CN105404530A - System and method for realizing simple deployment and using private cloud - Google Patents
System and method for realizing simple deployment and using private cloud Download PDFInfo
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- CN105404530A CN105404530A CN201510698947.9A CN201510698947A CN105404530A CN 105404530 A CN105404530 A CN 105404530A CN 201510698947 A CN201510698947 A CN 201510698947A CN 105404530 A CN105404530 A CN 105404530A
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Abstract
The invention discloses a system and method for realizing simple deployment and using private cloud, and relates to the field of private cloud construction in cloud computing. The system comprises a cloud service platform and at least one converged cloud device, wherein each converged cloud device comprises an optimization manager, an application manager and a private cloud manager. The method comprises: firstly, setting common parameters of an application scene through the optimization manager; secondly, setting customized parameters of a current application scene through the application manager; and thirdly, the private cloud manager generating virtual resources according to the parameters, thereby realizing the deployment of the private cloud. A user uses the private cloud by accessing to the virtual resources; during a using process, the converged cloud device is connected with the cloud service platform to realize trouble shooting and system upgrading; application download or online operation services are provided; and the converged cloud devices are added to realize scale expansion and high availability of the private cloud. According to the system and method, the usability of private cloud construction can be effectively improved, the use cost is reduced, and low threshold of information construction and use of small and medium-sized enterprises is realized.
Description
Technical field
The present invention relates to privately owned cloud construction field in cloud computing, is specifically a kind of system and method realizing easy deployment and use privately owned cloud.
Background technology
Privately owned cloud construction has become a trend of current enterprise informatization, and increasing enterprise wishes to adopt the virtual resource of privately owned cloud to carry the Information function such as routine office work, service application.But, current cloud computing product is adopted to build the privately owned cloud of enterprise, no matter be privately owned IaaS (InfrastructureasaService, namely infrastructure serve) or privately owned PaaS (PlatformasaService, namely platform serves) be all quite difficult, need professional person to take a long time and just can complete.For promoting the popularization and application of cloud computing technology, particularly towards the medium-sized and small enterprises accounting for enterprise's sum more than 90%, the cost performance and the ease for use that improve cloud computing product have become the key issue that must solve.
At present, enterprise, when building privately owned cloud, generally adopts following two kinds of modes: purchase the hardware such as cloud computing software and server respectively and build; Or adopt soft or hard on the market to merge cloud all-in-one.But, for vast medium-sized and small enterprises, adopt these two kinds of modes at present to build privately owned cloud and still there is following defect:
(1) software of above-mentioned two kinds of construction modes is installed, is disposed, or management uses all quite loaded down with trivial details, the work of need professional person at least a few hours, can not reach consumer electronics level be simple and easy to use;
(2) the second construction mode is adopted, need buying soft or hard to merge cloud all-in-one, and soft or hard on the market merges cloud all-in-one mainly towards high-end market, price all exceedes hundreds of thousands unit, for the relatively simple application scenarios of medium-sized and small enterprises, use cost is higher, cost performance is low.
Therefore, for medium-sized and small enterprises, they carry out the privately owned cloud environment of undertaking of construction in the urgent need to the cloud product being simple and easy to use, price is low, and then reduce the informatization of medium-sized and small enterprises and use threshold.
Summary of the invention
The object of the invention is the deficiency in order to overcome above-mentioned background technology, a kind of system and method realizing easy deployment and use privately owned cloud is provided, effectively can improve the ease for use that privately owned cloud is built, reduce use cost, realize the low threshold of sme informatization construction and use.
For reaching above object, the invention provides a kind of system realizing easy deployment and use privately owned cloud, comprise at least one be arranged at the fusion cloud equipment of enterprise customer's end and be arranged at the cloud service platform of manufacturer's service end, the corresponding cloud service platform of all fusion cloud equipment, is characterized in that: every platform merges cloud equipment and comprises optimization manager, application manager and privately owned cloud manager;
Optimization manager comprises Configuration Manager and outside cloud service interface engine module; Configuration Manager is for arranging the general parameter of application scenarios, and application scenarios comprises office computer scene, server scene and storage scenarios; Outside cloud service interface engine module is used for communicating with cloud service platform;
Application manager is used for: according to user-selected application scenarios, the general parameter corresponding with this application scenarios is obtained from optimization manager, and arrange according to the customized parameter of user's request to this application scenarios, after being provided with, the general parameter of this application scenarios and customized parameter are sent to privately owned cloud manager;
Privately owned cloud manager is used for: the general parameter sent according to application manager and customized parameter, produces the virtual machine needed for application scenarios or virtual storage resource; And return produced virtual machine or the access mode of virtual storage resource to user;
Cloud service platform is used for: realize the online trouble hunting of fusion cloud equipment, system update upgrading and provide application download or use service online.
The present invention also provides a kind of method realizing easy deployment and the privately owned cloud of use based on said system, comprises the following steps:
S1: start one and merge cloud equipment, arranged the general parameter of application scenarios by Configuration Manager, application scenarios comprises office computer scene, server scene and storage scenarios, forwards S2 to;
S2: application manager is according to user-selected application scenarios, the general parameter corresponding with current application scene is obtained from Configuration Manager, and the customized parameter of current application scene is set according to user's request, the general parameter of current application scene and customized parameter are sent to privately owned cloud manager, forward S3 to;
S3: privately owned cloud manager determines required virtual resource according to the type of current application scene, virtual resource is virtual machine or virtual storage resource; Virtual resource needed for producing according to the general parameter of current application scene and customized parameter; Privately owned cloud manager returns the access mode of virtual resource to user, thus realizes the deployment of privately owned cloud, forwards S4 to;
S4: user realizes the use of privately owned cloud by accesses virtual resource, in use procedure, merge the type of cloud equipment determination Service events, if the type of Service events is trouble hunting event or upgrades upgrade event, then show that equipment has occurred that fault or system need upgrading, forward S401 to; If the type of Service events is application download event, then shows that user needs down load application service, forward S402 to; If the type of Service events is Expansion event, then shows that user needs to expand the privately owned cloud scale of current deployment, forward S403 to;
S401: the outside cloud service interface engine module merging cloud equipment is connected with cloud service platform, realizes online trouble hunting or system update upgrading by cloud service platform, terminates;
S402: the outside cloud service interface engine module merging cloud equipment is applied to local use needed for cloud service platform download, terminates;
S403: merge cloud equipment realize privately owned cloud Expansion and the privately owned cloud level can be used by adding some, terminate.
On the basis of technique scheme, S2 specifically comprises the following steps:
When user selects office computer scene, application manager obtains the general parameter of office computer scene from Configuration Manager; Arrange office computer scene customized parameter according to user's request, office computer scene customized parameter comprises the computer number of units that will produce; The general parameter of office computer scene and office computer scene customized parameter are sent to privately owned cloud manager;
When user selects server scene, by appearance two kinds of dispositions:
If the server produced is as the staging server developed or test, then application manager obtains the general parameter of server scene from Configuration Manager; Arrange server scene customized parameter according to user's request, server scene customized parameter comprises the server number of units that will produce; The general parameter of server scene and server scene customized parameter are sent to privately owned cloud manager;
If the server produced is as the application server of application deployment, then application manager obtains the general parameter of server scene from Configuration Manager, and produce server scene customized parameter according to the application Dynamic Scheduling Strategy of institute's application deployment, server scene customized parameter comprises the server number of units that will produce, then the general parameter of server scene and server scene customized parameter are sent to privately owned cloud manager;
When user selects storage scenarios, application manager obtains the general parameter of storage scenarios from Configuration Manager; Arrange storage scenarios customized parameter according to user's request, storage scenarios customized parameter comprises the memory capacity that will produce; The general parameter of storage scenarios and storage scenarios customized parameter are sent to privately owned cloud manager.
On the basis of technique scheme, described in S3, privately owned cloud manager determines required virtual resource according to the type of current application scene, specifically comprise the following steps: if the type of current application scene is office computer scene or server scene, then determine that required virtual resource is virtual machine; If the type of current application scene is storage scenarios, then determine that required virtual resource is virtual storage resource.
On the basis of technique scheme, virtual resource needed for producing according to the general parameter of the current application scene received and customized parameter described in S3, specifically comprise the following steps: if current application scene is office computer scene or server scene, then according to general parameter and the customized parameter of the current application scene received, KVM virtualization technology is utilized to produce the virtual machine of corresponding configuration and quantity; If current application scene is storage scenarios, then HDFS distributed file system is utilized to produce the virtual storage resource of respective volume.
On the basis of technique scheme, S401 specifically comprises the following steps:
S401a: optimization manager comprises event manager module, the event log of event manager module real-time detection fusion cloud equipment, the event log that the event log broken down or system need be upgraded upgrading is sent to outside cloud service interface engine module, forwards S401b to;
S401b: outside cloud service interface engine module need upgrade the event log of upgrading for the event log broken down or system, check the key message of corresponding manager, forms Trouble Report or upgrading report, forwards S401c to;
S401c: Trouble Report or upgrading report are submitted to cloud service platform by outside cloud service interface engine module; Cloud service platform by analysis, passback fault remediation instructions or upgrade give outside cloud service interface engine module afterwards in diagnosis; Outside cloud service interface engine module completes corresponding repair according to fault remediation instructions or upgrade or upgrades upgrade job, forwards S401d to;
S401d: repeat S401a ~ S401c, until event manager module no longer finds that there is trouble hunting event or upgrades upgrade event, or outside cloud service interface engine module is replied and cannot automatically be repaired or upgrade, or user selects to disregard dependent event, terminates.
On the basis of technique scheme, repair described in S401c, renewal upgrade job include amendment configuration file or upgrade execute file.
On the basis of technique scheme, S402 specifically comprises the following steps:
S402a: download application information is sent to cloud service platform according to the download demand of user by outside cloud service interface engine module, forwards S402b to;
S402b: cloud service platform is downloaded to fusion cloud equipment by applying and apply Dynamic Scheduling Strategy accordingly by outside cloud service interface engine module according to download application information, forwards S402c to;
S402c: the application manager merging cloud equipment obtains the general parameter of server scene from optimization manager, and produce server scene customized parameter according to application Dynamic Scheduling Strategy, server scene customized parameter comprises the server number of units that will produce, then the general parameter of acquisition and server scene customized parameter are sent to privately owned cloud manager, forward S402d to;
S402d: privately owned cloud manager produces virtual machine according to general parameter and server scene customized parameter; The application that application manager utilizes container technique Automatic dispatching to download runs on the virtual machine of privately owned cloud manager generation, forwards S402e to;
S402e: repeat S402c ~ S402d, based on the feedback applying Dynamic Scheduling Strategy and event manager module, continuous dynamic conditioning performs the virtual server quantity of down load application, increases or release virtual resource, terminates.
On the basis of technique scheme, in S403 when privately owned cloud scale need extend to two, specifically comprise the following steps: after First fusion cloud deployed with devices completes, add second and merge cloud equipment; After networking starts, by Agent Agent, First merges cloud equipment and merges cloud equipment with second to complete related data synchronous; After synchronously completing, the resource centralized and unified management of two fusion cloud equipment, and First merges cloud equipment as main management equipment, and second merges cloud equipment and uses as failover Failover management equipment, and realizing the privately owned cloud level can use, and terminates.
On the basis of technique scheme, in S403 when privately owned cloud scale need extend to more than two, specifically comprise the following steps:
After First fusion cloud deployed with devices completes, add second and merge cloud equipment; After networking starts, by Agent Agent, First merges cloud equipment and merges cloud equipment with second to complete related data synchronous; After synchronously completing, the resource centralized and unified management of two fusion cloud equipment, and First merges cloud equipment as main management equipment, and second merges cloud equipment and uses as failover Failover management equipment, realize the privately owned cloud level and can use HA;
After networking starts, can obtain by respective optimization manager the IP address that First merges cloud equipment, second fusion cloud equipment for all the other fusion cloud equipment; Then by Agent Agent, the equipment control power all the other being merged cloud equipment gives First fusion cloud equipment, second fusion cloud equipment, makes all the other merge cloud equipment and uses as working node; Physical resource and the virtual resource of all fusion cloud equipment transfer to main management equipment centralized and unified management, when after main management equipment failure, are then taken over by Failover management equipment, terminate.
Beneficial effect of the present invention is:
(1) the large application scenarios of fusion cloud integration of equipments of the present invention office computer scene, server scene and storage scenarios three, and arranged by the general parameter of Configuration Manager to three large application scenarioss, user only needs to select certain application scenarios according to demand and provides the customized parameter of corresponding scene (computer number of units, server number of units, memory capacity as produced), can complete the installation and deployment of the privately owned cloud of enterprise fast.In whole operating process, user only needs several simple clicking operation, all the other have configured by fusion cloud equipment Automatic Optimal, make to need in prior art professional person's at least work of completing of a few hours, the present invention only needs layman can complete for about 15 minutes consuming time, installation and deployment efficiency improves about 20 times, and what reach consumer electronics level is simple and easy to use.
(2) the present invention is on the easy deployment basis realizing privately owned cloud, also achieves the simple and easy use of privately owned cloud.Specifically, in the use procedure of privately owned cloud, when trouble hunting event being detected or upgrading upgrade event, the outside cloud service interface engine module merging cloud equipment can be connected with cloud service platform, realize online trouble hunting or system update upgrading by cloud service platform, effectively improve the automatic repair ability of fault of system and the automatic renewal upgrading ability of system.When user needs down load application to serve, the outside cloud service interface engine module merging cloud equipment can download from cloud service platform needed for be applied to and locally use (downloading App from application shop as smart mobile phone), efficiently convenient and security is high.When user needs to expand current privately owned cloud scale, netting twine can be plugged access more multiple stage and merge cloud equipment and realize the privately owned expansion of cloud scale and the centralized and unified management of resource, solve the problem of individual equipment inadequate resource, and the system after expansion has Failover (failover) mechanism, define High Availabitity HA environment, effectively ensure that the reliability of system.
(3) fusion cloud equipment of the present invention can define and configure office computer, server and memory device as required.In typical case, separate unit merges cloud equipment can substitute 50 office computers, 6 application servers and 4TB memory device, but its purchase cost is only 50% ~ 60% of alternative equipment total cost, use cost is low, cost performance is high, effectively reduces the overall input that sme informatization is built.
Accompanying drawing explanation
Fig. 1 is the structured flowchart of the system realizing easy deployment in the embodiment of the present invention and use privately owned cloud;
Fig. 2 is the process flow diagram of the method realizing easy deployment in the embodiment of the present invention and use privately owned cloud.
Embodiment
Below in conjunction with drawings and the specific embodiments, the present invention is described in further detail.
Shown in Figure 1, the embodiment of the present invention provides a kind of system realizing easy deployment and use privately owned cloud, comprise at least one be arranged at the fusion cloud equipment of enterprise customer's end and be arranged at the cloud service platform of manufacturer's service end, the corresponding cloud service platform of all fusion cloud equipment.Wherein, every platform fusion cloud equipment comprises optimization manager, application manager and privately owned cloud manager;
Optimization manager comprises Configuration Manager and outside cloud service interface engine module; Configuration Manager is for arranging the general parameter of application scenarios, and application scenarios comprises office computer scene, server scene and storage scenarios; Outside cloud service interface engine module is used for communicating with cloud service platform;
Application manager is used for: according to user-selected application scenarios, the general parameter corresponding with this application scenarios is obtained from optimization manager, and arrange according to the customized parameter of user's request to this application scenarios, after being provided with, the general parameter of this application scenarios and customized parameter are sent to privately owned cloud manager;
Privately owned cloud manager is used for: the general parameter sent according to application manager and customized parameter, produces the virtual machine needed for application scenarios or virtual storage resource; And return produced virtual machine or the access mode of virtual storage resource to user;
Cloud service platform is used for: realize online trouble hunting, the system update upgrading of merging cloud equipment, and provide application download or use service online.
Shown in Figure 2, the embodiment of the present invention provides a kind of method realizing easy deployment and the privately owned cloud of use based on said system, comprises the following steps:
S1: starting up one merges cloud equipment, enter optimization manager, the general parameter (default parameter is the factory set parameter of equipment) of application scenarios can be set by the Configuration Manager of optimization manager, application scenarios comprises office computer scene, server scene and storage scenarios, forwards S2 to.
S2: application manager is according to user-selected application scenarios, the general parameter corresponding with current application scene is obtained from Configuration Manager, and the customized parameter of current application scene is set according to user's request, the general parameter of current application scene and customized parameter are sent to privately owned cloud manager, forward S3 to.
S3: privately owned cloud manager determines required virtual resource (virtual resource is virtual machine or virtual storage resource) according to the type of current application scene, the virtual resource needed for producing according to the general parameter of current application scene received and customized parameter; Privately owned cloud manager returns the access mode of virtual resource to user, thus realizes the deployment of privately owned cloud, forwards S4 to.
S4: user realizes the use of privately owned cloud by accesses virtual resource, in use procedure, merge the type of cloud equipment determination Service events, if the type of Service events is trouble hunting event or upgrades upgrade event, then show that equipment has occurred that fault or system need upgrading, forward S401 to; If the type of Service events is application download event, then show that user needs down load application service (when disposing privately owned cloud, only the infrastructure environment of privately owned cloud is arranged, other software application, as office office application, industry large data handling utility, personnel management application etc. all need user download use voluntarily or use online), forward S402 to; If the type of Service events is Expansion event, then shows that user needs to expand the privately owned cloud scale of current deployment, forward S403 to;
S401: the outside cloud service interface engine module merging cloud equipment is connected with cloud service platform, realizes online trouble hunting or system update upgrading by cloud service platform, terminates;
S402: the outside cloud service interface engine module merging cloud equipment is applied to local use needed for cloud service platform download, terminates;
S403: merge cloud equipment realize privately owned cloud Expansion and the privately owned cloud level can be used by adding some, terminate.
During practical operation, S2 specifically comprises the following steps:
When user selects office computer scene, application manager obtains the general parameter of office computer scene from Configuration Manager; Arrange office computer scene customized parameter according to user's request, office computer scene customized parameter comprises the computer number of units that will produce; The general parameter of office computer scene and office computer scene customized parameter are sent to privately owned cloud manager;
When user selects server scene, by appearance two kinds of dispositions:
If the server produced is as the staging server developed or test, then application manager obtains the general parameter of server scene from Configuration Manager; Arrange server scene customized parameter according to user's request, server scene customized parameter comprises the server number of units that will produce; The general parameter of server scene and server scene customized parameter are sent to privately owned cloud manager;
If the server produced is as the application server of application deployment, then application manager obtains the general parameter of server scene from Configuration Manager, and produce server scene customized parameter according to the application Dynamic Scheduling Strategy of institute's application deployment, server scene customized parameter comprises the server number of units that will produce, then the general parameter of server scene and server scene customized parameter are sent to privately owned cloud manager;
When user selects storage scenarios, application manager obtains the general parameter of storage scenarios from Configuration Manager; Arrange storage scenarios customized parameter according to user's request, storage scenarios customized parameter comprises the memory capacity that will produce; The general parameter of storage scenarios and storage scenarios customized parameter are sent to privately owned cloud manager.
In S3, privately owned cloud manager determines required virtual resource according to the type of current application scene, specifically comprises the following steps: if the type of current application scene is office computer scene or server scene, then determine that required virtual resource is virtual machine; If the type of current application scene is storage scenarios, then determine that required virtual resource is virtual storage resource.
Virtual resource needed for producing according to the general parameter of the current application scene received and customized parameter in S3, specifically comprise the following steps: if current application scene is office computer scene or server scene, then according to general parameter and the customized parameter of the current application scene received, KVM virtualization technology is utilized to produce the virtual machine of corresponding configuration and quantity; If current application scene is storage scenarios, then HDFS distributed file system is utilized to produce the virtual storage resource of respective volume.
S401 specifically comprises the following steps:
S401a: optimization manager comprises event manager module, the event log of event manager module real-time detection fusion cloud equipment, the event log that the event log broken down or system need be upgraded upgrading is sent to outside cloud service interface engine module, forwards S401b to;
S401b: outside cloud service interface engine module need upgrade the event log of upgrading for the event log broken down or system, check the key message of corresponding manager, forms Trouble Report or upgrading report, forwards S401c to;
S401c: Trouble Report or upgrading report are submitted to cloud service platform by outside cloud service interface engine module; Cloud service platform by analysis, passback fault remediation instructions or upgrade give outside cloud service interface engine module afterwards in diagnosis; Outside cloud service interface engine module completes corresponding repair according to fault remediation instructions or upgrade or upgrades upgrade job (repair, renewal upgrade job include amendment configuration file or upgrade execute file), forwards S401d to;
S401d: repeat S401a ~ S401c, until event manager module no longer finds that there is trouble hunting event or upgrades upgrade event, or outside cloud service interface engine module is replied and cannot automatically be repaired or upgrade, or user selects to disregard dependent event, terminates.
S402 specifically comprises the following steps:
S402a: download application information is sent to cloud service platform according to the download demand of user by outside cloud service interface engine module, forwards S402b to;
S402b: cloud service platform is downloaded to fusion cloud equipment by applying and apply Dynamic Scheduling Strategy accordingly by outside cloud service interface engine module according to download application information, forwards S402c to;
S402c: the application manager merging cloud equipment obtains the general parameter of server scene from optimization manager, and produce server scene customized parameter according to application Dynamic Scheduling Strategy, server scene customized parameter comprises the server number of units that will produce, then the general parameter of acquisition and server scene customized parameter are sent to privately owned cloud manager, forward S402d to;
S402d: privately owned cloud manager produces virtual machine according to general parameter and server scene customized parameter; The application that application manager utilizes container technique Automatic dispatching to download runs on the virtual machine of privately owned cloud manager generation, forwards S402e to;
S402e: repeat S402c ~ S402d, based on the feedback applying Dynamic Scheduling Strategy and event manager module, continuous dynamic conditioning performs the virtual server quantity of down load application, increases or release virtual resource, terminates.
There will be following two kinds of situations when S403 specifically implements:
S403a: when privately owned cloud scale need extend to two, can merge after cloud deployed with devices completes at First, add second and merge cloud equipment; After networking starts, by Agent Agent, First merges cloud equipment and merges cloud equipment with second to complete related data synchronous, and namely optimization manager realizes synchronously, application manager realizes the realization of synchronous, privately owned cloud manager synchronously; After synchronously completing, the resource centralized and unified management of two fusion cloud equipment, and First merges cloud equipment as main management equipment, second merges cloud equipment and uses as Failover management equipment (failover management equipment), namely only have when after the software or hardware failure of main management equipment, Failover management equipment just takes over all management work, after main management equipment is normal, Failover management equipment will be synchronous with main equipment, then management control right is given back main management equipment, realize the privately owned cloud level can use, terminate;
S403b: when privately owned cloud scale need extend to more than two (not comprising two), can merge by First with cloud equipment, second fusion cloud equipment is arranged according to the operation of S403a; After networking starts, can obtain by respective optimization manager the IP address that First merges cloud equipment, second fusion cloud equipment for all the other fusion cloud equipment; Then by Agent Agent, the equipment control power all the other being merged cloud equipment gives First fusion cloud equipment (i.e. main management equipment) of corresponding IP, second fusion cloud equipment (i.e. Failover management equipment), all the other are made to merge cloud equipment as working node (namely not bearing any management work), physical resource and the virtual resource of all fusion cloud equipment transfer to main management equipment (after main management equipment failure, by Failover management equipment) centralized and unified management, terminates.
The present invention is not limited to above-mentioned embodiment, and for those skilled in the art, under the premise without departing from the principles of the invention, can also make some improvements and modifications, these improvements and modifications are also considered as within protection scope of the present invention.The content be not described in detail in this instructions belongs to the known prior art of professional and technical personnel in the field.
Claims (10)
1. the system realizing easy deployment and use privately owned cloud, comprise at least one be arranged at the fusion cloud equipment of enterprise customer's end and be arranged at the cloud service platform of manufacturer's service end, the corresponding cloud service platform of all fusion cloud equipment, is characterized in that: every platform merges cloud equipment and comprises optimization manager, application manager and privately owned cloud manager;
Optimization manager comprises Configuration Manager and outside cloud service interface engine module; Configuration Manager is for arranging the general parameter of application scenarios, and application scenarios comprises office computer scene, server scene and storage scenarios; Outside cloud service interface engine module is used for communicating with cloud service platform;
Application manager is used for: according to user-selected application scenarios, the general parameter corresponding with this application scenarios is obtained from optimization manager, and arrange according to the customized parameter of user's request to this application scenarios, after being provided with, the general parameter of this application scenarios and customized parameter are sent to privately owned cloud manager;
Privately owned cloud manager is used for: the general parameter sent according to application manager and customized parameter, produces the virtual machine needed for application scenarios or virtual storage resource; And return produced virtual machine or the access mode of virtual storage resource to user;
Cloud service platform is used for: realize the online trouble hunting of fusion cloud equipment, system update upgrading and provide application download or use service online.
2., based on the method realizing easy deployment and the privately owned cloud of use of system described in claim 1, it is characterized in that, comprise the following steps:
S1: start one and merge cloud equipment, arranged the general parameter of application scenarios by Configuration Manager, application scenarios comprises office computer scene, server scene and storage scenarios, forwards S2 to;
S2: application manager is according to user-selected application scenarios, the general parameter corresponding with current application scene is obtained from Configuration Manager, and the customized parameter of current application scene is set according to user's request, the general parameter of current application scene and customized parameter are sent to privately owned cloud manager, forward S3 to;
S3: privately owned cloud manager determines required virtual resource according to the type of current application scene, virtual resource is virtual machine or virtual storage resource; Virtual resource needed for producing according to the general parameter of current application scene and customized parameter; Privately owned cloud manager returns the access mode of virtual resource to user, thus realizes the deployment of privately owned cloud, forwards S4 to;
S4: user realizes the use of privately owned cloud by accesses virtual resource, in use procedure, merge the type of cloud equipment determination Service events, if the type of Service events is trouble hunting event or upgrades upgrade event, then show that equipment has occurred that fault or system need upgrading, forward S401 to; If the type of Service events is application download event, then shows that user needs down load application service, forward S402 to; If the type of Service events is Expansion event, then shows that user needs to expand the privately owned cloud scale of current deployment, forward S403 to;
S401: the outside cloud service interface engine module merging cloud equipment is connected with cloud service platform, realizes online trouble hunting or system update upgrading by cloud service platform, terminates;
S402: the outside cloud service interface engine module merging cloud equipment is applied to local use needed for cloud service platform download, terminates;
S403: merge cloud equipment realize privately owned cloud Expansion and the privately owned cloud level can be used by adding some, terminate.
3. realize the method for easy deployment and the privately owned cloud of use as claimed in claim 2, it is characterized in that, S2 specifically comprises the following steps:
When user selects office computer scene, application manager obtains the general parameter of office computer scene from Configuration Manager; Arrange office computer scene customized parameter according to user's request, office computer scene customized parameter comprises the computer number of units that will produce; The general parameter of office computer scene and office computer scene customized parameter are sent to privately owned cloud manager;
When user selects server scene, by appearance two kinds of dispositions:
If the server produced is as the staging server developed or test, then application manager obtains the general parameter of server scene from Configuration Manager; Arrange server scene customized parameter according to user's request, server scene customized parameter comprises the server number of units that will produce; The general parameter of server scene and server scene customized parameter are sent to privately owned cloud manager;
If the server produced is as the application server of application deployment, then application manager obtains the general parameter of server scene from Configuration Manager, and produce server scene customized parameter according to the application Dynamic Scheduling Strategy of institute's application deployment, server scene customized parameter comprises the server number of units that will produce, then the general parameter of server scene and server scene customized parameter are sent to privately owned cloud manager;
When user selects storage scenarios, application manager obtains the general parameter of storage scenarios from Configuration Manager; Arrange storage scenarios customized parameter according to user's request, storage scenarios customized parameter comprises the memory capacity that will produce; The general parameter of storage scenarios and storage scenarios customized parameter are sent to privately owned cloud manager.
4. realize the method for easy deployment and the privately owned cloud of use as claimed in claim 2, it is characterized in that: described in S3, privately owned cloud manager determines required virtual resource according to the type of current application scene, specifically comprise the following steps: if the type of current application scene is office computer scene or server scene, then determine that required virtual resource is virtual machine; If the type of current application scene is storage scenarios, then determine that required virtual resource is virtual storage resource.
5. realize the method for easy deployment and the privately owned cloud of use as claimed in claim 2, it is characterized in that: the virtual resource needed for producing according to the general parameter of the current application scene received and customized parameter described in S3, specifically comprise the following steps: if current application scene is office computer scene or server scene, then according to general parameter and the customized parameter of the current application scene received, KVM virtualization technology is utilized to produce the virtual machine of corresponding configuration and quantity; If current application scene is storage scenarios, then HDFS distributed file system is utilized to produce the virtual storage resource of respective volume.
6. realize the method for easy deployment and the privately owned cloud of use as claimed in claim 2, it is characterized in that, S401 specifically comprises the following steps:
S401a: optimization manager comprises event manager module, the event log of event manager module real-time detection fusion cloud equipment, the event log that the event log broken down or system need be upgraded upgrading is sent to outside cloud service interface engine module, forwards S401b to;
S401b: outside cloud service interface engine module need upgrade the event log of upgrading for the event log broken down or system, check the key message of corresponding manager, forms Trouble Report or upgrading report, forwards S401c to;
S401c: Trouble Report or upgrading report are submitted to cloud service platform by outside cloud service interface engine module; Cloud service platform by analysis, passback fault remediation instructions or upgrade give outside cloud service interface engine module afterwards in diagnosis; Outside cloud service interface engine module completes corresponding repair according to fault remediation instructions or upgrade or upgrades upgrade job, forwards S401d to;
S401d: repeat S401a ~ S401c, until event manager module no longer finds that there is trouble hunting event or upgrades upgrade event, or outside cloud service interface engine module is replied and cannot automatically be repaired or upgrade, or user selects to disregard dependent event, terminates.
7. realize the method for easy deployment and the privately owned cloud of use as claimed in claim 6, it is characterized in that: repair described in S401c, renewal upgrade job include amendment configuration file or upgrade execute file.
8. realize the method for easy deployment and the privately owned cloud of use as claimed in claim 2, it is characterized in that, S402 specifically comprises the following steps:
S402a: download application information is sent to cloud service platform according to the download demand of user by outside cloud service interface engine module, forwards S402b to;
S402b: cloud service platform is downloaded to fusion cloud equipment by applying and apply Dynamic Scheduling Strategy accordingly by outside cloud service interface engine module according to download application information, forwards S402c to;
S402c: the application manager merging cloud equipment obtains the general parameter of server scene from optimization manager, and produce server scene customized parameter according to application Dynamic Scheduling Strategy, server scene customized parameter comprises the server number of units that will produce, then the general parameter of acquisition and server scene customized parameter are sent to privately owned cloud manager, forward S402d to;
S402d: privately owned cloud manager produces virtual machine according to general parameter and server scene customized parameter; The application that application manager utilizes container technique Automatic dispatching to download runs on the virtual machine of privately owned cloud manager generation, forwards S402e to;
S402e: repeat S402c ~ S402d, based on the feedback applying Dynamic Scheduling Strategy and event manager module, continuous dynamic conditioning performs the virtual server quantity of down load application, increases or release virtual resource, terminates.
9. realize the method for easy deployment and the privately owned cloud of use as claimed in claim 2, it is characterized in that: in S403 when privately owned cloud scale need extend to two, specifically comprise the following steps: after First fusion cloud deployed with devices completes, add second and merge cloud equipment; After networking starts, by Agent Agent, First merges cloud equipment and merges cloud equipment with second to complete related data synchronous; After synchronously completing, the resource centralized and unified management of two fusion cloud equipment, and First merges cloud equipment as main management equipment, and second merges cloud equipment and uses as failover Failover management equipment, and realizing the privately owned cloud level can use, and terminates.
10. realize the method for easy deployment and the privately owned cloud of use as claimed in claim 2, it is characterized in that: in S403 when privately owned cloud scale need extend to more than two, specifically comprise the following steps:
After First fusion cloud deployed with devices completes, add second and merge cloud equipment; After networking starts, by Agent Agent, First merges cloud equipment and merges cloud equipment with second to complete related data synchronous; After synchronously completing, the resource centralized and unified management of two fusion cloud equipment, and First merges cloud equipment as main management equipment, and second merges cloud equipment and uses as failover Failover management equipment, realize the privately owned cloud level and can use HA;
After networking starts, can obtain by respective optimization manager the IP address that First merges cloud equipment, second fusion cloud equipment for all the other fusion cloud equipment; Then by Agent Agent, the equipment control power all the other being merged cloud equipment gives First fusion cloud equipment, second fusion cloud equipment, makes all the other merge cloud equipment and uses as working node; Physical resource and the virtual resource of all fusion cloud equipment transfer to main management equipment centralized and unified management, when after main management equipment failure, are then taken over by Failover management equipment, terminate.
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