CN102655532A - Distributed heterogeneous virtual resource integration management method and system - Google Patents
Distributed heterogeneous virtual resource integration management method and system Download PDFInfo
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Abstract
The invention discloses a distributed heterogeneous virtual resource integration management system comprising a heterogeneous resource virtualization engine, a heterogeneous virtual resource access API (Application Programming Interface) and a cloud service platform, wherein the heterogeneous resource virtualization engine is used for allowing resource nodes to complete self-service virtual machine deployment, providing virtualization product selection strategies for users according to corresponding conditions of the resource nodes, and assisting the users in completing the set and deploying virtualization by virtue of an automatically-customized template, a visual process editor, an integration software development kit and Web service interfaces convenient for the users to operate, thereby changing the resource nodes to virtualization resource nodes; the heterogeneous virtual resource access API is used for registering the virtualization resource nodes to a distributed resource management center; and the cloud service platform is used for distributing new virtual servers, reconfiguring another virtual severs and recovering other virtue servers. The distributed heterogeneous virtual resource integration management system can be used for managing widespread virtual resources from various heterogeneous virtual products in a concentrated and comprehensive manner.
Description
Technical field
The present invention relates to the cloud computing technology, more specifically, relate to a kind of distributed heterogeneous virtual resource integrated management method and system.
Background technology
Leading on the road of cloud computing, the realization of virtual value is a lasting process.The initial trial of most of enterprises or organization is virtual to be the efficient and reduction cost of investment in order to improve server, thereby is to lay the foundation in the next stage that gets into the travel of virtual value, during soon virtualization extensions is used to the key business of enterprise.Next, the user is to the improvement of professional agility and service quality, with helping enterprise and organization to arrive at that the terminal point of the travel of virtual value---IT promptly serves.
The rise of cloud computing makes more and more enterprises recognize, virtual is to make up one of indispensable key technology of cloud architecture.Utilize virtually, enterprise needn't abandon existing architecture, can make up brand-new infrostructure, thereby utilizes original IT investment more fully.
Cloud computing is that to promote that IT turns to the business be a major transformation of center mode.It is conceived to real achievements such as efficiency of operation, competitiveness and quick response.The effect that this means IT is from providing the IT service progressively to carry out the transition to payment and use according to business demand optimization service.This brand-new pattern was converted into flexible and efficient resource pool and the virtual architecture that possesses ability of self-management with former information island, thereby offered the user with lower cost with the form of serving.IT promptly serve will provide professional needed all, and in the control of loss of system not, keep the flexibility and the agility of system.
Virtualization product is carried out for many years as thinking outstanding person, Microsoft and VMware by virtual manufacturer, but they but seldom provide strong tool to manage their these products.Till today, these manufacturers such as VMware, still the main attentiveness with them has been placed on the exploitation core product.So, the abundant management tool of the special development function of many third-party companies occurs and come enhancing to be provided for the product of those major companies.These instruments all are on the basic tool basis that virtual manufacturer provides, to develop, and they comprise safety, monitoring, report, backup and automation tools etc.But up to the present; These virtual product management tools all are to be confined to a certain specific interface; Such as Virt-manager X11 application software; Also not having which project of increasing income is that virtualized environment is developed the real management tool of striding the Virtual Machine Manager program, develops the real management tool of striding the Virtual Machine Manager program.
In sum, the management board of existing virtual resource is limited to a certain specific interface, can not concentrate comprehensively management to the virtual resource of locating various isomery virtual products.
Summary of the invention
The object of the present invention is to provide a kind of distributed heterogeneous virtual resource integrated management method; Management board to solve existing virtual resource in the prior art is limited to a certain specific interface, can not concentrate the comprehensively technical problem of management to the virtual resource of locating various isomery virtual products.
The purpose of this invention is to provide a kind of distributed heterogeneous virtual resource integrated management system; Management board to solve existing virtual resource in the prior art is limited to a certain specific interface, can not concentrate the comprehensively technical problem of management to the virtual resource of locating various isomery virtual products.
A kind of distributed heterogeneous virtual resource integrated management method comprises:
At server end the heterogeneous resource virtualization engine is set; Corresponding said heterogeneous resource virtualization engine is set on distributed physical node, comprises that the said distributed physical node of foreign lands' Heterogeneous Computing, storage, webserver physical equipment connects said heterogeneous resource virtualization engine;
The isomery virtual resource is set inserts API, said heterogeneous resource virtualization engine be connected said isomery virtual resource access API through the virtual resource node of virtual cloud heterogeneous structure of platform to be accessed;
Said distributed physical node through said heterogeneous resource virtualization engine, insert API through the isomery virtual resource again and carry out register requirement to the cloud service platform, the virtual resource node of said isomery directly inserts API through said isomery virtual resource and carries out register requirement to the cloud service platform;
The cloud service platform is accomplished registration, and preserves log-on message;
After the cloud service platform receives new cloud resource request, select the corresponding virtual resource, in said virtual resource is trooped, create new virtual server, and dispose corresponding virtual resource monitor component according to the requirement of resource request;
The cloud service platform according to the resource request requirement, is selected the corresponding virtual resource after receiving cloud service application resource load adjustment request, adjustment virtual server quota in the virtual money of having distributed is trooped;
The cloud service platform reclaims the virtual resource that discharges distribution when receiving the request of cloud service application resource release virtual resource.
Preferably, further comprise:
S1: to cloud service platform input node;
S2:, then said distributed physical node is inserted the heterogeneous resource virtualization engine if said node is without virtualized said distributed physical node; If said node was for carrying out the virtual resource node of virtualized isomery, then the virtual resource node of said isomery is inserted API through said isomery virtual resource and insert said cloud service platform.
Preferably, this method further comprises:
The client search local node configuration information of said heterogeneous resource virtualization engine, and report the server end of giving said heterogeneous resource virtualization engine;
The said server end of said heterogeneous resource virtualization engine provides corresponding virtualization product selection scheme according to distributed physical node configuration information;
According to the said virtualization product selection scheme that the server end of said heterogeneous resource virtualization engine returns, said client is specified virtualization product, and feeds back to the said server end of said heterogeneous resource virtualization engine;
The said virtualization product selection scheme that the said server end of said virtualization engine returns according to said client provides corresponding virtualization product installation kit to download;
The keeper at distributed physical node place gets into the virtualization software installation procedure through the said client of said heterogeneous resource virtualization engine, and the feedback mount message is given said server end;
The said server end of said heterogeneous resource virtualization engine calls the isomery virtual resource and inserts API, and virtual machine is registered the cloud service platform, accomplishes the access and the registration work of said distributed physical node.
Invention further preferably includes:
Insert API at the isomery virtual resource a plurality of isomate interfaces are set, preserve those virtualization product corresponding command form and interface formats;
When receiving the request of lower floor, obtain this lower floor's corresponding virtual product information, interface message, and according to predefined regulation said corresponding command is resolved to the unity of command form and be uploaded to the upper strata;
When receiving the order on upper strata, it is resolved under this corresponding virtual product corresponding command form reach lower floor.
Invention further preferably includes:
After receiving new cloud resource request; Requirement according to resource request; Select the most suitable virtual resource that satisfies application demand, in virtual resource is trooped, create new virtual server, and dispose corresponding virtual resource monitor component, cloud service or system service at interior assembly.
Invention further preferably includes:
After receiving cloud service application resource load adjustment request, according to the requirement of resource request, select the most suitable virtual resource that satisfies application demand, adjustment virtual server quota in the virtual resource that has distributed is trooped;
After receiving the request of cloud service application release virtual resource, rm-cell reclaims and discharges the virtual resource that is assigned with, and revising resource status is " available ".
A kind of distributed heterogeneous virtual resource integrated management system also comprises:
At server end said heterogeneous resource virtualization engine is set; Corresponding said heterogeneous resource virtualization engine is set on distributed physical node, comprises that the said distributed physical node of foreign lands' Heterogeneous Computing, storage, webserver physical equipment connects said heterogeneous resource virtualization engine;
The isomery virtual resource is set inserts API, said heterogeneous resource virtualization engine be connected said isomery virtual resource access API through the virtual resource node of virtual cloud heterogeneous structure of platform to be accessed;
Said distributed physical node through said heterogeneous resource virtualization engine, insert API through the isomery virtual resource again and ask to the cloud service platform, the virtual resource node of said isomery directly inserts API through said isomery virtual resource and asks to the cloud service platform;
Cloud service platform: be used for accomplishing registration and preserve log-on message, receive after the new cloud resource request and to select the corresponding virtual resource to troop according to the requirement of resource request to create new virtual server and dispose corresponding virtual resource monitor component and receive virtual money that cloud service application resource load adjustment request back requires according to resource request to select the corresponding virtual resource distributing and adjust the virtual server quota in trooping at said virtual resource.
Wherein, said cloud service platform comprises resource scheduling system unit, rm-cell, monitoring resource unit, stock assessment unit, audit Charging Detail Record unit;
Wherein, Said resource scheduling system unit is connected with said rm-cell; Said resource scheduling system unit is connected with said monitoring resource unit, and said resource scheduling system unit is connected with said stock assessment unit, and said resource scheduling system unit is connected with said audit Charging Detail Record unit.
Wherein said resource scheduling system unit comprises request monitoring subelement, resource detection subelement, resource selection subelement, scheduling of resource subelement; Wherein, Described request is monitored subelement and is connected with said scheduling of resource subelement; Said scheduling of resource subelement is connected with said resource selection subelement, and said scheduling of resource subelement is connected with said resource detection subelement, and said resource selection subelement is connected with said resource detection subelement.
Specifically,
The heterogeneous resource virtualization engine; Be used to make resource node to accomplish self-service deploying virtual machine; For the user virtualization product selection strategy is provided according to the corresponding situation of resource node; And through automatic custom built forms, visual flow process editing machine, integrated software development kit and user-friendly Web service interface help user accomplish and are provided with and dispose virtual, and resource node becomes virtual resource node;
The isomery virtual resource inserts API (Application Programming Interface, API), is used for virtual resource node is registered to the distributed resource management center;
The cloud service platform is used to distribute new virtual server, reconfigures virtual server and reclaims virtual server.
Said isomery virtual resource inserts API and connects said heterogeneous resource virtualization engine and said cloud service platform.
Said cloud service platform comprises resource scheduling system unit, rm-cell, monitoring resource unit, stock assessment unit, audit Charging Detail Record unit;
Wherein, Said resource scheduling system unit is connected with said rm-cell, and said resource scheduling system unit is connected with said monitoring resource unit, and said resource scheduling system unit is connected with said stock assessment unit; Said resource scheduling system unit is connected with said audit Charging Detail Record unit; Said rm-cell is connected with said monitoring resource unit, and said rm-cell is connected with said audit Charging Detail Record unit, and said monitoring resource unit is connected with said stock assessment unit.
Said rm-cell is used for being responsible for registration, cancellation, backup, maintenance, statistical analysis, resource deployment and the resource recovery operation of the virtual workflow management of resource node, virtual resource node.
Said monitoring resource unit; The virtual resource node that is used for system that all are registered to is implemented monitoring; And provide virtual machine state to obtain interface, occur feeding back to said resource scheduling system unit when unusual in resource; Ask it to be requestor's Resources allocation again, guarantee the availability of requestor resource; After resource uses, feed back to said rm-cell, ask said rm-cell to carry out cleaning work and come resource is reclaimed.
Said stock assessment unit is used for all resource nodes of system management are carried out the assessment of index, and generates assessment report, and assessment report is fed back to said resource scheduling system unit, reference during for said resource scheduling system unit operation dispatching.
Said audit Charging Detail Record unit is used for the resource situation that the user uses is chargeed.
Said resource scheduling system unit comprises request monitoring subelement, resource detection subelement, resource selection subelement, scheduling of resource subelement; Wherein said request monitoring subelement is connected with said scheduling of resource subelement; Said scheduling of resource subelement is connected with said resource selection subelement; Said scheduling of resource subelement is connected with said resource detection subelement, and said resource selection subelement is connected with said resource detection subelement.
Described request is monitored subelement and is used for monitor resource request application, submits to said scheduling of resource subelement after it is resolved.
Said resource detection subelement is used for searching resource according to user's request, from resource registering information and monitoring resource information, obtains all qualified available the Resources lists.
Said resource selection subelement is used for choosing optimum resource from the Resources list according to resource dispatching strategy, and the resource selection situation is fed back to said scheduling of resource subelement.
Said scheduling of resource subelement is used for sending order and receiving feedback information to other subelements, and accomplishes the concrete distribution behavior to resource.
The bottom of distributed heterogeneous virtual resource integrated management system management is divided into two big types infrastructure: the first kind is without virtualized distributed physical node, comprises the physical equipments such as calculating, storage, the webserver of foreign lands' isomery; Second type be carried out through virtualization product virtualized, the virtual resource node of cloud heterogeneous structure of platform to be accessed.For the infrastructure of the first kind, said heterogeneous resource virtualization engine is a self-service deploying virtual machine rwan management solution RWAN, helps said distributed physical node to accomplish self-service deploying virtual machine.System provides the virtualization product selection strategy according to the node actual conditions for the user; And through the template that can customize automatically, visual flow process editing machine, integrated SDK (software development kit) and user-friendly Web service interface help user accomplish setting and dispose virtual.The heterogeneous resource virtualization engine can support to comprise the virtual platform of many companies such as Microsoft, VMware, Si Jie and Sun.
For realizing the object of the invention, a kind of distributed heterogeneous virtual resource integrated management method also correspondingly is provided, step is following:
S1: to said cloud service platform input node.
S2:, then said distributed physical node is inserted the heterogeneous resource virtualization engine if said node is without virtualized said distributed physical node; If said node was for carrying out the virtual resource node of virtualized isomery, then the virtual resource node of said isomery is inserted API through said isomery virtual resource and insert said cloud service platform.
S3: the client that said heterogeneous resource virtualization engine is installed on the distributed physical node.
S4: the client search local node configuration information of said heterogeneous resource virtualization engine, and report the server end of giving said heterogeneous resource virtualization engine.
S5: the said server end of said heterogeneous resource virtualization engine provides corresponding virtualization product selection scheme according to distributed physical node configuration information.Also have a kind of mode to be: to carry out selection scheme by keeper's manual work.Every kind of virtualization product is exactly a software; This software is installed is considered whether the software and hardware of oneself is compatible or suitable; And the price of every money software is also different; System can only provide software matrix, and lists corresponding mounting condition, is selected to install according to actual conditions by the keeper then and disposes.Virtualization product is exactly above-mentioned existing virtualization product commonly used on the market, comprises vmware, hyperv, citrix etc., also possibly also have other non-mainstream minor brands products, and our platform can provide more more more options as far as possible.
S6: the said virtualization product selection scheme that the said distributed physical node keeper of place returns according to the server end of said heterogeneous resource virtualization engine; Specify virtualization product through said client, and feed back to the said server end of said heterogeneous resource virtualization engine.
S7: the said virtualization product selection scheme that the said server end of said virtualization engine returns according to said client provides corresponding virtualization product installation kit to download.The said server of virtualization engine can be stored the corresponding installation kit of each virtualization product in advance.The server at virtualization engine place also can be stored the installation kit which kind of hardware environment is installed corresponding virtual product, correspondence in advance.Like this, obtain corresponding information from client and can download corresponding virtual product installation kit.
S8: the keeper at distributed physical node place gets into the virtualization software installation procedure through the said client of said heterogeneous resource virtualization engine, and the feedback mount message is given said server end.
S9: the said server end of said heterogeneous resource virtualization engine calls the isomery virtual resource and inserts API (Application Programming Interface; API); Virtual machine is registered the cloud service platform, accomplish the access and the registration work of said distributed physical node.The core business of cloud service platform has following three types:
The first kind is for distributing new virtual server: after receiving new cloud resource request; Resource scheduling system is selected the most suitable virtual resource that satisfies application demand according to the requirement of resource request, in virtual resource is trooped, creates new virtual server; And dispose assemblies such as corresponding virtual resource monitor component, cloud service or system service; This all is the part of a complete deployment, is accomplished automatically by software, and having disposed behind these assemblies just, point counting has prepared virtual server.Resource scheduling system is received resource request (such as how many virtual memory spaces of needs; Need how many CPU to calculate etc.) after, the resource allocation policy algorithm followed (such as allocation strategy in the resource set, load balancing allocation strategy; Maximum priority allocation strategy; Minimum priority allocation strategy, Random assignment strategy, assignment of allocation strategy and third party's allocation strategy etc.) the optimum resource of selection in the Resources list.
Second type is configuration virtual server again: after receiving cloud service application resource load adjustment request; Resource scheduling system is according to the requirement of resource request; Select the most suitable virtual resource that satisfies application demand, adjustment virtual server quota in the virtual resource that has distributed is trooped; The 3rd type for reclaiming virtual server: after receiving the request of cloud service application release virtual resource, rm-cell reclaims and discharges the virtual resource that is assigned with, and revising resource status is " available ".
The present invention has realized the integrated management of distributed heterogeneous virtual resource; To support to cross-domain seamless integrated and uniform dispatching of striding the virtual resource of virtualization product; Compare with existing correlation technique; The present invention both can realize being distributed in physical resource self-service virtual of place remote; And, also can the integrated management instrument of a real Virtual Machine Manager program of striding be provided for the virtualization applications environment to implementing unified management through virtualization product commonly used on any market or the resource after the virtual technologyization to the enforcement of the resource after virtual unified management.
Description of drawings
Fig. 1 is the structural representation of enforcement row of the present invention;
Fig. 2 is the workflow diagram of Fig. 1;
Fig. 3 is the structural representation of the cloud service platform of Fig. 1;
Fig. 4 is the structural representation of the resource scheduling system unit of Fig. 1.
Embodiment
Below in conjunction with accompanying drawing and specific embodiment the present invention is made detailed explanation, but following enforcement row are not to be used to limit the present invention.
Fig. 1 is the structural representation of enforcement row of the present invention, and Fig. 3 is the structural representation of the cloud service platform of Fig. 1, and Fig. 4 is the structural representation of the resource scheduling system unit of Fig. 1.
See also Fig. 1, Fig. 3 and Fig. 4, a kind of distributed heterogeneous virtual resource integrated management system 100 comprises:
Heterogeneous resource virtualization engine 1; Be used to make resource node to accomplish self-service deploying virtual machine; For the user virtualization product selection strategy is provided according to the corresponding situation of resource node; And through automatic custom built forms, visual flow process editing machine, integrated software development kit and user-friendly Web service interface help user accomplish and are provided with and dispose virtual, and resource node becomes virtual resource node.Preserve the virtualization product that various computing machine environment correspondence can be installed in the heterogeneous resource virtualization engine 1, that is, the installation procedure of virtualization product can be installed to different hardware or software environment correspondence preserve.
The isomery virtual resource inserts API (Application Programming Interface, API) 2, is used for virtual resource node is registered to the distributed resource management center.Insert API at the isomery virtual resource a plurality of isomate interfaces are set, preserve those virtualization product corresponding command form and interface formats; When receiving the request of lower floor, obtain this lower floor's corresponding virtual product information, interface message, and according to predefined regulation said corresponding command is resolved to the unity of command form and be uploaded to the upper strata; When receiving the order on upper strata, it is resolved under this corresponding virtual product corresponding command form reach lower floor.How the order of different virtual product resolves to the order of standard and high-level interface, carries out the setting and the preservation of analysis program in advance.
This engine can assisting users be deployed to a virtual resource node through the virtualization product (according to this node software and hardware actual conditions) oneself selected with oneself physical node; Whole then virtual resource nodes can be registered and managed through API; This is because API is a general-purpose interface (can regard the integrated of a lot of isomate interfaces as); Play the effect of a translation and switching; Can mask the isomery interface (every kind of virtualization product all has command format and the interface format that oneself uses) of lower floor to upper layer module, for the upper strata provides unified registration and management interface.
Cloud service platform 3 is used to distribute new virtual server, reconfigures virtual server and reclaims virtual server.
Said isomery virtual resource inserts API2 and connects said heterogeneous resource virtualization engine 1 and said cloud service platform 3.
Said cloud service platform 3 comprises resource scheduling system unit 31, rm-cell 32, monitoring resource unit 33, stock assessment unit 34, audit Charging Detail Record unit 35,
Wherein, Said resource scheduling system unit 31 is connected with said rm-cell 32; Said resource scheduling system unit 31 is connected with said monitoring resource unit 33; Said resource scheduling system unit 31 is connected with said stock assessment unit 34, and said resource scheduling system unit 31 is connected with said audit Charging Detail Record unit 35, and said rm-cell 32 is connected with said monitoring resource unit 33; Said rm-cell 32 is connected with said audit Charging Detail Record unit 35, and said monitoring resource unit 33 is connected with said stock assessment unit 34.
Said rm-cell 32 is used for being responsible for registration, cancellation, backup, maintenance, statistical analysis, resource deployment and the resource recovery operation of the virtual workflow management of resource node, virtual resource node.
Said monitoring resource unit 33; The virtual resource node that is used for system that all are registered to is implemented monitoring; And provide virtual machine state to obtain interface, occur feeding back to said resource scheduling system unit 31 when unusual in resource; Ask it to be requestor's Resources allocation again, guarantee the availability of requestor resource; After resource uses, feed back to rm-cell 32, ask said rm-cell 32 to carry out cleaning work and come resource is reclaimed.
Said stock assessment unit 34; Be used for all resource nodes of system management are carried out the assessment of index; And the generation assessment report, and assessment report fed back to said resource scheduling system unit 31, reference during for said resource scheduling system unit 31 operation dispatchings.
Said audit Charging Detail Record unit 35 is used for the resource situation that the user uses is chargeed.
Said resource scheduling system unit 31 comprises request monitoring subelement 311, resource detection subelement 312, resource selection subelement 313, scheduling of resource subelement 314; Wherein said request monitoring subelement 311 is connected with said scheduling of resource subelement 314; Said scheduling of resource subelement 314 is connected with said resource selection subelement 313; Said scheduling of resource subelement 314 is connected with said resource detection subelement 312, and said resource selection subelement 313 is connected with said resource detection subelement 312.
Described request is monitored subelement 311 and is used for monitor resource request application, submits to said scheduling of resource subelement 314 after it is resolved.
Said resource detection subelement 312 is used for searching resource according to user's request, from resource registering information and monitoring resource information, obtains all qualified available the Resources lists.
Said resource selection subelement 313 is used for choosing optimum resource from the Resources list according to resource dispatching strategy, and the resource selection situation is fed back to said scheduling of resource subelement 314.
Said scheduling of resource subelement 314 is used for sending order and receiving feedback information to other unit, and accomplishes the concrete distribution behavior to resource.
The bottom of distributed heterogeneous virtual resource integrated management system management is divided into two big types infrastructure 4: the first kind is without virtualized distributed physical node 41, comprises the physical equipments such as calculating, storage, the webserver of foreign lands' isomery; Second type be carried out through virtualization product virtualized, the virtual resource node 42 of cloud heterogeneous structure of platform to be accessed.For the infrastructure 4 of the first kind, said heterogeneous resource virtualization engine 1 is a self-service deploying virtual machine rwan management solution RWAN, helps said distributed physical node 41 to accomplish self-service deploying virtual machine.System provides the virtualization product selection strategy according to the node actual conditions for the user; And through the template that can customize automatically, visual flow process editing machine, integrated SDK (software development kit) and user-friendly Web service interface help user accomplish setting and dispose virtual.Heterogeneous resource virtualization engine 1 can support to comprise the virtual platform of many companies such as Microsoft, VMware, Si Jie and Sun.
Fig. 2 is the workflow diagram of Fig. 1.A kind of distributed heterogeneous virtual resource integrated management method comprises:
At server end the heterogeneous resource virtualization engine is set; Corresponding said heterogeneous resource virtualization engine is set on distributed physical node, comprises that the said distributed physical node of foreign lands' Heterogeneous Computing, storage, webserver physical equipment connects said heterogeneous resource virtualization engine;
The isomery virtual resource is set inserts API, said heterogeneous resource virtualization engine be connected said isomery virtual resource access API through the virtual resource node of virtual cloud heterogeneous structure of platform to be accessed;
Said distributed physical node through said heterogeneous resource virtualization engine, insert API through the isomery virtual resource again and carry out register requirement to the cloud service platform, the virtual resource node of said isomery directly inserts API through said isomery virtual resource and carries out register requirement to the cloud service platform;
The cloud service platform is accomplished registration, and preserves log-on message;
After the cloud service platform receives new cloud resource request, select the corresponding virtual resource, in said virtual resource is trooped, create new virtual server, and dispose corresponding virtual resource monitor component according to the requirement of resource request;
The cloud service platform according to the resource request requirement, is selected the corresponding virtual resource after receiving cloud service application resource load adjustment request, adjustment virtual server quota in the virtual money of having distributed is trooped;
The cloud service platform reclaims the virtual resource that discharges distribution when receiving the request of cloud service application resource release virtual resource
See also Fig. 1 and Fig. 2, it is following operating procedure such as how to register without virtualized said distributed physical node:
S1: to said cloud service platform 3 input nodes.
S2:, then said distributed physical node 41 is inserted heterogeneous resource virtualization engine 1 if said node is without virtualized said distributed physical node 41; If said node was for carrying out the virtual resource node 42 of virtualized isomery, then the virtual resource node 42 of said isomery is inserted API2 through said isomery virtual resource and insert said cloud service platform 3.
S3: the client that said heterogeneous resource virtualization engine 1 is installed on the distributed physical node 41.
S4: the client search local node configuration information of said heterogeneous resource virtualization engine 1, and report the server end of giving said heterogeneous resource virtualization engine 1.
S5: the said server end of said heterogeneous resource virtualization engine 1 provides corresponding virtualization product selection scheme according to distributed physical node 41 configuration informations.
S6: the said virtualization product selection scheme that said distributed physical node 41 keepers of place return according to the server end of said heterogeneous resource virtualization engine 1; Specify virtualization product through said client, and feed back to the said server end of said heterogeneous resource virtualization engine 1.
S7: the said virtualization product selection scheme that the said server end of said virtualization engine returns according to said client provides corresponding virtualization product installation kit to download.
S8: the keeper at distributed physical node place 41 gets into the virtualization software installation procedure through the said client of said heterogeneous resource virtualization engine 1, and the feedback mount message is given said server end.
S9: the said server end of said heterogeneous resource virtualization engine 1 calls the isomery virtual resource and inserts API2 (Application Programming Interface; API); Virtual machine is registered cloud service platform 3, accomplish the access and the registration work of said distributed physical node 41.
The core business of cloud service platform 3 has following three types:
The first kind is for distributing new virtual server: after receiving new cloud resource request; Resource scheduling system is according to the requirement of resource request; Select the most suitable virtual resource that satisfies application demand; In virtual resource is trooped, create new virtual server, and dispose assemblies such as corresponding virtual resource monitor component, cloud service or system service;
Second type is configuration virtual server again: after receiving cloud service application resource load adjustment request; Resource scheduling system is according to the requirement of resource request; Select the most suitable virtual resource that satisfies application demand, adjustment virtual server quota in the virtual resource that has distributed is trooped;
The 3rd type for reclaiming virtual server: after receiving the request of cloud service application release virtual resource, rm-cell 32 reclaims and discharges the virtual resource that is assigned with, and revising resource status is " available ".
In sum; Management distributes widely how to make the virtual resource management system can concentrate all sidedly; From the virtual resource of various isomery virtual products, be technical problem to be solved by this invention, for this reason; The purpose of this invention is to provide under a kind of cloud computing environment; Can support the method and system of distributed heterogeneous virtual resource centralized management, both can realize being distributed in physical resource self-service virtual of place remote, and the resource after virtual is implemented unified management; Also can the integrated management instrument of a real Virtual Machine Manager program of striding be provided for the virtualization applications environment to implementing unified management through virtualization product commonly used on any market or the resource after the virtual technologyization.
Concerning those skilled in the art, in not breaking away from essential scope of the present invention, the foregoing description is carried out suitable replacement or revises all will dropping in the scope of claim of the present invention.Exemplary enforcement only is illustrative, rather than to qualification of the present invention, scope of the present invention is defined by appended claim.
Claims (9)
1. a distributed heterogeneous virtual resource integrated management method is characterized in that, comprising:
At server end the heterogeneous resource virtualization engine is set; Corresponding said heterogeneous resource virtualization engine is set on distributed physical node, comprises that the said distributed physical node of foreign lands' Heterogeneous Computing, storage, webserver physical equipment connects said heterogeneous resource virtualization engine;
The isomery virtual resource is set inserts API, said heterogeneous resource virtualization engine be connected said isomery virtual resource access API through the virtual resource node of virtual cloud heterogeneous structure of platform to be accessed;
Said distributed physical node through said heterogeneous resource virtualization engine, insert API through the isomery virtual resource again and carry out register requirement to the cloud service platform, the virtual resource node of said isomery directly inserts API through said isomery virtual resource and carries out register requirement to the cloud service platform;
The cloud service platform is accomplished registration, and preserves log-on message;
After the cloud service platform receives new cloud resource request, select the corresponding virtual resource, in said virtual resource is trooped, create new virtual server, and dispose corresponding virtual resource monitor component according to the requirement of resource request;
The cloud service platform according to the resource request requirement, is selected the corresponding virtual resource after receiving cloud service application resource load adjustment request, adjustment virtual server quota in the virtual money of having distributed is trooped;
The cloud service platform reclaims the virtual resource that discharges distribution when receiving the request of cloud service application resource release virtual resource.
2. the method for claim 1 is characterized in that: further comprise:
S1: to cloud service platform input node;
S2:, then said distributed physical node is inserted the heterogeneous resource virtualization engine if said node is without virtualized said distributed physical node; If said node was for carrying out the virtual resource node of virtualized isomery, then the virtual resource node of said isomery is inserted API through said isomery virtual resource and insert said cloud service platform.
3. the method for claim 1 is characterized in that, further comprises:
The client search local node configuration information of said heterogeneous resource virtualization engine, and report the server end of giving said heterogeneous resource virtualization engine;
The said server end of said heterogeneous resource virtualization engine provides corresponding virtualization product selection scheme according to distributed physical node configuration information;
According to the said virtualization product selection scheme that the server end of said heterogeneous resource virtualization engine returns, said client is specified virtualization product, and feeds back to the said server end of said heterogeneous resource virtualization engine;
The said virtualization product selection scheme that the said server end of said virtualization engine returns according to said client provides corresponding virtualization product installation kit to download;
The keeper at distributed physical node place gets into the virtualization software installation procedure through the said client of said heterogeneous resource virtualization engine, and the feedback mount message is given said server end;
The said server end of said heterogeneous resource virtualization engine calls the isomery virtual resource and inserts API, and virtual machine is registered the cloud service platform, accomplishes the access and the registration work of said distributed physical node.
4. the method for claim 1 is characterized in that, also comprises:
Insert API at the isomery virtual resource a plurality of isomate interfaces are set, preserve those virtualization product corresponding command form and interface formats;
When receiving the request of lower floor, obtain this lower floor's corresponding virtual product information, interface message, and according to predefined regulation said corresponding command is resolved to the unity of command form and be uploaded to the upper strata;
When receiving the order on upper strata, it is resolved under this corresponding virtual product corresponding command form reach lower floor.
5. the method for claim 1 is characterized in that, also comprises:
After receiving new cloud resource request; Requirement according to resource request; Select the most suitable virtual resource that satisfies application demand, in virtual resource is trooped, create new virtual server, and dispose corresponding virtual resource monitor component, cloud service or system service at interior assembly.
6. the method for claim 1 is characterized in that, also comprises:
After receiving cloud service application resource load adjustment request, according to the requirement of resource request, select the most suitable virtual resource that satisfies application demand, adjustment virtual server quota in the virtual resource that has distributed is trooped;
After receiving the request of cloud service application release virtual resource, rm-cell reclaims and discharges the virtual resource that is assigned with, and revising resource status is " available ".
7. a distributed heterogeneous virtual resource integrated management system is characterized in that,
At server end said heterogeneous resource virtualization engine is set; Corresponding said heterogeneous resource virtualization engine is set on distributed physical node, comprises that the said distributed physical node of foreign lands' Heterogeneous Computing, storage, webserver physical equipment connects said heterogeneous resource virtualization engine;
The isomery virtual resource is set inserts API, said heterogeneous resource virtualization engine be connected said isomery virtual resource access API through the virtual resource node of virtual cloud heterogeneous structure of platform to be accessed;
Said distributed physical node through said heterogeneous resource virtualization engine, insert API through the isomery virtual resource again and ask to the cloud service platform, the virtual resource node of said isomery directly inserts API through said isomery virtual resource and asks to the cloud service platform;
Cloud service platform: be used for accomplishing registration and preserve log-on message, receive after the new cloud resource request and to select the corresponding virtual resource to troop according to the requirement of resource request to create new virtual server and dispose corresponding virtual resource monitor component and receive virtual money that cloud service application resource load adjustment request back requires according to resource request to select the corresponding virtual resource distributing and adjust the virtual server quota in trooping at said virtual resource.
8. system as claimed in claim 7 is characterized in that, said cloud service platform comprises resource scheduling system unit, rm-cell, monitoring resource unit, stock assessment unit, audit Charging Detail Record unit;
Wherein, Said resource scheduling system unit is connected with said rm-cell; Said resource scheduling system unit is connected with said monitoring resource unit, and said resource scheduling system unit is connected with said stock assessment unit, and said resource scheduling system unit is connected with said audit Charging Detail Record unit.
9. distributed heterogeneous virtual resource integrated management system as claimed in claim 8 is characterized in that said resource scheduling system unit comprises request monitoring subelement, resource detection subelement, resource selection subelement, scheduling of resource subelement;
Wherein, Described request is monitored subelement and is connected with said scheduling of resource subelement; Said scheduling of resource subelement is connected with said resource selection subelement, and said scheduling of resource subelement is connected with said resource detection subelement, and said resource selection subelement is connected with said resource detection subelement.
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Cited By (47)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103024022A (en) * | 2012-12-06 | 2013-04-03 | 中国电信股份有限公司云计算分公司 | Controlling and management system and method of virtual machine application service |
| CN103051668A (en) * | 2012-09-21 | 2013-04-17 | 中国电信股份有限公司云计算分公司 | Server resource management system and server resource management method |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI627528B (en) * | 2015-12-30 | 2018-06-21 | Chunghwa Telecom Co Ltd | System and method applied to cloud virtual machine automated test environment deployment |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20020049803A1 (en) * | 2000-08-24 | 2002-04-25 | Jagadish Bandhole | Dynamic computing environment using remotely allocable resources |
| CN1642169A (en) * | 2004-01-17 | 2005-07-20 | 中国科学院计算技术研究所 | Management system and method for large service system based on network storage and resource virtual process |
| CN101937368A (en) * | 2010-08-31 | 2011-01-05 | 苏州阊亦宏环保科技有限公司 | Cloud computation-oriented data center management system |
| CN101969391A (en) * | 2010-10-27 | 2011-02-09 | 北京邮电大学 | Cloud platform supporting fusion network service and operating method thereof |
-
2012
- 2012-04-18 CN CN201210114393.XA patent/CN102655532B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20020049803A1 (en) * | 2000-08-24 | 2002-04-25 | Jagadish Bandhole | Dynamic computing environment using remotely allocable resources |
| CN1642169A (en) * | 2004-01-17 | 2005-07-20 | 中国科学院计算技术研究所 | Management system and method for large service system based on network storage and resource virtual process |
| CN101937368A (en) * | 2010-08-31 | 2011-01-05 | 苏州阊亦宏环保科技有限公司 | Cloud computation-oriented data center management system |
| CN101969391A (en) * | 2010-10-27 | 2011-02-09 | 北京邮电大学 | Cloud platform supporting fusion network service and operating method thereof |
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| CN109561147A (en) * | 2018-11-30 | 2019-04-02 | 武汉烽火信息集成技术有限公司 | A kind of isomery cloud management method and system, isomery cloud management system constituting method |
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| CN112215326A (en) * | 2019-07-10 | 2021-01-12 | 华为技术有限公司 | Distributed AI system |
| CN112215326B (en) * | 2019-07-10 | 2024-03-29 | 华为技术有限公司 | Distributed AI system |
| CN110502392A (en) * | 2019-07-17 | 2019-11-26 | 华东计算技术研究所（中国电子科技集团公司第三十二研究所） | Cloud platform management and monitoring system |
| CN110502762A (en) * | 2019-08-27 | 2019-11-26 | 北京金山数字娱乐科技有限公司 | A kind of transcription platform and its management method |
| CN112367290A (en) * | 2020-09-11 | 2021-02-12 | 浙江大学 | Endogenous safe WAF construction method |
| CN113434261A (en) * | 2021-08-27 | 2021-09-24 | 阿里云计算有限公司 | Heterogeneous computing device virtualization method and system |
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