may further include: the secondary resource transmission system obtains The reporting information of the data resource corresponding to the resource live directory; the secondary resource transmission system stores the reporting information. Wherein, the reporting information may include at least one of the following: the transmission duration of the data resource being reported from the primary resource repository to the pre-resource repository, the data volume of the data resource, the source address of the data resource (address of the secondary resource repository), the data resource of the data resource Destination address (pre-resource library address), etc.

In some cases, if the secondary resource transmission system receives a viewing instruction, the viewing instruction is used to instruct to view the report information of a certain resource live directory, the secondary resource transmission system will extract the report information corresponding to the stored resource live directory, and Output the report information.

Based on the settings of the above operations, the secondary resource transmission system has the functions of acquiring the reporting information of the data resources corresponding to the resource live directory, storing the reporting information, and outputting the reporting information, and realizing the acquisition, storage and output of the reported information, and supports The staff's view of the reported information.

In an optional embodiment, referring to FIG. 5 , which is a flowchart of another resource management method according to an exemplary embodiment, the above-mentioned secondary directory management system controls the secondary resource transmission system according to the resource reporting instruction, from After extracting the data resource corresponding to the resource live directory from the secondary resource repository, and reporting the data resource to the pre-resource repository, that is, after step 102, the method may further include the following steps 106-108:

In step 106, the secondary resource transmission system monitors whether the data resource information corresponding to the resource live directory in the secondary resource base changes.

The secondary resource transmission system can monitor the data resource information corresponding to the resource live directory in the secondary resource base after extracting the data resource corresponding to the resource live directory from the secondary resource base and reporting the data resource to the pre-resource base. Whether there is a change, and judge whether the data resource corresponding to the resource live directory in the secondary resource library has changed according to the monitoring result. There are various types of data resource information, for example, the number of data resources, the size of the space occupied by the data resources, the latest update time of the data resources, and the like.

Exemplarily, the secondary resource transmission system monitors whether the data resource occupied space corresponding to the resource live directory in the secondary resource library changes, and if the monitored data resource occupied space becomes larger, it determines the data corresponding to the resource live directory in the secondary resource library. When the resources increase, if the monitored data resources occupy a smaller space, it is determined that the data resources corresponding to the resource live directory in the secondary resource base are reduced; the secondary resource transmission system monitors the latest update time of the data resources corresponding to the resource live directory in the secondary resource base , if the latest update time changes during monitoring, it is determined that the data resources corresponding to the resource live directory in the secondary resource library have changed.

The operation of monitoring whether the data resource information in the secondary resource library changes according to the preset monitoring mechanism. The secondary resource transmission system can support the configuration method of interface call, and can receive the preset monitoring mechanism sent by the secondary directory management system or other systems through the interface; or, the secondary resource transmission system can support the configuration method of interface input and provide a configuration interface , which can receive the preset control mechanism input by the staff in the configuration interface, and store the preset control mechanism.

The preset monitoring mechanism can be a time mechanism, such as a period mechanism, a frequency mechanism, etc.; the preset monitoring mechanism can be a monitoring start command sent by a secondary directory management system or other systems; the preset monitoring mechanism can be a user in the secondary resource transmission system. The monitoring startup command entered in the configuration interface, etc.

In step 107, after monitoring that the data resource information changes, the secondary resource transmission system acquires the changed data resource, where the changed data resource includes the changed data resource or the differentiated data resource, and the differentiated data resource is the changed data A resource is different from a resource that does not change the data resource.

After monitoring that the data resource information corresponding to the resource live directory in the secondary resource base changes, the secondary resource transmission system obtains the changed data resource, and the changed data resource may include the changed data resource. For example, the data resource corresponding to the resource live directory in the secondary resource library is composed of a and b, and the data resource information corresponding to the resource live directory in the secondary resource library changes, and the changed data resource is composed of a, b and c. A time-varying data resource consists of a, b, and c.

The changed data resource may include a differentiated data resource, where the differentiated data resource is a resource in which the changed data resource is different from the unchanged data resource. For example, the data resource corresponding to the resource live directory in the secondary resource library is composed of a and b, and the data resource information corresponding to the resource live directory in the secondary resource library changes, and the changed data resource is composed of a, b and c. The time difference data resource consists of a, and the change data resource consists of a.

In step 108, the secondary resource transmission system uses the changed data resource to update the data resource corresponding to the resource live directory in the pre-resource repository.

After acquiring the change data resource, the secondary resource transmission system uses the change data resource to update the data resource corresponding to the resource live directory in the pre-resource base. If the changed data resource is a changed data resource, use the changed data resource to replace the unchanged data resource corresponding to the resource live directory in the pre-resource library; if the changed data resource is a differentiated data resource, use the differentiated data resource to The data resources corresponding to the resource live directory in the resource library are updated. Specifically, the differentiated data resources are added to the pre-resource library, and the data resources corresponding to the original resource live directory stored in the pre-resource library (that is, unchanged data) are combined. resource) and the differentiated data resource, obtain a combined data resource, and use the combined data resource as a new data resource corresponding to the resource live directory in the pre-resource library, or, from the data resource corresponding to the resource live directory in the pre-resource library (that is, The different data resources are deleted from the unchanged data resources) to obtain the remaining data resources, and the remaining data resources are used as new data resources corresponding to the resource live directory in the pre-resource library.

In operation, the secondary resource transmission system can access the pre-resource library, and use the changed data resources to update the data resources corresponding to the resource live directory originally stored in the pre-resource library; The library sends a resource update instruction, and the resource update instruction includes the changed data resource. After receiving the resource update instruction, the pre-resource library extracts the changed data resource from the resource update instruction, and uses the changed data resource to update the original stored resources in the pre-resource library. The data resource corresponding to the live catalog.

Based on the settings in steps 106 to 108, the secondary resource transmission system has the ability to monitor whether the data resource information corresponding to the resource live directory in the secondary resource base has changed, obtain the changed data resources, and use the changed data resources to update the pre-resource base. The function of the data resource is realized to update the data resource corresponding to the resource live directory in the pre-resource library, and the intelligence of the secondary resource transmission system is further improved.

Further, after the secondary resource transmission system uses the changed data resource to update the data resource corresponding to the resource live directory in the pre-resource library, that is, after the above step 106, the method may further include: sending a message to a primary resource through the secondary directory management system The level directory management system sends resource update notifications. The setting of the above operations enables the first-level directory management system to timely know that the data resources corresponding to the resource live directory in the pre-resource base are updated according to the resource update notification, and obtain the updated new data resources from the pre-resource base in time.

In step 103, the first-level directory management system controls the first-level resource transmission system, extracts the data resources corresponding to the resource live directory from the pre-resource library, and the data resources have been reported to the pre-resource library by the second-level resource transmission system, and The data resource is sent to the primary resource base for the primary directory management system to control the primary resource transmission system, and the data resource is extracted from the primary resource base.

The first-level directory management system can interact with the first-level resource transmission system, the first-level resource transmission system can interact with the first-level resource library and the pre-resource library respectively, and the first-level directory management system can control the first-level resource transmission system. The data resource corresponding to the resource live directory is extracted from the resource repository, and the extracted data resource is sent to the primary resource repository. Through the cooperative use of the first-level directory management system and the first-level resource transmission system, the data resources corresponding to the resource live directory in the second-level resource library are reported to the first-level resource library. The first-level directory management system can control the first-level resource transmission system, extract the data resources corresponding to the resource live directory from the first-level resource library, and obtain the data resources, and finally realize the real-time online access of the first-level directory management system to the second-level resource library. The data resource corresponding to the resource live directory.

In an optional embodiment, the above step 103 may be implemented in the following manner: the primary directory management system sends a resource acquisition request to the primary resource transmission system, so that the primary resource transmission system, according to the resource acquisition request The data resources corresponding to the resource live directory are extracted from the resource library, and the extracted data resources are sent to the primary resource library.

The function of the resource acquisition request is to instruct the primary resource transmission system to acquire the data resources corresponding to the resource live directory from the pre-resource repository, and send the extracted data resources to the primary resource repository. After receiving the resource acquisition request, the primary resource transmission system extracts data resources corresponding to the resource live directory from the pre-resource repository, and sends the extracted data resources to the primary resource repository.

The primary directory management system sends a resource acquisition request to the primary resource transmission system under a preset trigger condition. There are various preset trigger conditions. For example, the first-level directory management system receives a resource reporting instruction input by the staff; or, the first-level resource management system detects that the current time meets the preset time condition, and the preset time condition can be It is a time condition set for time parameters such as period and frequency; or, the primary directory management system receives resource reporting instructions sent by the secondary directory management system or other systems.

In an optional embodiment, the above-mentioned first-level resource transmission system extracts the data resource from the pre-resource library according to the resource acquisition request, and sends the data resource to the first-level resource library through the following steps. 1 and step 2 are implemented: in step 1, the first-level resource transmission system obtains the storage location identification information of the data resource corresponding to the resource live directory according to the resource acquisition request, and the storage location identification information is used to indicate the data resource corresponding to the resource live directory. The storage location in the pre-resource base; in step 2, the primary resource transmission system extracts the data resource corresponding to the resource live directory from the pre-resource base according to the storage location identification information.

Based on the settings of the above steps 1 and 2, the first-level resource transmission system has the ability to obtain storage location identification information of data resources according to the resource reporting request, and to extract the data corresponding to the resource live directory from the pre-resource library according to the storage location identification information. The function of resources, the intelligence of the first-level resource transmission system has been further improved.

Further, there are various implementations of the above steps 1 and 2, for example:

The above-mentioned step 1 can be implemented in the following manner: according to the storage location information of the data resource included in the resource acquisition request in the pre-resource library, the storage location identification information is obtained, and the storage location identification information includes the storage location information. At this time, the above-mentioned step 2 can be implemented in the following manner: extracting the data resource corresponding to the resource live directory from the storage location corresponding to the storage location information in the pre-resource library.

In the case where a resource management system corresponds to at least two pre-resource repositories, and the data resources in the primary resource repository can be reported to at least two pre-resource repositories, the resource acquisition request may include the resource identifiers and pre-resources of the data resources. The resource library identifier of the resource library. At this time, the above step 1 can be implemented in the following manner: according to the resource identifier of the data resource included in the resource acquisition request and the resource library identifier of the pre-resource library, the storage location identification information is obtained, and the storage location identification information The information includes the resource identifier of the data resource and the resource repository identifier of the pre-resource repository. Correspondingly, the above-mentioned step 2 can be implemented in the following manner: determine the pre-resource repository according to the resource repository identifier, and determine the pre-resource repository from the determined pre-resource repository. The data resource corresponding to the resource identifier is extracted from the library.

One secondary resource transmission system may correspond to at least two secondary directory management systems, that is, at least two secondary directory management systems may share one secondary resource transmission system. In this case, the resource acquisition request sent by the secondary directory management system may include: the resource identifier of the data resource corresponding to the resource live directory and the system identifier of the secondary directory management system. In this case, the above step 1 can be implemented in the following ways : First, search the pre-resource library list according to the system identification of the secondary directory management system, and obtain the resource library identification corresponding to the system identification of the secondary directory management system, and the pre-resource library list includes: the system identification of the preset resource management system and the second correspondence between the resource library identifier of the preset pre-resource library; secondly, the storage location identification information is obtained according to the resource identifier and the resource library identifier, and the storage location identification information includes the resource identifier and the resource library identifier. . At this time, the above-mentioned step 2 can be implemented in the following ways: first, according to the resource library identifier obtained in step 1, determine the pre-resource library corresponding to the resource library identifier; secondly, according to the resource identifier included in the resource acquisition request, from the determined pre-resource library Find the data resource corresponding to the resource identifier in the resource library; finally, extract the found data resource.

In an optional embodiment, the resource acquisition request may be a request generated by the primary directory management system after receiving the resource reporting success instruction sent by the secondary directory management system according to the resource reporting success instruction, wherein the resource The reporting success instruction is used to indicate that the secondary resource transmission system has successfully reported the data resource corresponding to the resource live directory to the pre-resource repository.

Exemplarily, the sending process of the resource acquisition request may include: after the secondary resource transmission system monitors that the data resources have been successfully reported to the pre-resource repository, immediately sends a notification of successful resource reporting to the secondary directory management system; the secondary directory management system Generate a resource reporting success instruction according to the resource reporting success notification, and send the resource reporting success instruction to the first-level directory management system; after receiving the resource reporting success instruction, the first-level directory management system generates a resource acquisition request according to the resource reporting success instruction and send the resource acquisition request to the first-level resource transmission system, and control the first-level resource transmission system to send the data resources corresponding to the resource live directory in the pre-resource library to the first-level resource library.

Based on the settings of the above process, the first-level directory management system is implemented to drive the first-level resource transmission system, and the data resources corresponding to the resource live directory in the pre-resource library are sent to the first-level resource library. The sending of the data resources is completed by the software system. The manual operation is saved, and the transmission efficiency of data resources is improved.

The first-level directory management system is a ministerial-level directory management system, the first-level resource transmission system is a ministerial-level resource transmission system, the first-level resource library is a ministerial-level resource library, the second-level directory management system is a provincial-level directory management system, and the second-level resource library is a provincial-level directory management system. In the scenario where the transmission system is a provincial resource transmission system and the secondary resource library is a provincial resource library, the provincial directory management system controls the provincial resource transmission system, and uploads the data resources corresponding to the resource live directory in the provincial resource library to In the pre-resource library, the ministerial-level directory management system controls the ministerial-level resource transmission system, extracts the data resources corresponding to the resource live directory from the pre-resource library, and sends the extracted data resources to the ministerial-level resource library, so as to realize the transmission of provincial-level resources. The data resources corresponding to the resource live catalog in the resource base are reported to the ministerial resource base for the ministerial catalog management system to control the ministerial resource transmission system, and obtain the data resources corresponding to the resource live catalog from the ministerial resource base.

Through the coordinated use of the ministerial-level catalog management system, the ministerial-level resource transmission system, the ministerial-level resource library, the provincial-level catalog management system, the provincial-level resource transmission system, and the provincial-level resource library, the resource management system drives the resource transmission system, and the provincial The data resources in the resource database are reported to the ministerial resource database (big data platform), which saves manual operations and improves the reporting efficiency of data resources.

In an optional embodiment, after the data resource is sent to the first-level resource repository, that is, after step 103, the method may further include: the first-level resource transmission system obtains the sending of the data resource corresponding to the resource live directory information, and store the sent information. Wherein, the sending information may include any one of the following: the transmission duration of the data resource being sent from the pre-resource repository to the secondary resource repository, the data volume of the data resource, the source address of the data resource (pre-resource repository address), the destination address of the data resource (first-level resource repository address), and the like.

The primary resource transmission system outputs the transmission information under the preset information output mechanism. There are various preset information output mechanisms, such as receiving a viewing command input by the user, the viewing command instructing to view the sending information of a certain resource live directory, the first-level resource transmission device with built-in first-level resource transmission system can be installed with a display screen or audio output The device is used to send information output; or, the preset information output mechanism is a time mechanism, such as a period mechanism, a frequency mechanism, etc.; or, it receives an information viewing instruction sent by the primary directory management system, and the information viewing instruction is used to instruct to view a certain Sending information of a resource live catalog, after extracting the sending information, the primary resource transmission system feeds back the extracted sending information to the primary catalog management system.

Based on the settings of the above operations, the primary resource transmission system has the functions of acquiring the transmission information of the data resources corresponding to the resource live directory, storing the transmission information, and outputting the transmission information, etc., realizing the acquisition, storage and output of the transmission information, and supporting The intelligence of the first-level resource transmission system has been further improved by the staff's viewing of the sent information.

In an optional embodiment, referring to FIG. 6 is a flowchart of another resource management method shown in the present disclosure according to an exemplary embodiment. After the above step 103, the method may further include the following steps 109-steps 111:

In step 109, the primary resource transmission system monitors whether the data resource information corresponding to the resource live directory in the pre-resource library changes.

After extracting the data resource corresponding to the resource live directory from the pre-resource library and sending the data resource to the first-level resource library, the first-level resource transmission system can monitor the data resource information corresponding to the resource live directory in the pre-resource library Whether there is a change, and judge whether the data resource corresponding to the resource live directory in the pre-resource library has changed according to the monitoring result. There are various types of data resource information, for example, the number of data resources, the size of the space occupied by the data resources, the latest update time of the data resources, and the like.

There are various implementations of the above-mentioned step 109. For example, in the first implementation, the first-level resource transmission system monitors whether the data resource information corresponding to the resource live directory in the pre-resource library changes, and the data resource information includes at least one of the following: Item: the size of the space occupied by the data resource, the size of the space occupied by the total data resource including the data resource, the latest update time of the data resource, etc. In this method, the first-level resource transmission system actively monitors the data resource information whether the operation has changed;

In the second implementation manner, the first-level resource transmission system monitors whether the resource update notification sent by the first-level directory management system is received. After the resource information changes, it is forwarded to the first-level directory management system through the second-level directory management system. In this method, the first-level resource transmission system passively monitors the data resources after receiving the resource update notification forwarded by the first-level directory management system. The action of whether the information has changed.

The primary resource transmission system can monitor whether the data resource information in the pre-resource library changes according to a preset monitoring mechanism, wherein the preset monitoring mechanism can be a time mechanism, such as a period mechanism, a frequency mechanism, and the like. There are many ways for the first-level resource transmission system to obtain the preset monitoring mechanism. For example, the first-level resource transmission system supports the configuration method of interface invocation, and can receive the preset monitoring mechanism sent by the first-level directory management system or other systems through the interface; or , the primary resource transmission system supports the configuration method of interface input, provides a configuration interface, receives the preset control mechanism input by the staff in the configuration interface, and stores the preset control mechanism. The preset monitoring mechanism corresponding to different resource live directories may be different, and the content of the preset monitoring mechanism can be set as required.

In step 110, after monitoring that the data resource information corresponding to the live resource directory in the pre-resource repository changes, the primary resource transmission system acquires the changed data resource corresponding to the live resource directory from the pre-resource repository, where the changed data resource includes A changed data resource or a differentiated data resource, where the differentiated data resource is a resource in which the changed data resource is different from the unchanged data resource.

After monitoring the change of the data resource information corresponding to the resource live directory in the pre-resource library, the first-level resource transmission system determines that the data resource corresponding to the resource live directory in the pre-resource library has changed, and then obtains the resource live in the pre-resource library. The change data resource corresponding to the directory, the change data resource may include the changed data resource corresponding to the resource live directory in the pre-resource repository, or the changed data resource may include the difference data resource corresponding to the resource live directory in the pre-resource repository, The differentiated data resource is a resource corresponding to the resource live directory in the pre-resource repository, and the changed data resource is different from the unchanged data resource.

In step 111, the primary resource transmission system uses the changed data resource to update the data resource in the primary resource repository.

After acquiring the changed data resources, the primary resource transmission system uses the changed data resources to update the data resources corresponding to the resource live directory in the primary resource base.

If the changed data resource is a changed data resource, the primary resource transmission system uses the changed data resource to replace the data resource corresponding to the resource live directory in the pre-resource repository. If the changed data resource is a differentiated data resource, the primary resource transmission system uses the differentiated data resource to update the data resource (that is, the unchanged data resource) corresponding to the resource live directory originally stored in the primary resource repository. Specifically, the differentiated data Add the resource to the first-level resource library, combine the unchanged data resource and the differentiated data resource in the first-level resource library to obtain a combined data resource, and use the combined data resource as the new data corresponding to the resource live directory in the first-level resource library or, delete the differentiated data resource from the unchanged data resource in the primary resource base to obtain the remaining data resource, and use the remaining data resource as a new data resource corresponding to the resource live directory in the primary resource base.

In operation, the first-level resource transmission system can access the pre-resource library, and use the changed data resources to update the data resources corresponding to the resource live directory in the first-level resource library. The update operation of the data resources in the first-level resource library is performed by the first-level resource. The transmission system is completed; alternatively, the primary resource transmission system may send a resource update instruction to the primary resource library, where the resource update instruction includes the changed data resource, and the primary resource library extracts the changed data resource from the resource update instruction after receiving the resource update instruction , and use the changed data resources to update the data resources corresponding to the resource live directory originally stored in the first-level resource library, and the update operation of the data resources in the first-level resource library is completed by the first-level resource library.

Based on the settings from steps 109 to 111, the primary resource transmission system has the ability to monitor whether the data resource information corresponding to the resource live directory in the pre-resource library has changed, obtain the changed data resources, and use the changed data resources to update the primary resource library. The function of the data resources, the intelligence of the first-level resource transmission system has been further improved.

In an optional embodiment, after the above step 103, the method may further: the first-level resource transmission system monitors the sending result of the data resources corresponding to the resource live directory; In the case of failure, send a notification about the failure to send data resources to the first-level directory management system, so that the first-level directory management system or the staff of the first-level directory management system know in time that the data resources extracted from the pre-resource library were unsuccessful. Sent to the primary repository.

The configuration of the above operations enables the primary resource transmission system to have the functions of monitoring the sending result of the data resources and sending a notification about the failure to send the data resources to the primary directory management system, and the intelligence of the primary resource transmission system is further improved.

Further, after monitoring that the sending result indicates that the data resource fails to be sent, the first-level resource transmission system can also analyze the reason for the failure to send the data resource, and send the reason for the failure to send to the first-level directory management system, so that the first-level directory management system According to the sending failure reason, quickly know the reason why the data resource is not successfully sent to the primary resource library. There are various reasons for sending failure, for example, the network is disconnected, the memory of the primary resource library is full, and the data resource does not meet the format requirements.

The setting of the above operations enables the primary resource transmission system to have the function of analyzing the failure cause of data resource transmission and sending the transmission failure reason to the primary directory management system, and the intelligence of the primary resource transmission system is further improved.

For the foregoing method embodiments, for the sake of simple description, they are all expressed as a series of action combinations, but those skilled in the art should know that the present disclosure is not limited by the described action sequence, because according to the present disclosure, Certain steps may be performed in other orders or simultaneously.

Secondly, those skilled in the art should also know that the embodiments described in the specification are all optional embodiments, and the actions and modules involved are not necessarily required by the present disclosure.

Corresponding to the foregoing application function implementation method embodiments, the present disclosure further provides embodiments of an application function implementation apparatus and a corresponding terminal.

7 is a block diagram of a resource management system according to an exemplary embodiment, the resource management system may include a primary directory management system 21, a secondary directory management system 22, a primary resource transmission system 23, and a secondary resource transmission system 24; wherein,

The first-level directory management system 21 is configured to send a resource reporting instruction for the resource live directory to the second-level directory management system 22, and the resource live directory is generated by the second-level directory management system 22. The second-level directory management system 22 reports to the first-level directory management system 21;

The secondary directory management system 22 is configured to control the secondary resource transmission system 24 according to the resource reporting instruction, extract the data resources corresponding to the resource live directory from the secondary resource library, and transfer the data The resources are reported to the pre-resource library;

The primary directory management system 21 is configured to control the primary resource transmission system 23 to extract the data resources from the pre-resource library, and the data resources have been transmitted by the secondary resource transmission system 24. Report to the pre-resource repository, and send the data resources to the primary resource repository for the primary catalog management system 21 to control the primary resource transmission system 23, and extract the data from the primary resource repository the data resource.

In an optional embodiment, the primary directory management system 21 is configured to, before sending the resource reporting instruction for the resource live directory to the secondary directory management system 22, to the secondary directory management system 22 22 distributes catalog standard information, the catalog standard information is used by the secondary catalog management system 22 to generate the resource live catalog, and the catalog standard information includes: first resource classification information;

The secondary catalog management system 22 is configured to generate the resource live catalog according to the first resource classification information and the data resources in the secondary resource base, and report the resource live catalog to the Primary directory management system 21 .

In an optional embodiment, the secondary directory management system 22 is configured to acquire resource classification information of data resources in the secondary resource base, and determine the resource classification according to the first resource classification information The information includes target resource classification information, the target resource classification information includes at least part of the first resource classification information, and the resource live catalog of the secondary resource base is generated according to the target resource classification information.

In an optional embodiment, the secondary directory management system 22 is configured to acquire second resource classification information associated with the first resource classification information;

The secondary directory management system 22 is configured to determine the target resource classification information according to the second resource classification information, and the target resource classification information further includes: the second resource classification information.

In an optional embodiment, the second-level directory management system 22 is configured to, before reporting the resource live directory to the first-level directory management system 21, according to a preset directory check rule, of the resource live directory for verification.

In an optional embodiment, the primary catalog management system is configured to, after the secondary catalog management system 22 reports the resource live catalog to the primary catalog management system 21, receive the According to the preset approval rule, the resource live catalog is approved, the catalog approval result is obtained, and the catalog approval result is fed back to the secondary catalog management system 22 .

In an optional embodiment, the secondary directory management system 22 is configured to generate a resource reporting request according to the resource reporting instruction, where the resource reporting request is used to instruct the secondary resource transmission system 24 to reporting the data resource to the pre-resource repository;

The secondary directory management system 22 is configured to send the resource reporting request to the secondary resource transmission system 24, so that the secondary resource transmission system 24 can send the resource reporting request from the secondary resource transmission system 24 according to the resource reporting request. The data resource is extracted from the resource library, and the data resource is sent to the pre-resource library.

In an optional embodiment, the secondary resource transmission system 24 is configured to acquire storage location identification information of the data resource, where the storage location identification information is used to indicate that the data resource is stored in the preamble The storage location in the resource library, and according to the storage location identification information, the data resource is sent to the pre-resource library.

In an optional embodiment, the secondary resource transmission system 24 is configured to obtain the storage location information of the data resource included in the resource reporting request in the pre-resource repository, and obtain the storage location-identifying information;

Alternatively, the secondary resource transmission system 24 is configured to acquire the storage location identification information according to the resource identifier of the data resource and the resource repository identifier of the pre-resource repository included in the resource reporting request;

Alternatively, the secondary resource transmission system 24 is configured so that if the secondary resource transmission system 24 corresponds to at least two secondary directory management systems 22, and the resource reporting request includes the resource identifier of the data resource and the the system identifier of the first-level directory management system 21, look up the pre-resource library list according to the system identifier, and obtain the resource library identifier corresponding to the system identifier, and the pre-resource library list includes: preset directory management system system The corresponding relationship between the identifier and the resource repository identifier of the preset resource repository is preset, and the storage location identification information is acquired according to the resource identifier and the resource repository identifier.

In an optional embodiment, the secondary resource transmission system 24 is configured to monitor the secondary resource repository after the secondary directory management system 22 reports the data resource to the pre-resource repository Whether the data resource information corresponding to the resource live directory described in has changed;

The secondary resource transmission system 24 is configured to obtain the changed data resource after monitoring the change of the data resource information, and the changed data resource includes the changed data resource or the differentiated data resource, the differentiated data resource. The resource is the resource of the changed data resource that is different from the unchanged data resource;

The secondary resource transmission system 24 is configured to use the changed data resource to update the data resource in the pre-resource repository.

In an optional embodiment, the primary directory management system 21 is configured to send a resource acquisition request to the primary resource transmission system 23, so that the primary resource transmission system 23 acquires the resource according to the resource request, extract the data resource from the pre-resource repository, and send the data resource to the primary resource repository.

In an optional embodiment, the primary resource transmission system 23 is configured to acquire storage location identification information of the data resource according to the resource acquisition request, where the storage location identification information is used to indicate the data The storage location of the resource in the pre-resource repository, and the data resource is extracted from the pre-resource repository according to the storage location identification information.

In an optional embodiment, the primary resource transmission system 23 is configured to acquire the storage location information of the data resource included in the resource acquisition request in the pre-resource repository, and acquire the storage location-identifying information;

Alternatively, the primary resource transmission system 23 is configured to acquire the storage location identification information according to the resource identifier of the data resource and the resource repository identifier of the pre-resource repository included in the resource acquisition request;

Alternatively, the first-level resource transmission system 23 is configured so that if the first-level resource transmission system 23 corresponds to at least two first-level directory management systems 21, and the resource acquisition request includes the resource identifier of the data resource and the the system identifier of the first-level directory management system 21, look up the pre-resource library list according to the system identifier, and obtain the resource library identifier corresponding to the system identifier, and the pre-resource library list includes: preset directory management system system The corresponding relationship between the identifier and the resource repository identifier of the preset resource repository is preset, and the storage location identification information is acquired according to the resource identifier and the resource repository identifier.

In an optional embodiment, the primary resource transmission system 23 monitors whether the data resource information corresponding to the resource live directory in the pre-resource repository changes;

The first-level resource transmission system 23 is configured to, after the first-level directory management system 21 sends the data resource to the first-level resource repository, if it is monitored that the data resource information changes, from the pre- The change data resource corresponding to the resource live directory is obtained from the resource library, and the change data resource includes the changed data resource or the differentiated data resource, and the differentiated data resource is that the changed data resource is different from resources of said data resources that have not changed;

The primary resource transmission system 23 is configured to use the changed data resource to update the data resource in the primary resource repository.

In an optional embodiment, the system further includes:

The secondary resource transmission system 24 is configured to monitor the reporting result of the data resource after the secondary directory management system 22 reports the data resource to the pre-resource repository, and when the data resource is successful After reporting to the pre-resource repository, send a notification of successful data reporting to the first-level directory management system 21 through the second-level directory management system 22, so that the first-level directory management system 21 receives the data report After successful notification, the primary resource transmission system 23 is controlled to extract the data resource corresponding to the resource live directory from the pre-resource repository.

It should be noted that, in the present disclosure, the primary directory management system and the primary resource transmission system may be two independent systems, or may be integrated into one system; the secondary directory management system and the secondary resource transmission system may be mutually independent systems. Two independent systems can also be integrated into one system.

For the system embodiment, since it basically corresponds to the method embodiment, reference may be made to the partial description of the method embodiment for related parts. The system embodiments described above are only illustrative, wherein the above-mentioned units described as separate components may or may not be physically separated, and components displayed as units may or may not be physical units, that is, may be located in a local, or it can be distributed over multiple network elements. Some or all of the modules can be selected according to actual needs to achieve the purpose of the solution of the present disclosure. Those of ordinary skill in the art can understand and implement it without creative effort.

Embodiments of the present disclosure also provide a non-transitory computer-readable storage medium on which a computer program is stored, the program is executed by a processor, and the resource management method shown in any one of FIG. 2 to FIG. 6 is executed. .

As shown in FIG. 8 , FIG. 8 is a schematic structural diagram of an apparatus 300 for resource management according to an exemplary embodiment. For example, the apparatus 300 may be provided as a resource management device. 8, apparatus 300 includes a processing component 322, which further includes one or more processors, and a memory resource, represented by memory 332, for storing instructions executable by processing component 322, such as an application program. An application program stored in memory 332 may include one or more modules, each corresponding to a set of instructions. In addition, the processing component 322 is configured to execute instructions to perform the resource management method as shown in any of FIGS. 2-6.

Device 300 may also include a power supply assembly 326 configured to perform power management of device 300 , a wired or wireless network interface 350 configured to connect device 300 to a network, and an input output (I/O) interface 358 . Device 300 may operate based on an operating system stored in memory 332, such as Windows Server™, Mac OS X™, Unix™, Linux™, FreeBSD™ or the like.

Other embodiments of the present disclosure will readily occur to those skilled in the art upon consideration of the specification and practice of the invention disclosed herein. This disclosure is intended to cover any variations, uses, or adaptations of this disclosure that follow the general principles of this disclosure and include common general knowledge or techniques in the technical field not disclosed by this disclosure . The specification and examples are to be regarded as exemplary only, with the true scope and spirit of the disclosure being indicated by the following claims.

It is to be understood that the present disclosure is not limited to the precise structures described above and illustrated in the accompanying drawings, and that various modifications and changes may be made without departing from the scope thereof. The scope of the present disclosure is limited only by the appended claims.

Claims (31)

1. A resource management method, characterized in that the method is applied to a resource management system, and the resource management system comprises a primary directory management system, a secondary directory management system, a primary resource transmission system and a secondary resource transmission system , the method includes: The primary directory management system sends a resource reporting instruction for the resource live directory to the secondary directory management system, and the resource live directory is generated by the secondary directory management system and reported by the secondary directory management system to the first-level directory management system; The secondary directory management system controls the secondary resource transmission system according to the resource reporting instruction, extracts the data resources corresponding to the resource live directory from the secondary resource library, and reports the data resources to the pre-resources library; The primary directory management system controls the primary resource transmission system, and extracts the data resources from the pre-resource library, and the data resources have been reported to the pre-resource by the secondary resource transmission system database, and send the data resources to the first-level resource library, so that the first-level directory management system controls the first-level resource transmission system, and extracts the data resources from the first-level resource library. 2. The method according to claim 1, wherein before the primary directory management system sends a resource reporting instruction for the resource live directory to the secondary directory management system, the method further comprises: The primary catalog management system issues catalog standard information to the secondary catalog management system, the catalog standard information is used by the secondary catalog management system to generate the resource live catalog, and the catalog standard information includes: 1. Resource classification information; The secondary catalog management system generates the resource live catalog according to the first resource classification information and the data resources in the secondary resource base, and reports the resource live catalog to the primary catalog management system . 3. The method according to claim 2, wherein the secondary catalog management system generates the resource live catalog according to the first resource classification information and the data resources in the secondary resource base, and Reporting the resource live catalog to the primary catalog management system, including: The secondary directory management system acquires resource classification information of data resources in the secondary resource base, and determines, according to the first resource classification information, target resource classification information included in the resource classification information, and the target resource classification information At least it includes: part of the first resource classification information, and generating the resource live directory of the secondary resource base according to the target resource classification information. 4. The method according to claim 3, wherein the secondary directory management system determines the target resource classification information included in the resource classification information according to the first resource classification information, comprising: obtaining, by the secondary directory management system, second resource classification information associated with the first resource classification information; The secondary directory management system determines the target resource classification information according to the second resource classification information, and the target resource classification information further includes: the second resource classification information. 5. The method according to claim 2, wherein before the secondary catalog management system reports the resource live catalog to the primary catalog management system, the method further comprises: The secondary catalog management system checks the generated resource live catalog according to a preset catalog checking rule. 6. The method according to claim 2, wherein after the secondary catalog management system reports the resource live catalog to the primary catalog management system, the method further comprises: The first-level catalog management system receives the resource live catalog, approves the resource live catalog according to preset approval rules, obtains a catalog approval result, and feeds back the catalog approval result to the secondary catalog management system . 7 . The method according to claim 1 , wherein the secondary directory management system controls the secondary resource transmission system according to the resource reporting instruction, and extracts the corresponding resource live directory from the secondary resource library. 8 . data resources, and report the data resources to the pre-resource library, including: The secondary directory management system generates a resource reporting request according to the resource reporting instruction, where the resource reporting request is used to instruct the secondary resource transmission system to report the data resource to the pre-resource repository; The secondary directory management system sends the resource reporting request to the secondary resource transmission system, so that the secondary resource transmission system extracts the data from the secondary resource library according to the resource reporting request resource, and send the data resource to the pre-resource library. 8. The method according to claim 7, wherein the secondary resource transmission system extracts the data resource from the secondary resource library according to the resource reporting request, and sends the data resource To the pre-resource library, including: The secondary resource transmission system acquires the storage location identification information of the data resource, the storage location identification information is used to indicate the storage location of the data resource in the pre-resource library, and is identified according to the storage location information, and send the data resource to the pre-resource repository. 9. The method according to claim 8, wherein the secondary resource transmission system obtains storage location identification information of the data resource, comprising any of the following: The secondary resource transmission system obtains the storage location identification information according to the storage location information of the data resource included in the resource reporting request in the pre-resource repository; The secondary resource transmission system obtains the storage location identification information according to the resource identifier of the data resource and the resource repository identifier of the pre-resource repository included in the resource reporting request; If the secondary resource transmission system corresponds to at least two secondary directory management systems, and the resource reporting request includes the resource identifier of the data resource and the system identifier of the primary directory management system, the secondary resource transmission The system searches for a pre-resource library list according to the system identification, and obtains a resource library identification corresponding to the system identification, where the pre-resource library list includes: the system identification of the preset resource management system and the resources of the preset pre-resource library The corresponding relationship between library identifiers is obtained, and the storage location identification information is acquired according to the resource identifier and the resource library identifier. 10 . The method according to claim 1 , wherein the secondary directory management system controls the secondary resource transmission system according to the resource reporting instruction, and extracts the resource live directory from a secondary resource library. 11 . corresponding data resources, and after reporting the data resources to the pre-resource repository, the method further includes: The secondary resource transmission system monitors whether the data resource information corresponding to the resource live directory in the secondary resource library changes; The secondary resource transmission system acquires the changed data resource after monitoring the change of the data resource information, the changed data resource includes the changed data resource or the differentiated data resource, and the differentiated data resource is the change The latter data resource is different from the resource of the unchanged data resource; The secondary resource transmission system uses the changed data resource to update the data resource in the pre-resource repository. 11. The method according to claim 1, wherein the first-level directory management system controls the first-level resource transmission system, and extracts the data resources from the pre-resource library, and the data resources have been Reporting to the pre-resource library by the secondary resource transmission system, and sending the data resources to the primary resource library, including: The first-level directory management system sends a resource acquisition request to the first-level resource transmission system, so that the first-level resource transmission system extracts the data resource from the pre-resource library according to the resource acquisition request, and send the data resource to the primary resource repository. 12. The method according to claim 11, wherein, according to the resource acquisition request, the first-level resource transmission system extracts the data resource from the pre-resource library, comprising: The first-level resource transmission system acquires storage location identification information of the data resource according to the resource acquisition request, where the storage location identification information is used to indicate the storage location of the data resource in the pre-resource library, and According to the storage location identification information, the data resource is extracted from the pre-resource library. 13. The method according to claim 12, wherein the first-level resource transmission system acquires the storage location identification information of the data resource according to the resource acquisition request, comprising any of the following: The first-level resource transmission system acquires the storage location identification information according to the storage location information of the data resources included in the resource acquisition request in the pre-resource library; The first-level resource transmission system acquires the storage location identification information according to the resource identifier of the data resource and the resource repository identifier of the pre-resource repository included in the resource acquisition request; If the first-level resource transmission system corresponds to at least two first-level directory management systems, and the resource acquisition request includes the resource identifier of the data resource and the system identifier of the first-level directory management system, the first-level resource transmission The system searches for a pre-resource library list according to the system identification, and obtains a resource library identification corresponding to the system identification, where the pre-resource library list includes: the system identification of the preset resource management system and the resources of the preset pre-resource library The corresponding relationship between library identifiers is obtained, and the storage location identification information is acquired according to the resource identifier and the resource library identifier. 14. The method according to claim 1, wherein the first-level resource transmission system is controlled in the first-level directory management system, the data resources are extracted from the pre-resource library, and the After the data resource is sent to the primary resource repository, the method further includes: The first-level resource transmission system monitors whether the data resource information corresponding to the resource live directory in the pre-resource library changes; After monitoring the change of the data resource information, the primary resource transmission system acquires the changed data resource corresponding to the resource live directory from the pre-resource repository, and the changed data resource includes the changed data A resource or a differentiated data resource, where the differentiated data resource is a resource in which the changed data resource is different from the unchanged data resource; The primary resource transmission system uses the changed data resource to update the data resource in the primary resource repository. 15 . The method according to claim 1 , wherein the secondary directory management system controls the secondary resource transmission system according to the resource reporting instruction, and extracts the resource live directory from a secondary resource library. 16 . corresponding data resources, and after reporting the data resources to the pre-resource repository, the method further includes: The secondary resource transmission system monitors the reporting results of the data resources, and sends the data resources to the primary directory management system through the secondary directory management system after the data resources are successfully reported to the pre-resource repository. Notification of successful data reporting, so that after receiving the notification of successful data reporting, the primary directory management system controls the primary resource transmission system to extract the data resources corresponding to the resource live directory from the pre-resource repository. 16. A resource management system, characterized in that the resource management system comprises a primary directory management system, a secondary directory management system, a primary resource transmission system, and a secondary resource transmission system; The first-level directory management system is configured to send a resource reporting instruction for a resource live directory to the second-level directory management system, and the resource live directory is generated by the second-level directory management system. The directory management system is reported to the first-level directory management system; The secondary directory management system is configured to control the secondary resource transmission system according to the resource reporting instruction, extract the data resources corresponding to the resource live directory from the secondary resource library, and report the data resources To the pre-resource library; The primary directory management system is configured to control the primary resource transmission system to extract the data resources from the pre-resource library, and the data resources have been reported to the primary resource transmission system by the secondary resource transmission system. The pre-resource library is used, and the data resource is sent to the first-level resource library for the first-level directory management system to control the first-level resource transmission system and extract the data resource from the first-level resource library. 17. The system of claim 16, wherein: The primary directory management system is configured to issue directory standard information to the secondary directory management system before sending a resource reporting instruction for the resource live directory to the secondary directory management system, the directory standard information For the secondary catalog management system to generate the resource live catalog, the catalog standard information includes: first resource classification information; The secondary catalog management system is configured to generate the resource live catalog according to the first resource classification information and the data resources in the secondary resource base, and report the resource live catalog to the primary resource. level directory management system. 18. The system of claim 17, wherein: The secondary directory management system is configured to acquire resource classification information of data resources in the secondary resource base, and determine target resource classification information included in the resource classification information according to the first resource classification information, and the The target resource classification information includes at least part of the first resource classification information, and the resource live catalog of the secondary resource base is generated according to the target resource classification information. 19. The system of claim 18, wherein: the secondary directory management system, configured to obtain second resource classification information associated with the first resource classification information; The secondary directory management system is configured to determine the target resource classification information according to the second resource classification information, and the target resource classification information further includes: the second resource classification information. 20. The system of claim 17, wherein: The secondary catalog management system is configured to check the generated resource live catalog according to preset catalog checking rules before reporting the resource live catalog to the primary catalog management system. 21. The system of claim 17, wherein: The primary catalog management system is configured to receive the resource live catalog after the secondary catalog management system reports the resource live catalog to the primary catalog management system, and according to preset approval rules, Approving the resource live catalog, obtaining catalog approval results, and feeding back the catalog approval results to the secondary catalog management system. 22. The system of claim 16, wherein: The secondary directory management system is configured to generate a resource reporting request according to the resource reporting instruction, where the resource reporting request is used to instruct the secondary resource transmission system to report the data resource to the pre-resource repository ; The secondary directory management system is configured to send the resource reporting request to the secondary resource transmission system, so that the secondary resource transmission system, according to the resource reporting request, selects the resource from the secondary resource library. Extracting the data resource, and sending the data resource to the pre-resource repository. 23. The system of claim 22, wherein: The secondary resource transmission system is configured to obtain storage location identification information of the data resource, where the storage location identification information is used to indicate the storage location of the data resource in the pre-resource library, and is configured according to the data resource. the storage location identification information, and send the data resource to the pre-resource repository. 24. The system of claim 23, wherein: The secondary resource transmission system is configured to acquire the storage location identification information according to the storage location information of the data resource included in the resource reporting request in the pre-resource repository; Alternatively, the secondary resource transmission system is configured to acquire the storage location identification information according to the resource identifier of the data resource and the resource repository identifier of the pre-resource repository included in the resource reporting request; Alternatively, the secondary resource transmission system is configured so that if the secondary resource transmission system corresponds to at least two secondary directory management systems, and the resource reporting request includes the resource identifier of the data resource and the primary The system identifier of the directory management system, searches for a pre-resource library list according to the system identifier, and obtains the resource library identifier corresponding to the system identifier, and the pre-resource library list includes: the system identifier of the preset directory management system and the preset resource library list. The corresponding relationship between the resource library identifiers of the pre-resource library is obtained, and the storage location identification information is obtained according to the resource identifier and the resource library identifier. 25. The system of claim 16, wherein: The secondary resource transmission system is configured to monitor the data resource information corresponding to the resource live directory in the secondary resource repository after the secondary directory management system reports the data resource to the pre-resource repository whether there has been a change; The secondary resource transmission system is configured to acquire the changed data resource after monitoring the change of the data resource information, the changed data resource includes the changed data resource or the differentiated data resource, the differentiated data resource The changed data resource is different from the unchanged data resource resource; The secondary resource transmission system is configured to use the changed data resource to update the data resource in the pre-resource repository. 26. The system of claim 16, wherein: The first-level directory management system is configured to send a resource acquisition request to the first-level resource transmission system, so that the first-level resource transmission system extracts all resources from the pre-resource library according to the resource acquisition request. the data resource, and send the data resource to the primary resource repository. 27. The system of claim 26, wherein: The first-level resource transmission system is configured to acquire storage location identification information of the data resource according to the resource acquisition request, and the storage location identification information is used to indicate the storage location identification information of the data resource in the pre-resource library. storage location, and according to the storage location identification information, extract the data resource from the pre-resource library. 28. The system of claim 27, wherein: The first-level resource transmission system is configured to acquire the storage location identification information according to the storage location information of the data resources included in the resource acquisition request in the pre-resource library; Alternatively, the primary resource transmission system is configured to acquire the storage location identification information according to the resource identifier of the data resource and the resource repository identifier of the pre-resource repository included in the resource acquisition request; Or, the first-level resource transmission system is configured so that if the first-level resource transmission system corresponds to at least two first-level directory management systems, and the resource acquisition request includes the resource identifier of the data resource and the first-level directory management system The system identifier of the directory management system, searches for a pre-resource library list according to the system identifier, and obtains the resource library identifier corresponding to the system identifier, and the pre-resource library list includes: the system identifier of the preset directory management system and the preset resource library list. The corresponding relationship between the resource library identifiers of the pre-resource library is obtained, and the storage location identification information is obtained according to the resource identifier and the resource library identifier. 29. The system of claim 16, wherein: The first-level resource transmission system monitors whether the data resource information corresponding to the resource live directory in the pre-resource library changes; The first-level resource transmission system is configured to, after the first-level directory management system sends the data resource to the first-level resource repository, if monitoring changes in the data resource information, from the pre-resource repository Obtain the changed data resource corresponding to the resource live directory in resources of said data resources; The primary resource transmission system is configured to update the data resource in the primary resource repository with the changed data resource. 30. The system of claim 16, wherein: The secondary resource transmission system is configured to monitor the reporting result of the data resource after the secondary directory management system reports the data resource to the pre-resource repository, and after the data resource is successfully reported to After the pre-resource repository, send a data reporting success notification to the primary directory management system through the secondary directory management system, so that after the primary directory management system receives the data reporting success notification, control the The first-level resource transmission system extracts the data resources corresponding to the resource live directory from the pre-resource library. 31. A non-transitory computer-readable storage medium on which a computer program is stored, characterized in that, when the program is executed by a processor, the steps of the method according to any one of claims 1 to 15 are implemented.

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