CN103945002B - High-effective Service management method based on general fit calculation - Google Patents
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Abstract
The present invention provides a kind of High-effective Service management method based on general fit calculation, including step：S1. service arrangement：When new service enters network for the first time, need first to carry out it deployment so as to turn into available service；S2. service registry：Newly deployed service must be registered after the completion of deployment to service management module, submitted to and serviced the information of itself, including service function description, address of service and service life cycle information etc.；S3. information on services registration, the information on services registration is divided into the registration of service function information, the registration of address of service information and service life cycle information and registers three kinds.S4. service search：Application program sends search request according to the demand of itself to the application requests identification module in service management module.Search request is divided to two kinds, and function lookup is asked and address lookup request；S5. service call；S6. invalid information cleaning.The present invention can improve the efficiency that application program searches effectively service.
Description
Technical field
The present invention relates to general fit calculation system, especially a kind of service management based on general fit calculation.
Background technology
At present, the application program in Internet of Things needs to search for and call its service for needing, application program in initial operating stage
Service on to network can run into many services life cycles when searching are over or service content has changed
Become, but its original information is still retained on network, so that there is many invalid information on services on network, increases standard
Traversal lookup is carried out also so that increased the load of network to the service on network while really finding the difficulty of required service, is given
Network causes very big operating pressure.
The content of the invention
It is an object of the invention to overcome the deficiencies in the prior art, there is provided a kind of efficient clothes based on general fit calculation
Business management method, can be greatly decreased the quantity of invalid information in network, improve the efficiency that application program searches effectively service, drop
Low network bandwidth occupancy.The technical solution adopted by the present invention is：
A kind of High-effective Service management method based on general fit calculation, comprises the following steps：
S1. service arrangement：When new service enters network for the first time, need first to carry out it deployment so as to turn into available clothes
Business；
S2. service registry：Newly deployed service must be registered after the completion of deployment to service management module, submit service to certainly
The information of body, including service function description, address of service and service life cycle information；
S3. information on services registration, the information on services registration is divided into the registration of service function information, the registration of address of service information
Three kinds are registered with service life cycle information；Before three kinds of information on services registrations, information on services identification module takes for each
Business one sequence number of unique mark of setting；
S3-1. service function information registration：The information extraction submitted to when information on services identification module is according to service registry its
In the content on service function, registered in service function logging modle, the function description of register information including the service and
The sequence number of the unique mark service；
S3-2. address of service information registration：The information extraction submitted to when information on services identification module is according to service registry its
In the content on address of service, registered in the management module of address of service, the address information of register information including the service and
The sequence number of the unique mark service；
S3-3. service lifecycle information registration：The information submitted to when information on services identification module is according to service registry is carried
The wherein content on service lifecycle is taken, is registered in service lifecycle management module, register information includes the service
Life cycle information and the unique mark service sequence number；
S4. service search：Application program is recognized according to the demand of itself to the application requests in service management module
Module sends search request；Search request is divided to two kinds, and function lookup is asked and address lookup request；Application requests recognize mould
Root tuber, respectively to lookup in service function logging modle and service address management module, is then returned result according to the type of request
Back to application program；
S5. service call：After application program finds the service of needs, returned according to application requests identification module
Address of service directly invoke service；
S6. invalid information cleaning：Service lifecycle management module is according to the life cycle information registered to life cycle
The service being over is cleared up, and cleaning herein refers to service lifecycle management module to address of service management module kimonos
Business function logging modle sends the notice for deleting the service registration information, and should in service lifecycle management module itself deletion
The register information of service.
Further, in step S4, application program sends search request and specifically includes to application requests identification module：
S4-1. application program submits search request, application requests identification module to according to the function of required service first
The request is recognized and to being searched in service function logging modle, if finding corresponding service, the sequence of the service
Number application program is returned to, such as do not find corresponding service, then returning result is sky；
If the returning result that S4-2. application program is received is sky, show to there are currently no suitable service, application program is hung
Rise, then periodically send request until finding suitable service；If the returning result that application program is received is unique mark
The sequence number of certain service, this shows that the service is the service that application program needs, and then application program is known to application requests
Other module sends address lookup request, and application requests identification module searches the address of service in the management module of address of service
Information, and address is returned into application program.
Advantages of the present invention：The service of each new entrance network by the process registered, will be serviced not after deployment
Registered in different components of the information of same type in service management module, be easy to the management and application for being serviced on network
Program is to searching.By the design of service management module, the specific aim that application program searches service greatly improved
And accuracy, while the service that life cycle terminates also is deleted in the design of service lifecycle management module in time, reduce
Invalid information and application program on network search the pressure caused to network.It is final to cause to carry out height for the service on network
The management of effect.
Brief description of the drawings
Fig. 1 is structure composition schematic diagram of the invention.
Fig. 2 is service search process detailed maps of the invention.
Specific embodiment
With reference to specific drawings and Examples, the invention will be further described.
High-effective Service management method based on general fit calculation proposed by the invention, be applied to shown in Fig. 1 based on pervasive
In the High-effective Service management system of calculating, the system includes ISP, service, service management module and application program five
Plant entity.Wherein service management module is by information on services identification module, application requests identification module, service function record mould
Block, address of service management module and service life cycle management module composition.Can be met when searching required service for application program
The low problem of the search efficiency of many invalid information and traversal formula on to network, the present invention devises Service Management mould
Block, service management module is made up of five parts, and wherein service function logging modle remains the function letter serviced on existing network
Breath, can allow application program targetedly to be searched, and reduce the load on network；Application program is it is determined that find required function
After service, the service identifiers sequence number for returning is searched according to first time carries out second lookup, and it is required service this time to search purpose
Address, when required service address return after, application program is directly according to call by location service.And service lifecycle is managed
Module service lifecycle information then in real time according to registration is deleted the service failed, it is ensured that service on network and stepped on
The information of note is all effective.
A kind of High-effective Service management method based on general fit calculation, comprises the following steps S1~S6：
S1. service arrangement：When new service enters network for the first time, need first to carry out it deployment so as to turn into available clothes
Business.New service is provided by ISP.Process 1 in Fig. 1 illustrates service arrangement step, and ISP A is deployed
A is serviced, ISP B deploys service a B, ISP C and deploys service C.
S2. service registry：Newly deployed service must be registered after the completion of deployment to service management module, submit service to certainly
The information of body, including service function description, address of service and service life cycle information etc.；Process 2 in Fig. 1 illustrates portion
Service A, B, C of administration are registered to service management module.
S3. information on services registration, the information on services registration is divided into the registration of service function information, the registration of address of service information
Three kinds are registered with service life cycle information.Before three kinds of information on services registrations, information on services identification module takes for each
Business one sequence number of unique mark of setting；
S3-1. service function information registration：The information extraction submitted to when information on services identification module is according to service registry its
In the content on service function, registered in service function logging modle, the function description of register information including the service and
The sequence number of the unique mark service, as shown in Fig. 1 processes 5；
S3-2. address of service information registration：The information extraction submitted to when information on services identification module is according to service registry its
In the content on address of service, registered in the management module of address of service, the address information of register information including the service and
The sequence number of the unique mark service, as shown in Fig. 1 processes 3；
S3-3. service lifecycle information registration：The information submitted to when information on services identification module is according to service registry is carried
The wherein content on service lifecycle is taken, is registered in service lifecycle management module, register information includes the service
Life cycle information and the unique mark service sequence number, as shown in Fig. 1 processes 4；
S4. service search：Such as process 6, process 7, process 8, process 9, process 10, process 11, the and of process 12 in Fig. 1
Shown in process 13, application program sends to the application requests identification module in service management module according to the demand of itself and looks into
Look for request.Search request is divided to two kinds, and function lookup is asked and address lookup request.Application requests identification module is according to request
Type, respectively to service function logging modle and service address management module in search, then return result to apply journey
Sequence.
As shown in Fig. 2 application program includes to the particular content that service management module initiates search request：
S4-1. application program X and Y is sent out application requests identification module all in accordance with the function description of itself required service
Go out search request, application program identification module sends into service function logging modle according to the request for receiving and searched, and
Lookup result is returned into application program X and Y, the result that X is obtained herein is not find the service of required function, and X is periodic
Function description according to itself required service continues to send search request to application requests identification module；And the knot that Y is obtained
Fruit is then the sequence number for servicing C, the need for showing that the function of servicing C meets Y；
S4-2. application program Y is sent on clothes to application requests identification module again according to the sequence number of the C for obtaining
The search request of business C addresses, application program identification module sends according to the request for receiving and is carried out into the management module of address of service
Search, and the address for servicing C is returned into application program Y；
S5. service call：As shown in Fig. 1 processes 14, after application program finds the address of service of needs, according to address
Call service.
S6. invalid information cleaning：Service lifecycle management module is according to the life cycle information registered to life cycle
The service being over is cleared up, such as the process 15 in Fig. 1, shown in process 17, and cleaning refers to service lifecycle pipe herein
Reason module sends the notice for deleting the service registration information to address of service management module and service function logging modle, then such as
Shown in process 16, process 18, process 19 in Fig. 1, address of service management module, service function logging modle and service Life Cycle
Period management module deletes the register information of failure service.
The design of service management module is realized to service and carried out by service management module unification into after network in the present invention
Management.Application program is realized to the lookup for servicing indeed through being inquired about service management module.Should so as to improve
The efficiency effectively serviced with program looks, can also be greatly decreased invalid letter in network while reducing network bandwidth occupancy
The quantity of breath.
Claims (1)
1. a kind of High-effective Service management method based on general fit calculation, it is characterised in that comprise the following steps：
S1. service arrangement：When new service enters network for the first time, need first to carry out it deployment so as to turn into available service；
S2. service registry：Newly deployed service must be registered after the completion of deployment to service management module, submit service itself to
Information, including service function description, address of service and service life cycle information；
S3. information on services registration, the information on services registration is divided into the registration of service function information, address of service information registration kimonos
Business life cycle information registers three kinds；Before three kinds of information on services registrations, information on services identification module sets for each service
A fixed sequence number for unique mark；
S3-1. service function information registration：The information extraction submitted to when information on services identification module is according to service registry is wherein closed
In the content of service function, registered in service function logging modle, register information includes that the function of the service is described and unique
Identify the sequence number of the service；
S3-2. address of service information registration：The information extraction submitted to when information on services identification module is according to service registry is wherein closed
In the content of address of service, registered in the management module of address of service, the address information of register information including the service and unique
Identify the sequence number of the service；
S3-3. service lifecycle information registration：The information extraction submitted to when information on services identification module is according to service registry its
In the content on service lifecycle, registered in service lifecycle management module, the life of register information including the service
Life cycle information and the sequence number of the unique mark service；
S4. service search：Application program is according to the demand of itself to the application requests identification module in service management module
Send search request；Search request is divided to two kinds, and function lookup is asked and address lookup request；Application requests identification module root
According to the type of request, respectively to lookup in service function logging modle and service address management module, then return result to
Application program；
S5. service call：After application program finds the service of needs, according to the clothes that application requests identification module is returned
Business address directly invokes service；
S6. invalid information cleaning：Service lifecycle management module according to registration life cycle information to life cycle
The service of end is cleared up, and cleaning herein refers to service lifecycle management module to address of service management module and service work(
Energy logging modle sends the notice for deleting the service registration information, and itself deletes the service in service lifecycle management module
Register information；
In the step S4, application program sends search request and specifically includes to application requests identification module：
S4-1. application program submits search request, the identification of application requests identification module to according to the function of required service first
The request and to being searched in service function logging modle, if finding corresponding service, returns the sequence number of the service
Back to application program, corresponding service is not such as found, then returning result is sky；
If the returning result that S4-2. application program is received is sky, show to there are currently no suitable service, application program is hung up,
Then request is periodically sent until finding suitable service；If the returning result that application program is received be unique mark certain
The sequence number of service, this shows that the service is the service that application program needs, and then application program recognizes mould to application requests
Block sends address lookup request, and application requests identification module searches address of service letter in the management module of address of service
Breath, and address is returned into application program.
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| JP2006510320A (en) * | 2002-12-20 | 2006-03-23 | 聯想（北京）有限公司 | Service calling method between devices in home network |
| CN102025784A (en) * | 2010-12-21 | 2011-04-20 | 中兴通讯股份有限公司 | Method, device and system for downloading streaming media file |
| CN102663111A (en) * | 2012-04-17 | 2012-09-12 | 电信科学技术研究院 | Method and equipment for acquiring information |
| CN103401912A (en) * | 2013-07-24 | 2013-11-20 | 江苏物联网研究发展中心 | Pervasive computing-based service ad hoc networking method |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100416449C (en) * | 2005-04-29 | 2008-09-03 | 国际商业机器公司 | Method and device for automatically obtaining running software service concerned with software service provider |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2006510320A (en) * | 2002-12-20 | 2006-03-23 | 聯想（北京）有限公司 | Service calling method between devices in home network |
| CN102025784A (en) * | 2010-12-21 | 2011-04-20 | 中兴通讯股份有限公司 | Method, device and system for downloading streaming media file |
| CN102663111A (en) * | 2012-04-17 | 2012-09-12 | 电信科学技术研究院 | Method and equipment for acquiring information |
| CN103401912A (en) * | 2013-07-24 | 2013-11-20 | 江苏物联网研究发展中心 | Pervasive computing-based service ad hoc networking method |
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Denomination of invention: Efficient service management method based on ubiquitous computing Effective date of registration: 20231122 Granted publication date: 20170531 Pledgee: Heze rural commercial bank Limited by Share Ltd. Pledgor: Heze Tianjiao Color Printing Co.,Ltd. Registration number: Y2023980066801 |
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