CN104967661B - Deployment of components method and apparatus applied to application system mixed deployment under cloud environment - Google Patents
Deployment of components method and apparatus applied to application system mixed deployment under cloud environment Download PDFInfo
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- CN104967661B CN104967661B CN201510239909.7A CN201510239909A CN104967661B CN 104967661 B CN104967661 B CN 104967661B CN 201510239909 A CN201510239909 A CN 201510239909A CN 104967661 B CN104967661 B CN 104967661B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
- H04L67/1001—Protocols in which an application is distributed across nodes in the network for accessing one among a plurality of replicated servers
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
- H04L67/104—Peer-to-peer [P2P] networks
- H04L67/1074—Peer-to-peer [P2P] networks for supporting data block transmission mechanisms
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- Management, Administration, Business Operations System, And Electronic Commerce (AREA)
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Abstract
The present invention relates to a kind of deployment of components method and apparatus for being applied to application system mixed deployment under cloud environment.This method includes：The component disposed in the component of the application system beyond the clouds is classified as first assembly collection according to preset rules, local component is deployed in and is classified as the second component set, the component for being not belonging to the first assembly collection and the second component set is classified as the 3rd component set；Calculate the component and the component of first assembly concentration and the communication streams value of the component in the second component set in the 3rd component set；The component of traffic maximum in the 3rd component set is selected, if the component and the component traffic that the first assembly is concentrated are maximum, is otherwise deployed in local by the deployment of components beyond the clouds.Deployment of components method and apparatus provided in an embodiment of the present invention dispose the component in application system according to preset rules, to the component that cannot be disposed according to preset rules, are then disposed according to the traffic of component.
Description
Technical field
The invention belongs to the cloud computing application field of computer system, specifically, is related to one kind and is applied to cloud environment
The deployment of components method and apparatus of lower application system mixed deployment.
Background technology
Cloud computing is a kind of computing capability delivery service pattern emerging in recent years, by network on demand, easily to extend
Mode provides the computing resource or service needed for user.From after proposing the concept of cloud computing, academia and industrial quarters all expand
Extensive research, major IT vendor are also proposed the cloud computing product of oneself successively, such as Microsoft provides Windows
Azure clouds operating system is for applying system migration and deployment, in the AWS (Amazon Web Services) of Amazon Company
It is user's application deployment that EC2 provides virtual machine in a manner of public cloud IAAS, GAE (the Google App of Google companies
Engine exploitation and running environment) are provided for the deployment of application system in a manner of public cloud PAAS.
In spite of lifting resource utilization, dynamic dispatching resource, unify the advantages of operation management etc. is notable, publicly-owned cloud platform
The management in the case where the deficiency of data safety, runnability etc. and user are to cloud environment of generally existing, O＆M etc.
Acceptance level so that it is still a challenge that complicated application system, which is deployed on cloud computing platform,.
Firstly, since cannot control effectively to the infrastructure of public cloud, and lack stringent cloud computing at present
Service regulation and safety standard, large enterprise often less trusts the data safety in the public cloud of internet, and counts
It is most important for enterprise according to safety.In this case, enterprise using publicly-owned cloud service when, it is intended to sensitive data after
Continuation of insurance stays in local, and other application program is moved in public cloud, that is, takes mixed deployment method.In mixed deployment pattern
Under, the data center of enterprises continues on for supporting the core business process of enterprise, and public cloud is then generally used for as those
Significantly less critical application program provides on-demand service ability, and can be using the benefit of public cloud pay-for-use come in face of unexpected
Calculating demand under the peak ambient of outburst.
Secondly, in the developing stage of current cloud computing technology, due to the limitation of virtualization technology, publicly-owned cloud platform can carry
The performance of the separate unit " cloud host " of confession, cannot still meet compute-intensive applications and I/O (input/output) intensive applications very well
Service requirement.This is objectively so that the members in complicated applications system can only select deployment to operate in locally with abundant
Meet business demand.
Finally, for " this things emerging in recent years of cloud computing, from concept is understood to attempting using again to skillfully making
With, it is necessary to which user makes many adjustment in management, O＆M etc., this is a gradual process.
Based on above-mentioned factors, mixed deployment is deployed in one kind of local and public cloud as complicated applications system at the same time
Effective workaround, increasingly earns widespread respect in research and practice.Since complicated applications system generally comprises many components,
When mixed deployment is embodied, it is extremely urgent in the deployment of local and cloud platform to rationally design component.
The content of the invention
In view of the deficiencies of the prior art, the purpose of embodiment of the present invention is that providing one kind is applied to apply under cloud environment
The deployment of components method and apparatus of system mixed deployment, it is intended to which solution lacks reasonably by deployment of components in local in the prior art
With the technological deficiency of the method for cloud platform.
For this reason, an embodiment of the present invention provides a kind of assembly portion management side for being applied to application system mixed deployment under cloud environment
Method, including：
Step S10：The component disposed in the component of the application system beyond the clouds is classified as first group according to preset rules
Part collection, be deployed in local component and be classified as the second component set, and the component for being not belonging to the first assembly collection and the second component set is returned
For the 3rd component set；
Step S20：Calculate component and the second component that the component in the 3rd component set is concentrated with the first assembly
The communication streams value of the component of concentration；
Step S30：The component of traffic maximum in the 3rd component set is selected, if the component and the first assembly
The component traffic of concentration is maximum, then by the deployment of components beyond the clouds, is otherwise deployed in local.
Preferably, the step S20 includes：According to the size of communication traffic according to direction from big to small by the described 3rd
Component in component set is ranked up, and forms component queue；And
The step S30 includes：Select in the component queue positioned at component of the first component as traffic maximum.
Preferably, after the step S30, further include:Judge whether also have component in the 3rd component set, if
Have, then enter step S20.
Preferably, before step S10, further include：Calculate the resource requirement of the application system, the resource requirement bag
The bandwidth resources of the application system are included, the requirements and institute that the bandwidth resources communicate for the intraware of the application system
State the sum of requirements of application system outline.
Preferably, the preset rules include：The component for being related to sensitive data is classified as the first assembly class, and, institute
State the larger component of the calculating demand under application system progress load balancing reply outburst peak value and be classified as the second component set.
A kind of deployment of components device for being applied to application system mixed deployment under cloud environment, including：
Classifying module, for the component disposed in the component of the application system beyond the clouds to be classified as according to preset rules
One component set, be deployed in local component and be classified as the second component set, is not belonging to the group of the first assembly collection and the second component set
Part is classified as the 3rd component set；
Computing module, the component and second concentrated for calculating the component in the 3rd component set with the first assembly
The communication streams value of component in component set；
Deployment module, for selecting the component of traffic maximum in the 3rd component set, if the component and described the
Component traffic in one component set is maximum, then by the deployment of components beyond the clouds, is otherwise deployed in local.
Preferably, the computing module further includes:Sorting module, for according to the size of communication traffic according to from big to small
Direction the component in the 3rd component set is ranked up, formed component queue；
The deployment module further includes：Selecting module, for selecting in the component queue positioned at the first component conduct
The component of traffic maximum.
Preferably, further include：Judgment module, for judging whether also have component in the 3rd component set, if so, then
Call the computing module.
Preferably, further include:Resource requirement acquisition module, for calculating the resource requirement of the application system；
Wherein, the resource requirement includes the bandwidth resources of the application system, and the bandwidth resources are the application system
The sum of the requirements of the intraware communication of system and the requirements of the application system outline.
Compared with prior art, deployment of components method and apparatus provided in an embodiment of the present invention are to the component in application system
Disposed according to preset rules, to the component that cannot be disposed according to preset rules, then carried out according to the traffic of component
Deployment.In this way, not only having considered the restrictive condition to application system such as data safety, system performance, but also it can at utmost reduce net
Network communication traffic, can preferably meet complicated applications system mixed deployment is embodied the needs of.
Brief description of the drawings
Fig. 1 is a kind of deployment of components method for being applied to application system mixed deployment under cloud environment described in the embodiment of the present invention
The Organization Chart of middle application system；
Fig. 2 is a kind of stream for being applied to the deployment of components method of application system mixed deployment under cloud environment of the embodiment of the present invention
Cheng Tu；
Fig. 3, which is that the embodiment of the present invention is a kind of, to be applied to answer in the deployment of components method of application system mixed deployment under cloud environment
With the Organization Chart of system；
Fig. 4 is right in a kind of deployment of components method applied to application system mixed deployment under cloud environment of the embodiment of the present invention
The schematic diagram that application system is sorted out；
Fig. 5 a and Fig. 5 b are a kind of deployment of components for being applied to application system mixed deployment under cloud environment of the embodiment of the present invention
The schematic diagram sorted out in method to the three classes component set of application system；
Fig. 6, which is that the embodiment of the present invention is a kind of, to be applied under cloud environment in the deployment of components device of application system mixed deployment
Structure diagram.
Embodiment
Below in conjunction with the accompanying drawings, embodiments of the present invention are described further.
Referring to Fig. 1, Fig. 1 is a kind of component for being applied to application system mixed deployment under cloud environment described in the embodiment of the present invention
The Organization Chart of application system in dispositions method.As an example, Fig. 1 can be multi-tenant Course Website group's application system
With the high cloud computing platform of product.Product high cloud (Bingo Cloud) is the high software independent research of product, domestic first bussiness class architecture
Cloud product, is mainly directed towards government and corporate client, helps it to build the elasticity of Amazon formulas, cloud service platform on demand, self-service,
Main frame is similar with Eucaplytus.Multi-tenant Course Website group's application system be cloud computing team where author with
Based on Jeecms Project Technicals, Course Website group's application system with multi-tenant architecture of exploitation, system is with one
Course is as a tenant, the soft and hardware resource of shared system between multiple tenants.The application system is divided into four big components：
Content management server 30, ftp server 20, web application servers 40 and database server 10.
Referring to Fig. 2, Fig. 2 is a kind of deployment of components for being applied to application system mixed deployment under cloud environment of the embodiment of the present invention
The flow chart of method.Dispositions method shown in Fig. 2 includes step S10-S30.In the present embodiment, it is assumed that cloud platform can provide
Virtual resource be much larger than the virtual resource of application system demand, i.e. cloud platform can meet the resource of each component in application system
Demand.
In step slo, the component disposed in the component of the application system beyond the clouds is classified as according to preset rules
One component set, be deployed in local component and be classified as the second component set, is not belonging to the group of the first assembly collection and the second component set
Part is classified as the 3rd component set.Wherein, the preset rules include：
Rule 1：The component for being related to sensitive data is classified as the first assembly class, and,
Rule 2：The application system progress load balancing is tackled the larger component of the calculating demand broken out under peak value and is classified as
Second component set.
Application system shown in Fig. 1 includes content management server 30, ftp server 20,40 sum number of web application servers
According to storehouse server 10.In order to facilitate description, web application servers 40 are represented with component C1 below, database server 10 is used
Component C2 represents that ftp server 20 represents that content management server 30 is represented with component C4 with component C3.
According to rule 1, the component C2 in application system is put into local component set, tentatively establishes first assembly collection L
For：
L={ C2 }；
According to rule 2, component C1 is put into the second component set, tentatively establishing the second component set M is：
M={ C1 }；
Unascertainable component is then put into the 3rd component set, then tentatively establishes the 3rd component set S and be
S={ C3, C4 }.
The results are shown in Figure 3 after initialization component set.
In step S20, the component and second that the component in the 3rd component set is concentrated with the first assembly is calculated
The communication streams value of component in component set.In some preferable technical solutions, can according to the size of communication traffic according to
Component in 3rd component set is ranked up by direction from big to small, forms component queue.
Wherein, the one kind of communication resources BW as resource, communication resources BW are that the intraware of the application system communicates
The sum of the requirements BW2 of requirements BW1 and the application system outline, i.e. communication resources BW=BW1+BW2.However,
System resource is not limited only to communication resources, further includes the resource requirement of CPU, MEM (memory), HD (hard disk), as Fig. 3 is illustrated
The assembly frame composition of multi-tenant Course Website application system and the resource requirement value of each component.By application system to cpu, interior
Deposit, the aggregate demand of hard disk, bandwidth.Table 1 below illustrates requirements of the application system to system resource：
Requirements of 1 application system of table to system resource
In step s 30, the component of traffic maximum in the 3rd component set is selected, if the component and described first
Component traffic in component set is maximum, then by the deployment of components beyond the clouds, is otherwise deployed in local.Wherein, implement at some
In mode, select in the component queue positioned at component of the first component as traffic maximum.
Step S30's aims at, by being divided to each component in remaining components set according to the criteria for classifying,
So that the public network communication traffic between local and public cloud minimizes, that is, meet the following formula：
Wherein ci∈L,cj∈ M and l=4.
In order to realize the target of communication traffic minimum, first, to the component in the 3rd component set S and first assembly collection L and
Component in second component set M has the weights size on the side of correspondence, is ranked up from big to small, obtains orderly side right value
Set W：
W=<C2,C4>,<C1,C4>,<C1,C3>}；
Then, select the side of a communication traffic maximum to cut away in orderly side right value set W, be cutting herein
Fall side<C2,C4>, i.e. component C4 and the communication traffic of the component C2 in first assembly collection L in the 3rd component set S be the largest,
And component C2 is located locally, then the component C4 in the 3rd component set S is put into first assembly collection L, and component C4 from
Deleted in 3rd component set S.
In this way, first assembly collection L={ C2, C4 }, the second component set M={ C1 }, the 3rd component set S={ C3 }, as a result such as
Shown in Fig. 5 a.
Then, judge whether the 3rd component set S is empty, is then stopped for sky, does not continue step S20 then to be empty, until application
All components of system all divide completion.
In new step S20, the component in the 3rd component set S and the first assembly collection L are calculated again
In component and the component in the second component set M communication streams value.
First assembly collection L={ C2, C4 }, the second component set M={ C1, C3 } can be finally obtained, as a result as shown in Figure 5 b.
Referring to Fig. 6, Fig. 6 is a kind of deployment of components for being applied to application system mixed deployment under cloud environment of the embodiment of the present invention
The middle structure diagram of device.The deployment of components device for being applied to application system mixed deployment under cloud environment shown in Fig. 6, bag
Include：
Classifying module 610, for being returned the component disposed in the component of the application system beyond the clouds according to preset rules
For first assembly collection, it is deployed in local component and is classified as the second component set, is not belonging to the first assembly collection and the second component set
Component be classified as the 3rd component set；
Computing module 620, for calculate component that the component in the 3rd component set and the first assembly concentrate and
The communication streams value of component in second component set；
Deployment module 630, for selecting the component of traffic maximum in the 3rd component set, if the component with it is described
The component traffic that first assembly is concentrated is maximum, then by the deployment of components beyond the clouds, is otherwise deployed in local.
Wherein, the computing module 620 further includes sorting module 621.Sorting module 621 is used for according to the big of communication traffic
It is small to be ranked up the component in the 3rd component set according to direction from big to small, form component queue；
The deployment module 630 further includes selecting module 631, and selecting module 631 is used to select the component queue middle position
In component of the first component as traffic maximum.
In addition, deployment of components device further includes judgment module and resource requirement acquisition module (not shown in Fig. 6).Judge mould
Block is used to judge whether also have component in the 3rd component set, if so, then calling the computing module.Resource requirement obtains
Module is used for the resource requirement for calculating the application system.Wherein, the resource requirement includes the bandwidth money of the application system
Source, the need of requirements and the application system outline that the bandwidth resources communicate for the intraware of the application system
The sum of evaluation.
Can be seen that deployment of components method and apparatus provided in an embodiment of the present invention from above-mentioned embodiment is to application
Component in system is disposed according to preset rules, to the component that cannot be disposed according to preset rules, then according to component
Traffic is disposed.In this way, not only considered the restrictive condition to application system such as data safety, system performance, but also can be maximum
Degree reduces network communication flow, can preferably meet complicated applications system mixed deployment is embodied the needs of.
It should be understood that the invention is not limited in the above embodiment, every various changes or modifications to the present invention are not
Depart from the spirit and scope of the present invention, if these modification and variations belong to the present invention claim and equivalent technologies scope it
Interior, then the present invention is also implied that comprising these modification and variations.
Claims (5)
- A kind of 1. deployment of components method for being applied to application system mixed deployment under cloud environment, it is characterised in that including following step Suddenly：Step S10：According to preset rules by the component disposed in the component of the application system beyond the clouds be classified as first assembly collection, It is deployed in local component and is classified as the second component set, the component for being not belonging to the first assembly collection and the second component set is classified as the 3rd Component set；The preset rules include：The component for being related to sensitive data is classified as the first assembly class, and the application system Carry out the larger component of the calculating demand under load balancing reply outburst peak value and be classified as the second component set；Step S20：Calculate in component and the second component set that the component in the 3rd component set is concentrated with the first assembly Component communication streams value；According to the size of communication traffic according to direction from big to small by the group in the 3rd component set Part is ranked up, and forms component queue；Step S30：The component of traffic maximum in the 3rd component set is selected, if the component is concentrated with the first assembly Component traffic it is maximum, then by the deployment of components beyond the clouds, be otherwise deployed in local；AndJudge whether also have component in the 3rd component set, if so, then entering step S20.
- 2. being applied to the deployment of components method of application system mixed deployment under cloud environment as claimed in claim 1, its feature exists In,The step S30 includes：Select in the component queue positioned at component of the first component as traffic maximum.
- 3. being applied to the deployment of components method of application system mixed deployment under cloud environment as claimed in claim 1, its feature exists In before step S10, further including：The resource requirement of the application system is calculated, the resource requirement includes the bandwidth resources of the application system, the band The sum of requirements and the requirements of the application system outline that wide resource communicates for the intraware of the application system.
- 4. a kind of deployment of components device for being applied to application system mixed deployment under cloud environment, it is characterised in that it includes：Classifying module, for the component disposed in the component of the application system beyond the clouds to be classified as first group according to preset rules Part collection, be deployed in local component and be classified as the second component set, and the component for being not belonging to the first assembly collection and the second component set is returned For the 3rd component set；Computing module, the component and the second component concentrated for calculating the component in the 3rd component set with the first assembly The communication streams value of the component of concentration；Sorting module, for the size according to communication traffic according to direction from big to small by institute The component stated in the 3rd component set is ranked up, and forms component queue；Deployment module, for selecting the component of traffic maximum in the 3rd component set, if the component and described first group The component traffic that part is concentrated is maximum, then by the deployment of components beyond the clouds, is otherwise deployed in local；AndJudgment module, for judging whether also have component in the 3rd component set, if so, then calling the computing module；Resource requirement acquisition module, for calculating the resource requirement of the application system；Wherein, the resource requirement includes the bandwidth resources of the application system, and the bandwidth resources are the application system The sum of the requirements of intraware communication and the requirements of the application system outline.
- 5. being applied to the deployment of components device of application system mixed deployment under cloud environment as claimed in claim 4, its feature exists In,The deployment module further includes：Selecting module, for selecting in the component queue positioned at component of the first component as traffic maximum.
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Effective date of registration: 20230621 Address after: Building G1, No. 17, Software Road, Tianhe District, Guangzhou, Guangdong 510660 Patentee after: GUANGZHOU BINGO SOFTWARE CO.,LTD. Address before: 510631 School of computer science, South China Normal University, 55 West Zhongshan Road, Guangzhou, Guangdong Patentee before: SOUTH CHINA NORMAL University |