CN106713379A - Automatic cloud computing deployment system and method thereof - Google Patents
Automatic cloud computing deployment system and method thereof Download PDFInfo
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- CN106713379A CN106713379A CN201510485766.8A CN201510485766A CN106713379A CN 106713379 A CN106713379 A CN 106713379A CN 201510485766 A CN201510485766 A CN 201510485766A CN 106713379 A CN106713379 A CN 106713379A
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Abstract
The invention discloses an automatic cloud computing deployment system and method thereof. The system comprises a main control node and a plurality of cloud nodes connected with the main control node based on network connection; and the main control node and the cloud node are servers. When deployment is carried out, a deployment environment is prepared; a server is selected as a main control node, access to the server is realized by using a manufactured USB flash disk, the server is started with the USB flash disk, and a system is installed automatically; a deployment file is modified and an automatic deployment program is executed at the main control node; after installation of the main control node, servers needing to join in a cloud computing environment are selected as cloud nodes; the cloud nodes are started in a PXE manner; and then the cloud nodes are deployed automatically. According to the system and method, the USB flash disk is used as a medium and the operation system and the cloud computing application are installed in an automatic deployment manner. Moreover, the system can be installed simply; the performance is excellent; the efficiency is high; the system and method can be used conveniently; and the flexibility and reliability are high.
Description
Technical field
The present invention relates to field of cloud computer technology, more particularly to a kind of cloud computing automatic deployment system and its side
Method.
Background technology
At present, cloud computing quickly grows, international main IT enterprises using cloud computing as following main strategic direction,
The related cooperation of cloud computing is very active with merger.In recent years, large-scale IT enterprises are formulated towards cloud computing and fought
Internal organization is omited and adjusts, to adapt to the developing direction in future.Cloud service enterprise has been formed in the world
The ability of extensive globalization cloud computing service is provided.At home, cloud computing service growth momentum is also very
Substantially, software vendor is increasingly turned to field of cloud calculation.But, in cloud computing application process, face various many
The problem of sample.For example, it is necessary to frequently dispose cloud environment in cloud computing project development and during reaching the standard grade,
Each environment can be related to the installation of various application software.Deployment flow includes：Operating system is installed, deployment version
The download and management of this software kit, database upgrade, active server pages deployment, the deployment for accessing door,
Deployment of each serviced component etc..If according to traditional manual deployment, it is necessary to do substantial amounts of preliminary preparation,
And needing to carry out middleware, database or even operating system perfect configuration work can allow using transporting
OK.This requires that user have to be understood that the installation Configuration knowledge of a large amount of systems soft wares, and it is former to face software upgrading
There is knowledge to be difficult to continuous situation, it is also possible to meet the various careless omissions for installing appearance in configuration process, this for
Extra burden is brought for user.And the tradition disposed using pure manual mode is with should not also possess bullet
Sexuality.
In order to solve the problems, such as that cloud computing deployment is difficult, the Automation arranging method of many is occurred in that now, this
A little methods are generally divided into two kinds：The combination of scripting installation and deployment and various automation operation and maintenance tools.The former
It is under input instruction mode single by hand, with the script method of operation, these instructions to be saved in one
Individual executable file.In deployment, executable file is run.The latter is upgrade version, with existing
Automation operation and maintenance tools, in addition to simple input instruction, additionally it is possible to realize many concurrently operation, instruction errors
The functions such as inspection.
For the deployment of scripting is installed, can only implement in the environment of operating system has been installed, together
When do not possess many abilities concurrently implemented, it is easy to go wrong and be difficult to solve, in user's visual experience and
It is very undesirable on implementation result, it is impossible in the case of online, it is impossible to effectively to implement deployment.So, pin
The deployment of this change is a kind of quite original dispositions method.
Disposed using automation operation and maintenance tools, the deployment relative to scripting is installed, although obtained in efficiency
Lifting, or even be avoided that the Dependence Problem easily occurred in installation process, but still exist it is many not enough
It is preferably local.For example, it is desired to manually installed operating system, human configuration network, it is impossible to manage physics money
Source, does not have visualized management interface, it is necessary to downloading application software of surfing the Net etc..
The content of the invention
In view of the drawbacks described above of prior art, the technical problems to be solved by the invention are to provide a kind of cloud meter
Automatic deployment system and method are calculated, in the Automation arranging method that the present invention is provided, automatic installation operation system
System, not only eliminates the trouble of installation system, can also reduce deployment time.The concurrent implementing ability of multiple spot,
Multiple servers can be simultaneously disposed, the deployment efficiency of cloud computing environment can be significantly improved.Automatically dispose cloud
Calculate application, it is to avoid artificially dispose careless omission and the mistake brought.With unified administration interface, cloud platform
Management and the management of deployment resource are united, it is to avoid the inconvenience that multiple management platforms are brought.Network is matched somebody with somebody automatically
Function is put, even if being ignorant of the people of network, deployment cloud computing environment is not also hard.Whole application software are condensed into
One installation mirror image, solution will surf the Net the drawbacks of could installing software.Powerful resilient expansion ability, can be square
Just and quickly user is helped to dispose the cloud computing environment of flexibility ratio high.Meanwhile, the present invention greatly simplified
Deploying step, not only deployment speed on improve a lot, and also reduce deployment personnel technology will
Ask.
To achieve the above object, the invention provides a kind of cloud computing automatic deployment system, it is characterised in that：
The multiple cloud nodes for passing through network connection including main controlled node and with main controlled node；The main controlled node includes cloud
Management module and the DBM being connected with cloud management module, deployment engine module, the deployment engine
Module output end installs module phase with instruction release module, the first file synchronization module and remote system respectively
Even, the instruction release module output end is connected with the first command process module, the first instruction treatment mould
Block output end is connected with first information collection module；The cloud node includes the second command process module and with the
Second file synchronization module of two command process module output ends connection, the second file synchronization module output
End is connected with the second information collection module；The deployment engine module output end and the second file synchronization module phase
Even, the instruction release module output end is connected with the second command process module.
Further, the main controlled node and cloud node are server.
A kind of cloud computing automatic deployment method, it is characterised in that：Comprise the following steps：
S1, get out deployed environment；
S2, one server of selection, using the USB flash disk made, are linked into server as main controlled node
In, allow server to start from USB flash disk, automated installation of system；
S3, in main controlled node, change deployment file, perform automatic deployment program；
After S4, main controlled node are installed, selection needs to add the server in cloud computing environment as cloud node；
S5, PXE mode start cloud node；
S6, automatic deployment cloud node.
Further, the mode of making USB flash disk is in the step S2：Made using existing system image
Deployment program and system installation procedure, are fabricated to system image and are encased in USB flash disk by technology.
Further, the step S3 is specially：
S31, cloud management module send collection information command by deployment engine module, instruct release module handle
This information command sends out；
S32, message processing module can monitoring information release module always information, when receiving information issue
The information instruction of module, can read the content of deployment file, and these contents together with master control
Some information of node return to cloud management module, and final these information are recorded by cloud management module
To in DBM, the registration of main controlled node is completed；
S33, complete preparation above after, cloud management module according to the information registered in DBM,
For main controlled node generates deployment information, generation deployment information is sent to deployment engine module, and deployment is drawn
The deployment information that module analysis are received is held up, by the deployment flow of setting, Disposition Instructions by referring to
Make release module be sent to command process module, deployment order is completed by command process module.
Further, the step S6 is specially：
S61, remote system install module according to pre-configured strategy, for cloud node provides operating system certainly
Dynamic installation function；
S62, after cloud node system installation, the cloud management module of main controlled node passes through deployment engine module
Information instruction is sent, then instruction is released by instructing release module；
After S63, the second command process module of cloud node receive information, collection information is simultaneously reported to master control section
Point, then the registration of cloud node is completed by the cloud management module of main controlled node；
After the completion of S64, cloud Node registry, the cloud management module of main controlled node is the cloud node generating unit of new registration
Administration's information, the deployment information of generation is sent to deployment engine module, the portion that deployment engine module analysis are received
Administration's information, Disposition Instructions are issued by instructing release module；
S65, in cloud node, the second command process module keeps listening state, once receive Disposition Instructions,
After analysis and filtering, deployment order is performed.
Further, the deployed environment of the step S1 can also upgrade, specially upgrading program and
Configuration is put into the assigned catalogue of main controlled node, affixes one's name to engine modules by cloud management module control unit and implements system liter
Level, after the file that deployment engine module upgrade needs, by controlling the second file synchronization module synchronization to each cloud
In node, then instructed to the second command process module release upgrade by instructing release module again.
The beneficial effects of the invention are as follows：
1st, present invention deployment cloud computing environment only needs to a USB flash disk, it is not necessary to which networking downloads other installations
Bag；
2nd, operating system of the present invention and the automatic deployment of cloud computing application, have subtracted manually-operated trouble,
Avoid the appearance of mistake；
3rd, implementation steps of the present invention are simple, non-technical personnel also can easily, rapidly build cloud computing environment；
4th, the present invention uses unified management platform, and different applications need not log in multiple consoles；
5th, the present invention can be with automatic updating system, excellent performance.
The technique effect of design of the invention, concrete structure and generation is made furtherly below with reference to accompanying drawing
It is bright, to be fully understood from the purpose of the present invention, feature and effect.
Brief description of the drawings
Fig. 1 is cloud computing automatic deployment overall system architecture schematic diagram of the invention；
Fig. 2 is cloud computing automatic deployment system concrete structure schematic diagram of the invention；
Fig. 3 is cloud computing automatic deployment system deployment method flow diagram of the invention.
Specific embodiment
As shown in Figure 1, 2, a kind of cloud computing automatic deployment system, it is characterised in that：Including main controlled node 1
And pass through multiple cloud nodes 2 of network connection with main controlled node 1；The main controlled node 1 includes cloud management mould
Block 11 and the DBM 12 being connected with cloud management module 11, deployment engine module 13, the portion
Administration's engine modules 13 output end respectively with instruction release module 14, the first file synchronization module 15 and long-range system
System is installed module 16 and is connected, the instruction output end of release module 14 and the phase of the first command process module 17
Even, the output end of the first command process module 17 is connected with first information collection module 18；The cloud section
Point 2 includes the second command process module 21 and the second text being connected with the output end of the second command process module 21
Part synchronization module 22, the output end of the second file synchronization module 22 is connected with the second information collection module 23；
The output end of deployment engine module 13 is connected with the second file synchronization module 22, the instruction release module
14 output ends are connected with the second command process module 21.
It is preferred that the main controlled node 1 and cloud node 2 are server.
As shown in figure 3, present invention simultaneously provides a kind of cloud computing automatic deployment method, it is characterised in that：Bag
Include following steps：
S1, get out deployed environment；
S2, one server of selection, using the USB flash disk made, are linked into server as main controlled node
In, allow server to start from USB flash disk, automated installation of system；
S3, in main controlled node, change deployment file, perform automatic deployment program；
After S4, main controlled node are installed, selection needs to add the server in cloud computing environment as cloud node；
S5, PXE mode start cloud node；
S6, automatic deployment cloud node.
It is preferred that the mode that USB flash disk is made in the step S2 is：Skill is made using existing system image
Deployment program and system installation procedure, are fabricated to system image and are encased in USB flash disk by art.
It is preferred that the step S3 is specially：
S31, cloud management module 11 send collection information command, instruction issue by deployment engine module 13
Module 14 sends out this information command；
S32, message processing module 17 can monitoring information release module 14 always information, when receiving letter
The information instruction of release module 14 is ceased, the content of deployment file can be read, and these contents
Some information together with main controlled node return to cloud management module 11, and final these information pass through cloud pipe
Reason module 11 recorded in DBM 12, complete the registration of main controlled node；
After S33, completion preparation above, cloud management module 11 is registered according in DBM 12
Information, be main controlled node generation deployment information, generation deployment information be sent to deployment engine module
13, deployment engine module 13 analyzes the deployment information for receiving, by the deployment flow of setting, portion
Administration's instruction is sent to command process module 17 by instructing release module 14, by command process module
17 complete deployment order.
It is preferred that the step S6 is specially：
S61, remote system install module 16 according to pre-configured strategy, for cloud node provides operating system
Automatic installation function；
S62, after cloud node system installation, the cloud management module 11 of main controlled node passes through deployment engine mould
Block 13 sends information instruction, then instruction is released by instructing release module 14；
After S63, the second command process module 21 of cloud node receive information, collection information is simultaneously reported to master control
Node, then the registration of cloud node is completed by the cloud management module 11 of main controlled node；
After the completion of S64, cloud Node registry, the cloud management module 11 of main controlled node is the cloud node generation of new registration
Deployment information, the deployment information of generation is sent to deployment engine module 13, and the analysis of deployment engine module 13 connects
The deployment information for receiving, Disposition Instructions are issued by instructing release module 14；
S65, in cloud node, the second command process module 21 keeps listening state, once receive Disposition Instructions,
After analysis and filtering, deployment order is performed.
It is preferred that the deployed environment of the step S1 can also upgrade, specially the program of upgrading and match somebody with somebody
The assigned catalogue into main controlled node is put, controls deployment engine modules 13 to implement system by cloud management module 11
System upgrading, after the file that the upgrading of deployment engine module 13 needs, by controlling the second file synchronization module 22
It is synchronized in each cloud node, is then issued to the second command process module 21 by instructing release module 14 again
Upgrade command.
Cloud computing environment framework in the present invention only disposes roles comprising two kinds, as shown in figure 1, being respectively
Main controlled node and cloud node.They constitute a cloud computing cluster by the network equipment, and wherein main controlled node is
The deployment management node of cloud node, is portion at first during deployment while be also cloud software management platform node
The node of administration.Cloud node is the node being managed, and is also the node of offer physical resource in cloud computing.Work as master
After the completion of control node deployment, it is possible to by the cloud management console of main controlled node, realize the portion to cloud node
Administration and management.The deployment of cloud node, multiple can be carried out, and can add at any time and delete these nodes simultaneously.
In sum, the present invention be using USB flash disk as medium, with automatically dispose mode installation operation system and
Cloud computing application, and by cloud management software, conveniently extend cloud computing scale.The method not only contracts
The time of short deployment cloud computing environment, and reduce the technical requirements to disposing personnel.
Preferred embodiment of the invention described in detail above.It should be appreciated that the ordinary skill of this area
Personnel just can make many modifications and variations without creative work with design of the invention.Therefore, it is all
Technical staff passes through logic analysis, pushes away on the basis of existing technology under this invention's idea in the art
Reason or the available technical scheme of limited experiment, all should be in the protection model being defined in the patent claims
In enclosing.
Claims (7)
1. a kind of cloud computing automatic deployment system, it is characterised in that：Including main controlled node (1) and with master control section
Multiple cloud nodes (2) that point (1) passes through network connection；The main controlled node (1) includes cloud pipe
Reason module (11) and the DBM (12) being connected with cloud management module (11), deployment
Engine modules (13), deployment engine module (13) output end respectively with instruction release module
(14), the first file synchronization module (15) is installed module (16) and is connected with remote system, institute
State instruction release module (14) output end to be connected with the first command process module (17), described the
One command process module (17) output end is connected with first information collection module (18)；The cloud
Node (2) includes the second command process module (21) and defeated with the second command process module (21)
Go out the second file synchronization module (22) of end connection, the second file synchronization module (22) is defeated
Go out end to be connected with the second information collection module (23)；Deployment engine module (13) output end
It is connected with the second file synchronization module (22), instruction release module (14) output end and the
Two command process modules (21) are connected.
2. a kind of cloud computing automatic deployment system as claimed in claim 1, it is characterised in that：The master control
Node (1) and cloud node (2) are server.
3. a kind of cloud computing automatic deployment method, it is characterised in that：Comprise the following steps：
S1, get out deployed environment；
S2, one server of selection, using the USB flash disk made, are linked into server as main controlled node
In, allow server to start from USB flash disk, automated installation of system；
S3, in main controlled node, change deployment file, perform automatic deployment program；
After S4, main controlled node are installed, selection needs to add the server in cloud computing environment as cloud node；
S5, PXE mode start cloud node；
S6, automatic deployment cloud node.
4. a kind of cloud computing automatic deployment method as claimed in claim 3, it is characterised in that the step
The mode of making USB flash disk is in S2：Using existing system image manufacturing technology, deployment program and
System installation procedure is fabricated to system image and is encased in USB flash disk.
5. a kind of cloud computing automatic deployment method as claimed in claim 3, it is characterised in that the step
S3 is specially：
S31, cloud management module (11) send collection information command by deployment engine module (13), refer to
Make release module (14) that this information command is sent out；
S32, message processing module (17) can monitoring information release module (14) always information, when connecing
The information instruction of information issuing module (14) is received, the content of deployment file can be read, and
These contents are returned to cloud management module (11) together with some information of main controlled node, it is final this
A little information recorded in DBM (12) by cloud management module (11), complete master control section
The registration of point；
After S33, completion preparation above, cloud management module (11) is according to DBM (12)
The information of middle registration, is main controlled node generation deployment information, and generation deployment information is sent to deployment and draws
Hold up module (13), the deployment information that deployment engine module (13) analysis is received, by setting
Disposition Instructions, are sent to command process module (17) by deployment flow by instructing release module (14),
Deployment order is completed by command process module (17).
6. a kind of cloud computing automatic deployment method as claimed in claim 3, it is characterised in that the step
S6 is specially：
S61, remote system install module (16) according to pre-configured strategy, for cloud node provides operation
The automatic installation function of system；
S62, after cloud node system installation, the cloud management module (11) of main controlled node is drawn by deployment
Hold up module (13) and send information instruction, then instruction is released by instructing release module (14)；
After S63, second command process module (21) of cloud node receive information, collection information is simultaneously reported to
Main controlled node, then the registration of cloud node is completed by the cloud management module (11) of main controlled node；
After the completion of S64, cloud Node registry, the cloud management module (11) of main controlled node is the cloud node of new registration
Generation deployment information, the deployment information of generation is sent to deployment engine module (13), deployment engine module (13)
The deployment information that analysis is received, Disposition Instructions are issued by instructing release module (14)；
S65, in cloud node, the second command process module (21) keeps listening state, once receive deployment
Instruction, after analysis and filtering, performs deployment order.
7. a kind of cloud computing automatic deployment method as claimed in claim 3, it is characterised in that the step
The deployed environment of S1 can also upgrade, and the program of upgrading and configuration are specially put into main controlled node
Assigned catalogue, controls deployment engine modules (13) to implement system liter by cloud management module (11)
Level, after the file that deployment engine module (13) upgrading needs, by controlling the second file synchronization mould
Block (22) is synchronized in each cloud node, is then referred to second by instructing release module (14) again
Processing module (21) release upgrade is made to instruct.
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| CN108768697A (en) * | 2018-04-28 | 2018-11-06 | 安徽四创电子股份有限公司 | A kind of fast assembling method of privately owned cloud system |
| CN111480142A (en) * | 2017-12-22 | 2020-07-31 | 西门子股份公司 | Seamless and secure upgrade of software intensive systems during runtime |
| CN113242147A (en) * | 2021-05-17 | 2021-08-10 | 上海八彦图信息科技有限公司 | Automatic operation and maintenance deployment method, device, equipment and storage medium in multi-cloud environment |
| CN113282342A (en) * | 2021-05-14 | 2021-08-20 | 北京首都在线科技股份有限公司 | Deployment method, device, system, electronic equipment and readable storage medium |
| CN114461233A (en) * | 2020-11-04 | 2022-05-10 | 上海宝信软件股份有限公司 | System and method for realizing automatic deployment of data center software based on cloud environment |
| US11729051B2 (en) | 2022-01-12 | 2023-08-15 | Red Hat, Inc. | Automated deployment of control nodes at remote locations |
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