CN109032618A - A kind of deployment and interconnection method and system with OpenStack cloud management platform - Google Patents
A kind of deployment and interconnection method and system with OpenStack cloud management platform Download PDFInfo
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- CN109032618A CN109032618A CN201810758231.7A CN201810758231A CN109032618A CN 109032618 A CN109032618 A CN 109032618A CN 201810758231 A CN201810758231 A CN 201810758231A CN 109032618 A CN109032618 A CN 109032618A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/60—Software deployment
- G06F8/61—Installation
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/455—Emulation; Interpretation; Software simulation, e.g. virtualisation or emulation of application or operating system execution engines
- G06F9/45533—Hypervisors; Virtual machine monitors
- G06F9/45558—Hypervisor-specific management and integration aspects
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Abstract
The present invention provides a kind of and OpenStack cloud management platform deployment and interconnection method and system, and calculate node obtains OpenStack cloud management stage+module packet, by decompressing OpenStack system installation kit, executes into installation kit；Addition OpenStack virtual controlling executes deployment docking after completing installation operation；The cloud computing of calculate node based on cloud management platform has flexibility, scalability, sharing, low cost and high service.Present system calculate node completes the virtual fusion of bottom physical resource, distribution according to need and efficiently management, the agility and flexibility of resource delivery can be significantly improved, the service efficiency of resource is promoted, provides resource guarantee incessantly and telescopic resource provision for upper-layer service.Cloud data center manages platform, provides cloud data center resource management, tissue and distribution, has calculate node and provides service and O&M ability to the external world.
Description
Technical field
The present invention relates to field of cloud calculation more particularly to a kind of with the deployment of OpenStack cloud management platform and the side of docking
Method and system.
Background technique
OpenStack is both a community and a project and an open source software, it supports almost all kinds of
Cloud environment provides the solution or tool set of a deployment cloud.Its objective is: help tissue operate to virtual computing or
The cloud of storage service provides expansible, flexible cloud computing for public cloud, private clound.
With the growth of information explosion formula, cloud computing has obtained more and more concerns, and OpenStack is as a open source
Cloud computing manage platform (abbreviation cloud pipe platform), its outstanding stability, compatibility have waited until the favor of many people, especially
It is to have obtained the support of many large enterprises, such as IBM, Microsoft, AMD, Cisco etc., by the continuous iteration of more than ten of version,
So that its function is more powerful, node redundancy deployment strategy realizes the High Availabitity of node, the very high stabilization of system
Property,
There are many public cloud, private clounds, mixed cloud built using OpenStack in the world, and at home
The temperature of OpenStack is also being gradually warmed up, tide, Teamsun, Amap, Jingdone district, Alibaba, Baidu, in it is emerging, magnificent
Keen interest all is produced to OpenStack for grade and is participated.OpenStack be likely to following infrastructure i.e.
Leader position is occupied in terms of service (IaaS) resource management, becomes " the cloud operation system of public cloud, private clound and mixing cloud management
System " standard.
Tide cloud management node is also with a wide range of applications at present, good in order to have tide cloud management node
Application field makes system occupy leader position in terms of following infrastructure i.e. serve resources management, becomes public cloud, privately owned
Cloud and the cloud operating system for mixing cloud management, this, which just needs to manage platform with cloud computing, docks deployment, how to realize docking deployment
It is then current assistant officer technical problem to be solved.
Summary of the invention
In order to overcome the deficiencies in the prior art described above, the present invention provides a kind of multinode deployment based on cloud management platform
With dock framework, method includes:
Step 1, calculate node obtain OpenStack cloud management stage+module packet, pass through decompression OpenStack system peace
Dress packet, executes into installation kit；
Step 2, addition OpenStack virtual controlling executes deployment docking after completing installation operation；
Step 3 configures the OpenStack cloud management platform ID of calculate node, communication protocol, user name and password, calculates
The port security agreement that node is supported, the network type of support.
Preferably, step 3 further include:
Configuration calculate node is flat type physical network, transmits data by br-ex bridge；
Configure the ID range of calculate node vlan type network section.
Preferably, step 2 further include:
To being checked after the deployment of calculate node；Check whether the docker service of each node is normal, and test mirrors seem no
It pulls.
Preferably, step 2 further include:
The data available flow that OpenStack cloud management Platform deployment and craft port are checked before deployment docking, when available
When data traffic is higher than preset value, OpenStack virtual controlling is opened, executes deployment docking.
Preferably, step 2 further include:
Check whether docker module service is normal, and test mirrors seem the no test that can pull calculate node to be disposed
Mirror image.
A kind of deployment and docking system with OpenStack cloud management platform, comprising: OpenStack cloud management platform and
With OpenStack cloud management Platform deployment and the calculate node docked；
Calculate node passes through decompression OpenStack system installation for obtaining OpenStack cloud management stage+module packet
Packet is executed into installation kit；
Addition OpenStack virtual controlling executes deployment docking after completing installation operation；
OpenStack cloud management platform is used to configure the OpenStack cloud management platform ID of calculate node, communication protocol,
User name and password, the port security agreement that calculate node is supported, the network type of support.
Preferably, it is flat type physical network that OpenStack cloud management platform, which is also used to configure calculate node, is passed through
Br-ex bridge transmits data；Configure the ID range of calculate node vlan type network section.
Preferably, OpenStack cloud management platform checks after being also used to the deployment to calculate node；Check each node
Whether docker service is normal, and test mirrors seem no pull.
Preferably, OpenStack cloud management platform checks OpenStack cloud management Platform deployment before being also used to dispose docking
And the data available flow of craft port is opened OpenStack virtual controlling, is held when data available flow is higher than preset value
Row deployment docking.
Preferably, OpenStack cloud management platform is also used to check whether docker module service is normal, and test mirrors seem
The no test mirror image that can pull calculate node to be disposed.
As can be seen from the above technical solutions, the invention has the following advantages that
In the present invention, calculate node obtains OpenStack cloud management stage+module packet, by decompressing OpenStack system
Installation kit is executed into installation kit；Addition OpenStack virtual controlling executes deployment docking after completing installation operation；Configuration meter
The OpenStack cloud management platform ID of operator node, communication protocol, user name and password, the port security association that calculate node is supported
View, the network type of support.The cloud computing of calculate node based on cloud management platform has flexibility, scalability, sharing, low
Cost-effectivenes and high service.Present system calculate node complete the virtual fusion of bottom physical resource, distribution according to need with it is efficient
Management, can significantly improve the agility and flexibility of resource delivery, promote the service efficiency of resource, provide not for upper-layer service
Discontinuously resource guarantee and telescopic resource provision.Cloud data center manages platform, provides cloud data center resource management, group
It knits and distributes, have calculate node and provide service and O&M ability to the external world, calculate node resource utilization, section is substantially improved
About cost realizes resource service, reaches acquisition, charging according to quantity on demand, the purpose of green low-carbon.
Detailed description of the invention
In order to illustrate more clearly of technical solution of the present invention, attached drawing needed in description will be made below simple
Ground introduction, it should be apparent that, drawings in the following description are only some embodiments of the invention, for ordinary skill
For personnel, without creative efforts, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the deployment and interconnection method flow chart with OpenStack cloud management platform；
Fig. 2 is the deployment and interconnection method embodiment flow chart with OpenStack cloud management platform；
Fig. 3 is the deployment and docking system schematic diagram with OpenStack cloud management platform.
Specific embodiment
The present invention provides a kind of and OpenStack cloud management platform deployment and interconnection method, as shown in Figure 1,
Method includes:
S1, calculate node obtain OpenStack cloud management stage+module packet, by decompressing OpenStack system installation kit,
It is executed into installation kit；
S2, addition OpenStack virtual controlling executes deployment docking after completing installation operation；
S3 configures the OpenStack cloud management platform ID of calculate node, communication protocol, user name and password, calculate node
The port security agreement of support, the network type of support.
In this method, as shown in Fig. 2,
S11, calculate node obtain OpenStack cloud management stage+module packet, pass through decompression OpenStack system installation
Packet is executed into installation kit；
S12, addition OpenStack virtual controlling executes deployment docking after completing installation operation；
S13 configures the OpenStack cloud management platform ID of calculate node, communication protocol, user name and password, calculates section
The port security agreement that point is supported, the network type of support.
S14, configuration calculate node are flat type physical network, transmit data by br-ex bridge；
S15 configures the ID range of calculate node vlan type network section.
In the embodiment of this method, step 2 further include: to being checked after the deployment of calculate node；Check each node
Whether docker service is normal, and test mirrors seem no pull.
Check whether docker module service is normal, and test mirrors seem the no test that can pull calculate node to be disposed
Mirror image.
In the embodiment of this method, step 2 further include: deployment docking before check OpenStack cloud management Platform deployment and
The data available flow of craft port opens OpenStack virtual controlling when data available flow is higher than preset value, executes
Deployment docking.
Deployment is docked with OpenStack cloud management platform with a calculate node in tide cloud management platform ICMP below
For be illustrated method involved in the present invention.
Calculate node obtains OpenStack cloud management stage+module packet, by decompressing OpenStack system installation kit, into
Enter installation kit execution；
ICOS_x86_64_5.5.0*.iso makes the guidance of optical disk start-up disk, selects Install ICOS-5.5 Master.
PXE is installed.
Addition OpenStack virtual controlling executes deployment docking after completing installation operation；To being examined after the deployment of calculate node
It looks into；Check whether the docker service of each node is normal, and test mirrors seem no pull.Whether just to check docker module service
Often, test mirrors seem the no test mirror image that can pull calculate node to be disposed.
Check whether service is normal by docker, test mirrors seem that no can pull curl http: // deployment node
IP:4000/v2/_catalog | can python-m json.tool test mirror image pull.
Mirror image can not be pulled by solving deployment node by deployment node check item systemctl restart docker；Inspection
Look into calculate node systemctl status docker | whether grep " Active:active (running) " docks in deployment
After communicated.
The data available flow that OpenStack cloud management Platform deployment and craft port are checked before deployment docking, when available
When data traffic is higher than preset value, OpenStack virtual controlling is opened, executes deployment docking.The occupancy of predeployment inspection port
The kolla-ansible such as situation prechecks-i/root/multinode；Deployment services kolla-ansible deploy-
i/root/multimode.OpenStack cloud management Platform deployment and craft port resource occupation amount if lower than preset value
It is larger, use of the calculate node based on OpenStack cloud management Platform deployment and craft port is influenced after docking and deployment, is influenced
Shared use of the calculate node based on cloud platform.
Configure the OpenStack cloud management platform ID of calculate node, communication protocol, user name and password, calculate node branch
The port security agreement held, the network type of support.Configuration calculate node is flat type physical network, passes through br-ex bridge
Transmit data；Configure the ID range of calculate node vlan type network section.
The OpenStack cloud management platform ID of calculate node, communication protocol, user name and password are wherein configured, section is calculated
The port security agreement that point is supported, the network type of support.Configuration calculate node is flat type physical network, passes through br-ex
Bridge transmits data；The ID range of calculate node vlan type network section is configured, these above-mentioned mode of operation can be
In this way, OpenStack cloud computing platform is the stabilization that the multinode based on cloud management platform is disposed and docks framework
Operation, expansible, flexibility provide technical support.It supports the all-round virtualization of calculating, storage and network, supports virtual machine, void
The lifecycle management of quasi- disk and virtual network, provide change online including virtual machine configuration with including virtual Intranet etc.
Multiple functions.Method of the invention conveniently complete calculate node and OpenStack cloud computing platform dispose and be
The docking of system.Calculate node is set to cover the various aspects such as network, virtualization, operating system, server.
The present invention also provides a kind of deployment with OpenStack cloud management platform and docking systems, as shown in Figure 3, comprising:
OpenStack cloud management platform 1 and the calculate node 2 disposed and docked with OpenStack cloud management platform 1；Calculate node 2 is used
In obtaining 1 installation kit of OpenStack cloud management platform, by decompressing OpenStack system installation kit, executed into installation kit；
Addition OpenStack virtual controlling executes deployment docking after completing installation operation；
OpenStack cloud management platform 1 is used to configure the OpenStack cloud management platform 1ID of calculate node 2, communication protocols
View, user name and password, the port security agreement that calculate node 2 is supported, the network type of support.
It is flat type physical network that OpenStack cloud management platform 1, which is also used to configure calculate node 2, passes through br-ex net
Bridge transmits data；Configure the ID range of calculate node 2vlan type network section.OpenStack cloud management platform 1 is also used to meter
It is checked after the deployment of operator node 2；Check whether the docker service of each node is normal, and test mirrors seem no pull.
OpenStack cloud management platform 1 checks the deployment of OpenStack cloud management platform 1 and craft port before being also used to dispose docking
Data available flow opens OpenStack virtual controlling when data available flow is higher than preset value, executes deployment docking.
OpenStack cloud management platform 1 is also used to check whether docker module service is normal, and test mirrors seem no can pull to portion
The test mirror image of the calculate node 2 of administration.
The cloud computing of calculate node based on cloud management platform has flexibility, scalability, sharing, low cost and height
Service.Present system calculate node completes the virtual fusion of bottom physical resource, distribution according to need and efficiently management, Ke Yixian
The agility and flexibility for improving resource delivery are write, the service efficiency of resource is promoted, provides resource incessantly for upper-layer service
It ensures and telescopic resource provision.Cloud data center manages platform, provides cloud data center resource management, tissue and distribution,
Have calculate node and provide service and O&M ability to the external world, calculate node resource utilization, save the cost is substantially improved, it is real
Existing resource service reaches acquisition, charging according to quantity on demand, the purpose of green low-carbon.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention.
Various modifications to these embodiments will be readily apparent to those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one
The widest scope of cause.
Claims (10)
1. a kind of deployment and interconnection method with OpenStack cloud management platform, which is characterized in that
Method includes:
Step 1, calculate node obtain OpenStack cloud management stage+module packet, by decompressing OpenStack system installation kit,
It is executed into installation kit；
Step 2, addition OpenStack virtual controlling executes deployment docking after completing installation operation；
Step 3 configures the OpenStack cloud management platform ID of calculate node, communication protocol, user name and password, calculate node
The port security agreement of support, the network type of support.
2. the deployment and interconnection method according to claim 1 with OpenStack cloud management platform, which is characterized in that step
Rapid three further include:
Configuration calculate node is flat type physical network, transmits data by br-ex bridge；
Configure the ID range of calculate node vlan type network section.
3. the deployment and interconnection method according to claim 1 with OpenStack cloud management platform, which is characterized in that step
Rapid two further include:
To being checked after the deployment of calculate node；Check whether the docker service of each node is normal, and test mirrors seem no pull.
4. the deployment and interconnection method according to claim 1 with OpenStack cloud management platform, which is characterized in that step
Rapid two further include:
The data available flow that OpenStack cloud management Platform deployment and craft port are checked before deployment docking, works as data available
When flow is higher than preset value, OpenStack virtual controlling is opened, executes deployment docking.
5. the deployment and interconnection method according to claim 3 with OpenStack cloud management platform, which is characterized in that step
Rapid two further include:
Check whether docker module service is normal, and test mirrors seem the no test mirrors that can pull calculate node to be disposed
Picture.
6. a kind of deployment and docking system with OpenStack cloud management platform characterized by comprising OpenStack cloud pipe
Platform and with OpenStack cloud management Platform deployment and the calculate node docked；
Calculate node is for obtaining OpenStack cloud management stage+module packet, by decompressing OpenStack system installation kit, into
Enter installation kit execution；
Addition OpenStack virtual controlling executes deployment docking after completing installation operation；
OpenStack cloud management platform is used to configure the OpenStack cloud management platform ID of calculate node, communication protocol, user
Name and password, the port security agreement that calculate node is supported, the network type of support.
7. the deployment and docking system according to claim 6 with OpenStack cloud management platform, which is characterized in that
It is flat type physical network that OpenStack cloud management platform, which is also used to configure calculate node, is transmitted by br-ex bridge
Data；Configure the ID range of calculate node vlan type network section.
8. the deployment and docking system according to claim 6 with OpenStack cloud management platform, which is characterized in that
OpenStack cloud management platform checks after being also used to the deployment to calculate node；Check the docker service of each node
Whether normal, test mirrors seem no pull.
9. the deployment and docking system according to claim 6 with OpenStack cloud management platform, which is characterized in that
OpenStack cloud management platform checks OpenStack cloud management Platform deployment and craft port before being also used to dispose docking
Data available flow, when data available flow be higher than preset value when, open OpenStack virtual controlling, execute deployment docking.
10. the deployment and docking system according to claim 8 with OpenStack cloud management platform, which is characterized in that
OpenStack cloud management platform is also used to check whether docker module service is normal, and test mirrors seem that no can pull
The test mirror image of calculate node to be disposed.
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| CN109032618B (en) | 2021-08-20 |
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