KR101725192B1

KR101725192B1 - Resource information management and data storage system through the management of the resource template

Info

Publication number: KR101725192B1
Application number: KR1020150188858A
Authority: KR
Inventors: 박권재
Original assignee: (주)와치텍
Priority date: 2015-12-29
Filing date: 2015-12-29
Publication date: 2017-04-28
Also published as: KR20160007462A

Abstract

A resource information management and data storage system through resource template management is disclosed to define, collect, store, and manage resources collected according to the type of equipment. The resource information management and data storage system through the resource template management according to the preferred embodiment of the present invention includes a cycle for collecting resources corresponding to performance information on a large number of devices, a method and statistical information, A database unit for storing collected resource performance information, a web server unit for displaying and setting information related thereto, and controlling actual performance, statistics, and event data, and collecting actual resources based on the set data, And an agent management unit for determining an event.

Description

[0002] Resource information management and data storage system through resource template management [0003]

The present invention relates to a resource information management and data storage system through resource template management, and more particularly, to a system and method for collecting resources corresponding to performance information on a large amount of equipment, a method and statistical data, It is a system to increase the efficiency of equipment management by reducing the amount of data and reducing the load of agent management unit by integrally managing setting information.

As the information age rapidly develops, it is required to introduce a system for management of a wide variety of equipment managed at once. In particular, in a system that collects the resources of each equipment, displays statistical data according to a certain period of time, and identifies events of the collected resources in advance to identify the equipment failure, in order to collect the performance of a large number of equipment, There is a lot of information such as information, information about managed resources, collection period to collect about it, method and statistical data, reference data of event judgment, etc., Performance problems.

In order to solve the performance problem in such a management system, the resource information, the resource information, the statistics, and the event information are managed in groups according to the group, that is, the development of the resource information management and data storage system through resource template management It has been requested.

In the conventional resource information management and data storage system, each resource exists in a resource type existing for each management type, and there is a system capable of setting an event level for each resource. Specifically, each of the network equipment, the server equipment, and the database equipment is referred to as a management type. In the case of network equipment among these management types, the operation type, equipment performance, and syslog are each referred to as a resource type. Among these resource types, the operation state refers to the operation state of the network equipment, and the equipment performance refers to the CPU utilization, the memory utilization, the memory availability, the equipment temperature, the total memory size, and the number of sessions. Event level can be set for each of these resources. Basically, there are down, serious, major, and information events. In this data type, the management type and the resource type have a 1: N relationship, the resource type and the resource have a 1: N relationship, the resource and the event level have a relation of N: N, There is a problem that all the upper data must be provided for each device.

In the conventional resource information management and data storage system, in order to collect the performance of a large amount of equipment, information of all the managed equipment, information about managed resources, collection period, method and statistical information , Reference data for event determination, and the like, and is structured so that the system operates accordingly. This method has a small dependency because it can manage the resource information of the equipment through different settings when various kinds of equipment follow different resource collection methods and management methods, It is difficult for the user to use the data because the amount of data to be set is large and the amount of setting data is increased as much as the number of equipments is increased when the number of equipments is increased so that a large amount of data is managed .

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and it is an object of the present invention to provide a system and method for managing various data, And to provide a resource information management and data storage system through resource template management capable of detailed setting.

In addition, by providing a function to allow various settings to be set for various devices, even if a large amount of equipment is managed, the amount of data to be managed is not greatly increased, and the service is provided so that memory management is not problematic.

In addition, when the user sets up the equipment, it provides the function to manage the equipment with as few settings as possible. Also, the resource collection information set in the equipment enables the setting of the equipment by allocating the preset template to the equipment And to collect the resource performance information of the equipment.

According to an aspect of the present invention, there is provided a resource information management and data storage system using resource template management, comprising: a database unit for storing setting information and collected resource capability information for a large number of devices; A web server unit for displaying necessary information among the information stored in the database unit on a client (web browser) and setting and controlling performance, statistics, and event data; And an agent management unit for collecting actual resources based on the data set in the database unit, generating statistics, and determining an event.

According to another aspect of the present invention, there is provided a resource information management and data storage system for managing a resource template according to another embodiment of the present invention. The database includes a cycle for collecting resources corresponding to performance information on a large number of devices, And a setting unit for setting the reference data of the event judgment, and stores the statistical information according to the performance information of each equipment and the designated reference of year, month, first, and event information according to the event setting of each resource And a connection unit for establishing a connection relationship with each of the group unit, the group object unit, the object unit, the group template unit, the template unit, the resource type template unit, the resource template unit and the event template unit in the relation between the modules of the setting unit A primary key of the group unit is a group ID, a primary key of the group object unit is a group ID, Wherein the primary key of the object template is an object ID, the primary key of the template template is a group ID and a template ID, the primary key of the template is a template ID, Wherein the primary key of the resource template unit is a template ID and a resource ID, the primary key of the event template unit is a template ID and an event ID, the group unit has a foreign key by referring to the group ID, The resource template unit has a foreign key by referring to the template ID, the resource template unit has a foreign key by referring to the template ID, and the event template unit refers to the template ID And has a foreign key, Wherein the group object part and the group template part form a connection relationship in a relationship of 1: N (N is a natural number equal to or greater than 0) Wherein the template unit and the resource type template unit form a connection relationship in a relation of 1: N (N is a natural number equal to or greater than 0), and the template unit and the resource template unit are connected in a 1: N The template unit and the event template unit can establish a connection relationship in a relation of 1: N (N is a natural number equal to or greater than 0).

According to another aspect of the present invention, there is provided a resource information management and data storage system using resource template management according to another exemplary embodiment of the present invention, wherein the resource type template unit includes a resource collection period, a resource event generation time, Collects resources through information, generates and releases events after an event time, and the resource template unit accumulates statistical information at the time of resource collection through the information marked with the statistics of the resource, and the event template unit stores the resource as a certain threshold value It is possible to generate an event by expressing it so as to have a specific event value when it is exceeded and to judge whether an alarm should be sent to the user when an event occurs and to send an alarm.

According to another aspect of the present invention, there is provided a resource information management and data storage system using resource template management according to another embodiment of the present invention, And an information display unit for displaying statistical information and event information according to an event setting of the resource, wherein the period of collecting resources corresponding to the performance information of a large number of equipments, And an information setting unit which is applied to the setting unit of the database unit.

According to another aspect of the present invention, in the resource information management and data storage system through resource template management according to another embodiment of the present invention, the agent management unit collects resource capability information based on data set in the setting unit, And a resource information unit that has a function of determining an event and generating statistics and largely confirms group and group template information of all of the devices and requests performance information of the equipment through a set resource collection period and a collection method And a performance information unit for receiving performance information of the equipment requested by the resource information unit and storing the performance information in the database unit, wherein the performance information stored in the database unit is checked for group and group template information for each equipment, And a statistic unit for determining whether the user It may comprise; as compared to the performance information collected by the information receiving function and the event information reference set for each device in the group, group information event template unit for generating an event.

According to another aspect of the present invention, there is provided a resource information management and data storage system using resource template management, wherein the resource information unit comprises: A base information generation unit for confirming a relation through connection information between the group object part and the group template part and generating resource type setting information set for each device; A collection period determination unit for determining a collection period for each resource type in the base information and determining a collection period; A collection method setting unit for checking a collection method for each resource type in the base information and setting a collection method; And a collection request unit for collecting a collection request to each device based on the information set by the base information generation unit, the collection period determination unit, and the collection method setting unit, wherein the performance information unit includes: A performance information acquiring unit for acquiring performance information in response to performance information; And a database storage unit for storing the obtained performance information in an information unit of a database, wherein the event unit is configured to allow the setting unit to change the relationship between the object unit and the event template unit through connection information between the group object unit and the group template unit An event threshold checking unit for generating event setting information set for each resource of the resource type of each equipment and checking which threshold corresponds to the performance information obtained from the performance information unit; And an event generation unit for generating an event corresponding to the confirmed performance information and storing information on the event in the information unit, wherein the statistic unit sets the relation between the object unit and the resource template unit in the setting unit, A statistical setting confirmation unit for confirming the statistical setting information set for each resource type of each equipment by checking connection information between the object unit and the group template unit; A statistics generator for generating statistical information on the basis of the performance information for the reference date (reference date such as day, month, year, etc.) for the resource for generating the statistic among the statistical setting information confirmed by the statistical setting confirmation unit; And a statistical information storage unit for storing the generated statistical information in the information unit.

The resource information management and data storage system through the management of the resource template according to the present invention includes a cycle of collecting resources corresponding to performance information of a large number of equipment using a resource template, The data module can be managed so that information related to resource collection, statistics, and events can be quickly combined and used.

In addition, it is possible to save the memory by collecting the resource collection information at the time of collecting the resources and collecting and managing the resource performance, so that the actual set information can be confirmed by the combination of the set information without having a large amount of data. Therefore, agent management has the advantage of managing more equipment.

1 is a block diagram illustrating a structure of a resource information management and data storage system through resource template management according to an embodiment of the present invention;
Fig. 2 is a block diagram showing a relation configuration of main modules of the database unit in Fig. 1
FIG. 3 is a block diagram illustrating a process of requesting collection of performance information from a device and storing the collected performance information in a database unit and confirming stored information;
4 is a block diagram showing the configuration and practical example of a conventional resource information management and data storage system

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention and the manner of achieving them will become apparent with reference to the embodiments described in detail below with reference to the accompanying drawings. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the concept of the invention to those skilled in the art. Is provided to fully convey the scope of the invention to those skilled in the art, and the invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout the specification.

Hereinafter, a resource information management and data storage system through resource template management according to preferred embodiments of the present invention will be described in detail. In the following description, well-known functions or constructions are not described in detail to avoid unnecessarily obscuring the subject matter of the present invention.

FIG. 1 is a block diagram illustrating a structure of a resource information management and data storage system through resource template management according to an embodiment of the present invention. FIG. 2 is a block diagram illustrating a relationship structure of major modules in the database unit of FIG. 3 is a block diagram illustrating a process of requesting collection of performance information from the equipment and storing the collected performance information in a database unit and confirming the stored information.

1 to 3, a resource information management and data storage system through resource template management according to an embodiment of the present invention includes a database unit for storing setting information of a large amount of equipment and collected resource performance information 30); A web server unit 20 for displaying necessary information among the information stored in the database unit 30 on a client (web browser) and setting and controlling performance, statistics and event data; And an agent management unit 40 for collecting actual resources based on the data set in the database unit 30, generating statistics, and determining an event.

The database unit 30 includes a setting unit 31 for setting a period for collecting resources corresponding to performance information on a large amount of equipment, a method and statistical information, and reference data for event determination. And an information unit 32 for storing performance information of each equipment and statistical information according to a specified standard such as year, month, and first week and event information according to event setting of each resource.

The grouping unit 310, the object unit 320, the group template unit 330, the template unit 340, the resource type template unit 350 ), The resource template unit 360, and the event template unit 370, respectively.

The primary key of the group unit 300 is a group ID 301 and the primary key of the group object unit 310 is a group ID 311 and an object ID 312. The primary key of the object unit 320 The primary key of the template unit 340 is a template ID 341 and the primary key of the template unit 340 is a template ID 341. The primary key of the group template unit 330 is a group ID 331 and a template ID 332, The basic key of the resource type template unit 350 is a template ID 351 and a resource type ID 352. The basic key of the resource template unit 360 is a template ID 361 and a resource ID 362, The primary key of the event template unit 370 is the template ID 371 and the event ID 372.

The grouping unit 300 has a foreign key by referring to the group ID 301. The template unit 340 has a foreign key by referring to the template ID 341, The resource template unit 360 has a foreign key by referring to the template ID 361 and the event template unit 370 stores the foreign key in the template ID 371 ) And has a foreign key.

The group unit 300 and the group object unit 310 have a connection relationship with 1: N (where N is a natural number equal to or greater than 0) : N (where N is a natural number equal to or greater than 0), and the template unit 340 and the resource type template unit 350 form a connection relationship with 1: N (N is a natural number equal to or greater than 0) The template unit 340 and the resource template unit 360 form a connection relationship with 1: N (N is a natural number equal to or greater than 0), and the template unit 340 and the event template unit 370 ) Can establish a connection relationship with 1: N (N is a natural number of 0 or more).

The resource type template unit 350 may collect resources through the information indicated by the resource collection period, the resource event generation time, and the cancellation time, and may generate and terminate the event after the event time.

The resource template unit 360 may accumulate statistical information at the time of resource collection through the information indicated by whether the resource is statistical.

The event template unit 370 may generate an event by expressing the resource to have a specific event value when the resource exceeds a predetermined threshold value, and may determine whether to send an alarm to the user when an event occurs and send an alarm.

The web server unit 20 includes an information display unit 210 for displaying performance information of devices and statistical information according to specified criteria such as year, month, first, and event information according to event setting of resources. And an information setting unit 220 for changing the reference data of the event judgment and applying the same to the setting unit 31 of the database unit.

The agent management unit 40 has a function of collecting resource performance information based on the data set by the setting unit 31, determining an event, and generating statistics, A resource information unit 410 for requesting performance information of the equipment through a set resource collection period and a collection method; A performance information unit 420 for receiving performance information of equipment requested by the resource information unit 410 and storing performance information in the database unit 30; A statistics unit 440 for checking group and group template information for each piece of performance information stored in the database unit 30 to determine whether to generate statistics and generating statistics; And an event unit 430 for generating an event by comparing the performance information collected by the performance information unit 420 with the event reference information set in the group and group template information for each device.

The resource information unit 410 may store the relation between the object unit 320 and the resource type template unit 350 in the setting unit 311 between the group object unit 310 and the group template unit 330 A base information generation unit 411 for generating the resource type setting information set for each device; A collection period determination unit 412 for determining a collection period for each resource type in the base information and determining a collection period; A collection method setting unit 413 for checking a collection method for each resource type in the base information and setting a collection method; And a collection requesting unit 414 for collecting requests to the respective devices based on the information set by the base information generating unit 411, the collection period determining unit 412, and the collection method setting unit 413 .

The performance information unit 420 includes a performance information obtaining unit 422 for receiving performance information requested by the resource information unit 410 and obtaining performance information, And a database storage unit 421 for storing the obtained performance information in the information unit of the database.

The event unit 430 confirms the relation between the object unit 320 and the event template unit 370 in the setting unit 31 through the connection information of the group object unit 310 and the group template unit 330 An event threshold checking unit 432 for generating event setting information set for each resource of the resource type of each equipment and confirming which threshold corresponds to the performance information obtained from the performance information unit 420; And an event generation unit 431 for generating an event corresponding to the identified performance information and storing information on the generated event in the information unit 32. [

The statistic unit 440 determines the relation between the object unit 320 and the resource template unit 360 in the setting unit 31 based on the connection information between the group object unit 310 and the group template unit 330 A statistical setting confirmation unit 441 for checking the statistical setting information set for each resource of the resource type of each equipment; A statistical generator 442 for generating statistical information on the basis of the performance information for a reference date (a reference date such as day, month, year, and the like) for the resource that generates the statistics among the statistical setting information confirmed by the statistical setting confirmation unit 441 ); And a statistical information storage unit 443 for storing the generated statistical information in the information unit 32. [

4 is a block diagram showing the configuration and practical example of a conventional resource information management and data storage system.

As shown in FIG. 4, in the conventional resource information management and data storage system, resources exist in resource types existing for each management type, and an event level can be set for resources. Specifically, each of the network equipment, the server equipment, and the database equipment is referred to as a management type. In the case of network equipment among management types, the operation type, equipment performance, syslog, etc. are respectively referred to as resource types. The operating status indicates the network device operation status. The equipment performance indicates the CPU utilization, the memory utilization, the memory capacity, the equipment temperature, the total memory size, the number of sessions, and the like. You can set the event level for the resource and basically there are down, serious, major, and information events.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, You will understand. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. The scope of the present invention is defined by the appended claims rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

10: Client 20: Web server
30: Database part 31: Setting part
32: Information section 40: Agent management section
210: information display unit 220: information setting unit
300: Group unit 301: Group ID
310: Group object part 311: Group ID
312: Object ID 320: Object part
321: Object ID 330: Group template section
331: Group ID 332: Template ID
340: Template Unit 341: Template ID
350: Resource type template unit 351: Template ID
352: Resource type ID 360: Resource template part
361: Template ID 362: Resource ID
370: Event Template Unit 371: Template ID
372: Event ID 410: Resource Information Section
411: Base information generation unit 412: Collection period determination unit
413: collection method setting unit 414: collection request unit
420: performance information section 421: database storage section
422: performance information acquisition unit 430:
431: Event generating unit 432: Event threshold checking unit
440: statistics section 441: statistics setting section
442: statistic generating unit 443: statistical information storing unit

Claims

A database unit 30 for storing setting information on a large amount of equipment and collected resource performance information;
A web server unit 20 for displaying necessary information among the information stored in the database unit 30 on a client (web browser) and setting and controlling performance, statistics and event data;
An agent management unit 40 for collecting actual resources based on data set in the database unit 30, generating statistics and determining an event;
A setting unit 31 for setting a period for collecting resources corresponding to performance information on a large amount of equipment in the database unit 30, a method and statistical information, and reference data for event determination;
And an information unit (32) for storing performance information of each of the devices in the database unit (30), statistical information according to a specified standard of year, month, first class, and event information according to event setting of each resource,
The grouping unit 310, the object unit 320, the group template unit 330, the template unit 340, the resource type template unit 350 ), The resource template unit 360, and the event template unit 370, respectively,
The primary key of the group unit 300 is a group ID 301,
The primary key of the group object unit 310 is a group ID 311 and an object ID 312,
The primary key of the object unit 320 is an object ID 321,
The basic key of the group template unit 330 is a group ID 331 and a template ID 332,
The primary key of the template unit 340 is a template ID 341,
The primary key of the resource type template unit 350 is a template ID 351 and a resource type ID 352,
The primary key of the resource template unit 360 is a template ID 361 and a resource ID 362,
The primary key of the event template unit 370 is a template ID 371 and an event ID 372,
The group unit 300 has a foreign key by referring to the group ID 301,
The template unit 340 has a foreign key by referring to the template ID 341,
The resource type template unit 350 has a foreign key by referring to the template ID 351,
The resource template unit 360 has a foreign key by referring to the template ID 361,
The event template unit 370 has a foreign key by referring to the template ID 371,
The group unit 300 and the group object unit 310 form a connection relationship with 1: N (where N is a natural number equal to or greater than 0)
The grouping unit 300 and the grouping template unit 330 have a connection relationship of 1: N (where N is a natural number equal to or greater than 0)
The template unit 340 and the resource type template unit 350 establish a connection relationship with 1: N (where N is a natural number equal to or greater than 0)
The template unit 340 and the resource template unit 360 establish a connection relationship with 1: N (where N is a natural number equal to or greater than 0)
The template unit 340 and the event template unit 370 are connected in a 1: N relationship (N is a natural number equal to or greater than 0)
The resource type template unit 350 collects resources through information represented by a resource collection cycle, a resource event generation time, and a cancellation time, generates and releases an event after an event time,
The resource template unit 360 accumulates statistical information at the time of resource collection through the information marked with the resource statistics,
The event template unit 370 generates an event by expressing the resource so as to have a specific event value when the resource exceeds a predetermined threshold value and determines whether to send an alarm to the user when an event occurs and sends an alarm Resource information management and data storage system through resource template management.

delete

The method according to claim 1,
The web server unit 20,
And an information display unit 210 for displaying performance information of the devices and statistical information according to designated standards such as year, month, and first year and event information according to event setting of resources,
An information setting unit 220 for changing the reference data of a period, a method and a statistic for collecting resources corresponding to performance information on a large amount of equipment, and an event determination reference and applying the changed reference data to the setting unit 31 of the database unit And the resource information management and data storage system through resource template management.

The method according to claim 1,
The agent management unit (40)
And collects resource performance information based on the data set by the setting unit 31, determines an event, and generates statistics, and largely checks group and group template information of each equipment, And a resource information unit 410 for requesting performance information of the equipment through a collection method,
And a performance information unit (420) for receiving performance information of equipment requested by the resource information unit (410) and storing performance information in the database unit (30)
And a statistics unit 440 for checking group and group template information for each piece of performance information stored in the database unit 30 to determine whether to generate a statistic and generating statistics,
And an event unit (430) for generating an event by comparing performance information collected by the performance information unit (420) with event reference information set in a group and group template information for each device. Resource information management and data storage system.

6. The method of claim 5,
The resource information unit 410 may store the relation between the object unit 320 and the resource type template unit 350 in the setting unit 311 between the group object unit 310 and the group template unit 330 A base information generation unit 411 for generating the resource type setting information set for each device; A collection period determination unit 412 for determining a collection period for each resource type in the base information and determining a collection period; A collection method setting unit 413 for checking a collection method for each resource type in the base information and setting a collection method; And a collection request unit 414 for requesting collection of each device based on the information set by the base information generation unit 411, the collection period determination unit 412, and the collection method setting unit 413 ,
The performance information unit 420 includes a performance information obtaining unit 422 for receiving performance information requested by the resource information unit 410 and obtaining performance information, And a database storage unit (421) for storing the obtained performance information in an information unit of the database,
The event unit 430 confirms the relation between the object unit 320 and the event template unit 370 in the setting unit 31 through the connection information of the group object unit 310 and the group template unit 330 An event threshold checking unit 432 for generating event setting information set for each resource of the resource type of each equipment and confirming which threshold corresponds to the performance information obtained from the performance information unit 420; And an event generation unit 431 for generating an event corresponding to the identified performance information and storing information on the generated event in the information unit 32
The statistic unit 440 determines the relation between the object unit 320 and the resource template unit 360 in the setting unit 31 based on the connection information between the group object unit 310 and the group template unit 330 A statistical setting confirmation unit 441 for checking the statistical setting information set for each resource of the resource type of each equipment; A statistical generator 442 for generating statistical information on the basis of the performance information for a reference date (a reference date such as day, month, year, and the like) for the resource that generates the statistics among the statistical setting information confirmed by the statistical setting confirmation unit 441 ); And a statistical information storage unit (443) for storing the generated statistical information in the information unit (32).