CN113672203A - Model inheritance method for CMDB configuration management - Google Patents
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Abstract
The invention relates to the technical field of CMDB configuration management, in particular to a model inheritance method for CMDB configuration management, which comprises the following steps: s1, building a platform and a detection system: the CMDB software platform is established through a programming language, firstly, projects are established according to company data, then model design is carried out according to project requirements, then a CMDB implementation mode is selected according to the company data, so that the establishment of the CMDB software platform is completed, and then a data detection system is established through the programming language; s2, data acquisition, data backup and detection: and collecting the data operated by the company through the CMDB software platform established in the last step, and detecting the collected data through the detection system established in the last step. The invention has the advantages that when the CMDB software platform manages and stores data, the detection system can detect the data and compare the data with new data so as to carry out merging and deleting processing, so that the CMDB software platform can store useless information and influence the operation of the CMDB software platform.
Description
Technical Field
The invention relates to the technical field of CMDB configuration management, in particular to a model inheritance method for CMDB configuration management.
Background
The CMDB stores and manages various configuration information of equipment in the IT architecture of the enterprise, is closely connected with all service support and service delivery processes, supports the operation of the processes, exerts the value of the configuration information and simultaneously depends on the related processes to ensure the accuracy of data.
Chinese patent No. CN111984633A provides a method for expanding CMDB configuration classification as required and automatically establishing a relationship, the method provides a model management function for users through a CMDB, the CMDB adjusts a data model according to the self requirements of the users, self-establishes the model, adds attributes in the CMDB, carries out self-established classification, attribute classification and attribute definition, obtains a sub-classification, judges whether the obtained sub-classification is a common classification attribute in the CMDB, all the sub-classifications inherit the attribute classification and attribute definition on a father classification, obtains a fixed classification or classification attribute, adds CODE for the fixed classification or classification attribute according to the self requirements of the users, transmits the configured CODE to an interface, returns the corresponding classification or attribute, synchronously updates modification information to the attributes corresponding to all the sub-classifications through the fixed CODE attribute when the sub-classifications are modified, and automatically binds through the relationship, the invention provides a method for efficiently and quickly expanding and automatically generating a relation of CMDB, namely configuration and use, by forming a service TOPO topological graph.
At present, when an existing CMDB software platform manages data, the data is generally directly stored in the platform, so that the CMDB software platform is easy to store useless information, the memory for running the CMDB software platform is increased, and the normal running of the CMDB software platform is affected.
Disclosure of Invention
The invention aims to provide a model inheritance method for CMDB configuration management, which aims to solve the problems that the existing CMDB software platform proposed in the background technology is easy to store useless information and cannot detect and detect the relationship between a child classification and a parent classification.
The technical scheme of the invention is as follows: a model inheritance method for CMDB configuration management, comprising the steps of:
s1, building a platform and a detection system: the CMDB software platform is established through a programming language, firstly, projects are established according to company data, then model design is carried out according to project requirements, then a CMDB implementation mode is selected according to the company data, so that the establishment of the CMDB software platform is completed, and then a data detection system is established through the programming language;
s2, data acquisition, data backup and detection: acquiring the running data of the company through the CMDB software platform established in the previous step, detecting the acquired data through the detection system established in the previous step, and uploading the detected data to a cloud for storage;
s3, data classification and inheritance: the CMDB software platform establishes corresponding sub-classifications according to defined classification attributes of workers and data information, establishes a relation table between the sub-classifications and a father classification when establishing the sub-classifications and establishes a judgment program through programming, then compares the acquired data with original data by the CMDB software platform so as to remove and combine the data, then the established sub-classifications bear the data defined by the father classification, then the sub-classifications inheriting the data are compared with the father classification under the action of the judgment program, and then whether the sub-classifications can exist in the CMDB software platform is determined;
s4, real-time acquisition and comparison: when the CMDB software platform runs, the CMDB software platform can collect information generated and collected by a company at each moment in real time, and then combine and delete the data under the action of a detection system;
s5, calling and detecting: and subsequently, when the CMDB software platform runs, the user can send information to the CMDB software platform, then relevant contents are retrieved, and meanwhile, the user can detect the data managed by the CMDB software platform.
Further, the programming language in S1 is one or more of C #, C + +, JAVA, and Python.
Further, the model design in S1 includes a plurality of designs, such as an asset common data model, a server model, a security model, a model of network, storage device and software asset, a data model such as a machine room, a manufacturer, a service line, a contract, a resource label, a CPU model, a hard disk model, a network card model, a log model, a new asset pending lot model, and the like.
Further, the CMDB implementation manner in S1 selects multiple of four manners including an Agent manner, an ssh manner, a salt-stack manner, and a Puppet manner.
Further, the detection system in S2 detects the data periodically at the time of detection, and the detected data is fed back to the company staff and the user.
Further, when defining the attribute, the S3 defines the attribute as CI, and selects the attribute class corresponding to CI.
Further, during the attribute definition in S3, the user may freely add the attribute classification according to the own requirement, and when the CMDB software platform obtains a new data classification, the CMDB software platform may process the data by setting a fixed attribute CODE, so that the program obtains the attribute of the new data or the attribute classification through the CODE.
Further, when the child class inherits the parent class, the child class directly inherits all the attribute classes and attributes on the parent class, and when the child class inherits, the CMDB software platform determines and records the classification operation.
Further, when the CMDB software platform faces the new CI in S3, the CMDB software platform may select other CIs in the corresponding attribute classification according to the attributes of the new CI, and the selected CI and the new CI automatically establish a relationship.
Further, the S3 executes the polling command when the judging program judges the sub-classification and the parent classification, and the judging program is used to judge whether a loop exists between the parent classification and the sub-classification.
The invention provides a model inheritance method for CMDB configuration management through improvement, and compared with the prior art, the method has the following improvement and advantages:
(1) according to the detection system designed by the invention, when the CMDB software platform manages and stores data, the detection system can detect the data and compare the data with new data so as to carry out merging and deleting processing, so that the CMDB software platform can store useless information and influence the operation of the CMDB software platform.
(2) According to the judgment program designed by the invention, when the child classification inherits the parent classification data, the judgment program can compare the child classification with the parent classification, so that a loop is avoided between the child classification and the parent classification, and data is prevented from circulating between the parent classification and the child classification back and forth, so that the running memory of a CMDB software platform is increased, and the normal work of the CMDB software platform is influenced.
(3) According to the attribute definition designed by the invention, when the CMDB software platform collects new data, the CMDB software platform can process the data by setting a fixed attribute CODE, so that a program can acquire the attribute or attribute classification of the new data through the CODE, and simultaneously, the newly-built CI and the original CI automatically establish a relationship.
(4) The CMDB can meet different requirements through the selected multiple implementation modes when the CMDB software platform is used, so that the application range of the CMDB software platform is expanded.
Drawings
The invention is further explained below with reference to the figures and examples:
FIG. 1 is a flow chart of a method of the present invention;
FIG. 2 is a project construction flow diagram of the present invention;
FIG. 3 is a data backup and detection flow diagram of the present invention;
FIG. 4 is a data sorting and inheritance flow diagram of the present invention.
Detailed Description
The present invention will be described in detail with reference to fig. 1 to 4, and technical solutions in embodiments of the present invention will be clearly and completely described below, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the scope of the protection of the present invention.
Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used in the description of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.
The invention provides a model inheritance method for CMDB configuration management through improvement, which comprises the following steps as shown in figures 1-4:
s1, building a platform and a detection system: the CMDB software platform is established through a programming language, firstly, projects are established according to company data, then model design is carried out according to project requirements, then a CMDB implementation mode is selected according to the company data, so that the establishment of the CMDB software platform is completed, and then a data detection system is established through the programming language;
s2, data acquisition, data backup and detection: acquiring the running data of the company through the CMDB software platform established in the previous step, detecting the acquired data through the detection system established in the previous step, and uploading the detected data to a cloud for storage;
s3, data classification and inheritance: the CMDB software platform establishes corresponding sub-classifications according to defined classification attributes of workers and data information, establishes a relation table between the sub-classifications and a father classification when establishing the sub-classifications and establishes a judgment program through programming, then compares the acquired data with original data by the CMDB software platform so as to remove and combine the data, then the established sub-classifications bear the data defined by the father classification, then the sub-classifications inheriting the data are compared with the father classification under the action of the judgment program, and then whether the sub-classifications can exist in the CMDB software platform is determined;
s4, real-time acquisition and comparison: when the CMDB software platform runs, the CMDB software platform can collect information generated and collected by a company at each moment in real time, and then combine and delete the data under the action of a detection system;
s5, calling and detecting: and subsequently, when the CMDB software platform runs, the user can send information to the CMDB software platform, then relevant contents are retrieved, and meanwhile, the user can detect the data managed by the CMDB software platform.
Further, the programming language in S1 is C language, JAVA, Python.
Further, the model design in S1 includes various designs such as an asset common data model, a server model, a security, network, storage device and software asset model, a data model such as a machine room, a manufacturer, a service line, a contract, an asset tag, a CPU model, a hard disk model, a network card model, a log model, a new asset pending approval area model, and the like.
Further, the CMDB implementation in S1 includes an Agent mode and a ssh mode.
Further, the detection system in S2 detects the data periodically at the time of detection, and the detected data is fed back to the employees and users of the company.
Further, when defining the attribute, S3 defines the attribute as CI, and selects the attribute class corresponding to CI.
Further, in the attribute definition in S3, the user may freely add the attribute classification according to the own needs, and when the CMDB software platform obtains a new data classification, the CMDB software platform may process the data by setting a fixed attribute CODE, so that the program obtains the attribute of the new data or the attribute classification through the CODE.
Further, in S3, when a child class inherits the parent class, it directly inherits all the attribute classes and attributes on its parent class, and when the child class inherits, the CMDB software platform determines and records the classification operation.
Further, when the CMDB software platform faces the new CI, the CMDB software platform may select other CIs in the corresponding attribute classification through the new CI attribute in S3, and the selected CI and the new CI automatically establish a relationship.
Further, S3 executes the polling command when the judging program judges the sub-classification and the parent classification, and the judging program is used to judge whether there is a loop between the parent classification and the sub-classification.
The working principle of the invention is as follows: s1, building a platform and a detection system: the CMDB software platform is established through a programming language, firstly, projects are established according to company data, then model design is carried out according to project requirements, then a CMDB implementation mode is selected according to the company data, so that the establishment of the CMDB software platform is completed, and then a data detection system is established through the programming language; s2, data acquisition, data backup and detection: acquiring company running data through the CMDB software platform established in the last step, detecting the acquired data through the detection system established in the last step, and uploading the detected data to a cloud for storage; s3, data classification and inheritance: the CMDB software platform establishes corresponding sub-classifications according to defined classification attributes of workers and data information, simultaneously establishes a relation table between the sub-classifications and a father classification when establishing the sub-classifications and establishes a judgment program through programming, then the CMDB software platform compares collected data with original data so as to remove and combine the data, then the established sub-classifications inherit the data defined by the father classification, then the inherited sub-classifications of the data are compared with the father classification under the action of the judgment program, and then whether the sub-classifications can exist in the CMDB software platform or not is determined; s4, real-time acquisition and comparison: when the CMDB software platform runs, the CMDB software platform can collect information generated and collected by a company at every moment in real time, and then combine and delete the data under the action of a detection system; s5, calling and detecting: and subsequently, when the CMDB software platform runs, the user can send information to the CMDB software platform, then relevant contents are retrieved, and meanwhile, the user can detect the data managed by the CMDB software platform.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
Claims (10)
1. A model inheritance method for CMDB configuration management, characterized by: the method comprises the following steps:
s1, building a platform and a detection system: the CMDB software platform is established through a programming language, firstly, projects are established according to company data, then model design is carried out according to project requirements, then a CMDB implementation mode is selected according to the company data, so that the establishment of the CMDB software platform is completed, and then a data detection system is established through the programming language;
s2, data acquisition, data backup and detection: acquiring company running data through the CMDB software platform established in the last step, detecting the acquired data through the detection system established in the last step, and uploading the detected data to a cloud for storage;
s3, data classification and inheritance: the CMDB software platform establishes corresponding sub-classifications according to defined classification attributes of workers and data information, simultaneously establishes a relation table between the sub-classifications and a father classification when establishing the sub-classifications and establishes a judgment program through programming, then the CMDB software platform compares collected data with original data so as to remove and combine data, then the established sub-classifications inherit the data defined by the father classification, then the inherited sub-classifications of the data are compared with the father classification under the action of the judgment program, and then whether the sub-classifications can exist in the CMDB software platform is determined;
s4, real-time acquisition and comparison: when the CMDB software platform runs, the CMDB software platform can collect information generated and collected by a company at every moment in real time, and then combine and delete the data under the action of a detection system;
s5, calling and detecting: and subsequently, when the CMDB software platform runs, the user can send information to the CMDB software platform, then relevant contents are retrieved, and meanwhile, the user can detect the data managed by the CMDB software platform.
2. The model inheritance method for CMDB configuration management according to claim 1, wherein: the programming language in the S1 is one or a mixture of C #, C + +, JAVA and Python.
3. The model inheritance method for CMDB configuration management according to claim 1, wherein: the model design in the S1 comprises various designs such as an asset common data model, a server model, a security, network, storage equipment and software asset model, a data model such as a machine room, a manufacturer, a service line, a contract, an asset tag and the like, a CPU model, a hard disk model, a network card model, a log model, a new asset pending approval area model and the like.
4. The model inheritance method for CMDB configuration management according to claim 1, wherein: and the CMDB implementation mode in the S1 selects multiple modes of an Agent mode, a ssh mode, a salt-stack mode and a Puppet mode.
5. The model inheritance method for CMDB configuration management according to claim 1, wherein: the detection system in the S2 detects the data periodically during detection, and the detected data is fed back to the employees and users of the company.
6. The model inheritance method for CMDB configuration management according to claim 1, wherein: when the S3 defines the attribute, the attribute is defined as CI, and the attribute category corresponding to CI is selected.
7. The model inheritance method for CMDB configuration management according to claim 1, wherein: in the S3, when the attribute is defined, the user may freely add the attribute classification according to the own requirement, and when the CMDB software platform obtains a new data classification, the CMDB software platform may process the data by setting a fixed attribute CODE, so that the program obtains the attribute of the new data or the attribute classification through the CODE.
8. The model inheritance method for CMDB configuration management according to claim 1, wherein: when the child class inherits the parent class, the child class directly inherits all the attribute classes and attributes on the parent class, and when the child class inherits, the CMDB software platform determines and records the classification operation.
9. The model inheritance method for CMDB configuration management according to claim 1, wherein: and when the CMDB software platform in the S3 faces the newly added CI, the CMDB software platform can automatically establish a relationship between the selected CI and the newly added CI after the new CI attributes are selected from other CIs in the corresponding attribute classification.
10. The model inheritance method for CMDB configuration management according to claim 1, wherein: the S3 executes the polling command when the judging program judges the sub-classification and the parent classification, and the judging program is used to judge whether a loop exists between the parent classification and the sub-classification.
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