CN103457968A - Cloud service deploying method and system - Google Patents
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Abstract
The invention discloses a cloud service deploying method and system. The method includes the following steps: (A) a source server selects a cloud terminal server, from cloud terminal servers, having a cloud terminal service version in need of being updated, and the cloud terminal server having the cloud terminal service version in need of being updated is a first category cloud terminal server; (B) the source server transmits a deployment version and a deployment script to the first category cloud terminal server, and the deployment version is used to replace the cloud terminal service version of the first category cloud terminal server; (C) the source server selects a cloud terminal server, from the first category cloud terminal servers, having the highest deployment version priority, and the cloud terminal server having the highest deployment version priority is a second category cloud terminal server; (D) the source server transmits a deployment instruction to the second category cloud terminal server; (E) the second category cloud terminal server responds to the deployment instruction, and deploys the cloud service according to the deployment version and the deployment script.
Description
Technical field
The present invention relates to Distributed Calculation, and relate in particular to the method and system of disposing cloud service.
Background technology
In the process of disposing cloud service, cloud service need to be deployed on many cloud servers, and these many cloud servers walk abreast externally provides this cloud service.The method of existing deployment cloud service need to be logined successively many cloud servers and download current high in the clouds service release from source server, then for each cloud server, disposes one by one cloud service, and checks one by one the deployment result.The method efficiency of this deployment cloud service is lower, consume more human cost, cloud service deployment time long, dispose and easily make mistakes.
Summary of the invention
According to one object of the present invention, a kind of method of disposing cloud service is disclosed, comprise the following steps: the cloud server of (A) by source server, from cloud server, selecting the high in the clouds service release to upgrade, the cloud server that this high in the clouds service release need to upgrade is first kind cloud server, (B) send deployment train and deployment script to this first kind cloud server from described source server, described deployment train is for replacing the described high in the clouds service release of described first kind cloud server, (C) selected to have the priority cloud server of high deployment train by described source server from described first kind cloud server, this have priority the cloud server of high deployment train be the Equations of The Second Kind cloud server, (D) send Disposition Instructions to described Equations of The Second Kind cloud server by described source server, (E) described Equations of The Second Kind cloud server is in response to described Disposition Instructions, and dispose cloud service according to described deployment train and deployment script.
According to another object of the present invention, a kind of system of disposing cloud service is disclosed, this system comprises, this system comprises, source server and cloud server, described source server is configured to the cloud server of selecting the high in the clouds service release to upgrade from cloud server, the cloud server that this high in the clouds service release need to upgrade is first kind cloud server, described source server is configured to send deployment train and deployment script arrives this first kind cloud server, described deployment train is for replacing the described high in the clouds service release of described first kind cloud server, described source server is configured to from described first kind cloud server to select to have the cloud server of high deployment train of priority, this have priority the cloud server of high deployment train be the Equations of The Second Kind cloud server, described source server is configured to send Disposition Instructions to described Equations of The Second Kind cloud server, described Equations of The Second Kind cloud server is configured in response to described Disposition Instructions, and dispose cloud service according to described deployment train and deployment script.
The accompanying drawing explanation
After the reference accompanying drawing has been read the specific embodiment of the present invention, those skilled in the art will become apparent various aspects of the present invention.One skilled in the art will appreciate that these accompanying drawings are only for coordinating embodiment that technical scheme of the present invention is described, and not be intended to protection scope of the present invention is construed as limiting.
Fig. 1 is the structural representation according to the system of the deployment cloud service of the embodiment of the present invention.
Fig. 2 is the example according to the deployment information of the embodiment of the present invention.
Fig. 3 is the flow chart according to the method for the deployment cloud service of the embodiment of the present invention.
Embodiment
According to embodiments of the invention, the system of disposing cloud service comprises source server and cloud server, wherein, described source server is configured to the cloud server of selecting the high in the clouds service release to upgrade from cloud server, the cloud server that this high in the clouds service release need to upgrade is first kind cloud server, described source server is configured to send deployment train and deployment script arrives this first kind cloud server, described deployment train is for replacing the described high in the clouds service release of described first kind cloud server, described source server is configured to from described first kind cloud server to select to have the cloud server of high deployment train of priority, this have priority the cloud server of high deployment train be the Equations of The Second Kind cloud server, described source server is configured to send Disposition Instructions to described Equations of The Second Kind cloud server, described Equations of The Second Kind cloud server is configured in response to described Disposition Instructions, and dispose cloud service according to described deployment train and deployment script.
In another embodiment, described source server is configured to send deployment train and deployment script to this first kind cloud server by File Transfer Protocol.
In another embodiment, described source server is configured to send Disposition Instructions to described Equations of The Second Kind cloud server by the Telnet agreement.
In another embodiment, described source server disposes deployment information, and this deployment information comprises deployment train information, and described source server is configured to dispose cloud service according to deployment information.
In another embodiment, described deployment information comprises more new logo, this more new logo for identifying the cloud server that the high in the clouds service release need to be updated, first kind cloud server.As example, described source server is configured to obtain high in the clouds service release information from described cloud server, described source server is configured to this high in the clouds service release information and deployment train information are compared to judge whether that needs upgrade this high in the clouds service release, generates accordingly thus more new logo.
In another embodiment, described deployment information comprises distributes sign, and whether described distribution sign is used to sign successful to this first kind cloud server from described source server transmission deployment train and deployment script.
In another embodiment, described deployment information comprises deployment train priority.
In another embodiment, described deployment information comprises the deployment sign, and described deployment sign is used for described Equations of The Second Kind cloud server in response to described Disposition Instructions and whether successful according to described deployment train and deployment script deployment cloud service.As example, described source server is configured to obtain the deployment daily record from described Equations of The Second Kind cloud server, and generates the deployment result, and described source server generates deployment label table according to this deployment result and shows that whether deployment is successful.
In the above-described embodiments, can in the rule configuration file, store the record about the deployment information of each cloud server.Below that source server carries out an example of cloud service deployment according to deployment information.Source server reads the deployment information in the rule configuration file successively, judges whether current cloud server needs to upgrade version, and what do not need to upgrade version directly reads next record about another cloud server.If determine that the current cloud server of judgement need to upgrade version, judge so from described source server transmission deployment train and deployment script whether successful to this first kind cloud server, in failed situation, directly read next record about another cloud server.If judgement is successful to this first kind cloud server from described source server transmission deployment train and deployment script, judge so whether current cloud service version is to dispose limit priority, the service that is not limit priority need to be read " the deployment sign " of higher priority service, judge its whether deployment success, if the service arrangement failure of higher priority is arranged, so directly read next record about another cloud server, otherwise, utilize source server to pass through the telnet agreement and send Disposition Instructions to current cloud server.
In the above-described embodiments, described cloud service is a plurality of cloud services of isomery.It will be appreciated by those skilled in the art that, source server can be configured to the different Disposition Instructions of parallel transmission to different cloud servers, each cloud server is carried out different deployment script thus, realizes the deployment of isomery cloud service, as WEB service and OLTP service.
With reference to the accompanying drawings, the specific embodiment of the present invention is described in further detail.
Fig. 1 is the structural representation according to the system of the deployment cloud service of the embodiment of the present invention.As shown in Figure 1, this system comprises, source server 10 and cloud server 20, and the quantity of the cloud server here is at least one.Wherein, be provided with top control module 11, cloud service deployment rules administration module 12, high in the clouds service release detection module 13, high in the clouds service release distribution module 14 in source server 10; Cloud server 20 comprises cloud service automatic deployment module 21.
Deployment information can comprise more new logo, the cloud server that it need to be updated for identifying the high in the clouds service release.Be described in now in cloud service deployment rules administration module 12 and generate the more method of new logo.High in the clouds service release detection module 13 is configured to obtain high in the clouds service release information from cloud server 20, and this high in the clouds service release information (for example, high in the clouds service release number) is returned to top control module 11.Top control module 11 judges whether to need to upgrade this high in the clouds service release according to the deployment train corresponding with this high in the clouds service release of storage in source server 10, generates accordingly thus more new logo.For example, renewal is designated 1 expression cloud server 20 needs to upgrade the high in the clouds service release, and renewal is designated 0 expression cloud server 20 does not need to upgrade the high in the clouds service release.
Deployment information can also comprise deployment priority, and this disposes priority can be definite by the deployment train corresponding with corresponding cloud server, for identifying the deployment order of cloud service at each cloud server.Dispose priority and can be pre-arranged in cloud service deployment rules administration module 12, for limiting the restriction relation between the cloud service deployment.
Source server 20 example of server disposition cloud service is beyond the clouds described now.Source server 20 is configured to select first kind cloud server from described cloud server 20, and the high in the clouds service release of this first kind cloud server needs to upgrade.For example, the more new logo that top control module 11 can be disposed in the deployment information in rules administration module 12 according to cloud service is selected first kind cloud server.Then, source server 20 also is configured to send deployment train and deployment script to this first kind cloud server.For example, deployment train and deployment script that top control module 11 control high in the clouds service release distribution modules 14 will be stored in source server 20 send to this first kind cloud server, and described deployment train is for replacing described high in the clouds service release.Then, source server 20 also is configured to select the Equations of The Second Kind cloud server from first kind cloud server, and sends Disposition Instructions to described Equations of The Second Kind cloud server, and this Equations of The Second Kind cloud server has the highest deployment train of priority.For example, the deployment priority that top control module 11 can further be disposed in the deployment information in rules administration module 12 according to cloud service selects to have the Equations of The Second Kind cloud server of the deployment train that priority is the highest from first kind cloud server.Top control module 11 sends Disposition Instructions to the cloud service automatic deployment module 21 in the Equations of The Second Kind cloud server.This Equations of The Second Kind cloud server, in response to the Disposition Instructions from top control module 11, utilizes cloud service automatic deployment module 21 to dispose cloud service according to deployment train and deployment script.
In other embodiments, deployment information can also comprise for example IP address, user name, password, deployment train information, distribution sign and the deployment sign of cloud server 20.Here, source server 10 utilizes IP address, user name, the password of cloud server 20 to conduct interviews.Deployment train information can be deployment train number.Distribution sign is used to identify deployment train and the deployment script whether high in the clouds service release distribution module 14 successfully will be stored in source server 20 and sends to cloud server.Dispose sign and mean whether cloud service automatic deployment module 21 has successfully disposed cloud service according to deployment train and deployment script.For example, top control module also is configured to obtain the deployment daily record from cloud service automatic deployment module, and generate and dispose result, wherein top control module shows that according to deployment result generation deployment label table whether deployment is successful, and this deployment sign is stored in cloud service deployment rules administration module as the part of deployment information.Fig. 2 is an example of deployment information.
Fig. 3 is the flow chart according to the method for the deployment cloud service of the embodiment of the present invention.Dispose the method for cloud service, comprise the following steps: the cloud server of (A) by source server, from cloud server, selecting the high in the clouds service release to upgrade, the cloud server that this high in the clouds service release need to upgrade is first kind cloud server, (B) send deployment train and deployment script to this first kind cloud server from described source server, described deployment train is for replacing the described high in the clouds service release of described first kind cloud server, (C) selected to have the priority cloud server of high deployment train by described source server from described first kind cloud server, this have priority the cloud server of high deployment train be the Equations of The Second Kind cloud server, (D) send Disposition Instructions to described Equations of The Second Kind cloud server by described source server, (E) described Equations of The Second Kind cloud server is in response to described Disposition Instructions, and dispose cloud service according to described deployment train and deployment script.In described method, from described source server, by File Transfer Protocol, send deployment train and deployment script to this first kind cloud server.
In described method, by described source server, by the Telnet agreement, send Disposition Instructions to described Equations of The Second Kind cloud server.
In described method, further comprising the steps: by described source server configuration deployment information, this deployment information comprises deployment train information, by described source server, according to deployment information, carries out described step (A) to (E).
In described method, described deployment information comprises more new logo, this more new logo for identifying the cloud server that the high in the clouds service release need to be updated, first kind cloud server.
In described method, described more new logo generates by following steps: by described source server, from described cloud server, obtain high in the clouds service release information, by described source server, this high in the clouds service release information and deployment train information are compared to judge whether to need to upgrade this high in the clouds service release, generate accordingly thus more new logo.
In described method, described deployment information comprises distributes sign, and whether described distribution sign is used to sign successful to this first kind cloud server from described source server transmission deployment train and deployment script.
In described method, described deployment information comprises deployment train priority.
In described method, described deployment information comprises the deployment sign, and described deployment sign is used for described Equations of The Second Kind cloud server in response to described Disposition Instructions and whether successful according to described deployment train and deployment script deployment cloud service.
In described method, described deployment sign generates by following steps: by described source server, from described Equations of The Second Kind cloud server, obtain the deployment daily record, and generate and dispose result, described source server generates the deployment label table according to this deployment result and shows that whether deployment is successful.
By the description of above execution mode, those skilled in the art can understand, in the situation that without departing from the spirit and scope of the present invention, can also do various changes and replacement to the specific embodiment of the present invention.These changes and replacement all drop in the claims in the present invention book limited range.
Claims (22)
1. a method of disposing cloud service, is characterized in that, comprises the following steps:
(A) cloud server of selecting the high in the clouds service release to upgrade by source server from cloud server, the cloud server that this high in the clouds service release need to upgrade is first kind cloud server,
(B) send deployment train and deployment script to this first kind cloud server from described source server, described deployment train is for replacing the described high in the clouds service release of described first kind cloud server,
(C) selected to have the priority cloud server of high deployment train by described source server from described first kind cloud server, this have priority the cloud server of high deployment train be the Equations of The Second Kind cloud server,
(D) send Disposition Instructions to described Equations of The Second Kind cloud server by described source server,
(E) described Equations of The Second Kind cloud server is in response to described Disposition Instructions, and disposes cloud service according to described deployment train and deployment script.
2. the method for claim 1, is characterized in that,
Send deployment train and deployment script to this first kind cloud server from described source server by File Transfer Protocol.
3. the method for claim 1, is characterized in that,
Send Disposition Instructions to described Equations of The Second Kind cloud server by described source server by the Telnet agreement.
4. the method for claim 1, is characterized in that, further comprising the steps:
By described source server configuration deployment information, this deployment information comprises deployment train information,
Carry out described step (A) to (E) by described source server according to deployment information.
5. method as claimed in claim 4, is characterized in that,
Described deployment information comprises more new logo, this more new logo for identifying the cloud server that the high in the clouds service release need to be updated, first kind cloud server.
6. method as claimed in claim 5, is characterized in that, described more new logo generates by following steps:
Obtain high in the clouds service release information by described source server from described cloud server,
By described source server, this high in the clouds service release information and deployment train information are compared to judge whether to need to upgrade this high in the clouds service release, generate accordingly thus more new logo.
7. method as claimed in claim 4, is characterized in that, described deployment information comprises distributes sign, and whether described distribution sign is used to sign successful to this first kind cloud server from described source server transmission deployment train and deployment script.
8. method as claimed in claim 4, is characterized in that,
Described deployment information comprises deployment train priority.
9. method as claimed in claim 4, is characterized in that,
Described deployment information comprises the deployment sign, and described deployment sign is for identifying described Equations of The Second Kind cloud server in response to described Disposition Instructions and whether successful according to described deployment train and deployment script deployment cloud service.
10. method as claimed in claim 9, is characterized in that, described deployment sign generates by following steps:
Obtain the deployment daily record by described source server from described Equations of The Second Kind cloud server, and generate the deployment result, whether described source server is disposed result generation deployment sign according to this and is disposed successful with expression.
11. the method for claim 1, is characterized in that, described cloud service is a plurality of cloud services of isomery.
12. a system of disposing cloud service, is characterized in that, this system comprises, source server and cloud server, wherein,
Described source server is configured to the cloud server of selecting the high in the clouds service release to upgrade from cloud server, and the cloud server that this high in the clouds service release need to upgrade is first kind cloud server,
Described source server is configured to send deployment train and deployment script arrives this first kind cloud server, and described deployment train is used for replacing the described high in the clouds service release of described first kind cloud server,
Described source server is configured to from described first kind cloud server to select to have the cloud server of high deployment train of priority, this have priority the cloud server of high deployment train be the Equations of The Second Kind cloud server,
Described source server is configured to send Disposition Instructions to described Equations of The Second Kind cloud server,
Described Equations of The Second Kind cloud server is configured in response to described Disposition Instructions, and disposes cloud service according to described deployment train and deployment script.
13. system as claimed in claim 12, is characterized in that,
Described source server is configured to send deployment train and deployment script to this first kind cloud server by File Transfer Protocol.
14. system as claimed in claim 12, is characterized in that,
Described source server is configured to send Disposition Instructions to described Equations of The Second Kind cloud server by the Telnet agreement.
15. system as claimed in claim 12 is characterized in that:
Described source server disposes deployment information, and this deployment information comprises deployment train information,
Described source server is configured to dispose cloud service according to deployment information.
16. system as claimed in claim 15, is characterized in that,
Described deployment information comprises more new logo, this more new logo for identifying the cloud server that the high in the clouds service release need to be updated, first kind cloud server.
17. system as claimed in claim 16, is characterized in that,
Described source server is configured to obtain high in the clouds service release information from described cloud server,
Described source server is configured to this high in the clouds service release information and deployment train information are compared to judge whether that needs upgrade this high in the clouds service release, generates accordingly thus more new logo.
18. system as claimed in claim 15, is characterized in that,
Described deployment information comprises distributes sign, and whether described distribution sign is used to sign successful to this first kind cloud server from described source server transmission deployment train and deployment script.
19. system as claimed in claim 15, is characterized in that,
Described deployment information comprises deployment train priority.
20. system as claimed in claim 15, is characterized in that,
Described deployment information comprises the deployment sign, and described deployment sign is for identifying described Equations of The Second Kind cloud server in response to described Disposition Instructions and whether successful according to described deployment train and deployment script deployment cloud service.
21. system as claimed in claim 20, is characterized in that,
Described source server is configured to obtain the deployment daily record from described Equations of The Second Kind cloud server, and generates the deployment result, and whether described source server is disposed result generation deployment sign according to this and disposed successful with expression.
22. system as claimed in claim 12, is characterized in that, described cloud service is a plurality of cloud services of isomery.
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| CN201210175379.0A CN103457968B (en) | 2012-05-31 | 2012-05-31 | A kind of method and system disposing cloud service |
| PCT/CN2013/076165 WO2013178034A1 (en) | 2012-05-31 | 2013-05-23 | Cloud service deployment method and system |
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| CN201210175379.0A CN103457968B (en) | 2012-05-31 | 2012-05-31 | A kind of method and system disposing cloud service |
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| WO2013178034A1 (en) | 2013-12-05 |
| CN103457968B (en) | 2016-09-28 |
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