CN106648771B - Openstack cloud platform custom deployment system and deployment method - Google Patents
Openstack cloud platform custom deployment system and deployment method Download PDFInfo
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- CN106648771B CN106648771B CN201611140276.5A CN201611140276A CN106648771B CN 106648771 B CN106648771 B CN 106648771B CN 201611140276 A CN201611140276 A CN 201611140276A CN 106648771 B CN106648771 B CN 106648771B
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Abstract
The invention discloses an Openstack cloud platform custom deployment system, which relates to the technical field of Openstack cloud platforms and comprises an assembly installation execution module, a configuration module and a configuration module, wherein the assembly installation execution module is used for creating a plurality of independent execution units, and each execution unit is used for executing an independent function in independent installation of each Openstack assembly; the control module is used for acquiring an Openstack cloud platform deployment mode specified by a user; setting an installation mode according to an Openstack cloud platform deployment mode specified by a user, and controlling an assembly installation execution module to use a plurality of execution units to execute the cooperative installation of Openstack assemblies required to be installed on each cloud platform node through the set installation mode; and the configuration template distribution module is used for sending the configuration templates of the Openstack components to the cloud platform nodes. The Openstack cloud platform deployment structure can be set according to user requirements. The invention also discloses a self-defined deployment method of the Openstack cloud platform.
Description
Technical Field
The invention relates to the technical field of Openstack cloud platforms, in particular to a custom deployment system and a custom deployment method of an Openstack cloud platform.
Background
With the maturity of the cloud technical scheme, the flexibility of the cloud technology is greatly improved by the modularization of the Openstack component, and the Openstack cloud platform is also widely applied to various fields. The Openstack cloud platform owned in the current market basically needs to be deployed according to an inherent scheme, and when enterprise cloud computing is transformed, the existing equipment resources can not be utilized basically because only the inherent Openstack cloud platform deployment scheme can be adopted, and the cloud platform can be deployed only by purchasing a large number of new machines, so that the existing equipment resources are greatly wasted.
Therefore, a technical solution suitable for Openstack cloud platform deployment according to a user-defined deployment scheme is needed.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide an Openstack cloud platform custom deployment system and a deployment method, and an Openstack cloud platform deployment structure is set according to user requirements.
In order to achieve the above purposes, the technical scheme adopted by the invention is as follows: an Openstack cloud platform custom deployment system, the Openstack cloud platform including a plurality of Openstack components, comprising:
the component installation execution module is used for creating a plurality of independent execution units, and each execution unit is used for executing an independent function in the independent installation of each Openstack component; the multiple execution units jointly realize the cooperative installation of each Openstack component;
the control module is used for acquiring an Openstack cloud platform deployment mode specified by a user; setting an installation mode according to an Openstack cloud platform deployment mode specified by a user, wherein the installation mode comprises a structure of an Openstack cloud platform to be installed and components required to be installed by each cloud platform node; controlling an assembly installation execution module to use a plurality of execution units to execute the cooperative installation of Openstack assemblies required to be installed on each cloud platform node through a set installation mode;
and the configuration template distribution module is used for sending the configuration templates of the Openstack components to the cloud platform nodes of the Openstack cloud platform.
On the basis of the technical scheme, the Openstack cloud platform custom deployment system further comprises a user interface definition module, which is used for adding and deploying a user interface of the Openstack cloud platform according to an Openstack cloud platform deployment mode specified by a user.
On the basis of the above technical solution, the user interface definition module includes:
the system comprises a user interface unit, a configuration unit and a configuration unit, wherein the user interface unit is used for adding and deploying a user interface of an Openstack cloud platform;
the platform data collection unit is used for collecting Openstack cloud platform data;
and the platform data management unit is used for managing Openstack cloud platform data by using a uniform format.
On the basis of the technical scheme, the creation of a plurality of independent execution units is realized through a role module of the alarm Playbook.
On the basis of the technical scheme, the execution unit comprises a database establishing unit, a Keystone installation unit and an assembly independent installation unit, wherein:
the database establishing unit is used for establishing an Openstack cloud platform Mysql database cluster;
the Keystone installation unit is used for executing installation and configuration of a Keystone module of the Openstack cloud platform;
the component independent installation unit is used for executing independent installation of each Openstack component.
On the basis of the above technical solution, the configuration template distribution module includes:
the template storage unit is used for creating a warehouse, and the warehouse is used for storing the configuration templates of the Openstack components;
and the translation forwarding unit is used for translating the configuration templates of the Openstack components in the warehouse into corresponding configuration information and sending the configuration information to the cloud platform nodes.
On the basis of the technical scheme, the configuration template of each Openstack component in the warehouse is translated into corresponding configuration information through a template module in the playbook.
The invention also discloses a deployment method of the Openstack cloud platform custom deployment system, wherein the component installation execution module creates a plurality of independent execution units, and each execution unit is used for executing one independent function in each Openstack component independent installation; then the control module sets an installation mode of an Openstack cloud platform to be installed according to an Openstack cloud platform deployment mode specified by a user, wherein the installation mode comprises the structure of the Openstack cloud platform and components required to be installed by each cloud platform node; the configuration template distribution module sends the configuration templates of the Openstack components to the cloud platform nodes of the Openstack cloud platform according to the installation mode set by the control module; and finally, the control module controls the component installation execution module to use a plurality of execution units to execute the cooperative installation of Openstack components needing to be installed on each cloud platform node through the set installation mode.
After the component installation execution module uses a plurality of execution units to execute the independent installation of Openstack components required to be installed by each cloud platform node, the user interface definition module adds and deploys the user interface of the Openstack cloud platform according to an Openstack cloud platform deployment mode specified by a user.
On the basis of the technical scheme, the method comprises the following steps:
s1, the component installation execution module creates a plurality of independent execution units, and each execution unit is used for executing an independent function in the independent installation of each Openstack component;
s2, the control module obtains an Openstack cloud platform deployment mode specified by a user;
s3, the control module sets an installation mode of the Openstack cloud platform according to an Openstack cloud platform deployment mode specified by a user, wherein the installation mode comprises a structure of the Openstack cloud platform to be installed and Openstack components required to be installed by each cloud platform node;
s4, the configuration template distribution module sends the configuration templates of the Openstack components to the cloud platform nodes according to the installation mode set by the control module;
s5, the control module controls the component installation execution module to use a plurality of execution units to execute the cooperative installation of Openstack components required to be installed by each cloud platform node through the set installation mode;
and S6, adding and deploying the user interface of the Openstack cloud platform by the user interface definition module according to the Openstack cloud platform deployment mode specified by the user.
Compared with the prior art, the invention has the advantages that:
firstly, creating a plurality of independent execution units, wherein each execution unit is used for executing an independent function in independent installation of each Openstack component; the method comprises the steps of setting an installation mode of an Openstack cloud platform to be installed according to an Openstack cloud platform deployment mode specified by a user, controlling a plurality of execution units to execute independent installation of Openstack components to be installed on each cloud platform node through the set installation mode, achieving setting of an Openstack cloud platform deployment structure according to user requirements, enabling a scheme to be flexibly formulated according to enterprise requirements, and enabling existing servers to be greatly utilized.
Drawings
FIG. 1 is a schematic structural diagram of an Openstack cloud platform custom deployment system in an embodiment of the present invention;
fig. 2 is a schematic flow diagram of an Openstack cloud platform custom deployment method in the embodiment of the present invention.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings and examples.
Referring to fig. 1, an embodiment of the present invention provides an Openstack cloud platform custom deployment system, where an Openstack cloud platform includes multiple Openstack components, and includes:
the component installation execution module is used for creating a plurality of independent execution units, each execution unit is used for executing an independent function in the independent installation of each Openstack component, and the plurality of execution units jointly realize the independent installation of each Openstack component. The creation of multiple independent execution units is realized by the role module of the infrastructure Playbook. Creating multiple independent execution units can also be realized by a cluster management tool such as puppet, saltstack and the like.
The control module is used for acquiring an Openstack cloud platform deployment mode specified by a user; setting an installation mode according to an Openstack cloud platform deployment mode specified by a user, wherein the installation mode comprises a structure of an Openstack cloud platform to be installed and components required to be installed by each cloud platform node; and controlling the component installation execution module to use a plurality of execution units to execute the cooperative installation of Openstack components needing to be installed on each cloud platform node through the set installation mode.
For example:
1) acquiring an Openstack cloud platform deployment mode selected by a user, configuring a mode file, and selecting a proper configuration file by the user: cfg, 3_ node; cfg, 7_ node. The user selects a proper mode for installation: py-m mode.
2) The control module arranges the input information of the user into the structure of the Openstack cloud platform to be installed:
init_3_ctl(render_only＝False)
and 3, controlling the node module to adopt a default network mode, namely vxlan.
init_7_ctl(render_only＝False,mode＝vlan)
And 7, controlling the node module and adopting a vlan network mode.
init_7_ctl(render_only＝False,mode＝vxlan)
And 7, controlling the node module to adopt a vxlan network mode.
init_add_ctl(render_only＝False)
Adding a control node to the running platform.
init_add_ceph(render_only＝False)
Adding a storage node to a running platform.
3) And the control module packages the components to be installed and the commands to be executed of the cloud platform nodes and sends the components and the commands to be executed to the cloud platform nodes. And controlling the component installation execution module to use a plurality of execution units to execute the cooperative installation of Openstack components needing to be installed on each cloud platform node through the set installation mode.
And the configuration template distribution module is used for sending the configuration templates of the Openstack components to the cloud platform nodes. The configuration template is the configuration of the Openstack component set in the playbook, and after the configuration template distribution module sends the configuration template of each Openstack component to each cloud platform node, the Openstack component on each cloud platform node adopts the configuration of the component set in the configuration template.
The Openstack cloud platform custom deployment system further comprises a user interface definition module, and the user interface definition module is used for adding and deploying a user interface of the Openstack cloud platform according to an Openstack cloud platform deployment mode specified by a user.
Firstly, creating a plurality of independent execution units, wherein each execution unit is used for executing an independent function in independent installation of each Openstack component; the method comprises the steps of setting an installation mode of an Openstack cloud platform to be installed according to an Openstack cloud platform deployment mode specified by a user, controlling a plurality of execution units to execute independent installation of Openstack components to be installed on each cloud platform node through the set installation mode, achieving setting of an Openstack cloud platform deployment structure according to user requirements, enabling a scheme to be flexibly formulated according to enterprise requirements, and enabling existing servers to be greatly utilized.
The user interface definition module includes:
the system comprises a user interface unit, a configuration unit and a configuration unit, wherein the user interface unit is used for adding and deploying a user interface of an Openstack cloud platform; pyy, deploy ceph user interface module.
deployment _ Openstack. py deploying an Openstack user interface module.
Add ceph node user interface module.
Add openstack component user interface module.
The platform data collection unit is used for collecting Openstack cloud platform data; for example,
py: collecting and storing data information.
Py: openstack component information is collected.
And the platform data management unit is used for managing Openstack cloud platform data by using a uniform format. Yml, for example, admin _ db.yml: data are uniformly managed by using a Yaml format. admin _ yml.py: and a yaml file read-write module.
The execution unit comprises a database establishing unit, a Keystone installation unit and an assembly independent installation unit, wherein:
the database establishing unit is used for establishing an Openstack cloud platform Mysql database cluster; the automatic deployment of the clusters of the database is realized, and only one Mysql database cluster which can normally work is established without considering how Openstack components are used.
The Keystone installation unit is used for executing installation and configuration of a Keystone module of the Openstack cloud platform. Ensuring that login and access can be achieved using an Openstack client.
The component independent installation unit is used for executing independent installation of each Openstack component. Including Glance/Cinder/Nova/Neutron, to ensure the normal start of the service.
The configuration template distribution module comprises:
the template storage unit is used for creating a warehouse which is used for storing the configuration templates of the Openstack components; the repository is the configuration repository in Playbook.
And the translation forwarding unit is used for translating the configuration templates of the Openstack components in the warehouse into corresponding configuration information and sending the configuration information to the cloud platform nodes.
And translating the configuration template of each Openstack component in the warehouse into corresponding configuration information through a template module in the Playbook. the template module translates the jiaja2 template in the configuration warehouse into the needed configuration information, such as the disk information, address information and so on input by the user, which can automatically replace the pre-designed parameter information in the process of copying the template to the target machine by the template, thus achieving the purpose of independent configuration information of each machine.
Referring to fig. 2, the invention also discloses a deployment method of the Openstack cloud platform custom deployment system, which includes: the component installation execution module creates a plurality of independent execution units, and each execution unit is used for executing an independent function in the independent installation of each Openstack component; then the control module sets an installation mode according to an Openstack cloud platform deployment mode specified by a user, wherein the installation mode comprises the structure of an Openstack cloud platform and components required to be installed by each cloud platform node; the configuration template distribution module sends the configuration templates of the Openstack components to the cloud platform nodes of the Openstack cloud platform according to the installation mode set by the control module; and finally, the control module controls the component installation execution module to use a plurality of execution units to execute the cooperative installation of Openstack components needing to be installed on each cloud platform node through the set installation mode.
After the component installation execution module uses a plurality of execution units to execute the independent installation of Openstack components required to be installed by each cloud platform node, the user interface definition module adds and deploys the user interface of the Openstack cloud platform according to an Openstack cloud platform deployment mode specified by a user.
The method comprises the following steps:
s1, the component installation execution module creates a plurality of independent execution units, and each execution unit is used for executing an independent function in the independent installation of each Openstack component;
s2, the control module obtains an Openstack cloud platform deployment mode specified by a user;
s3, the control module sets an installation mode of the Openstack cloud platform according to an Openstack cloud platform deployment mode specified by a user, and the installation mode comprises a structure of the Openstack cloud platform to be installed and Openstack components required to be installed by each cloud platform node;
s4, the configuration template distribution module sends the configuration templates of the Openstack components to the cloud platform nodes according to the installation mode set by the control module;
s5, the control module controls the component installation execution module to use a plurality of execution units to execute the cooperative installation of Openstack components required to be installed by each cloud platform node through the set installation mode;
and S6, adding and deploying the user interface of the Openstack cloud platform by the user interface definition module according to the Openstack cloud platform deployment mode specified by the user.
The present invention is not limited to the above-described embodiments, and it will be apparent to those skilled in the art that various modifications and improvements can be made without departing from the principle of the present invention, and such modifications and improvements are also considered to be within the scope of the present invention. Those not described in detail in this specification are within the skill of the art.
Claims (7)
1. An Openstack cloud platform custom deployment system, the Openstack cloud platform including a plurality of Openstack components, comprising:
the component installation execution module is used for creating a plurality of independent execution units, and each execution unit is used for executing an independent function in the independent installation of each Openstack component; the multiple execution units jointly realize the cooperative installation of each Openstack component;
the control module is used for acquiring an Openstack cloud platform deployment mode specified by a user; setting an installation mode according to an Openstack cloud platform deployment mode specified by a user, wherein the installation mode comprises a structure of an Openstack cloud platform to be installed and components required to be installed by each cloud platform node; controlling an assembly installation execution module to use a plurality of execution units to execute the cooperative installation of Openstack assemblies required to be installed on each cloud platform node through a set installation mode;
the configuration template distribution module is used for sending the configuration templates of the Openstack components to the cloud platform nodes of the Openstack cloud platform;
the execution unit comprises a database establishing unit, a Keystone installation unit and an assembly independent installation unit, wherein:
the database establishing unit is used for establishing an Openstack cloud platform Mysql database cluster;
the Keystone installation unit is used for executing installation and configuration of a Keystone module of the Openstack cloud platform;
the component independent installation unit is used for executing independent installation of each Openstack component;
the Openstack cloud platform custom deployment system further comprises a user interface definition module, and the user interface definition module is used for adding and deploying a user interface of the Openstack cloud platform according to an Openstack cloud platform deployment mode specified by a user.
2. The Openstack cloud platform custom deployment system of claim 1, wherein: the user interface definition module includes:
the system comprises a user interface unit, a configuration unit and a configuration unit, wherein the user interface unit is used for adding and deploying a user interface of an Openstack cloud platform;
the platform data collection unit is used for collecting Openstack cloud platform data;
and the platform data management unit is used for managing Openstack cloud platform data by using a uniform format.
3. The Openstack cloud platform custom deployment system of claim 1, wherein: the creation of multiple independent execution units is realized by the role module of the infrastructure Playbook.
4. The Openstack cloud platform custom deployment system of claim 1, wherein: the configuration template distribution module comprises:
the template storage unit is used for creating a warehouse, and the warehouse is used for storing the configuration templates of the Openstack components;
and the translation forwarding unit is used for translating the configuration templates of the Openstack components in the warehouse into corresponding configuration information and sending the configuration information to the cloud platform nodes.
5. The Openstack cloud platform custom deployment system of claim 4, wherein: and translating the configuration template of each Openstack component in the warehouse into corresponding configuration information through a template module in the playbook.
6. An Openstack cloud platform custom deployment method is characterized by comprising the following steps: the component installation execution module creates a plurality of independent execution units, and each execution unit is used for executing an independent function in the independent installation of each Openstack component; then the control module sets an installation mode of an Openstack cloud platform to be installed according to an Openstack cloud platform deployment mode specified by a user, wherein the installation mode comprises the structure of the Openstack cloud platform and components required to be installed by each cloud platform node; the configuration template distribution module sends the configuration templates of the Openstack components to the cloud platform nodes of the Openstack cloud platform according to the installation mode set by the control module; finally, the control module controls the component installation execution module to use a plurality of execution units to execute the cooperative installation of Openstack components needing to be installed on each cloud platform node through the set installation mode;
the user interface definition module adds and deploys a user interface of the Openstack cloud platform according to an Openstack cloud platform deployment mode specified by a user;
the execution unit comprises a database establishing unit, a Keystone installation unit and an assembly independent installation unit:
the database establishing unit is used for establishing an Openstack cloud platform Mysql database cluster;
the Keystone installation unit is used for executing installation and configuration of a Keystone module of the Openstack cloud platform;
the component independent installation unit is used for executing independent installation of each Openstack component.
7. The Openstack cloud platform custom deployment method of claim 6, comprising the steps of:
s1, the component installation execution module creates a plurality of independent execution units, and each execution unit is used for executing an independent function in the independent installation of each Openstack component;
s2, the control module obtains an Openstack cloud platform deployment mode specified by a user;
s3, the control module sets an installation mode of the Openstack cloud platform according to an Openstack cloud platform deployment mode specified by a user, wherein the installation mode comprises a structure of the Openstack cloud platform to be installed and Openstack components required to be installed by each cloud platform node;
s4, the configuration template distribution module sends the configuration templates of the Openstack components to the cloud platform nodes according to the installation mode set by the control module;
s5, the control module controls the component installation execution module to use a plurality of execution units to execute the cooperative installation of Openstack components required to be installed by each cloud platform node through the set installation mode;
and S6, adding and deploying the user interface of the Openstack cloud platform by the user interface definition module according to the Openstack cloud platform deployment mode specified by the user.
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| CN111258719A (en) * | 2020-01-19 | 2020-06-09 | 山东汇贸电子口岸有限公司 | Method and system for rapidly deploying multi-node Ceph cluster under single-machine KVM virtualization |
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