CN115426373A - Method for deploying distributed storage system in private cloud and deployment system - Google Patents
Method for deploying distributed storage system in private cloud and deployment system Download PDFInfo
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- H04L67/01—Protocols
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Abstract
The invention discloses a method and a system for deploying a distributed storage system in a private cloud, belongs to the technical field of cloud computing, and aims to solve the technical problem of how to simply and efficiently integrate a storage system in a Kubernet cluster of the private cloud. The method comprises the following steps: planning an idle hard disk on a Kubernets cluster server to a distributed storage system; importing a tool package on a Kubernets cluster server; modifying and configuring the configuration file in the tool kit; uploading a mirror image required by the execution tool kit to a mirror image library of Kubernets, installing the tool kit in the Kubernets cluster, and installing a management program of the distributed storage system in the Kubernets cluster; the Kubernetes cluster manages and uses the distributed storage system through a storage class StorageClass automatically created by a toolkit.
Description
Technical Field
The invention relates to the technical field of cloud computing, in particular to a method and a system for deploying a distributed storage system in a private cloud.
Background
With the rapid development of container technology over the years, more and more manufacturers deploy their applications and services containerized into kubernets, which now becomes the most widely used container operation and maintenance platform in the industry. In recent years, the Ceph distributed storage system has been developed rapidly, has a data disaster recovery and backup recovery mechanism with simple deployment, operation and maintenance, excellent storage performance and soundness, and is one of the most popular distributed storage systems in recent years, so that the storage is selected from Ceph-16.2.7 version distributed storage.
After Kubernets are deployed in a traditional private cloud, a server is additionally planned to be specially deployed with a set of back-end storage, the Kubernets are connected with the storage through a network and then used, the Kubernets and the storage are deployed and operated in a deploying mode, the Kubernets and the storage system are arranged and operated at the same time, the deployment and operation difficulty is increased, the performance is influenced by the network, in addition, the Kubernets of the private cloud mainly use computing resources such as a memory and a CPU, the storage resources such as hard disks are less used, and the server for deploying the Kubernets has some hard disks in an idle state, so that the resource waste is caused.
When a kubernets cluster and a storage system are deployed in a private cloud environment, the kubernets cluster and the storage system are generally deployed respectively and are connected through a network, the deployment mode causes difficulty in deployment and operation and maintenance, the performance is affected by the network, server resource waste is easily caused, and how to simply and efficiently integrate the storage system in the private cloud kubernets cluster is a technical problem to be solved.
Disclosure of Invention
The technical task of the invention is to provide a method for deploying a distributed storage system in a private cloud and a deployment system aiming at the defects, so as to solve the technical problem of how to integrate the storage system in a Kubernet cluster of the private cloud simply and efficiently.
In a first aspect, the present invention provides a method for deploying a distributed storage system in a private cloud, where after a kubernets cluster is deployed on a server in a private cloud environment, the distributed storage system is deployed based on idle resources on the kubernets cluster server, and the server with the kubernets cluster is deployed as a kubernets server, the method including the steps of:
planning idle hard disks on a Kubernets cluster server to a distributed storage system Ceph;
importing a toolkit matched with the version number of the distributed storage system Ceph on a Kubernets cluster server, wherein the toolkit is used for installing and managing the distributed storage system Ceph;
modifying and configuring the configuration file in the tool kit;
uploading a mirror image required by executing a tool package to a mirror image library of Kubernets, installing the tool package in the Kubernets cluster, and installing a management program of the distributed storage system Ceph into the Kubernets cluster through installing the tool package;
after the toolkit is installed, the Kubernetes cluster manages and uses the distributed storage system Ceph through a storage class StorageClass automatically created by the toolkit.
Preferably, the toolkit comprises two hell packages;
before installing the toolkit by using a helminstall command in a Kubernets cluster, installing a package manager Helm which is matched with the toolkit version in the Kubernets cluster, wherein the package manager Helm is used for executing the installation of the toolkit.
Preferably, the installation packages of the two chart packages of Helm are a look-ceph installation package and a look-ceph-cluster installation package respectively;
modifying and configuring the configuration files in the tool kit, wherein the modifying and configuring of the configuration files of the hook-ceph installation package and the hook-ceph-cluster installation package are carried out;
the method comprises the steps that a value.yaml configuration file of a look-ceph installation package is modified, wherein the value.yaml configuration file comprises image mirror image modification information, resources resource usage amount and storage types started in csi;
the method comprises the steps of modifying values.yaml configuration files of a look-book-cluster installation package, including modifying image mirror image information, resources resource usage amount, toolbox parameters, modifying management nodes, monitoring nodes and copy number parameters through Ceph cluster Spec, modifying hard disks needed to be used by a distributed storage system Ceph through Ceph cluster Spec.
Preferably, the distributed storage system Ceph is a Ceph-16.2.7 version, the corresponding toolkit is a v1.92 version, the package manager Helm is a v3 or above version, the look-Ceph installation package is a v1.9.2 version, and the look-Ceph-cluster installation package is a v1.9.2 version.
Preferably, the toolkit is installed using the helminstall command in the kubernets cluster.
In a second aspect, the deployment system for deploying a distributed storage system in a private cloud of the present invention is configured, after deploying a kubernets cluster on a server in a private cloud environment by using the method for deploying a distributed storage system in a private cloud according to any one of the first aspects, to deploy a distributed storage system based on idle resources on the kubernets cluster server, where a server having the kubernets cluster is used as the kubernets server, and the deployment system includes:
the resource planning module is used for planning the idle hard disk on the Kubernets cluster server to the distributed storage system Ceph;
the tool package importing module is used for importing a tool package which is matched with the version number of the distributed storage system Ceph on a Kubernets cluster server, and the tool package is used for installing and managing the distributed storage system Ceph;
the tool kit configuration module is used for modifying and configuring the configuration files in the tool kit;
the tool pack installation module is used for uploading a mirror image required by tool pack execution to a mirror image library of Kubernets, installing the tool pack in a Kubernets cluster, and installing a management program of the distributed storage system Ceph into the Kubernets cluster by installing the tool pack; after the toolkit is installed, the Kubernetes cluster manages and uses the distributed storage system Ceph through a storage class StorageClass automatically created by the toolkit.
Preferably, the toolkit comprises two hell packages;
before installing the toolkit by using a helminstall command in a Kubernets cluster, the toolkit importing module is used for installing a kit manager Helm matched with the toolkit version in the Kubernets cluster, and the kit manager Helm is used for executing installation of the toolkit.
Preferably, the installation packages of the two chat packages of Helm are a look-ceph installation package and a look-ceph-cluster installation package respectively;
the tool pack configuration module is used for modifying and configuring the configuration files in the tool pack, and comprises modifying and configuring the configuration files of a look-ceph installation package and a look-ceph-cluster installation package;
the toolkit configuration module is used for modifying values.yaml configuration files of the look-ceph installation package, and comprises image mirror image modification information, resources resource usage amount and storage types started in csi;
the tool kit configuration module is used for modifying values of a look-Ceph-cluster installation package, including modifying image mirror image information, resources resource usage, toolbox parameters, modifying management nodes, monitoring nodes and copy number parameters through cephcclusterspec, modifying hard disks needed to be used by a distributed storage system Ceph through cephcclusterspec.
Preferably, the distributed storage system Ceph is a Ceph-16.2.7 version, the corresponding toolkit is a v1.92 version, the package manager Helm is a v3 or above version, the look-Ceph installation package is a v1.9.2 version, and the look-Ceph-cluster installation package is a v1.9.2 version.
Preferably, the toolkit is installed using the helminstall command in the kubernets cluster.
The method for deploying the distributed storage system in the private cloud and the deployment system have the following advantages that:
1. after the Kubernetes cluster deployment is completed on a server in a private cloud environment, a storage system does not need to be separately deployed and then used through network access, but the idle resources on the server for deploying the Kubernetes cluster are directly utilized to install a target version distributed storage system, the Kubernetes cluster and the target version distributed storage system are combined into a whole, and the Kubernetes cluster can directly use the target version distributed storage as uniform back-end storage without network access;
2. the deployment, operation and maintenance work is simplified, the efficiency and stability are improved, and the resources of the server are saved.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed for the embodiments or the prior art descriptions will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on the drawings without creative efforts.
The invention is further described below with reference to the accompanying drawings.
Fig. 1 is a flowchart of a method for deploying a distributed storage system in a private cloud according to embodiment 1;
fig. 2 is a deployment overview of the method for deploying a distributed storage system in a private cloud according to embodiment 1.
Detailed Description
The present invention is further described in the following with reference to the drawings and the specific embodiments so that those skilled in the art can better understand the present invention and can implement the present invention, but the embodiments are not to be construed as limiting the present invention, and the embodiments and the technical features of the embodiments can be combined with each other without conflict.
The embodiment of the invention provides a method and a system for deploying a distributed storage system in a private cloud, which are used for solving the technical problem of how to simply and efficiently integrate the storage system in a Kubernets cluster of the private cloud.
Example 1:
the invention discloses a method for deploying a distributed storage system in a private cloud, which deploys the distributed storage system based on idle resources on a Kubernets cluster server after deploying the Kubernets cluster on the server in the private cloud environment, wherein the server deployed with the Kubernets cluster is used as the Kubernets server, and the method comprises the following steps:
s100, planning an idle hard disk on a Kubernets cluster server to a distributed storage system Ceph;
s200, importing a tool package matched with the version number of the distributed storage system Ceph on a Kubernets cluster server, wherein the tool package is used for installing and managing the distributed storage system Ceph;
s300, modifying and configuring the configuration file in the tool kit;
s400, uploading a mirror image required by the execution of a tool package to a mirror image library of Kubernets, installing the tool package in the Kubernets cluster, and installing a management program of the distributed storage system Ceph into the Kubernets cluster by installing the tool package;
after the toolkit is installed, the Kubernetes cluster manages and uses the distributed storage system Ceph through a storage class StorageClass automatically created by the toolkit.
In this embodiment, step S100 is performed to plan, and an idle hard disk on a private cloud kubernets cluster server is planned into a distributed storage system.
In order to simplify installation and management of the distributed storage system, a corresponding version of a toolkit is imported on the kubernets cluster server through step S200 to install and manage the distributed storage system. The tool bag comprises two chart bags of Helm; before installing the toolkit by using a helminstall command in a Kubernets cluster, installing a package manager Helm which is matched with the toolkit version in the Kubernets cluster, wherein the package manager Helm is used for executing the installation of the toolkit.
As a specific embodiment, the installation packages of the two chart packages of Helm are a hook-ceph installation package and a hook-ceph-cluster installation package respectively.
Step S300 is to modify and configure the configuration file in the toolkit, including modifying and configuring the configuration files of the look-ceph installation package and the look-ceph-cluster installation package.
And modifying values.yaml configuration files of the look-ceph installation package, wherein the values comprise image information, resources resource usage and storage types enabled in the csi.
The method comprises the steps of modifying values.yaml configuration files of a look-book-cluster installation package, including modifying image mirror image information, resources resource usage amount, toolbox parameters, modifying management nodes, monitoring nodes and copy number parameters through Ceph cluster Spec, modifying hard disks needed to be used by a distributed storage system Ceph through Ceph cluster Spec.
Step S400 is to upload the mirror image to a mirror image library of Kubernetes, and install two toolkits of look-ceph and look-ceph-cluster respectively in the Kubernetes cluster by using a helmintill command, wherein the installation tool can automatically install the management program of the distributed storage of the target version into the Kubernetes cluster for unified management.
After the two packages are installed, kubernets can use the distributed storage of the target version directly through the storage class StorageClass automatically created by the look-ceph tool without manually accessing other storage through a network.
The method comprises the steps of deploying Ceph-16.2.7 version distributed storage by using idle resources on a server deploying a Kubernets cluster, installing a management program of the Ceph-16.2.7 version distributed storage into the Kubernets cluster for unified management, and using idle hard disks on the Kubernets cluster server for hard disks required by the Ceph-16.2.7 version distributed storage, so that the Kubernets cluster and the Ceph-16.2.7 version distributed storage are integrated into a whole, and the Kubernets cluster can directly use the Ceph-16.2.7 version distributed storage as unified backend storage without network access. The deployment, operation and maintenance work are simplified, the storage efficiency and stability are improved, and the resources of the server are saved. Architecture diagram referring to fig. 2, a deployment overview, the specific implementation method is as follows:
(1) And (4) well planning an earlier stage, planning idle hard disks on a private cloud Kubernets cluster server to Ceph-16.2.7 version distributed storage, and then completing the installation of the Kubernets cluster. In order to simplify installation and management of a v1.92 version tool kit of distributed storage through look-Ceph of our Ceph-16.2.7 version, the tool comprises two chat packages of look-Ceph and look-Ceph-cluster Helm, so that a package manager Helm needs to be installed in Kubernets, and v3 and above versions are needed;
(2) Using the v1.9.2 version by the look-ceph, modifying values.yaml configuration files of the look-ceph installation package, and mainly modifying image mirror image information, resource usage, storage types started in the csi and the like;
(3) Using a v1.9.2 version by a look-book-cluster, modifying a value.yaml configuration file of a look-book-cluster installation package, mainly modifying parameters such as image mirror information, resource usage, toolbox parameters, cephCluster Spec modification management node, monitoring node, copy number and the like, modifying which hard disks on which servers need to be used by Ceph storage by Ceph Cluster Spec.
(4) Uploading the mirror image to a mirror image library of Kubernetes, respectively installing two toolkits of look-Ceph and look-Ceph-cluster in the Kubernetes cluster by using a helmintill command, wherein the installation tool can automatically install a management program of distributed storage of the Ceph-16.2.7 version into the Kubernetes cluster for uniform management;
after the two packages are installed in the step 4, kubernets can use the storage class StorageClass automatically created by a look-Ceph tool to use Ceph-16.2.7 version distributed storage without manually accessing other storage through a network.
Example 2:
the invention discloses a deployment system for deploying a distributed storage system in a private cloud, which comprises a resource planning module, a tool pack import module, a tool pack configuration module and a tool pack installation module, and is used for deploying the distributed storage system based on idle resources on a Kubernets cluster server after deploying the Kubernets cluster on a server in the private cloud environment by using the method disclosed in embodiment 1, wherein the server with the Kubernets cluster is used as the Kubernets server.
And the resource planning module is used for planning the idle hard disk on the Kubernets cluster server to the distributed storage system Ceph.
The tool package importing module is used for importing a tool package which is adaptive to the version number of the distributed storage system Ceph on the Kubernets cluster server, and the tool package is used for installing and managing the distributed storage system Ceph.
The tool kit selected by the embodiment comprises two chat packages of Helm; before the toolkit is installed in a Kubernets cluster by using a helminstall command, a toolkit importing module is used for installing a kit manager Helm matched with the toolkit version in the Kubernets cluster, and the kit manager Helm is used for executing installation of the toolkit.
The tool kit configuration module is used for modifying and configuring the configuration files in the tool kit.
In this embodiment, the installation packages of the two chat packages of Helm are a look-ceph installation package and a look-ceph-cluster installation package, respectively.
The tool kit configuration module is used for modifying and configuring the configuration files in the tool kit, and comprises the step of modifying and configuring the configuration files of the look-ceph installation package and the look-ceph-cluster installation package.
The toolkit configuration module is used for modifying values.yaml configuration files of the look-ceph installation package, and comprises image information, resources resource usage amount and storage types enabled in the csi.
Yaml configuration file, including image mirror image information, resources resource usage amount, toolbox parameters, management node and monitoring node and copy number parameters modified through cephClusterSpec, hard disks needed to be used by distributed storage system Ceph are modified through cephClusterSpec.
The tool kit installation module is used for uploading a mirror image required by the execution of the tool kit to a mirror image library of Kubernets, installing the tool kit in a Kubernets cluster, and installing a management program of the distributed storage system Ceph into the Kubernets cluster by installing the tool kit; after the toolkit is installed, the Kubernetes cluster manages and uses the distributed storage system Ceph through a storage class StorageClass automatically created by the toolkit.
The toolkit installation module is used for installing two toolkits, namely a look-ceph toolkit and a look-ceph toolkit, in a Kubernetes cluster by using a helminstall command. After the two packages are installed, the Kubernets can use the corresponding version of distributed storage directly through the storage class StorageClass automatically created by the look-ceph tool without manually accessing other storage through a network.
While the invention has been shown and described in detail in the drawings and in the preferred embodiments, it is not intended to limit the invention to the embodiments disclosed, and it will be apparent to those skilled in the art that various combinations of the code auditing means in the various embodiments described above may be used to obtain further embodiments of the invention, which are also within the scope of the invention.
Claims (10)
1. A method for deploying a distributed storage system in a private cloud is characterized in that after a Kubernets cluster is deployed on a server in the private cloud environment, the distributed storage system is deployed based on idle resources on the Kubernets cluster server, and the server with the Kubernets cluster is deployed to serve as the Kubernets server, and the method comprises the following steps:
planning an idle hard disk on a Kubernets cluster server to a distributed storage system Ceph;
importing a tool package adapted to the version number of the distributed storage system Ceph on a Kubernets cluster server, wherein the tool package is used for installing and managing the distributed storage system Ceph;
modifying and configuring the configuration file in the tool kit;
uploading a mirror image required by the execution of a tool kit to a mirror image library of Kubernets, installing the tool kit in a Kubernets cluster, and installing a management program of the distributed storage system Ceph into the Kubernets cluster by installing the tool kit;
after the toolkit is installed, the Kubernetes cluster manages and uses the distributed storage system Ceph through a storage class StorageClass automatically created by the toolkit.
2. The method of deploying a distributed storage system in a private cloud of claim 1, wherein the toolkit comprises two hell chart packages;
before installing the toolkit by using a helminstall command in a Kubernets cluster, installing a package manager Helm which is matched with the version of the toolkit in the Kubernets cluster, wherein the package manager Helm is used for executing the installation of the toolkit.
3. The method for deploying the distributed storage system in the private cloud according to claim 2, wherein the installation packages of the two hell chart packages are a look-ceph installation package and a look-ceph-cluster installation package, respectively;
modifying and configuring the configuration files in the tool kit, wherein the modifying and configuring of the configuration files of the look-ceph installation package and the look-ceph-cluster installation package are included;
the method comprises the steps that a value.yaml configuration file of a look-ceph installation package is modified, wherein the value.yaml configuration file comprises image mirror image information, resources resource usage and storage types started in csi;
yaml configuration files of a look-Ceph-cluster installation package are modified, including image mirror image information, resources resource usage amount, toolbox parameters, management nodes, monitoring nodes and copy number parameters are modified through cephcclusterspec, hard disks needed to be used by a distributed storage system Ceph are modified through cephcclusterspec.
4. The method for deploying the distributed storage system in the private cloud according to claim 3, wherein the distributed storage system Ceph is a Ceph-16.2.7 version, correspondingly, the toolkit is a v1.92 version, the bundle manager Helm is a v3 version or above, the look-Ceph installation package is a v1.9.2 version, and the look-Ceph-cluster installation package is a v1.9.2 version.
5. Method for deploying a distributed storage system in a private cloud according to any of claims 1-4, characterized in that the toolkit is installed using the helminstall command in a Kubernets cluster.
6. A deployment system for deploying a distributed storage system in a private cloud, which is used for deploying the distributed storage system based on idle resources on a kubernets cluster server after deploying the kubernets cluster on a server in the private cloud environment by the method for deploying the distributed storage system in the private cloud according to any one of claims 1 to 5, wherein the server having the kubernets cluster is used as the kubernets server, and the deployment system comprises:
the resource planning module is used for planning the idle hard disk on the Kubernets cluster server to the distributed storage system Ceph;
the tool package importing module is used for importing a tool package which is matched with the version number of the distributed storage system Ceph on a Kubernets cluster server, and the tool package is used for installing and managing the distributed storage system Ceph;
the tool kit configuration module is used for modifying and configuring the configuration files in the tool kit;
a toolkit installation module, configured to upload a mirror image required for executing a toolkit to a mirror image library of kubernets, install the toolkit in a kubernets cluster, and install a hypervisor of the distributed storage system Ceph into the kubernets cluster by installing the toolkit; after the toolkit is installed, the Kubernetes cluster manages and uses the distributed storage system Ceph through a storage class StorageClass automatically created by the toolkit.
7. The deployment system for deploying a distributed storage system in a private cloud according to claim 6, wherein the toolkit comprises two hell chart packages;
before installing the toolkit by using a helminstall command in a Kubernets cluster, the toolkit importing module is used for installing a kit manager Helm matched with the toolkit version in the Kubernets cluster, and the kit manager Helm is used for executing installation of the toolkit.
8. The deployment system for deploying a distributed storage system in a private cloud according to claim 7, wherein the installation packages of the two hellt packages of Helm are a hook-ceph installation package and a hook-ceph-cluster installation package, respectively;
the tool pack configuration module is used for modifying and configuring the configuration files in the tool pack, and comprises modifying and configuring the configuration files of a look-ceph installation package and a look-ceph-cluster installation package;
the tool kit configuration module is used for modifying values.yaml configuration files of the look-ceph installation package, and comprises image mirror image information, resources resource usage and storage types started in csi;
the toolkit configuration module is used for modifying values.yaml configuration files of a look-book-cluster installation package, and comprises image mirror image modification information, resources resource usage, toolbox parameters, management node and monitoring node and copy number parameters modified through cephcclusterspec, hard disks needed to be used by a distributed storage system Ceph are modified through cephcclusterspec.
9. The deployment system for deploying a distributed storage system in a private cloud according to claim 8, wherein the distributed storage system Ceph is a Ceph-16.2.7 version, and correspondingly, the toolkit is a v1.92 version, the package manager Helm is a v3 version or above, the look-Ceph installation package is a v1.9.2 version, and the look-Ceph-cluster installation package is a v1.9.2 version.
10. The deployment system for deploying a distributed storage system in a private cloud according to any one of claims 6 to 9, characterized in that the toolkit is installed using helminstall commands in a kubernets cluster.
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