CN110119341B - IDC equipment management and control system - Google Patents
IDC equipment management and control system Download PDFInfo
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- CN110119341B CN110119341B CN201910328224.8A CN201910328224A CN110119341B CN 110119341 B CN110119341 B CN 110119341B CN 201910328224 A CN201910328224 A CN 201910328224A CN 110119341 B CN110119341 B CN 110119341B
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Abstract
The invention provides an IDC equipment management and control system.A third-party service system access unit establishes an interface, a mapping relation, a consumption scene design, a flow docking and a synchronization task for receiving the existing operation and maintenance information in a third-party service system; the operation and maintenance equipment and system model association management unit provides data service for the received operation and maintenance information of the third-party service system, and realizes management of the received operation and maintenance information; the operation and maintenance information control unit subdivides the operation and maintenance information processed by the operation and maintenance equipment and system model association management unit according to preset control types, and collects, synchronizes and displays the subdivided operation and maintenance information of each control type. The implementation of the invention can overcome the defect of restricting the business development in the prior art, not only ensures the continuous, healthy and rapid development of each business, but also meets the requirement of daily operation and maintenance operation management.
Description
Technical Field
The invention relates to the technical field of internet data centers, in particular to an IDC equipment management and control system.
Background
An IDC (Internet Data Center) refers to a large-scale machine room, establishes a standardized telecommunication professional machine room environment by using existing Internet communication lines and bandwidth resources, and provides all-round services in the aspects of application server hosting, renting business, related value addition and the like for enterprises, public institutions, government agencies and individuals. Therefore, in order to adapt to the development of the times, a large data platform is created, and the power department constructs an independent IDC center.
The electric power department has various related services, and each service system has a device and system model association management module for storing the device and system model association management module, such as Maximo, an IT monitoring system, a two-level three-line, an IT asset system, an Excel table recording mode and the like, so that device and system model association data among each service system support respective corresponding main services, and meanwhile, because the information among resource management operation and maintenance modules (such as host information management, database information management, middleware information management, virtualization information management and the like) has the problems of inaccurate information, unsynchronized information and the like, thereby causing many defect factors restricting the service development. The above-mentioned drawback factors are that the operation and maintenance information cannot be automatically discovered and dynamically updated; operation and maintenance information lags and is inaccurate to a certain degree; the operation and maintenance information logic relation is disordered, and after one component is changed, the influence caused by the change cannot be evaluated, so that the service is influenced, and the reliability of the system is reduced; a large number of manual changes are required and the changes do not ensure compliance in time; operation and maintenance information change is not combined with flow management, and the information change cannot be completed with trace retention and audit; the operation and maintenance information exists in each system, a data isolated island is formed, the difficulty of data communication is high, and the requirement of integrated operation and maintenance is difficult to support.
Therefore, it is urgently needed to construct an equipment management and control system for ensuring the continuous, healthy and rapid development of various services, so as to overcome the drawback of the prior art that the service development is restricted, and meet the daily operation and maintenance operation management requirements.
Disclosure of Invention
The embodiment of the invention aims to solve the technical problem of providing an IDC equipment management and control system, which can overcome the defect of restricting service development in the prior art, not only ensure the continuous, healthy and rapid development of each service, but also meet the requirement of daily operation and maintenance operation management.
In order to solve the above technical problem, an embodiment of the present invention provides an IDC device management and control system, including a third-party service system access unit, an operation and maintenance device and system model association management unit, and an operation and maintenance information management and control unit, which are connected in sequence; wherein the content of the first and second substances,
the third-party service system access unit is used for receiving the existing operation and maintenance information in the third-party service system, and establishing an interface, a mapping relation, consumption scene design, flow docking and synchronization tasks;
the operation and maintenance equipment and system model association management unit provides data service for the received operation and maintenance information of the third-party service system, and realizes management of the received operation and maintenance information; the data service comprises data storage, data maintenance, basic display and change history; the management of the operation and maintenance information comprises blueprint design, modeling, inputting, storing, logging in, querying, authority management and exporting of the operation and maintenance information;
the operation and maintenance information management and control unit subdivides the operation and maintenance information processed by the operation and maintenance equipment and system model association management unit according to preset management and control types, and collects, synchronizes and displays the operation and maintenance information of each subdivided management and control type; the preset management and control type comprises host information, middleware information, database information and virtualization information.
The third-party service system access unit comprises a process docking module, a scene design and API providing module and a two-stage three-wire system operation and maintenance information synchronization module; wherein the content of the first and second substances,
the process docking module is docked with the existing two-stage three-wire related management process system, so that full life cycle management of information addition, updating, changing and offline related to equipment and system models based on the existing two-stage three-wire management architecture is realized;
the scene design and API providing module provides window design for common consumption scenes, and reserves API for consumption use when the future scenes fall to the ground; the common consumption scene comprises automatic operation and maintenance, monitoring, process management, data analysis and visualization;
the two-stage three-wire system operation and maintenance information synchronization module provides an interface, a mapping relation and task synchronization for the existing two-stage three-wire operation and maintenance information.
The operation and maintenance equipment and system model association management unit comprises a data service module and an operation and maintenance information management module; wherein the content of the first and second substances,
the data service module supports business data storage, self-definition of business or application hierarchical relation, self-definition of name and attribute of each hierarchy, self-definition increase and expansion of number of hierarchies, idle machine and fault piece module management function under business, unified management of a host model, business topology and organization architecture in model management, self-definition of new model types, models, model attributes and model association relation, self-definition of a machine room model, a cabinet model, a network equipment model, a physical model, a storage model, a virtualization platform model, an LUN model, an operating system model, a load balancer model, a database model, a middleware model, a business system model, a module model, a process model and a certificate model, self-definition of attributes and self-definition of association relation;
after the operation and maintenance information management module realizes that any layer in the service layer topology is selected, a list of all resources belonging to the layer is checked, attributes are displayed in a user-defined mode, objects are selected in batch and copied with one attribute, the objects are selected in batch and all the attributes are exported, the objects are selected in batch and one attribute is modified, and the objects selected in batch are transferred to other layer modules under the same service; the method realizes customized service query facing all service attributes, supports archive history viewing and supports list display attribute information; realizing grouping management of the model objects; providing a global view function, and being capable of viewing the overall incidence relation among all models; the complete list viewing of all hosts in the association of the equipment and the system model is realized; the real association relation among services, middleware, a database, virtualization, a module, a load balancer, storage equipment, network equipment, an operating system, a physical machine, a machine room, a cabinet, a module, a cluster and the like associated with a host is displayed; the real-time performance state query of the host is realized; realizing the user-defined copying function of the host attribute; the transfer of the host among different groups and layers under the total resource pool and the service is realized; the function of selecting and exporting the operation and maintenance information of the host in batches is realized; and realizing the user-defined operation and maintenance information of the attribute categories to be displayed in the list.
The operation and maintenance information management and control unit comprises a host information acquisition synchronization module, a middleware information acquisition synchronization module, a database information acquisition synchronization module and a virtualization information acquisition synchronization module; wherein the content of the first and second substances,
the host information acquisition synchronization module supports automatic acquisition of the following fields of a host operating system: the method comprises the following steps of an intranet IP, a host name, an operating system type, an operating system name, an operating system version, an operating system digit, a CPU logic core number, a CPU frequency, a CPU model number, a memory capacity, a host type, a virtual memory size, a subnet mask, a DNS server, an intranet MAC address, an extranet MAC, a gateway, a network card speed, a disk capacity, a logic disk number, disk partition information, input time, an input mode, host installation time, time zone setting, a clock synchronization server, last restart time, a system user account number, operation in, belonging to and cloud area; automatic collection of more attributes can be realized by customizing a collector; the acquired data is synchronized to the operation and maintenance equipment and the system model association management unit periodically through a synchronization program, and the examination and approval and batch execution of the operation and maintenance information writing are supported;
the middleware information acquisition synchronization module realizes automatic acquisition of the following fields of the Oracle database: instance name, IP address, port, SID, database name, database version, archive mode, DBID, character set, whether RAC, DG, database instance, redo log, database size, tablespace, ASM disk group space, installation; the automatic collection of the following fields of the MySQL database is realized: instance name, IP address, port, database version, installation path, database file path, whether binlog is opened, whether slow query log is opened, character set, storage engine, database size, inodb cache pool size, inodb log cache size, inodb log disk write strategy, thread cache size, query cache size, maximum connection number, and installation; the automatic collection of the following fields of the MSSQL database is realized: instance name, IP address, port, database instance name, SQL version, version number, maximum memory, filling factor, sorting rule, starting account number and installation; automatic collection of more attributes can be realized by customizing a collector; the acquired data is synchronized to the operation and maintenance equipment and the system model association management unit periodically through a synchronization program, and the examination and approval and batch execution of the operation and maintenance information writing are supported;
the database information acquisition synchronization module realizes automatic acquisition of the following fields of Apache: instance name, IP address, listen port, document root path, INCLUDE, LOADMODULE, service name, version, VHOST data, support, install; the automatic acquisition of Tomcat following fields is achieved: instance name, IP address, port, MAXPERMSIZE, PERMSIZE, XMS, XMX, status, support, install; the automatic acquisition of the following fields of Weblogic is realized: the system comprises a management console, an adminServerName, a console context path, a console enable, a domain version, a MiddlewareHome, a production mode enable, a root path, a WeblogiHome and a version; automatic collection of more attributes can be realized by customizing a collector; the collected data are synchronized to the operation and maintenance equipment and the system model association management unit periodically through a synchronization program, and the examination and approval and batch execution of the operation and maintenance information writing are supported;
the virtualization information acquisition synchronization module realizes agent-free automatic discovery of operation and maintenance information of all the following VMware virtualization platforms: the method comprises the steps that automatic collection of agent-free VMware virtualization platform information, including vcenter information collection, resource information collection and basic operation and maintenance information collection, is achieved in a mode that equipment and system model association is combined with a special VMware virtualization platform operation and maintenance tool; realizing the automatic association of the collected virtualized operation and maintenance information, wherein the information comprises VC, a virtualized cluster, a virtual host and a virtual machine; and the acquired data is periodically synchronized to the operation and maintenance equipment and the system model association management unit through a synchronization program, so that the examination and approval and batch execution of the operation and maintenance information writing are supported.
Wherein, still include: the 4A system platform integration unit is connected with the operation and maintenance equipment and the system model association management unit; and the 4A system platform integration unit integrates all the existing 4A platforms, and logs in the operation and maintenance equipment and system model association management unit in a unified identity authentication mode.
Wherein, still include: the data analysis and topology display unit is connected with the operation and maintenance equipment and system model association management unit; the data analysis and topology display unit comprises a data query and analysis module and a topology large-screen display module; wherein the content of the first and second substances,
the data query and analysis module provides an application service association topology function, can provide association relations among services, organizations, hosts, components and the like, and embodies the subordinate relations between the services and the components and between the components and resources; the operation and maintenance information class specifically presented by the topology can be controlled through the operation and maintenance information, and the control of the corresponding icon and the relation display style can be realized; the architecture diagram can be displayed in a graphic topology or a tree topology; the operation and maintenance information list can be displayed in a user-defined mode to display a homepage; operation and maintenance information can be inquired, summarized and exported according to multiple dimensions; the associated operation and maintenance information can be inquired through the service system dimension; all the related operation and maintenance information items can be searched out through a key clue;
the topological large-screen display module can display the architecture diagram of the system, and can see the operation and maintenance information of the nodes by clicking each node; the association graph among the systems can be shown; the system can respectively develop the architecture diagram and the node information in sequence.
The embodiment of the invention has the following beneficial effects:
the invention builds a new generation of operation and maintenance equipment and system model association management units as a management platform, constructs a base stone of a basic operation and maintenance system, builds IDC equipment and a system association model taking application as a center, covers application objects and infrastructure objects, and retains sufficient self definition and expansibility, is used for information consumption of monitoring, automation, visualization and the like, can overcome the defect of restricting service development in the prior art, not only ensures the continuous, healthy and rapid development of various services, but also can meet the requirement of daily operation and maintenance operation management.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is within the scope of the present invention for those skilled in the art to obtain other drawings based on the drawings without inventive exercise.
Fig. 1 is a schematic system structural diagram of an IDC device management and control system according to an embodiment of the present invention.
Detailed Description
To make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in further detail with reference to the accompanying drawings.
As shown in fig. 1, in the embodiment of the present invention, an IDC device management and control system is provided, which includes a third-party service system access unit 1, an operation and maintenance device and system model association management unit 2, and an operation and maintenance information management and control unit 3, which are connected in sequence; wherein, the first and the second end of the pipe are connected with each other,
the third-party service system access unit 1 is used for receiving existing operation and maintenance information in a third-party service system (such as an existing informatization office acquisition system, an operation and maintenance process, an asset management system, an automatic operation and maintenance system, a monitoring system and a two-stage three-wire operation and maintenance information management system), and establishing an interface, a mapping relation, consumption scene design, process butt joint and synchronization tasks; it should be noted that two levels refer to grid province two levels, and three lines refer to one-line technical support staff: a service desk; two-wire technical support staff: desktop operation and maintenance personnel; three-wire technical support personnel: system administrators, professional vendors;
the operation and maintenance equipment and system model association management unit 2 provides data service for the received operation and maintenance information of the third-party service system, and realizes management of the received operation and maintenance information; wherein, the data service includes but is not limited to data storage, data maintenance, basic display and change history; the management of the operation and maintenance information comprises, but is not limited to, blueprint design, modeling, entry, storage, login, query, authority management and export of the operation and maintenance information;
the operation and maintenance information management and control unit 3 subdivides the operation and maintenance information processed by the operation and maintenance equipment and system model association management unit 2 according to preset management and control types, and collects, synchronizes and displays the operation and maintenance information of each subdivided management and control type; the preset management and control types include, but are not limited to, host information, middleware information, database information, and virtualization information.
In the embodiment of the present invention, the third-party service system access unit 1 includes a process docking module 11, a scene design and API providing module 12, and a two-stage three-wire system operation and maintenance information synchronization module 13; wherein the content of the first and second substances,
the process docking module 11 is docked with the existing two-level three-wire related management process system, and full life cycle management of information addition, update, change and offline associated with the equipment and system model based on the existing two-level three-wire management architecture is realized.
For example, the method realizes the purpose of docking a currently used work order system such as an IT service management system, and the like, and realizes the purpose of extracting and consuming associated data of equipment and system models, writing back of work order operation and maintenance information change, automatic production work order reminding of operation and maintenance information change and the like in a work order process; the equipment and system model association management platform supports the reading consumption of operation and maintenance information data such as operation and maintenance information, operation and maintenance information attributes and association relation and the write-back consumption of operation and maintenance information data change for an IT service management system service automation task; and realizing automatic acquisition and comparison: and if the object instance is not consistent with the operation and maintenance information in the operation and maintenance information database, pushing the event to other systems such as an IT service management system and a mailbox in an event pushing mode.
The scene design and API providing module 12 provides window design for common consumption scenes, and reserves API for consumption use when falling to the ground in future scenes; the common consumption scenes comprise automation operation and maintenance, monitoring, process management, data analysis and visualization.
For example, the infrastructure automation scenario operation and maintenance information data consumption capability: the automation operation and maintenance platform provides infrastructure automation tools, including virtualization and cloud automation tools, basic application automation tools and the like. Providing operation and maintenance information, operation and maintenance information attributes, incidence relations and other operation and maintenance information data reading consumption and operation and maintenance information data change write-back consumption for the infrastructure automation task, and reserving an API (application programming interface) for consumption use when a future scene falls to the ground;
for another example, the host operation and maintenance information intelligent management needs to match a preset rule through monitored information to generate a host operation and maintenance information expansion and contraction suggestion, notify a relevant application responsible person to perform a time window for specifying change, automatically perform operation and maintenance information change of the host, and notify the application responsible person to perform application function verification. Providing the operation and maintenance information, the operation and maintenance information attribute, the incidence relation and other operation and maintenance information data reading consumption and the operation and maintenance information data change write-back consumption for the host management, and reserving an API (application programming interface) for consumption and use when a future scene falls to the ground;
for another example, the database automation scene operation and maintenance information data consumption capacity: creating users of a daily manually processed database, modifying permissions, importing and exporting data and performing kill process; and the basic change work order of the account number creation, sudo empowerment, storage space expansion and the like of the host computer is automatically executed and processed by the automatic operation and maintenance platform and fed back after the processing is finished. And providing the operation and maintenance information, the operation and maintenance information attribute, the incidence relation and other operation and maintenance information data reading consumption and the operation and maintenance information data change write-back consumption for the database automation task, and reserving an API (application programming interface) for consumption use when a future scene falls to the ground.
For another example, the application management automation scene operation and maintenance information data consumption capacity is as follows: the automation operation and maintenance platform provides middleware & application automation tools. And providing the operation and maintenance information, the operation and maintenance information attribute, the incidence relation and other operation and maintenance information data reading consumption and the operation and maintenance information data change write-back consumption for the application management automation task, and reserving an API (application programming interface) for consumption use when a future scene falls to the ground.
The two-stage three-wire system operation and maintenance information synchronization module 13 provides an interface, a mapping relationship and task synchronization for the existing two-stage three-wire operation and maintenance information.
For example, the current operation and maintenance equipment of the two-stage three-wire system and the system model associated data are synchronized, and the interface docking work is completed through a synchronization program.
In the embodiment of the present invention, the operation and maintenance device and system model association management unit 2 includes a data service module 21 and an operation and maintenance information management module 22; wherein, the first and the second end of the pipe are connected with each other,
the data service module 21 supports business data storage, supports customization of business or application hierarchical relation, supports customization of each hierarchical name and attribute, supports customized increase and expansion of the number of hierarchies, supports idle machine and fault piece module management function under the business, supports unified management of a host model, business topology and organization architecture in model management, can customize new model types, models, model attributes and model association relation, supports customization of a machine room model, a cabinet model, a network equipment model, a physical model, a storage model, a virtualization platform model, an LUN model, an operating system model, a load balancer model, a database model, a middleware model, a business system model, a module model, a process model and a certificate model, and customizes of attributes and associations;
after the operation and maintenance information management module 22 realizes selection of any one layer in the service layer topology, checking a list of all resources belonging to the layer, displaying attributes in a user-defined manner, selecting objects in batches and copying a certain attribute, selecting objects in batches and exporting all attributes, selecting objects in batches and modifying a certain attribute, and transferring the selected objects in batches to other layer modules under the same service; the method realizes customized service query facing all service attributes, supports archive history viewing and supports list display attribute information; realizing grouping management of the model objects; providing a global view function, and being capable of viewing the overall incidence relation among all models; the complete list viewing of all the hosts in the association of the equipment and the system model is realized; the real incidence relation among services, middleware, a database, virtualization, a module, a load balancer, storage equipment, network equipment, an operating system, a physical machine, a machine room, a cabinet, a module, a cluster and the like associated with a host is displayed; the real-time performance state query of the host is realized; realizing the user-defined copying function of the host attribute; the transfer of the host among different groups and layers under the total resource pool and the service is realized; the function of selecting and exporting the operation and maintenance information of the host in batches is realized; and realizing the user-defined operation and maintenance information of the attribute categories to be displayed in the list.
It should be understood that the data service module 21 and the operation and maintenance information management module 22 should not be limited to the above-listed contents. For example, for the newly added attribute field of the model, the field operation and maintenance information, the field option, the regular check and the like should be included; the field operation and maintenance information part provides information input windows such as Chinese names, english names, units, prompts and the like; the field options provide type choices (including short characters, numbers, enumeration, date, time, long characters, single association, multiple association, user, time zone, pool, etc.), whether editable choices, whether to fill choices, whether to uniquely choose; the regular check provides an input window for checking by the regular check. Fields of all models provide a custom grouping function, for example, custom grouping according with enterprise needs is carried out according to basic information, service information, maintainer information, automatic discovery information and the like. Model deactivation and model deletion functions are provided under each model.
In the embodiment of the present invention, the operation and maintenance information management and control unit 3 includes a host information acquisition synchronization module 31, a middleware information acquisition synchronization module 32, a database information acquisition synchronization module 33, and a virtualization information acquisition synchronization module 34; wherein the content of the first and second substances,
the host information collection synchronization module 31 supports automatic collection of the following fields of the host operating system: the system comprises an intranet IP, a host name, an operating system type, an operating system name, an operating system version, an operating system digit, a CPU logic core number, a CPU frequency, a CPU model number, a memory capacity, a host type, a virtual memory size, a subnet mask, a DNS server, an intranet MAC address, an extranet MAC, a gateway, a network card rate, a disk capacity, a logic disk number, disk partition information, recording time, a recording mode, host installation time, time zone setting, a clock synchronization server, restart time, a system user account number, a running in, a belonging and a cloud area; automatic collection of more attributes can be realized by customizing a collector; the collected data are synchronized to the operation and maintenance equipment and system model association management unit 2 periodically through a synchronization program, and the examination and approval and batch execution of the operation and maintenance information writing are supported;
the middleware information acquisition synchronization module 32 realizes automatic acquisition of the following fields of the Oracle database: instance name, IP address, port, SID, database name, database version, archive mode, DBID, character set, whether RAC, DG, database instance, redo log, database size, tablespace, ASM disk group space, installation; the automatic collection of the following fields of the MySQL database is realized: instance name, IP address, port, database version, installation path, database file path, whether binlog is opened, whether slow query log is opened, character set, storage engine, database size, inodb cache pool size, inodb log cache size, inodb log disk write strategy, thread cache size, query cache size, maximum connection number, and installation; the automatic acquisition of the following fields of the MSSQL database is realized: instance name, IP address, port, database instance name, SQL version, version number, maximum memory, filling factor, sequencing rule, starting account number and installation; automatic collection of more attributes can be realized by customizing a collector; the acquired data is periodically synchronized to the operation and maintenance equipment and system model association management unit 2 through a synchronization program, and the examination and approval and batch execution of the operation and maintenance information writing are supported;
the database information acquisition synchronization module 33 realizes automatic acquisition of Apache's following fields: instance name, IP address, listen port, document root path, INCLUDE, LOADMODULE, service name, version, VHOST data, support, install; the automatic acquisition of Tomcat following fields is achieved: instance name, IP address, port, MAXPERMSIZE, PERMSIZE, XMS, XMX, status, support, install; and realizing automatic acquisition of the following fields of Weblogic: the system comprises a management console, an adminServerName, a console context path, a console enable, a domain version, a MiddlewareHome, a production mode enable, a root path, a WeblogiHome and a version; automatic collection of more attributes can be realized by customizing a collector; the collected data are synchronized to the operation and maintenance equipment and system model association management unit 2 periodically through a synchronization program, and the examination and approval and batch execution of the operation and maintenance information writing are supported;
the virtualized information acquisition synchronization module 34 realizes agent-free automatic discovery of operation and maintenance information of all the following VMware virtualized platforms: the automatic acquisition of agent-free VMware virtualization platform information is realized in a mode of combining equipment and system model association with a special VMware virtualization platform operation and maintenance tool, wherein the mode comprises the steps of vcenter information acquisition, resource information acquisition and basic operation and maintenance information acquisition; the specific content of resource information acquisition comprises the number of clusters, the number of hosts, the number of data storage clusters, the number of data storage, the number of distributed virtual switches and the number of virtual machines; the specific content of basic operation and maintenance information acquisition comprises License information and VC (virtual machine) authority operation and maintenance information; the automatic association of the collected virtualized operation and maintenance information is realized, and the information comprises VC, a virtualized cluster, a virtual host and a virtual machine; and the acquired data is periodically synchronized to the operation and maintenance equipment and system model association management unit 2 through a synchronization program, and the examination and approval and batch execution of the operation and maintenance information writing are supported.
In the embodiment of the present invention, the IDC device management and control system further includes: the 4A system platform integration unit 4 is connected with the operation and maintenance equipment and system model association management unit 2; and the 4A system platform integration unit 5 integrates all the existing 4A platforms, and logs in the operation and maintenance equipment and system model association management unit in a unified identity authentication mode.
In an embodiment of the present invention, the IDC device management and control system further includes: the data analysis and topology display unit 5 is connected with the operation and maintenance equipment and system model association management unit 2; the data analysis and topology display unit 6 comprises a data query and analysis module 51 and a topology large screen display module 52; wherein the content of the first and second substances,
the data query and analysis module 51 provides an application service association topology function, can provide association relations among services, organizations, hosts, components and the like, and embodies the dependency relations between the services and the components, and between the components and resources; the operation and maintenance information class specifically presented by the topology can be controlled through the operation and maintenance information, and the control of the corresponding icon and the relation display style can be realized; the architecture diagram can be displayed in a graphic topology or a tree topology; the operation and maintenance information list can be displayed in a user-defined mode to display a homepage; operation and maintenance information can be inquired, summarized and exported according to multiple dimensions; the related operation and maintenance information can be inquired through the dimension of the service system; all the related operation and maintenance information items can be searched out through a key clue;
the topology large screen display module 52 can display the architecture diagram of the system, and can see the operation and maintenance information of the nodes by clicking each node; the association graph among the systems can be shown; the system can respectively develop the architecture diagram and the node information in sequence.
The embodiment of the invention has the following beneficial effects:
the invention builds a new generation of operation and maintenance equipment and system model association management units as a management platform, constructs a base stone of a basic operation and maintenance system, builds IDC equipment and a system association model taking application as a center, covers application objects and infrastructure objects, and retains sufficient self definition and expansibility, is used for information consumption of monitoring, automation, visualization and the like, can overcome the defect of restricting service development in the prior art, not only ensures the continuous, healthy and rapid development of various services, but also can meet the requirement of daily operation and maintenance operation management.
It should be noted that, in the above system embodiment, each included unit is only divided according to functional logic, but is not limited to the above division as long as the corresponding function can be implemented; in addition, specific names of the functional units are only for convenience of distinguishing from each other, and are not used for limiting the protection scope of the present invention.
While the invention has been described in connection with what is presently considered to be the most practical and preferred embodiment, it is to be understood that the invention is not to be limited to the disclosed embodiment, but on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims.
Claims (5)
1. An IDC equipment management and control system is characterized by comprising a third-party service system access unit, an operation and maintenance equipment and system model association management unit and an operation and maintenance information management and control unit which are connected in sequence; wherein the content of the first and second substances,
the third-party service system access unit receives operation and maintenance information of an information office acquisition system, an operation and maintenance process, an asset management system, an automatic operation and maintenance system, a monitoring system and a two-stage three-wire operation and maintenance information management system, and establishes an interface, a mapping relation, consumption scene design, process docking and synchronization tasks;
the operation and maintenance equipment and system model association management unit provides data service for the received operation and maintenance information of the third-party service system, and realizes the management of the received operation and maintenance information; the data service comprises data storage, data maintenance, basic display and change history; the management of the operation and maintenance information comprises blueprint design, modeling, inputting, saving, logging in, inquiring, authority management and exporting of the operation and maintenance information;
the operation and maintenance information management and control unit subdivides the operation and maintenance information processed by the operation and maintenance equipment and system model association management unit according to preset management and control types, and collects, synchronizes and displays the operation and maintenance information of each subdivided management and control type; the preset management and control types comprise host information, middleware information, database information and virtualization information;
the operation and maintenance equipment and system model association management unit comprises a data service module and an operation and maintenance information management module; wherein the content of the first and second substances,
the data service module supports business data storage, self-definition of business or application hierarchical relation, self-definition of name and attribute of each hierarchy, self-definition increase and expansion of number of hierarchies, idle machine and fault piece module management functions, unified management of a host model, business topology and organization architecture in model management, self-definition of a machine room model, a cabinet model, a network equipment model, a physical machine model, a storage model, a virtualization platform model, an LUN model, an operating system model, a load balancer model, a database model, a middleware model, a business system model, a process model and a certificate model and self-definition of incidence relation;
after the operation and maintenance information management module realizes selection of any one layer in the service layer topology, the attributes are displayed in a self-defined mode, objects are selected in batches and copied with one attribute, all the attributes are selected in batches, the objects are selected in batches and modified with one attribute, and the objects selected in batches are transferred to other layer modules under the same service; the method realizes customized service query facing all service attributes, supports archive history viewing and supports list display attribute information; realizing grouping management of the model objects; providing a global view function, and being capable of viewing the overall incidence relation among all models; the complete list viewing of all the hosts in the association of the equipment and the system model is realized; the real association relation among services, middleware, a database, virtualization, a load balancer, storage equipment, network equipment, an operating system, a physical machine, a machine room, a cabinet and a cluster associated with a host is displayed; the real-time performance state query of the host is realized; realizing the user-defined copying function of the host attribute; the host is transferred among different layers of different groups of the total resource pool; the function of selecting and exporting the operation and maintenance information of the host in batches is realized; and realizing the list display of the user-defined operation and maintenance information of the attribute categories.
2. The IDC device management and control system of claim 1, wherein the third party service system access unit comprises a process docking module, a scene design and API providing module, and a two-level three-wire system operation and maintenance information synchronization module; wherein, the first and the second end of the pipe are connected with each other,
the process docking module is docked with the existing two-stage three-wire related management process system, so that full life cycle management of information addition, updating, changing and offline related to equipment and system models based on the existing two-stage three-wire management architecture is realized;
the scene design and API providing module provides window design for consumption scenes, and reserves API for consumption use when the future scenes fall to the ground; the consumption scene comprises automation operation and maintenance, monitoring, process management, data analysis and visualization;
the operation and maintenance information synchronization module of the two-stage three-wire system provides an interface, a mapping relation and task synchronization for the existing operation and maintenance information of the two-stage three-wire system.
3. The IDC equipment management and control system of claim 1, wherein the operation and maintenance information management and control unit comprises a host information acquisition synchronization module, a middleware information acquisition synchronization module, a database information acquisition synchronization module, and a virtualization information acquisition synchronization module; wherein the content of the first and second substances,
the host information acquisition synchronization module supports automatic acquisition of the following fields of a host operating system: the method comprises the following steps of an intranet IP, a host name, an operating system type, an operating system name, an operating system version, an operating system digit, a CPU logic core number, a CPU frequency, a CPU model number, a memory capacity, a host type, a virtual memory size, a subnet mask, a DNS server, an intranet MAC address, an extranet MAC, a gateway, a network card speed, a disk capacity, a logic disk number, disk partition information, input time, an input mode, host installation time, time zone setting, a clock synchronization server, last restart time, a system user account number and a belonged cloud area; automatic collection of more attributes is realized by customizing a collector; the acquired data are periodically synchronized to the operation and maintenance equipment and the system model association management unit through a synchronization program, and the examination and approval and batch execution of the operation and maintenance information writing are supported;
the middleware information acquisition synchronization module realizes automatic acquisition of the following fields of the Oracle database: instance name, IP address, port, SID, database name, database version, archive mode, DBID, character set, whether RAC, DG, database instance, redo log, database size, table space, ASM disk group space, and their installation; the automatic collection of the following fields of the MySQL database is realized: instance name, IP address, port, database version, installation path, database file path, whether binlog is opened, whether slow query log is opened, character set, storage engine, database size, inodb cache pool size, inodb log cache size, inodb log disk write strategy, thread cache size, query cache size, maximum connection number; the automatic acquisition of the following fields of the MSSQL database is realized: instance name, IP address, port, database instance name, SQL version, version number, maximum memory, filling factor, sequencing rule, starting account and account installation; automatic collection of more attributes is realized by customizing a collector; the acquired data are periodically synchronized to the operation and maintenance equipment and the system model association management unit through a synchronization program, and the examination and approval and batch execution of the operation and maintenance information writing are supported;
the database information acquisition synchronization module realizes automatic acquisition of Apache fields: instance name, IP address, listen port, document root path, INCLUDE, LOADMODULE, service name, version, VHOST data; automatic acquisition of Tomcat the following fields are implemented: instance name, IP address, port, MAXPERMSIZE, PERMSIZE, XMS, XMX, status; and realizing automatic acquisition of the following fields of Weblogic: the system comprises a management console, an adminServerName, a console context path, a console enable, a domain version, a MiddlewareHome, a production mode enable, a root path, a WeblogeHome, and a version; automatic collection of more attributes is realized by customizing a collector; the acquired data are periodically synchronized to the operation and maintenance equipment and the system model association management unit through a synchronization program, and the examination and approval and batch execution of the operation and maintenance information writing are supported;
the virtualization information acquisition synchronization module realizes agent-free, and all VMware virtualization platforms automatically discover the operation and maintenance information: the automatic acquisition of agent-free VMware virtualization platform information is realized in a mode of combining equipment and system model association with a special VMware virtualization platform operation and maintenance tool, wherein the mode comprises the steps of vcenter information acquisition, resource information acquisition and basic operation and maintenance information acquisition; the automatic association of the collected virtualized operation and maintenance information is realized, and the information comprises VC, a virtualized cluster, a virtual host and a virtual machine; and the acquired data is periodically synchronized to the operation and maintenance equipment and the system model association management unit through a synchronization program, and the examination and approval and batch execution of the operation and maintenance information writing are supported.
4. The IDC device management control system of claim 1, further comprising: the 4A system platform integration unit is connected with the operation and maintenance equipment and the system model association management unit; and the 4A system platform integration unit integrates all the existing 4A platforms, and logs in the operation and maintenance equipment and system model association management unit in a unified identity authentication mode.
5. The IDC device management and control system of any of claims 1-4, further comprising: the data analysis and topology display unit is connected with the operation and maintenance equipment and system model association management unit; the data analysis and topology display unit comprises a data query and analysis module and a topology large-screen display module; wherein, the first and the second end of the pipe are connected with each other,
the data query and analysis module provides an application service association topology function, can provide association relations among services, organizations, hosts and components, and embodies the subordinate relations between the services and the components and between the components and resources; the operation and maintenance information class specifically presented by the topology can be controlled through the operation and maintenance information, and the control of the corresponding icon and the relation display style can be realized; the architecture diagram can be displayed in a graph topology or a tree topology; the operation and maintenance information list can be displayed in a user-defined mode; operation and maintenance information can be inquired, summarized and exported according to multiple dimensions; the associated operation and maintenance information can be inquired through the service system dimension; all the related operation and maintenance information items can be searched out through a key clue;
the topological large-screen display module can display the architecture diagram of the system, and can see the operation and maintenance information of the nodes by clicking each node; the association graph among the systems can be shown; each system can sequentially expand the architecture diagram and the node information.
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