CN112333116A - OA system integrated hybrid cloud operation and maintenance cooperation platform and method - Google Patents
OA system integrated hybrid cloud operation and maintenance cooperation platform and method Download PDFInfo
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- CN112333116A CN112333116A CN202011282220.XA CN202011282220A CN112333116A CN 112333116 A CN112333116 A CN 112333116A CN 202011282220 A CN202011282220 A CN 202011282220A CN 112333116 A CN112333116 A CN 112333116A
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Abstract
The invention discloses an OA system integrated hybrid cloud operation and maintenance cooperation platform and method. The platform comprises a resource module, a management module, a permission module and a work order module. The method comprises the steps of (1) obtaining a mixed cloud server instance management operation instruction submitted by a user and OA system RBAC permission setting; (2) authorizing or creating an approval process in an OA system according to the mixed cloud server instance management operation instruction, the user identity and the RBAC permission setting and obtaining an approval result of the mixed cloud server instance management operation instruction; (3) and executing or rejecting the hybrid cloud server instance management operation instruction according to the approval result of the hybrid cloud server instance management operation instruction. The invention realizes transparent unified management through the unified planning of public cloud resources and private cloud resources, the operation and maintenance cooperation platform and the integration of the instruction and the authority examination and approval process through the communication with the OA system.
Description
Technical Field
The invention belongs to the field of cloud computing, and particularly relates to an OA system integrated hybrid cloud operation and maintenance cooperation platform and method.
Background
Currently, cloud computing is widely commercialized, and a number of cloud service providers such as the arri cloud and the tengtong cloud have a reduced entrance threshold for providing cloud computing services such as website building and server maintenance. However, for services with high requirements on data security, service quality and corresponding rate, a private cloud is required to provide services. Resources such as servers on which IT depends are dispersed in private clouds in companies and public clouds of various third parties.
The mixed service layout of the private cloud and the public cloud increases the complexity and the complexity of operation and maintenance personnel. Besides operation and maintenance personnel, service developers also need to control the performance of resources such as servers and the like, on which their own services depend, in daily work, so as to ensure stable operation of a service system.
Therefore, for the operation and maintenance platform, it is an important component to cover various resources used by the service and simultaneously perform efficient and convenient management on the resources; meanwhile, business personnel need to pay attention to the system occupation condition of own business resources in daily work and manage and operate the resource examples on the premise of authorization so as to process business problems in time; in addition, the requirement of security audit is involved in department cooperation, and even though the requirement is managed by authorization, the requirement for cooperation is still high.
While not facilitating the cooperative operation of the overall OA system. The current OA systems, such as nailing, enterprise WeChat, flybook and the like, have integrated the functions of authorization and approval of daily work, and if one set of enterprise private cloud and public cloud cooperative system is separately realized, the attention of staff can be dispersed to switch work between the two sets of OA systems, so that the efficiency is reduced.
Disclosure of Invention
Aiming at the defects or improvement requirements of the prior art, the invention provides an OA system integrated hybrid cloud operation and maintenance cooperation platform and method, aiming at centralizing data management of a common cloud and a private cloud and opening authority setting of an OA system to carry out cooperation operation and maintenance, so that the technical problems that the authority management of the existing operation and maintenance system is complex and is difficult to cooperate with the existing OA system, so that the cloud resource management security loophole is caused, and the system communication is poor, so that the working efficiency is reduced are solved.
In order to achieve the above object, according to an aspect of the present invention, a hybrid cloud operation and maintenance cooperation platform integrated by an OA system is provided, which includes a resource module, a management module, a permission module, and a work order module;
the resource module is used for acquiring cloud server resource monitoring parameters of a public cloud and a private cloud, submitting the parameters to the management module, acquiring a mixed cloud server instance management operation instruction generated by the management module, and sending the mixed cloud server instance management operation instruction to a corresponding cloud server for execution;
the management module is used for displaying the cloud server resource monitoring parameters of the public cloud and the private cloud to a user, acquiring a mixed cloud server instance management operation instruction submitted by the user, submitting the mixed cloud server instance management operation instruction to the authority module, and sending the mixed cloud server instance management operation instruction to the resource module or ignoring the mixed cloud server instance management operation instruction according to the approval result of the authority module;
the authority module is used for authorizing the mixed cloud server instance management operation instruction and/or creating an examination and approval task according to the OA system RBAC authority setting and submitting the examination and approval task to the work order module, approving or rejecting the mixed cloud server instance management operation instruction submitted by the user according to an examination and approval result returned by the work order module, and returning the result to the management module;
and the work order module is used for forming a work order by the approval tasks submitted by the authority module, submitting the work order to the OA system, acquiring a mixed cloud server instance management operation instruction of the OA system and returning an approval result thereof to the authority module or the management module.
Preferably, the OA system integrated hybrid cloud operation and maintenance cooperation platform, the resource module of which is configured to return the execution result to the management module.
Preferably, the OA system integrated hybrid cloud operation and maintenance cooperation platform, wherein the public cloud server resource monitoring parameters include: computing resources, storage resources, and/or network resources; the cloud server resource monitoring parameters of the private cloud include: computational resources, storage resources, and/or network resources.
Preferably, the management module of the OA system integrated hybrid cloud operation and maintenance collaboration platform returns the approval result and/or the execution result of the hybrid cloud server instance management operation instruction returned by the resource module to the user; the authority module is preferably also used for submitting the approved instance management operation instruction to the management module; the work order module is preferably further configured to collect an instance management operation instruction of the hybrid cloud server created by the OA system, and submit the instance management operation instruction to the authority module or the management module after referring to the approval process.
Preferably, the authority module of the OA system integrated hybrid cloud operation and maintenance cooperation platform is configured to authorize the hybrid cloud server instance management operation instruction according to the OA system RBAC authority setting, create an approval task when the authorization cannot be granted, and submit the approval task to the worksheet module; the work order module is used for forming a work order by the approval tasks submitted by the authority module, submitting the work order to the OA system, obtaining the approval result of the OA system, returning the approval result to the authority module, collecting the instance management operation instructions of the hybrid cloud server created by the OA system, and submitting the instance management operation instructions to the authority module after referring to the approval process.
Preferably, the authority module of the OA system integrated hybrid cloud operation and maintenance cooperation platform is configured to create an approval task for the hybrid cloud server instance management operation instruction and submit the approval task to a work order module; the work order module is used for forming a work order from the examination and approval tasks submitted by the authority module, submitting the work order to the OA system, obtaining the examination and approval result of the OA system and returning the examination and approval result to the management module, and is also used for collecting the mixed cloud server instance management operation instruction created by the OA system and submitting the instance management operation instruction to the management module after referring to the examination and approval process.
Preferably, the OA system integrated hybrid cloud operation and maintenance cooperation platform further includes an OA communication module, and the OA communication module acquires the RBAC permission setting of the OA system, submits the RBAC permission setting to the permission module, and updates the RBAC permission.
According to another aspect of the present invention, there is provided an OA system integrated hybrid cloud operation and maintenance cooperation method, which includes the following steps:
(1) acquiring a hybrid cloud server instance management operation instruction submitted by a user and OA system RBAC permission setting;
(2) authorizing or creating an approval process in an OA system and obtaining an approval result of the hybrid cloud server instance management operation instruction according to the hybrid cloud server instance management operation instruction and the user identity acquired in the step (1) and the RBAC permission setting;
(3) executing or rejecting the hybrid cloud server instance management operation instruction according to the approval result of the hybrid cloud server instance management operation instruction obtained in the step (2); specifically, the method comprises the following steps:
when the approval result is authorization, submitting the operation instruction to the cloud server instance to which the operation instruction is directed by the management of the hybrid cloud server instance, and returning the operation result to the user;
otherwise, namely when the approval result is negative, ignoring the mixed cloud server instance management operation instruction, and returning negative information to the user.
Preferably, in the OA system integrated hybrid cloud operation and maintenance cooperation method, step (1), the hybrid cloud server instance management operation instruction submitted by the user is obtained by the authority module, and the hybrid cloud server instance management operation instruction submitted by the user is obtained by the management module; or from the OA system created hybrid cloud server instance management operation instructions collected by the work order module.
Preferably, the OA system integrated hybrid cloud operation and maintenance cooperation method further includes the steps of:
executing the management operation instruction of the hybrid cloud server instance approved by the OA system;
according to the preferred scheme, the hybrid cloud server instance management operation instructions and the approval process submitted by the user, the hybrid cloud server instance management operation instructions approved by the OA system, and the OA system approval process for OA are collected and recorded.
In general, compared with the prior art, the above technical solution contemplated by the present invention can achieve the following beneficial effects:
the invention realizes transparent unified management through the unified planning of public cloud resources and private cloud resources and the communication with an OA system through the operation and maintenance cooperation platform, realizes the integration of instructions and authority examination and approval processes, completely records instruction execution records and examination and approval processes, and provides high-efficiency and clear functions of information docking and safety audit in writing of business and operation and maintenance departments.
According to the optimal scheme, through multi-entry operation and maintenance instruction input of the authority module and the work order module, the business department and the operation and maintenance department can respectively concentrate on the OA system and the operation and maintenance cooperation platform to work, if system switching is needed, and the working efficiency is improved.
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FIG. 1 is a schematic structural diagram of a hybrid cloud operation and maintenance collaboration platform integrated by an OA system provided in the present invention;
fig. 2 is a schematic structural diagram of an OA system integrated hybrid cloud operation and maintenance collaboration platform provided in embodiment 1 of the present invention;
fig. 3 is a schematic structural diagram of an OA system integrated hybrid cloud operation and maintenance collaboration platform provided in embodiment 2 of the present invention;
fig. 4 is a schematic structural diagram of an OA system integrated hybrid cloud operation and maintenance collaboration platform according to embodiment 3 of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail with reference to the following embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention. In addition, the technical features involved in the embodiments of the present invention described below may be combined with each other as long as they do not conflict with each other.
The present invention provides, as shown in fig. 1, a method including: the system comprises a resource module, a management module, a permission module and a work order module, and preferably further comprises an OA communication module;
the resource module is used for acquiring cloud server resource monitoring parameters of a public cloud and a private cloud, submitting the parameters to the management module, acquiring a mixed cloud server instance management operation instruction generated by the management module, sending the mixed cloud server instance management operation instruction to a corresponding cloud server for execution, and preferably returning an execution result to the management module; the public cloud server resource monitoring parameters comprise: computational resources, such as CPU, average load; storage resources, such as memory, disks; network resources, e.g., number of connections; the cloud server resource monitoring parameters of the private cloud include: computational resources, such as CPU, average load; storage resources, such as memory, disks; network resources, e.g., number of connections.
The management module is used for displaying the cloud server resource monitoring parameters of the public cloud and the private cloud to a user, acquiring a mixed cloud server instance management operation instruction submitted by the user, submitting the mixed cloud server instance management operation instruction to the authority module, and sending the mixed cloud server instance management operation instruction to the resource module or ignoring the mixed cloud server instance management operation instruction according to the approval result of the authority module; preferably, the management module returns the approval result and/or the execution result of the hybrid cloud server instance management operation instruction returned by the resource module to the user;
the authority module is used for authorizing the mixed cloud server instance management operation instruction and/or creating an examination and approval task according to the OA system RBAC authority setting and submitting the examination and approval task to the work order module, approving or rejecting the mixed cloud server instance management operation instruction submitted by the user according to an examination and approval result returned by the work order module, and returning the result to the management module; preferably, the authority setting of the RBAC is provided by an OA communication module;
the permission module is preferably further configured to submit the approved instance management operation instruction to the management module.
The work order module is used for forming a work order by the approval tasks submitted by the authority module, submitting the work order to the OA system, acquiring a mixed cloud server instance management operation instruction of the OA system and returning an approval result thereof to the authority module or the management module; the management system is preferably further used for collecting the instance management operation instructions of the hybrid cloud server created by the OA system and submitting the instance management operation instructions to the authority module or the management module by referring to the approval process of the instance management operation instructions.
Through the authority module or the work order module, complete mixed cloud server operation instructions and the approval process of each instruction can be conveniently collected, and the functions of efficient and fresh management information docking and safety audit realization are provided.
Preferably, the permission module is configured to authorize the operation instruction for instance management of the hybrid cloud server according to the OA system RBAC permission setting, create an approval task when the authorization cannot be granted, and submit the approval task to the worksheet module; the work order module is used for forming a work order by the approval tasks submitted by the authority module, submitting the work order to the OA system, obtaining the approval result of the OA system, returning the approval result to the authority module, collecting the instance management operation instructions of the hybrid cloud server created by the OA system, and submitting the instance management operation instructions to the authority module after referring to the approval process. Therefore, through the authority module, complete mixed cloud server operation instructions and the approval process of each instruction can be conveniently collected, and the functions of efficient and fresh management information docking and safety audit realization are provided.
Preferably, the permission module is configured to create an approval task for the hybrid cloud server instance management operation instruction and submit the approval task to the work order module; the work order module is used for forming a work order from the examination and approval tasks submitted by the authority module, submitting the work order to the OA system, obtaining the examination and approval result of the OA system and returning the examination and approval result to the management module, and is also used for collecting the mixed cloud server instance management operation instruction created by the OA system and submitting the instance management operation instruction to the management module after referring to the examination and approval process. Through the work order module, complete mixed cloud server operation instructions and the approval process of each instruction can be conveniently collected, and efficient and fresh functions of managing information docking and realizing safety audit are provided.
And the OA communication module acquires the RBAC permission setting of the OA system, submits the RBAC permission setting to the permission module and updates the RBAC permission.
According to the OA system integrated hybrid cloud operation and maintenance cooperation platform, public cloud resources and private cloud resources are uniformly managed through the resource modules, and uniform management of hybrid cloud servers is achieved; the management module is in butt joint with a user, the authority module and the OA communication module of the background synchronize information to an OA system used by the user, such as nailing, enterprise WeChat or flyer software, and related examination and approval personnel can complete authorization without entering a hybrid cloud operation and maintenance cooperation platform. Therefore, operation and maintenance personnel, research and development personnel and management personnel can perform business only by paying attention to one of the operation and maintenance cooperation platform or the OA examination and approval platform according to respective roles, the examination and approval result does not need to be confirmed manually, the cooperation efficiency of operation, research, development and management of the hybrid cloud server is improved, and the false authorization is reduced.
In the preferred scheme, the task initiation of the hybrid cloud operation and maintenance cooperation platform is realized through a work order module outside a management module, so that an operation instruction has two input modes, the first mode is that the management module initiates the operation instruction to be approved, and the second mode is that the work order module directly inputs the operation instruction which is approved by an OA system, so that a user with higher authority or corresponding authority can directly operate the hybrid cloud without reverse authorization, and the instruction approval efficiency is improved; meanwhile, instruction operation can be completed only by paying attention to the OA examination and approval system without entering a management interface of the hybrid cloud operation and maintenance cooperation platform, the use feeling of the OA system and the hybrid cloud operation and maintenance cooperation platform is further integrated, and efficiency reduction caused by switching among a plurality of systems by a user is avoided.
In addition, through the work order module and/or the authority module, complete mixed cloud server operation instructions and the approval process of each instruction can be conveniently collected, and efficient and fresh management information docking and safety audit realization functions are provided.
An OA system integrated hybrid cloud operation and maintenance cooperation method comprises the following steps:
(1) acquiring a hybrid cloud server instance management operation instruction submitted by a user and OA system RBAC permission setting;
the management operation instruction of the hybrid cloud server instance submitted by the user is acquired by the authority module and comes from the management operation instruction of the hybrid cloud server instance submitted by the user acquired by the management module; or from the OA system created hybrid cloud server instance management operation instructions collected by the work order module.
(2) Authorizing or creating an approval process in an OA system and obtaining an approval result of the hybrid cloud server instance management operation instruction according to the hybrid cloud server instance management operation instruction and the user identity acquired in the step (1) and the RBAC permission setting;
(3) executing or rejecting the hybrid cloud server instance management operation instruction according to the approval result of the hybrid cloud server instance management operation instruction obtained in the step (2); specifically, the method comprises the following steps:
when the approval result is authorization, submitting the operation instruction to the cloud server instance to which the operation instruction is directed by the management of the hybrid cloud server instance, and returning the operation result to the user;
otherwise, namely when the approval result is negative, ignoring the mixed cloud server instance management operation instruction, and returning negative information to the user.
Preferably, the OA system integrated hybrid cloud operation and maintenance cooperation method further includes the following steps:
and executing the hybrid cloud server instance management operation instruction approved by the OA system.
According to the preferred scheme, the hybrid cloud server instance management operation instructions and the approval process submitted by the user, the hybrid cloud server instance management operation instructions approved by the OA system, and the OA system approval process for OA are collected and recorded.
The following are examples:
example 1
An OA system integrated hybrid cloud operation and maintenance collaboration platform, comprising: the resource module, the management module, the authority module, the work order module and the OA communication module
The resource module is used for acquiring cloud server resource monitoring parameters of a public cloud and a private cloud, submitting the parameters to the management module, acquiring a mixed cloud server instance management operation instruction generated by the management module, sending the mixed cloud server instance management operation instruction to a corresponding cloud server for execution, and returning an execution result to the management module; the public cloud server resource monitoring parameters comprise: computational resources, such as CPU, average load; storage resources, such as memory, disks; network resources, e.g., number of connections; the cloud server resource monitoring parameters of the private cloud include: computational resources, such as CPU, average load; storage resources, such as memory, disks; network resources, e.g., number of connections. In this embodiment, Golang is adopted to develop resource modules, MySQL is adopted to store platform data, influxdb is adopted to store monitoring data, and grafana is adopted to perform aggregation display of the monitoring data.
And for the private cloud, the private cloud host information is automatically reported through the host Agent. The Agent component is installed on the private cloud server, the Agent component reports to the operation and maintenance platform after acquiring host machine instance information in the private cloud in an active reporting mode, in addition, the Agent component reports resource use data of the host machine to an inflixdb database of the operation and maintenance platform once every 5s to display monitoring data, and meanwhile, a remote command issued by the operation and maintenance platform can be received through the Agent to be executed, so that the purpose of managing the private cloud resources through the operation and maintenance platform is achieved.
For third party public clouds, such as: the data synchronization method includes the steps that data synchronization is conducted on various cloud resources of various cloud platforms through RESTful API modes of the cloud resources provided by a third-party public cloud platform, the data are synchronized to a Mysql database of an operation and maintenance platform once per hour, incremental updating is conducted on existing data during synchronization, different public cloud platforms can be marked in the synchronization process to mark attributions of the cloud platforms of the resources, and therefore targeted processing can be conducted on different public cloud platforms when various remote management is conducted, and therefore operation on a user side is transparent. When the resources of the public cloud are managed, for the public cloud providing the RESTful API corresponding to the operation, the operation and maintenance platform directly calls the corresponding API to operate; for a public cloud which does not provide a RESTful API for corresponding operation, an Agent component needs to be installed on a corresponding cloud host, and therefore the public cloud can communicate through the Agent to achieve management operation on the corresponding cloud host.
In this embodiment, Java is used for host Agent development.
The management module is used for displaying the cloud server resource monitoring parameters of the public cloud and the private cloud to a user, acquiring a mixed cloud server instance management operation instruction submitted by the user, submitting the mixed cloud server instance management operation instruction to the authority module, and sending the mixed cloud server instance management operation instruction to the resource module or ignoring the mixed cloud server instance management operation instruction according to the approval result of the authority module; the management module returns the approval result and the execution result of the hybrid cloud server instance management operation instruction returned by the resource module to the user; in the embodiment, the act is adopted for management module development.
The authority module is used for authorizing the mixed cloud server instance management operation instruction according to the authority setting of an OA system RBAC provided by the OA communication module, creating an approval task and submitting the approval task to the worksheet module when the authority cannot be authorized, approving or rejecting the mixed cloud server instance management operation instruction submitted by the user according to an approval result returned by the OA communication module, and returning the result to the management module;
in the permission module, the permission of the user is controlled by the permission module of the RBAC. The method comprises the steps that specific resources are visible for specific users or roles, specific operations are authorities requiring the specific users or the roles, and in order to guarantee the safety of a platform, subdivision control of the authorities can be carried out on the users in the background. In addition, the marks are left when the user performs the operations, so that the need of later auditing can be met.
The work order module is used for forming a work order by the approval tasks submitted by the authority module, submitting the work order to the OA system, obtaining the approval result of the OA system and returning the approval result to the authority module, and is also used for collecting the instance management operation instructions of the hybrid cloud server created by the OA system and submitting the instance management operation instructions to the authority module; partial business operation is provided to the user side in a work order mode, so that the user can automatically execute the information after the information is completed according to the format corresponding to the work order without manual operation, thereby reducing the probability of manual execution errors and improving the efficiency of business department cooperation. The management module is further used for sending the hybrid cloud server instance management operation instruction submitted by the OA communication module to the resource module; and the data is submitted to the management module after being recorded by the authority module.
And the OA communication module acquires the RBAC permission setting of the OA system, submits the RBAC permission setting to the permission module and updates the RBAC permission.
The OA system integrated hybrid cloud operation and maintenance cooperation method adopted in this embodiment, taking an ari cloud platform and a private cloud as an example, includes the following steps:
(1) acquiring a hybrid cloud server instance management operation instruction submitted by a user and OA system RBAC permission setting; the user firstly logs in the operation and maintenance platform and interacts with the resource management module through the foreground section.
The management operation instruction of the hybrid cloud server instance submitted by the user is acquired by the authority module and comes from the management operation instruction of the hybrid cloud server instance submitted by the user acquired by the management module; or from the OA system created hybrid cloud server instance management operation instructions collected by the work order module.
(2) According to the hybrid cloud server instance management operation instruction, the user identity and the RBAC permission setting obtained in the step (1), establishing an approval process in an OA system and obtaining an approval result of the hybrid cloud server instance management operation instruction; specifically, the method comprises the following steps:
and for the mixed cloud server instance management operation instruction submitted by the user and acquired by the management module, the permission module sets direct authorization according to the RBAC permission, and when the authorization cannot be granted, an approval process is established in the OA system through the OA communication module, an approval result of the mixed cloud server instance management operation instruction is acquired, and authorization or denial is performed.
(3) Executing or rejecting the hybrid cloud server instance management operation instruction according to the approval result of the hybrid cloud server instance management operation instruction obtained in the step (2); specifically, the method comprises the following steps:
when the approval result is authorization, submitting the operation instruction to the cloud server instance to which the operation instruction is directed by the management of the hybrid cloud server instance, and returning the operation result to the user;
otherwise, namely when the approval result is negative, ignoring the mixed cloud server instance management operation instruction, and returning negative information to the user.
For example, the following operations are performed:
the public cloud resource data information can be synchronized by clicking a public cloud data synchronization button, if a user has corresponding authority, the authority module directly authorizes, otherwise, an approval task is generated and submitted to the OA communication module, the OA communication module directly contacts an administrator to carry out related authority setting authorization, and the OA communication module approves the authorization, so that various visible public cloud resource information can be seen under a cloud resource management menu after the data synchronization is completed; otherwise, if the resource information is invisible, returning an approval opinion of the OA communication module;
there will be corresponding function operation buttons on the right side of the visible resource item, such as: checking a monitoring chart, editing information, restarting, shutting down, executing a remote command and the like, if a user has corresponding authority, directly authorizing by an authority module, otherwise generating an approval task and submitting the approval task to an OA communication module, directly contacting an administrator through the OA management module, setting related authority and authorizing, and if the OA communication module authorizes the authority, submitting the operation command to a corresponding cloud server example, and updating a result after the command is executed through a host machine or an API (application programming interface); otherwise, the authority is not approved, the corresponding operation cannot be executed, and the approval opinion of the OA communication module is returned.
And (3) viewing a monitoring chart: the user can check that a certain resource is close, if the user has a corresponding authority, the authority module directly authorizes, otherwise, an approval task is generated and submitted to the OA communication module, the OA communication module directly contacts an administrator through the OA management module to carry out related authority setting authorization, the OA communication module approves the authorization, monitoring data of indexes such as CPU, memory, load and the like of time dimensions such as 1 hour, 3 hours, 7 hours, 12 hours, 1 day, 3 days, 7 days, 14 days and the like are displayed, and the data are displayed in a graph form; otherwise, the authority is not approved, the data is not displayed, and the approval opinions of the OA communication module are returned.
When a user submits an operation instruction requiring special authorization, such as shutdown, restart, remote command execution, and the like, which has a significant impact on the working state of the cloud resource and causes the task performability of the used user to be affected, a secondary verification needs to be performed through the OA communication module, and the method provided by the embodiment includes the following steps:
when the authority module judges that the hybrid cloud server instance management operation instruction needs special authority, an approval task needing double verification is created and submitted to an OA system through an OA communication module body, a user needs to receive a verification code through the OA system such as a nail or a mobile phone, and the management module needs the verification code to verify the identity of the user and execute the hybrid cloud server instance management operation instruction with special authority.
(4) And executing the hybrid cloud server instance management operation instruction approved by the OA system. The method specifically comprises the following steps: for the mixed cloud server instance management operation instruction created by the OA system collected by the work order module, the authority module records the mixed cloud server instance management operation instruction and the approval process thereof, and submits the mixed cloud server instance management operation instruction to the management module for execution. For example:
selecting operations to be performed in the work order module, such as: creating kafka topic, merging branch of gitlab projects, and the like, selecting a kafka topic creation option, selecting a corresponding kafka instance by pull-down, and selecting a submission work order; after the successful submission, the operation and maintenance personnel is automatically nailed to inform the operation and maintenance personnel, after the operation and maintenance personnel confirms the operability of the work item, the examination and approval process is completed, and the 'one-key execution' button is clicked, so that the mixed cloud server instance management operation instruction capable of automatically executing the function content is submitted to the authority module for recording and then is submitted to the management module for execution; after the execution is successful, the initiator of the work order is automatically nailed to finish the operation closed loop.
And the permission module collects and records the hybrid cloud server instance management operation instruction and the approval process submitted by the user, the hybrid cloud server instance management operation instruction approved by the OA system, and the OA system approval process for OA.
The embodiment has high execution efficiency on the management operation instruction of the hybrid cloud server instance collected by the management module. And presenting the complete approval record in the permission module.
Example 2
An OA system integrated hybrid cloud operation and maintenance collaboration platform, comprising: the system comprises a resource module, a management module, a permission module, an OA communication module and a work order module;
the resource module is used for acquiring cloud server resource monitoring parameters of a public cloud and a private cloud, submitting the parameters to the management module, acquiring a mixed cloud server instance management operation instruction generated by the management module, sending the mixed cloud server instance management operation instruction to a corresponding cloud server for execution, and returning an execution result to the management module; the public cloud server resource monitoring parameters comprise: computational resources, such as CPU, average load; storage resources, such as memory, disks; network resources, e.g., number of connections; the cloud server resource monitoring parameters of the private cloud include: computational resources, such as CPU, average load; storage resources, such as memory, disks; network resources, e.g., number of connections. In this embodiment, Golang is adopted to develop resource modules, MySQL is adopted to store platform data, influxdb is adopted to store monitoring data, and grafana is adopted to perform aggregation display of the monitoring data.
And for the private cloud, the private cloud host information is automatically reported through the host Agent. The Agent component is installed on the private cloud server, the Agent component reports to the operation and maintenance platform after acquiring host machine instance information in the private cloud in an active reporting mode, in addition, the Agent component reports resource use data of the host machine to an inflixdb database of the operation and maintenance platform once every 5s to display monitoring data, and meanwhile, a remote command issued by the operation and maintenance platform can be received through the Agent to be executed, so that the purpose of managing the private cloud resources through the operation and maintenance platform is achieved.
For third party public clouds, such as: the data synchronization method includes the steps that data synchronization is conducted on various cloud resources of various cloud platforms through RESTful API modes of the cloud resources provided by a third-party public cloud platform, the data are synchronized to a Mysql database of an operation and maintenance platform once per hour, incremental updating is conducted on existing data during synchronization, different public cloud platforms can be marked in the synchronization process to mark attributions of the cloud platforms of the resources, and therefore targeted processing can be conducted on different public cloud platforms when various remote management is conducted, and therefore operation on a user side is transparent. When the resources of the public cloud are managed, for the public cloud providing the RESTful API corresponding to the operation, the operation and maintenance platform directly calls the corresponding API to operate; for a public cloud which does not provide a RESTful API for corresponding operation, an Agent component needs to be installed on a corresponding cloud host, and therefore the public cloud can communicate through the Agent to achieve management operation on the corresponding cloud host.
In this embodiment, Java is used for host Agent development.
The management module is used for displaying the cloud server resource monitoring parameters of the public cloud and the private cloud to a user, acquiring a mixed cloud server instance management operation instruction submitted by the user, submitting the mixed cloud server instance management operation instruction to the authority module, and sending the mixed cloud server instance management operation instruction to the resource module or ignoring the mixed cloud server instance management operation instruction according to the approval result of the authority module; the management module returns the approval result and the execution result of the hybrid cloud server instance management operation instruction returned by the resource module to the user; in the embodiment, the act is adopted for management module development.
The authority module is used for creating an approval task and submitting the approval task to a work order module, approving or rejecting a mixed cloud server instance management operation instruction submitted by the user according to an approval result returned by the work order module, and returning the result to the management module;
the work order module is used for forming a work order from the approval tasks submitted by the authority module and submitting the work order to an OA system;
the management module is also used for collecting the instance management operation instructions of the hybrid cloud server created by the OA system and submitting the instance management operation instructions collected by the worksheet module to the management module; and
and obtaining the management operation instruction of the hybrid cloud server instance of the OA system and returning the approval result thereof to the management module for execution.
Partial business operation is provided to the user side in a work order mode, so that the user can automatically execute the information after the information is completed according to the format corresponding to the work order without manual operation, thereby reducing the probability of manual execution errors and improving the efficiency of business department cooperation. The management module is further used for sending the hybrid cloud server instance management operation instruction submitted by the OA communication module to the resource module;
the OA system integrated hybrid cloud operation and maintenance cooperation method adopted in this embodiment, taking an ari cloud platform and a private cloud as an example, includes the following steps:
(1) acquiring a hybrid cloud server instance management operation instruction submitted by a user and OA system RBAC permission setting; the user firstly logs in the operation and maintenance platform and interacts with the resource management module through the foreground section.
The management operation instruction of the hybrid cloud server instance submitted by the user is acquired by the authority module and comes from the management operation instruction of the hybrid cloud server instance submitted by the user acquired by the management module; or from the OA system created hybrid cloud server instance management operation instructions collected by the work order module.
(2) According to the hybrid cloud server instance management operation instruction, the user identity and the RBAC permission setting obtained in the step (1), establishing an approval process in an OA system and obtaining an approval result of the hybrid cloud server instance management operation instruction; specifically, the method comprises the following steps:
for the mixed cloud server instance management operation instruction submitted by the user and acquired by the management module, the OA communication module creates a work order through the work order module, and the work order obtains the approval result of the mixed cloud server instance management instruction through the OA system approval process for authorization or rejection.
(3) Executing or rejecting the hybrid cloud server instance management operation instruction according to the approval result of the hybrid cloud server instance management operation instruction obtained in the step (2); specifically, the method comprises the following steps:
when the approval result is authorization, submitting the operation instruction to the cloud server instance to which the operation instruction is directed by the management of the hybrid cloud server instance, and returning the operation result to the user;
otherwise, namely when the approval result is negative, ignoring the mixed cloud server instance management operation instruction, and returning negative information to the user.
For example, the following operations are performed:
the public cloud resource data information can be synchronized by clicking a public cloud data synchronization button, an authority module generates an approval task and submits the approval task to a work order module, the work order module contacts a manager to carry out related authority setting authorization, the work order module finishes execution, if the authorization is finished, the work order module submits an instruction to a management module, and visible resource information of various public clouds can be seen under a cloud resource management menu after data synchronization is finished; otherwise, if the resource information is invisible, returning the approval opinions of the work order module;
there will be corresponding function operation buttons on the right side of the visible resource item, such as: checking a monitoring chart, editing information, restarting, shutting down, executing a remote command and the like, generating an approval task by an authority module and submitting the approval task to a work order module, contacting a manager by the work order module, setting and authorizing related authorities, finishing the execution of the work order module, submitting an instruction to a management module by the work order module if the authority is authorized, submitting the operation command to a corresponding cloud server example, and updating a result after the command is executed through a host or an API (application program interface); otherwise, if the authority examination and approval is not passed, the corresponding operation cannot be executed, and the work order module examination and approval opinions are returned.
And (3) viewing a monitoring chart: a user can check that a certain resource is close, an authority module generates an approval task and submits the approval task to a work order module, the work order module contacts an administrator to carry out related authority setting authorization, the work order module finishes execution, if the authorization is carried out, the work order module submits an instruction to a management module, monitoring data of indexes such as CPU, memory, load and the like of time dimensions such as 1 hour, 3 hours, 7 hours, 12 hours, 1 day, 3 days, 7 days, 14 days and the like are displayed, and the data are displayed in a form of a curve graph; otherwise, the authority examination and approval is not passed, the data is not displayed, and the examination and approval opinions of the work order module are returned.
When a user submits an operation instruction requiring special authorization, such as shutdown, restart, remote command execution, and the like, which has a significant impact on the working state of the cloud resource, and thus the task performability of the used user is affected, secondary verification needs to be performed through the work order module, and the method provided by the embodiment includes the following steps:
when the authority module judges that the hybrid cloud server instance management operation instruction needs special authority, an approval task needing double verification is created and submitted to an OA system through a work order module body, a user needs to receive a verification code through the OA system such as a nail or a mobile phone, and the management module needs the verification code to verify the identity of the user and execute the hybrid cloud server instance management operation instruction with special authority.
(4) And executing the hybrid cloud server instance management operation instruction approved by the OA system. The method specifically comprises the following steps: for the mixed cloud server instance management operation instructions created by the OA system collected by the work order module, the work order module submits the operation instructions to the management module for execution. For example:
selecting operations to be performed in the work order module, such as: creating kafka topic, merging branch of gitlab projects, and the like, selecting a kafka topic creation option, selecting a corresponding kafka instance by pull-down, and selecting a submission work order; after the successful submission, the operation and maintenance personnel is automatically nailed to inform the operation and maintenance personnel, after the operation and maintenance personnel confirms the operability of the work item, the examination and approval process is completed, and the one-key execution button is clicked, so that the management operation instruction of the hybrid cloud server instance capable of automatically executing the function content can be directly submitted to the management module for execution; after the execution is successful, the initiator of the work order is automatically nailed to finish the operation closed loop.
And the work order module collects and records the mixed cloud server instance management operation instruction and the approval process submitted by the user, the mixed cloud server instance management operation instruction approved by the OA system and the OA system approval process for OA.
The embodiment has high execution efficiency on the mixed cloud server instance management operation instruction directly sent by the OA system module. And displaying the complete examination and approval record in the work order module.
Example 3
By combining the embodiments 1 and 2, the authority module and the work order module are subjected to all instruction approval processes, and the work order module returns the instruction and the approval result to the authority module for recording and then executing;
for the mixed cloud server instance management operation instruction which is obtained by the management module and submitted by the user, the authority module forms a work order through the work order module and submits the work order to the OA system for approval; and submitting the mixed cloud server instance management operation instruction created by the OA system collected by the work order module to the management module for execution after being recorded by the authority module.
It will be understood by those skilled in the art that the foregoing is only a preferred embodiment of the present invention, and is not intended to limit the invention, and that any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (10)
1. A hybrid cloud operation and maintenance cooperation platform integrated by an OA system is characterized by comprising a resource module, a management module, a permission module and a work order module;
the resource module is used for acquiring cloud server resource monitoring parameters of a public cloud and a private cloud, submitting the parameters to the management module, acquiring a mixed cloud server instance management operation instruction generated by the management module, and sending the mixed cloud server instance management operation instruction to a corresponding cloud server for execution;
the management module is used for displaying the cloud server resource monitoring parameters of the public cloud and the private cloud to a user, acquiring a mixed cloud server instance management operation instruction submitted by the user, submitting the mixed cloud server instance management operation instruction to the authority module, and sending the mixed cloud server instance management operation instruction to the resource module or ignoring the mixed cloud server instance management operation instruction according to the approval result of the authority module;
the authority module is used for authorizing the mixed cloud server instance management operation instruction and/or creating an examination and approval task according to the OA system RBAC authority setting and submitting the examination and approval task to the work order module, approving or rejecting the mixed cloud server instance management operation instruction submitted by the user according to an examination and approval result returned by the work order module, and returning the result to the management module;
and the work order module is used for forming a work order by the approval tasks submitted by the authority module, submitting the work order to the OA system, acquiring a mixed cloud server instance management operation instruction of the OA system and returning an approval result thereof to the authority module or the management module.
2. The OA system integrated hybrid cloud operation and maintenance collaboration platform of claim 1, wherein the resource module is configured to return execution results to the management module.
3. The OA-system-integrated hybrid cloud operation and maintenance collaboration platform of claim 1, wherein the public cloud server resource monitoring parameters comprise: computing resources, storage resources, and/or network resources; the cloud server resource monitoring parameters of the private cloud include: computational resources, storage resources, and/or network resources.
4. The OA system integrated hybrid cloud operation and maintenance collaboration platform of claim 1, wherein the management module returns the approval result and/or the execution result of the hybrid cloud server instance management operation instruction returned by the resource module to a user; the authority module is preferably also used for submitting the approved instance management operation instruction to the management module; the work order module is preferably further configured to collect an instance management operation instruction of the hybrid cloud server created by the OA system, and submit the instance management operation instruction to the authority module or the management module after referring to the approval process.
5. The OA-system-integrated hybrid cloud operation and maintenance collaboration platform according to claim 1, wherein the permission module is configured to authorize the operation instructions for instance management of the hybrid cloud server according to the OA-system RBAC permission setting, create an approval task when the authorization is not available, and submit the approval task to the worksheet module; the work order module is used for forming a work order by the approval tasks submitted by the authority module, submitting the work order to the OA system, obtaining the approval result of the OA system, returning the approval result to the authority module, collecting the instance management operation instructions of the hybrid cloud server created by the OA system, and submitting the instance management operation instructions to the authority module after referring to the approval process.
6. The OA system integrated hybrid cloud operation and maintenance collaboration platform of claim 1, wherein the permission module is configured to create an approval task for the hybrid cloud server instance management operation instruction and submit the approval task to the worksheet module; the work order module is used for forming a work order from the examination and approval tasks submitted by the authority module, submitting the work order to the OA system, obtaining the examination and approval result of the OA system and returning the examination and approval result to the management module, and is also used for collecting the mixed cloud server instance management operation instruction created by the OA system and submitting the instance management operation instruction to the management module after referring to the examination and approval process.
7. The OA system integrated hybrid cloud operation and maintenance collaboration platform according to claim 1, further comprising an OA communication module, wherein the OA communication module obtains the RBAC permission setting of the OA system, submits the RBAC permission setting to the permission module, and updates the RBAC permission.
8. A hybrid cloud operation and maintenance cooperation method integrated by an OA system is characterized by comprising the following steps:
(1) acquiring a hybrid cloud server instance management operation instruction submitted by a user and OA system RBAC permission setting;
(2) authorizing or creating an approval process in an OA system and obtaining an approval result of the hybrid cloud server instance management operation instruction according to the hybrid cloud server instance management operation instruction and the user identity acquired in the step (1) and the RBAC permission setting;
(3) executing or rejecting the hybrid cloud server instance management operation instruction according to the approval result of the hybrid cloud server instance management operation instruction obtained in the step (2); specifically, the method comprises the following steps:
when the approval result is authorization, submitting the operation instruction to the cloud server instance to which the operation instruction is directed by the management of the hybrid cloud server instance, and returning the operation result to the user;
otherwise, namely when the approval result is negative, ignoring the mixed cloud server instance management operation instruction, and returning negative information to the user.
9. The OA system integrated hybrid cloud operation and maintenance cooperation method according to claim 8, wherein the hybrid cloud server instance management operation command submitted by the user in step (1) is obtained by the authority module, and is obtained by the management module; or from the OA system created hybrid cloud server instance management operation instructions collected by the work order module.
10. The OA system integrated hybrid cloud operation and maintenance collaboration method according to claim 9, further comprising the steps of:
executing the management operation instruction of the hybrid cloud server instance approved by the OA system;
according to the preferred scheme, the hybrid cloud server instance management operation instructions and the approval process submitted by the user, the hybrid cloud server instance management operation instructions approved by the OA system, and the OA system approval process for OA are collected and recorded.
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