CN111586101A - OpenStack cloud platform-based automatic installation method and system - Google Patents
OpenStack cloud platform-based automatic installation method and system Download PDFInfo
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Abstract
The invention provides an OpenStack cloud platform-based automatic installation method, which comprises the following steps: s1, automatic installation of a controller control node; s2, automatically installing computer computing nodes; and S3, automatically installing a circle storage node, wherein the automatic installation of the circle storage node comprises configuration and starting of a controller control node and installation and configuration of the circle node. The invention also provides an automatic installation system based on the OpenStack cloud platform. The invention has the beneficial effects that: the reusability is improved, the time cost and the labor cost are saved, and the large-scale application and popularization of the OpenStack cloud platform technology are facilitated.
Description
Technical Field
The invention relates to a solution for an OpenStack to build a cloud platform, in particular to an OpenStack cloud platform-based automatic installation method and system.
Background
With the popularization and popularization of technologies such as cloud technology and big data, the cloud platform technology is rapidly developed, especially the cloud platform based on the OpenStack is widely concerned in various industries, on one hand, a solution for building the cloud is provided, on the other hand, the OpenStack cloud platform saves a lot of cost in application, but the cloud platform is personalized, the process of building the OpenStack cloud platform is caused, the cloud platform is not reusable, although an entry document is provided by an OpenStack official, the installation steps are mainly realized by using a Linux command line, the installation process is caused to be too complicated, time and labor are wasted, errors are easy to occur, small troubles are brought to a user who wants to install the OpenStack, and the transplantation of the OpenStack cloud platform is not facilitated. Meanwhile, the OpenStack cloud platform lacks of automatic participation in the building process, and how to build the OpenStack cloud platform better in automation and in a personalized mode is a huge challenge.
Disclosure of Invention
In order to solve the problems in the prior art, the invention provides an OpenStack cloud platform-based automatic installation method and system.
The invention provides an OpenStack cloud platform-based automatic installation method, which comprises the following steps:
s1, automatic installation of a controller control node;
s2, automatically installing computer computing nodes;
and S3, automatically installing a circle storage node, wherein the automatic installation of the circle storage node comprises configuration and starting of a controller control node and installation and configuration of the circle node.
The automatic installation of the nodes is realized by compiling shell scripts, the installation steps of all components required by all the nodes are compiled into one script, the purpose of installing the components is achieved only by running the script, and meanwhile, a plurality of configuration files are needed to configure variables so as to be suitable for different local area networks.
As a further improvement of the present invention, step S1 includes the following sub-steps:
s101, configuring a first network configuration file and a first nova configuration file of a controller control node according to needs;
s102, integrating the installation steps of the controller control node into a first automatic installation script file;
s103, respectively introducing the first network configuration file and the first nova configuration file into a first automatic installation script file, and representing and associating the configuration related to the first automatic installation script file in a variable form;
and S104, executing a first automatic installation script file.
As a further improvement of the present invention, step S2 includes the following sub-steps:
s201, configuring a second network configuration file, a second nova configuration file and a neutron configuration file of the computer computing node according to needs;
s202, integrating the installation steps of the compute nodes into a second automatic installation script file;
s203, introducing the second network configuration file, the second nova configuration file and the neutron configuration file into a second automatic installation script file, and associating the configuration and the form expression of the variables related to the second automatic installation script file with the configuration;
and S204, executing a second automatic installation script file.
As a further improvement of the present invention, step S3 includes the following sub-steps:
s301, configuring a third network configuration file, a third nova configuration file and a shader configuration file of the shader storage node as required;
s302, integrating the installation steps of the shader storage nodes into a third automatic installation script file;
s303, introducing a third network configuration file, a third nova configuration file and a finder configuration file into a third automatic installation script file, and expressing the configuration related to the third automatic installation script file in a variable form and associating the configuration;
and S304, executing a third automatic installation script file.
As a further improvement of the present invention, step S101 further includes configuring a circular storage node part automatic installation file of the controller control node as required, and step S304 further includes executing the circular storage node part automatic installation file of the controller control node.
As a further improvement of the present invention, the configuration and start of the controller control node includes creating a database and giving authority, creating a circle user and giving admin authority, creating volume service, creating endpoint, installing and configuring circle, and synchronizing the database; the installation of the circle storage node comprises the steps of packaging an LVM, creating an LVM group, configuring the LVM, restarting, installing and configuring an openstack-circle, and modifying the computer configuration on the circle; the controller control node is used for verifying the installation of the computer computing node and verifying the installation of the circular storage node.
As a further improvement of the present invention, the files mainly used for the automatic installation of the controller control node are a network configuration file, a node service installation script file, a nova service configuration file, and a binder node configuration file. The network configuration file mainly comprises the network information configuration of the node. The node service installation script file comprises installation step integration of a keystone service, an NTP service, a MariaDB database, Erlang, a RabbitMQ service, a glance service, a nova service, a neutron service, a dashboard service and the like. The nova configuration file comprises the nova service configuration of the node. The circular node configuration file comprises circular node configuration under the controller node. The variable in the script file is introduced into the script file by the configuration file, so that the aim of installing the service by running the script is fulfilled, and good portability can be ensured, so that the service can be transplanted to different network environments only by changing the configuration;
as a further improvement of the invention, the files mainly used for the automatic installation of the computer control node are a network configuration file, a node service installation script file, a nova service configuration file and a neutron service configuration file. The network configuration file mainly comprises the network information configuration of the node. The node service installation script file comprises integration of installation steps of NTP service, nova service, neutron service and the like. The nova configuration file comprises the nova service configuration of the node. The neutron service configuration file includes configuration information of the neutron service. The variable in the script file for installing the computer node service is introduced into the script file by the configuration file, so that the aim of installing the service by running the script is fulfilled, and good portability can be ensured, so that the service can be transplanted to different network environments only by changing the configuration;
as a further improvement of the present invention, the files mainly used for the automatic installation of the cider control node are a network configuration file, a node service installation script file, a nova service configuration file, and a controller control node configuration script file. The network configuration file mainly comprises the network information configuration of the node. The service installation script file of the node comprises integration of installing the LVM package, creating the LVM group, configuring the LVM and restarting, installing and configuring openstack-shader, modifying the computer configuration on the shader again and the like. The configuration script file of the controller control node comprises integration of creating a database and giving authority, creating a finder user and giving authority to an administrator, creating a volume service, creating an endpoint, installing a configuration finder, synchronizing a database and the like, wherein variables in the configuration script file of the finder node are introduced into the script file through the configuration file to achieve the purposes of operating an automatic installation file of the finder node and installing the automatic installation script file of the finder on the controller node, namely the purpose of installing the service can be achieved, and therefore good portability can be guaranteed, and the control node can be transplanted to different network environments only by changing configuration.
As a further improvement of the invention, the resources required for the automated installation based on the OpenStack platform are made into a source and put into the local area network, so that the problem of installation failure caused by network problems, mirror image resource allocation problems and the like is solved, meanwhile, the efficiency of the automated installation based on the OpenStack cloud platform is greatly improved, and the network overhead and the time overhead are reduced.
The invention also provides an OpenStack cloud platform-based automated installation system, which comprises a readable storage medium, wherein execution instructions are stored in the readable storage medium, and when executed by a processor, the execution instructions are used for realizing the method as claimed in any one of claims 1 to 7.
The invention also provides an automatic installation system based on the OpenStack cloud platform, which comprises a controller control node, a computer computing node and a circular storage node;
the controller control node comprises a keystone service, an NTP service, a MariaDB database, an Erlang, a RabbitMQ service, a glance service, a nova service, a neutron service and a dashboard service;
the computer computing node comprises NTP service, nova service and neutron service;
the c ender storage node comprises configuration and starting of a controller control node and installation and configuration of the c ender storage node.
As a further improvement of the present invention, the configuration and start of the controller control node includes creating a database and giving authority, creating a circle user and giving admin authority, creating volume service, creating endpoint, installing and configuring circle, and synchronizing the database; the installation of the circle storage node comprises the steps of packaging an LVM, creating an LVM group, configuring the LVM, restarting, installing and configuring an openstack-circle, and modifying the computer configuration on the circle; the controller control node is used for verifying the premise of computer computing node installation and verifying the installation of the circular storage node.
The invention has the beneficial effects that: through the scheme, the reusability is improved, the time cost and the labor cost are saved, and the large-scale application and popularization of the OpenStack cloud platform technology are facilitated.
Drawings
Fig. 1 is a flowchart of an automated installation method based on an OpenStack cloud platform according to the present invention.
Fig. 2 is a configuration file composition diagram of a controller control node of the automated installation method based on the OpenStack cloud platform.
FIG. 3 is a configuration file composition diagram of a computer computing node of the automated installation method based on the OpenStack cloud platform of the present invention.
FIG. 4 is a configuration file composition diagram of a shader storage node of the automated installation method based on OpenStack cloud platform of the present invention.
Fig. 5 is a flowchart of automatic installation of a controller control node according to the automated installation method based on the OpenStack cloud platform.
FIG. 6 is a flow chart of automatic installation of a computer computing node according to the method for automatic installation based on OpenStack cloud platform.
FIG. 7 is a flow chart of automatic installation of a shader storage node of the automated installation method based on OpenStack cloud platform of the present invention.
Detailed Description
The invention is further described with reference to the following description and embodiments in conjunction with the accompanying drawings.
As shown in fig. 1 to 7, an automated installation method based on an OpenStack cloud platform includes automated installation of a controller control node, automated installation of a computer computing node, and automated installation of a circle storage node, where the automated installation of the circle storage node includes an installation configuration at the controller control node and an installation configuration at the circle storage node. The automatic installation of the nodes is realized by compiling shell scripts, the installation steps of all components required by all the nodes are compiled into one script, the purpose of installing the components is achieved only by running the script, and meanwhile, a plurality of configuration files are needed to configure variables so as to be suitable for different local area networks.
As shown in fig. 2, the configuration file and the installation script for the automatic installation of the controller node are composed of a basic configuration file of nova, a network configuration file of the controller node, an automatic installation script file of the controller node, and a circular node part installation script
As shown in fig. 4, the automatic installation process of the controller control node is as follows:
and (101) manually setting network information files according to needs, wherein the network information files comprise but are not limited to IP address configuration, address static configuration, DNS configuration, host information configuration and the like of the node.
Step [ 102 ] manually setting nova basic configuration files as required, including but not limited to keystone configuration, auth _ uri configuration, transport _ url configuration, IP configuration and the like.
Step [ 103 ] integrating the steps of the controller needing to install the service by using the shell script according to the requirement, wherein the steps comprise but are not limited to keystone service, NTP service, MariaDB database, Erlang, RabbitMQ service, glance service, nova service, neutron service and dashboard service.
Step [ 104 ], introducing the configuration file into an automatic installation script file of the controller node by using a script form, and replacing the corresponding configuration in the automatic installation script file of the controller node with a variable.
Step [ 105 ] executing an automated installation script file of the controller, and starting automated installation of the controller node based on the OpenStack cloud platform.
The purpose of applying the automatic installation scheme of the controller node based on the OpenStack cloud platform to different subnets can be achieved by modifying the network configuration file and the nova configuration file.
As shown in fig. 3, the configuration file and the installation script for the automated installation of the computer node are composed of a basic configuration file of nova, a basic configuration file of neutron service, a network configuration file of the computer node, and an automated installation script file of the computer node.
As shown in FIG. 7, the automated installation process of a computer compute node is as follows:
and step [ 201 ] manually setting network information files according to requirements, wherein the network information files comprise but are not limited to IP address configuration, address static configuration, DNS configuration, host information configuration, IP configuration of a subordinate controller node and the like of the node.
Step [ 202 ] manually setting a neutron service basic configuration file according to needs, wherein the neutron service basic configuration file comprises but is not limited to configuration of a key stone, configuration of a user name and a password, configuration of a service type, configuration of a nova project name and a password and the like.
Step [ 203 ] manually setting nova basic configuration files as required, including but not limited to keystone configuration, auth _ uri configuration, transport _ url configuration, IP configuration and the like.
Step [ 204 ] integrating the steps of the computer needing to install the service by using shell scripts according to the requirement, wherein the steps comprise but are not limited to NTP service, nova service and neutron service.
Step [ 205 ] the configuration file is introduced into the automatic installation script file of the computer node in a script form, and the corresponding configuration in the automatic installation script file of the computer node is replaced by a variable.
Step [ 206 ] executing an automated installation script file of the computer, and starting automated installation of the computer node based on the OpenStack cloud platform.
The purpose of applying the OpenStack cloud platform-based computer automatic installation scheme to different subnets can be achieved by modifying the network configuration file, the neutron service basic configuration file and the nova configuration file.
As shown in fig. 4, the configuration file and the installation script for the automatic installation of the ring node are composed of a basic configuration file of nova, a network configuration file of the ring node, an automatic installation script file of the ring node, and a ring node configuration file.
As shown in FIG. 6, the automated installation process of the shader storage node is as follows:
the step [ 301 ] of manually setting the network information file according to the requirement includes but is not limited to the IP address configuration, the address static configuration, the DNS configuration, the host information configuration, the IP configuration of the subordinate controller node, and the like of the node.
Step [ 302 ] manually setting basic configuration files of nova according to needs, wherein the basic configuration files include but are not limited to keystone configuration, auth _ uri configuration, transport _ url configuration, IP configuration and the like
Step [ 303 ] manually setting the folder node configuration file as required, including but not limited to transport _ url configuration, service type configuration, project name configuration, user name and password configuration, keystone configuration, IP configuration, and the like.
Step [ 304 ] writing a shell script, integrating the steps of installing services required by the finder node by using the script, wherein the automatic installation script file of the finder node comprises but is not limited to installing the related services of the finder, synchronizing a database and the like.
Step [ 305 ] the configuration files are introduced into the automatic installation script file of the circle node in a script mode, and corresponding configuration in the automatic installation script file of the circle node is replaced by variables
And (306) executing the automatic cinder installation script file and the automatic cinder installation script file on the controller node, namely starting the automatic cinder node installation based on the OpenStack cloud platform.
The purpose of applying the automatic installation scheme of the OpenStack cloud platform-based binder node to different subnets can be achieved by modifying the network configuration file, the nova configuration file and the binder configuration file.
The invention also provides an OpenStack cloud platform-based automatic installation system, which comprises a readable storage medium, wherein an execution instruction is stored in the readable storage medium, and the execution instruction is used for realizing the OpenStack cloud platform-based automatic installation method when being executed by a processor.
The invention also provides an automatic installation system based on the OpenStack cloud platform, which comprises a controller control node, a computer computing node and a circular storage node.
The technologies related to the controller control node comprise services such as a keystone service, an NTP service, a MariaDB database, an Erlang, a RabbitMQ service, a glance service, a nova service, a neutron service, a dashboard and the like.
Technologies related to the computer computing node comprise NTP (network time protocol) service, nova service, neutron and the like.
The index storage node relates to the technology comprising configuration and starting of a controller control node and installation and configuration of the index storage node.
The configuration and starting of the controller control node comprises automatic installation and configuration such as creating a database and giving authority, creating a circle user and giving admin authority, creating a volume service, creating endpoint, installing and configuring a circle, synchronizing a database and the like. The installation of the circle node comprises a series of installation and configuration such as LVM package, LVM group creation, LVM configuration and restart, openstack-circle installation and configuration, computer configuration modification on the circle node again and the like.
The controller control node is the premise for verifying the installation of the computer node and verifying the installation of the finder node.
The invention also provides a source, so that the OpenStack cloud platform can be quickly and effectively installed in the local area network; the resources required by the automatic installation based on the OpenStack platform are made into a source and placed into the local area network, so that the problem of installation failure caused by network problems, mirror image resource allocation problems and the like is solved, meanwhile, the efficiency of the automatic installation based on the OpenStack cloud platform is greatly improved, and network overhead and time overhead are reduced.
Compared with the prior art, the invention has the improvement that: for the traditional method of installing OpenStack by utilizing a Linux command line, the scheme saves time cost and labor cost; meanwhile, because the traditional installation mode has uniqueness and the variables of each configuration are directly configured by the command line and are not convenient to copy to different networks, the configuration is written into the configuration file and is introduced into the script file in a variable mode, thereby being beneficial to the application of the scheme in different networks; finally, resources required by the traditional installation scheme are sourced from the internet, so that the installation speed and the installation success rate of the OpenStack platform are determined by the allocation of a network environment and resource images.
According to the automatic installation method and system based on the OpenStack cloud platform, the configuration file and the script file are used for achieving the purposes of configuration setting and automatic installation, meanwhile, a source is set, the influence caused by the problems of network instability and mirror image resource distribution in the installation process is avoided, the installation efficiency is improved, and the time cost is saved.
The foregoing is a more detailed description of the invention in connection with specific preferred embodiments and it is not intended that the invention be limited to these specific details. For those skilled in the art to which the invention pertains, several simple deductions or substitutions can be made without departing from the spirit of the invention, and all shall be considered as belonging to the protection scope of the invention.
Claims (10)
1. An OpenStack cloud platform-based automatic installation method is characterized by comprising the following steps:
s1, automatic installation of a controller control node;
s2, automatically installing computer computing nodes;
and S3, automatically installing a circle storage node, wherein the automatic installation of the circle storage node comprises configuration and starting of a controller control node and installation and configuration of the circle node.
2. The OpenStack cloud platform based automated installation method of claim 1, wherein: step S1 includes the following substeps:
s101, configuring a first network configuration file and a first nova configuration file of a controller control node according to needs;
s102, integrating the installation steps of the controller control node into a first automatic installation script file;
s103, respectively introducing the first network configuration file and the first nova configuration file into a first automatic installation script file, and representing and associating the configuration related to the first automatic installation script file in a variable form;
and S104, executing a first automatic installation script file.
3. The OpenStack cloud platform based automated installation method of claim 2, wherein: step S2 includes the following substeps:
s201, configuring a second network configuration file, a second nova configuration file and a neutron configuration file of the computer computing node according to needs;
s202, integrating the installation steps of the compute nodes into a second automatic installation script file;
s203, introducing the second network configuration file, the second nova configuration file and the neutron configuration file into a second automatic installation script file, and associating the configuration and the form expression of the variables related to the second automatic installation script file with the configuration;
and S204, executing a second automatic installation script file.
4. The OpenStack cloud platform based automated installation method of claim 3, wherein: step S3 includes the following substeps:
s301, configuring a third network configuration file, a third nova configuration file and a shader configuration file of the shader storage node as required;
s302, integrating the installation steps of the shader storage nodes into a third automatic installation script file;
s303, introducing a third network configuration file, a third nova configuration file and a finder configuration file into a third automatic installation script file, and expressing the configuration related to the third automatic installation script file in a variable form and associating the configuration;
and S304, executing a third automatic installation script file.
5. The OpenStack cloud platform based automated installation method of claim 4, wherein: step S101 further includes configuring a circular storage node part automatic installation file of the controller control node as needed, and step S304 further includes executing a circular storage node part automatic installation file of the controller control node.
6. The OpenStack cloud platform based automated installation method of claim 1, wherein: the configuration and starting of the controller control node comprises the steps of creating a database, giving authority, creating a finder user, giving admin authority, creating volume service, creating endpoint, installing a configuration finder and synchronizing the database; the installation of the circle storage node comprises the steps of packaging an LVM, creating an LVM group, configuring the LVM, restarting, installing and configuring an openstack-circle, and modifying the computer configuration on the circle; the controller control node is used for verifying the installation of the computer computing node and verifying the installation of the circular storage node.
7. The OpenStack cloud platform based automated installation method of claim 1, wherein: resources required by the automatic installation based on the OpenStack cloud platform are made into a source and placed into the local area network.
8. The utility model provides an automatic installing the system based on OpenStack cloud platform which characterized in that: comprising a readable storage medium having stored therein execution instructions for, when executed by a processor, implementing the method of any one of claims 1 to 7.
9. The utility model provides an automatic installing the system based on OpenStack cloud platform which characterized in that: the system comprises a controller control node, a computer computing node and a circular storage node;
the controller control node comprises a keystone service, an NTP service, a MariaDB database, an Erlang, a RabbitMQ service, a glance service, a nova service, a neutron service and a dashboard service;
the computer computing node comprises NTP service, nova service and neutron service;
the cinder storage node is used for configuration and starting of a controller control node and installation and configuration of the cinder storage node.
10. The OpenStack cloud platform based automated installation system of claim 9, wherein: the configuration and starting of the controller control node comprises the steps of creating a database, giving authority, creating a finder user, giving admin authority, creating volume service, creating endpoint, installing a configuration finder and synchronizing the database; the installation of the circle storage node comprises the steps of packaging an LVM, creating an LVM group, configuring the LVM, restarting, installing and configuring an openstack-circle, and modifying the computer configuration on the circle; the controller control node is used for verifying the premise of computer computing node installation and verifying the installation of the circular storage node.
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