CN102594919A - Information technology (IT) resource supporting system - Google Patents
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Abstract
The invention provides an information technology (IT) resource supporting system, which comprises a resource bottom layer, a management interlayer and an upper service layer. The shared resource bottom layer is established on the basis of a virtualization technology, so that the reuse of resources is realized, and the utilization rate of the resources is increased. By the management interlayer, the unified scheduling and elastic allocation of the resources can be realized, so that the IT resource supporting system can quickly respond to various service development requirements, and technical support is provided for personalized services. The IT resource supporting system is applied to a telecommunication IT supporting system, and the problems of the conventional telecommunication IT supporting system can be effectively solved.
Description
Technical field
The present invention relates to the cloud computing technology, relate in particular to a kind of IT resource fork support system.
Background technology
Along with WTO advances, it is white-hot that the continuous entering of international telecommunication enterprise, the competition of domestic telecommunication industry also are tending towards.The rule that following telecom operators win victory no longer is a telecommunication resources, and will depend on the managerial ability with the IT technical support more and more.Therefore IT application in enterprises is the inevitable choice of domestic each telecommunications enterprise as a kind of strong weapon that reduces cost, raises the efficiency, strengthens enterprise core competence.
At present domestic each telecommunications enterprise all will promote IT application as the strategic measure that promotes enterprise core competence, constantly improve and optimize IT application in enterprises systems such as performance analysis, charging account, customer relation management.Telecommunications enterprise also hopes the construction through IT application in enterprises; Realize effective information sharing; The production of canbe used on line enterprise, operation and management flow process; Realize operation automation, the intelligent decision-makingization of enterprises, produce to improve, manage, the efficient and the level of management, decision-making, promote to client's service level with to the quick reaction capability of turn of the market; Final business economic benefit and the enterprise core competence of improving, boosting telecom operators are that income makes the transition to the integrated information service merchant by tradition low price resource.
Problems such as the IT resource fork support system major part of existing telecom operators is all independently disposed, and monopolizes the IT resource, and comparatively extensive on managing, and ubiquity device resource utilance is low.Inner from IT resource fork support system, existing IT resource fork support system device resource is difficult to be fully utilized, and poor management can not be realized the resource deployment and the scheduling of interdepartmental system, is difficult to obtain multiplexing.Carry out IT from outward service and support, each business platform of existing IT resource fork support system is independently built, and is difficult to form the ability of resource-sharing and uniform service management, and the individual business kind is abundant inadequately, and the adaptive cost of terminaloriented is high.Infrastructure resources is managed independently, can not satisfy the growing new business demand of reaching the standard grade fast.Therefore, telecom operators be badly in need of to realize the uniform dispatching and elasticity distribution on the IT resource, are optimized in autgmentability, aspect compatible; The realization software and hardware separates; Reallocate resources and platform, solve energy-saving and cost-reducing problem, the exploitation and the application cycle of accelerating value-added product effectively.
Summary of the invention
The present invention provides a kind of IT resource fork support system, so that a kind of open system to be provided, improves the utilance of IT resource.
One aspect of the present invention provides a kind of IT resource fork support system, comprising: resource bottom, management intermediate layer and service upper strata; Wherein,
Said resource bottom comprises physical resource layer, virtual resource layer, rm-cell and resource service interface unit; Said physical resource layer is made up of hardware device; Said virtual resource layer is made up of at least one virtual unit that said hardware device forms after virtual; Said rm-cell comprises conservation of resources subelement, and this conservation of resources subelement is used to store and manage the mapping relations of said virtual unit to said physical equipment; Said resource service interface unit is used to said management intermediate layer service interface is provided;
Said management intermediate layer; Be used to said service upper strata application service is provided; Receive the service request of said service upper strata input; Dispose the application corresponding service according to this service request, and the virtual unit that calls and/or rent in the said resource bottom carries out said application service, the application service execution result is back to said service upper strata;
Said service upper strata is used to realize appearing of each application service; Receive service request through client-side interface, and the service request that receives is passed to said management intermediate layer; And receive the application service execution result return through said management intermediate layer.
Technique effect of the present invention is: the invention provides a kind of open IT resource fork support system.The present invention has set up resources shared bottom and open interface through virtual technological with dynamic resource management, can realize the multiplexing of resource, improves the utilance of resource.The present invention simultaneously also realizes the uniform dispatching and the elasticity distribution of resource through unified management intermediate layer is set; And professional unified management; Make IT resource fork support system can respond the miscellaneous service development need fast, neatly, for the individual business service provides technical support.IT resource fork support system provided by the invention can be applicable to the telecommunications IT system, can effectively solve the problem that existing telecommunications IT support system exists.
Description of drawings
Fig. 1 is the simple structural representation of IT resource fork support system embodiment one provided by the invention;
Fig. 2 is the more detailed structural representation of IT resource fork support system embodiment provided by the invention;
Fig. 3 is for being applied to an instantiation structural representation of field of telecommunications based on IT resource fork support system embodiment provided by the invention;
Fig. 4 is the structural representation of a specific embodiment in the intermediate layer of management described in the IT resource fork support system embodiment provided by the invention;
Fig. 5 is the schematic diagram based on a concrete cloud computing management platform instance of IaaS technique construction;
Fig. 6 realizes the schematic diagram of distributed data service for IT resource fork support system embodiment provided by the invention;
Fig. 7 is the schematic flow sheet of the framework method instance of IT resource fork support system embodiment provided by the invention;
Fig. 8 is the concrete schematic flow sheet of realizing of step S5 in the framework method instance of IT resource fork support system embodiment provided by the invention.
Embodiment
As illustrated in fig. 1 and 2, the structural representation of IT resource fork support system embodiment one provided by the invention.As shown in Figure 1, the said IT resource fork of present embodiment support system comprises: resource bottom 1, management intermediate layer 2 and service upper strata 3.
As shown in Figure 2, said resource bottom 1 comprises physical resource layer 101, virtual resource layer 103, rm-cell and resource service interface unit 104.Said physical resource layer 101 is made up of hardware device.Said virtual resource layer 103 is made up of at least one virtual unit that said hardware device forms after virtual.Said rm-cell comprises conservation of resources subelement 102, and this conservation of resources subelement 102 is used to store and manage the mapping relations of said virtual unit to said physical equipment.Said resource service interface unit 104 is used to said management intermediate layer service interface is provided.
Said management intermediate layer 2 is used to said service upper strata application service is provided; And be used to receive the service request of said service upper strata input; Dispose the application corresponding service according to this service request; The virtual unit that calls simultaneously and/or rent in the said resource bottom is carried out said application service, and the application service execution result is back to said service upper strata.
Said service upper strata 3 is used to realize appearing of each application service; Be used for receiving service request, and the service request that receives is passed to said management intermediate layer through client-side interface; Also be used to receive the application service execution result that returns through said management intermediate layer.
Physical equipment described in the present embodiment and constituted the basic resource environment of present embodiment by physical equipment through the virtual virtual unit that forms.The application service that the said management of present embodiment intermediate layer not only provides the foundation can also be disposed the application corresponding service according to service request, then according to each application service invocation and/or rent said resource underlying device to realize service request.Service upper strata described in the present embodiment is the platform mutual with client.The IT resource fork support system that adopts present embodiment to provide has been realized the uniform dispatching and the elasticity distribution of IT resource, has realized the software and hardware separation, has integrated resource and platform, makes IT resource fork support system can respond the needs of miscellaneous service request fast, neatly.
Here need to prove that virtual resource described in the foregoing description can adopt existing virtual technology, the modes such as virtual host or proxy task actuator of promptly installing are on computers created virtual unit.The quantity of virtual unit does not limit in the foregoing description, can be a virtual unit, possibly be many virtual units yet.Equally, the quantity of physical equipment does not limit yet, and can be a physical equipment, possibly be many physical equipments yet.Physical equipment described in the foregoing description specifically can comprise in calculation type physical equipment, storage-type physical equipment and the communication type physical equipment any one or combination.Physical equipment specifically can be configured according to class of business.Wherein, the calculation type physical equipment like server etc., is mainly used in the completion data computation.The storage-type physical equipment like memory etc., is mainly used in the storage of accomplishing data.The communication type physical equipment like router etc., is mainly used in the completion data communication.Virtual resource described in the foregoing description specifically also can comprise in calculation type virtual resource, storage-type virtual resource and the communication type virtual resource any one or combination.Wherein, the calculation type virtual resource is mainly used in the completion data computing.The storage-type virtual resource is mainly used in the storage of accomplishing data.The communication type virtual resource is mainly used in the communication of accomplishing data.
In the application of reality, said virtual unit is stored and managed to said rm-cell to the mapping relations of said physical equipment except being used to, and also should carry out asset management to hardware device in the resource bottom and virtual unit; Can realize the condition monitoring and the performance monitoring of hardware device; Can trigger abnormal conditions and report to the police, remind the timely maintenance issues equipment of user; And/or can carry out long-term statistical analysis to basic software and hardware resources, for the scheduling of resource of managing the intermediate layer provides decision-making foundation.For making rm-cell described in the foregoing description have these functions, as shown in Figure 2, rm-cell also should comprise described in the foregoing description one: operation management subelement 105 and safety management subelement 106.Wherein, said operation management subelement 105 is used for each equipment of said physical resource layer and virtual resource layer is carried out unified monitoring and operation management.Said safety management subelement 106 is used for the security of operation of said physical equipment is monitored and managed.
Further, the resource service interface unit described in the foregoing description specifically comprises: resource transfer interface unit, resource management interface unit and resource are rented interface unit.Carry out resource transfer, manage and rent with realization each equipment through these several interface units are set the resource bottom.Wherein, described resource transfer interface unit, resource management interface unit and resource are rented interface unit and are come down to the function entrance that provides for physical equipment and virtual unit.This function entrance can be to concentrate through the mode of long-range or local interface to provide, and also can be to be dispersed in a plurality of resources or the apparatus management application otherwise to provide.Can be said management intermediate layer through these several interface units virtual machine allotment service, storage allotment service, network allotment service and basic monitor service etc. are provided.Said virtual machine allotment service is the service that calculation type virtual unit and corresponding calculation type physical equipment provide.Said storage allotment service is the service that storage-type virtual unit and corresponding storage-type physical equipment provide.Said network allotment service is the service that communication type virtual unit and corresponding communication type physical equipment provide.Said basic monitor service is common operation management service.
Again further, as shown in Figure 2, the intermediate layer 2 of management described in the foregoing description specifically can comprise: Application service element 202 and application service administrative unit 201.Wherein, said Application service element 202 comprises the application service instance, is used to said service upper strata application service is provided.Said application service administrative unit 201 is used to receive the service request of said service upper strata input; Dispose the application corresponding service according to this service request; And call and/or rent said resource underlying device and carry out said application service, the application service execution result is back to said service upper strata.
Practice from present telecom operators; The service application of telecommunications IT resource fork support system mainly comprises: business support system (Billing Supporting System; Abbreviation BSS), network operation support system (Operation Supporting System; Be called for short OSS) and Management Support System (Management Supporting System is called for short MSS) three sub-systems.If also need other value-added services, the service application of said telecommunications IT resource fork support system should also comprise: the value-added service support platform.As shown in Figure 3, when IT resource fork support system provided by the invention was applied to field of telecommunications, said service upper strata comprised: unified BSS, unified OSS, unified MSS and value-added service support platform.Further, based on the evolution of cloud computing, above-mentioned service upper strata also can further extend into and comprise: the business support system BSS of each province, each province network operation support system OSS, each province Management Support System MSS and each province's value-added service support platform.
As shown in Figure 4, the structural representation of a specific embodiment in the intermediate layer of management described in the IT resource fork support system embodiment provided by the invention.As can be seen from the figure, described application service administrative unit comprises: resource management subelement 2011, scheduling of resource subelement 2012, resource deployment subelement 2013 and interface management subelement 2014.Wherein, Said resource management subelement 2011 is used for the required resource of said application service implementation is monitored and operation management, for example the Life cycle of the live load of one or more virtual units of common payment application service is monitored and operation management.Said scheduling of resource subelement 2012 comprises that resource transfer subelement and/or resource rent subelement.Said resource transfer subelement and said resource are rented the setting of subelement and can selected to be provided with according to the business field and the business demand of reality, also can be provided with simultaneously.Wherein, said resource transfer subelement is used to the equipment in the said resource bottom of said application service dynamic call.Said resource is rented subelement and is used to said application service and dynamically rents the equipment in the said resource bottom.Said resource deployment subelement 2013 is used for disposing the application corresponding service automatically according to said service request.Said interface management subelement 2014 is used to monitor and manage said management intermediate layer respectively and the data communication between said resource bottom and the said service upper strata.
Among the management intermediate layer embodiment as shown in Figure 4, described Application service element comprises: middleware services subelement 2021, database service subelement 2022, load balancing service subelement 2023 and WEB service subelement 2024.Wherein, said middleware services subelement 2021 is used to said service upper strata middleware services is provided.Said database service subelement 2022 is used to said service upper strata database service is provided.Said load balancing service subelement 2023 is used for based on the load balancing strategy, carries out reasonable distribution so that the optimum Match resource provision to be provided according to service request and current utilization of resources state.Said WEB service subelement 2024 is used to said service upper strata provides WEB service.
In practical application, the subelement of middleware services described in the foregoing description 2021 comprises middleware resource pool and middleware services interface module.Wherein said middleware resource pool is made up of the middleware instance, and said middleware services interface module is used to said service upper strata the middleware services interface is provided.Said database service subelement 2022 comprises database resource pond and database service interface module.Wherein, said database resource pond is made up of database instance, and said database service interface module is used to said service upper strata the database service interface is provided.Said WEB service subelement comprises WEB Service Source pond and WEB service interface module.Wherein, said WEB Service Source pond is made up of the WEB Service Instance.Said WEB service interface module is used to said service upper strata WEB is provided service interface.
As shown in Figure 4, said middleware instance specifically comprises in Application Middleware instance, transaction middleware instance and the message-oriented middleware instance any one or combination.Wherein, each middleware instance not only comprises middleware case description information, also comprises middleware resource requirement descriptor, to call or to rent said resource underlying device.Said database instance specifically can be: any one or combination among Oracle, Mysql and the SQL server.Described each database instance includes database instance descriptor and database resource requirement description information.Said WEB Service Instance comprises: Apache and/or HTTPserver.
Each embodiment of IT resource fork support system provided by the invention can be based on cloud computing according to IaaS (Infrastructure as a Service; Infrastructure is promptly served), PaaS (Platform as a Service; Platform is promptly served) and SaaS (Software as a service, software is promptly served) make up for three layers.
The IaaS layer mainly is to adopt virtualized software engineering and chip tenability; To store, computational resource (CPU, internal memory, I/O etc.) ability divides according to configurable minimum particle size; Form independently virtual unit reflection, unified backup and migration mechanism are arranged between the virtual unit.The IaaS layer externally provides unified API (Application Programming Interface, API), and the uniform dispatching that realizes storage resources and computational resource is with shared.A concrete IaaS layer as shown in Figure 5 is realized instance.
The PaaS layer will have the miscellaneous service ability now and integrate, and can classify as application server, professional ability access, service enabler, professional open platform; According to the professional ability needs, calculate the infrastructure service ability downwards; API through IaaS provides calls hardware resource, and the service dispatching center service upwards is provided, the various resources of real-time monitoring platform, and these resources are open to SaaS user through API.In the three-tier architecture, PaaS is the direct embodiment of professional core competence.
The SaaS layer comprises that base application and many tenants use, and through the api interface that the PaaS platform provides, realizes the calling of professional ability, encapsulation and user's service.Base application comprises traditional telecommunication service ability, and like unified door, multimedia, voice, data etc., many tenants use and comprise individual application, enterprise application, community and mobile shop etc.Many tenants business is used more on the internet, and the application example between the different tenants can be shared and load balancing, but less in the field of telecommunications application, introduces the development mode that the SaaS new technology can be optimized telecommunication service.
Said IT resource fork support system provided by the invention can be applicable to field of telecommunications, can help telecom operators to accomplish the technology shifts of IT system by novel cloud computing technology.Make it have following some beneficial effect: existing telecommunications IT basic resource is integrated through Intel Virtualization Technology in (1); Physical server is invented the virtual machine of a plurality of isolation; The different system of operation in different virtual machines realizes the shared basic physics platform of many cover operation systems, thereby improves the utilance of telecommunications IT resource; Simplify the machine room IT architecture, protection IT investment.(2) as shown in Figure 6; Utilize distributed computing technology that a large amount of cheap physical servers are integrated into the supercomputer with ultra-large computing capability and mass data storage capability; Solve the original mass computing task of leaning on the separate unit physical computer to accomplish; Like operation data mining analysis, information processing service etc.; Can attempt simultaneously tradition is run on the employing cloud computing distributed computing technology transformation such as large scale system such as webmaster, charging of minicomputer cluster and is deployed to PC server cluster cheaply, the autgmentability of the raising system that reducings the construction costs.(3) utilize SaaS technological transformations such as Web 2.0, SOAP to have telecommunications IT support system now, zero installation, the zero dimension that realizes various application protected and height can be expanded.
Below in conjunction with a concrete IT resource fork support system framework method, to further specify above-mentioned each IT resource fork support system embodiment provided by the invention.As shown in Figure 7, the framework method of above-mentioned each IT resource fork support system embodiment provided by the invention, specifically can realize through following steps:
Step S1, with the virtual virtual unit that turns to of hardware device;
Step S2, create the management strategy that hardware device and virtual unit are managed;
Step S3, establishment service interface;
Step S4, construct the resource bottom based on above step S1 to S3;
Step S5, establishment application service make up the management intermediate layer based on the application service of having created;
Step S6, structure are used to appear the top service interaction platform of each application service.
Through above-mentioned IT resource fork support system framework method; Can realize open IT resource fork support system; The uniform dispatching and the elasticity distribution of IT resource have been realized; Realize the software and hardware separation, integrated resource and platform, made IT resource fork support system can respond the needs of miscellaneous service request fast, neatly.
During concrete the realization, described step S1 can adopt existing virtual technology, can create virtual unit through modes such as virtual host or proxy task actuator are installed on computers.Can accomplish the generation of virtual unit through step S1.Hardware device and virtual unit constitute the infrastructure device resource of said resource bottom.Step S2 can combine the IaaS technology to realize the unified management of physical equipment and virtual unit.Step S3 can adopt the mode of the web service of prior art, realizes the establishment of service interface through service-oriented architecture (Service-Oriented Architecture is called for short SOA) technology.Step S6 can combine the pattern of existing App Store, makes up to be used to appear the top service interaction platform of each application service.
Further, for safeguarding the security of operation of said hardware device and virtual unit, in the above-mentioned implementation procedure, said management strategy comprises: virtual unit is to the storage and maintenance management strategy of the mapping relations of hardware device; Or said management strategy also comprises: resource operation management strategy and security monitoring management strategy.
Again further, in the above-mentioned implementation procedure, described establishment application service makes up the management intermediate layer based on the application service of having created, and is as shown in Figure 8, the concrete realization as follows:
Step S501, establishment middleware instance generate the middleware resource pool;
Step S502, establishment database instance generate the database resource pond;
Step S503, establishment WEB Service Instance generate WEB Service Source pond;
Step S504, based on the resource pool that has generated, create deployment, administer and maintain strategy each instance in each resource pool;
Step S505, based on above step S501 to S504 construct the management intermediate layer.
The structure in said management intermediate layer can be based on the PaaS technology; To have the miscellaneous service ability now integrates; Specifically can classify as application server, professional ability access, service enabler, professional open platform; According to professional ability needs measuring and calculating infrastructure service ability, the API Calls hardware resource through IaaS provides upwards provides open interface to SaaS user through API downwards.Service that PaaS provides and other the most basic difference of service are that PaaS provides a basic platform, rather than certain application.The essence of PaaS is that resource service is turned to programmable interface, for the upper-layer service exploitation provides resource and service platform.
Here need to prove: the above-mentioned said SOA technology of mentioning is a component model, and it connects the different function units (or being called service) of application program through definition excellent interface and contract between these services.The definition of interface is independent of hardware platform, operating system and the programming language of the service of realization.The service that is structured in this type systematic can be carried out with a kind of unification and universal mode alternately.Be called the loose coupling between the service through the interface definition characteristic.The benefit of loosely coupled system has 2 points, a bit is its flexibility, and on the other hand, when the internal structure of each service of forming whole application program little by little changed with realization, it can exist.
Realizing that based on SOA and PaaS technology the open architecture of telecommunications IT resource fork support system is to meet centralized management, the concentrated important technology of IT at present, also is following telecommunications IT architecture Development Trend.
One of ordinary skill in the art will appreciate that: all or part of step that realizes above-mentioned each method embodiment can be accomplished through the relevant hardware of program command.Aforesaid program can be stored in the computer read/write memory medium.This program the step that comprises above-mentioned each method embodiment when carrying out; And aforesaid storage medium comprises: various media that can be program code stored such as ROM, RAM, magnetic disc or CD.
What should explain at last is: above each embodiment is only in order to explaining technical scheme of the present invention, but not to its restriction; Although the present invention has been carried out detailed explanation with reference to aforementioned each embodiment; Those of ordinary skill in the art is to be understood that: it still can be made amendment to the technical scheme that aforementioned each embodiment put down in writing, perhaps to wherein part or all technical characteristic are equal to replacement; And these are revised or replacement, do not make the scope of the essence disengaging various embodiments of the present invention technical scheme of relevant art scheme.
Claims (10)
1. an IT resource fork support system is characterized in that, comprising: resource bottom, management intermediate layer and service upper strata; Wherein,
Said resource bottom comprises physical resource layer, virtual resource layer, rm-cell and resource service interface unit; Said physical resource layer is made up of hardware device; Said virtual resource layer is made up of at least one virtual unit that said hardware device forms after virtual; Said rm-cell comprises conservation of resources subelement, and this conservation of resources subelement is used to store and manage the mapping relations of said virtual unit to said physical equipment; Said resource service interface unit is used to said management intermediate layer service interface is provided;
Said management intermediate layer; Be used to said service upper strata application service is provided; Receive the service request of said service upper strata input; Dispose the application corresponding service according to this service request, and the virtual unit that calls and/or rent in the said resource bottom carries out said application service, the application service execution result is back to said service upper strata;
Said service upper strata is used to realize appearing of each application service; Receive service request through client-side interface, and the service request that receives is passed to said management intermediate layer; And receive the application service execution result return through said management intermediate layer.
2. IT resource fork support system according to claim 1 is characterized in that, said hardware device comprises in calculation type physical equipment, storage-type physical equipment and the communication type physical equipment any one or combination.
3. IT resource fork support system according to claim 1 and 2 is characterized in that said rm-cell also comprises: operation management subelement and safety management subelement; Wherein,
Said operation management subelement is used for said physical equipment and virtual unit are carried out unified monitoring and operation management;
Said safety management subelement is used to monitor and manage the security of operation of said physical equipment.
4. IT resource fork support system according to claim 1 is characterized in that, said resource service interface unit comprises: resource transfer interface unit, resource management interface unit and resource are rented interface unit.
5. IT resource fork support system according to claim 1 is characterized in that, said management intermediate layer comprises: Application service element and application service administrative unit; Wherein,
Said Application service element comprises the application service instance, is used to said service upper strata application service is provided;
Said application service administrative unit; Be used to receive the service request of said service upper strata input; Dispose the application corresponding service according to this service request; And the virtual unit that calls and/or rent said resource bottom carries out said application service, and the application service execution result is back to said service upper strata.
6. IT resource fork support system according to claim 5 is characterized in that, said application service administrative unit comprises: resource management subelement, scheduling of resource subelement, resource deployment subelement and interface management subelement; Wherein,
Said resource management subelement is used for the required resource of said application service implementation is monitored and operation management;
Said scheduling of resource subelement comprises that resource transfer subelement and/or resource rent subelement, and wherein, said resource transfer subelement is used to the virtual unit of the said resource bottom of said application service dynamic call; Said resource is rented subelement and is used to the virtual unit that said resource bottom is dynamically rented in said application service;
Said resource deployment subelement is used for disposing the application corresponding service automatically according to said service request;
Said interface management subelement is used to monitor and manage said management intermediate layer respectively and the data communication between said resource bottom and the said service upper strata.
7. IT resource fork support system according to claim 5 is characterized in that said Application service element comprises: middleware services subelement, database service subelement, load balancing service subelement and WEB service subelement; Wherein,
Said middleware services subelement is used to said service upper strata middleware services is provided;
Said database service subelement is used to said service upper strata database service is provided;
Said load balancing service subelement is used for based on the load balancing strategy, carries out reasonable distribution so that the optimum Match resource provision to be provided according to service request and current utilization of resources state;
Said WEB service subelement is used to said service upper strata WEB is provided service.
8. IT resource fork support system according to claim 7 is characterized in that,
Said middleware services subelement comprises middleware resource pool and middleware services interface module; Wherein said middleware resource pool is made up of the middleware instance, and said middleware services interface module is used to said service upper strata the middleware services interface is provided;
Said database service subelement comprises database resource pond and database service interface module; Wherein, said database resource pond is made up of database instance, and said database service interface module is used to said service upper strata the database service interface is provided;
Said WEB service subelement comprises WEB Service Source pond and WEB service interface module; Wherein, said WEB Service Source pond is made up of the WEB Service Instance, and said WEB service interface module is used to said service upper strata WEB is provided service interface.
9. IT resource fork support system according to claim 8 is characterized in that,
Said middleware instance is made up of middleware case description information and middleware resource requirement descriptor;
Said database instance is made up of database instance descriptor and database resource requirement description information.
10. according to Claim 8 or 9 described IT resource fork support systems, it is characterized in that said middleware instance comprises in Application Middleware, transaction middleware and the message-oriented middleware any one or combination; Said database instance comprises: any one or combination among Oracle, Mysql and the SQL server; Said WEB Service Instance comprises: Apache and/or HTTPserver.
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