CN1790261A - Information service construction system and construction method - Google Patents
Information service construction system and construction method Download PDFInfo
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- CN1790261A CN1790261A CN 200510132540 CN200510132540A CN1790261A CN 1790261 A CN1790261 A CN 1790261A CN 200510132540 CN200510132540 CN 200510132540 CN 200510132540 A CN200510132540 A CN 200510132540A CN 1790261 A CN1790261 A CN 1790261A
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Abstract
The invention discloses an information service system development establishing device and method, which comprises the following parts: grid service development mode, grid topological structure obtaining mode and service deploy mode, wherein the service deploy mode connects the grid service development mode and grid topological structure obtaining mode simultaneously; the grid service development mode prompts the relative information of built grid service, which generates the GAR file for user to input information; the network topological structure obtaining mode obtains the grid topological structure of grid service and each computer information in the grid for user; the GAR file of service deploy mode is allocated in the computer grid. The invention can establish and allocate the grid service automatically, which simplifies the development flow path of operational and network service.
Description
Technical field
The present invention relates to a kind of system that sets up and method for building up of information service, especially a kind of in the gridding information service, can finish the system that sets up of the information service of the establishment of mesh services and deployment according to user's needs automatically, and utilize this system to create and dispose the method for building up of the information service of gridding information service for the user.
Background technology
Develop rapidly along with the scientific research technology, scientific and technological level is greatly improved, scientific research develops towards the direction of depth gradually, thereby also improve greatly in the requirement of every field to computing velocity, calculated mass, number of computations, the computing power that traditional dependence improves single computing machine can not satisfy in the practical application demand to computing power far away, so gridding technique arises at the historic moment.Grid is to utilize the internet that the various resources that extensively distribute on the geography (are comprised computational resource, storage resources, bandwidth resources, software resource, data resource, information resources, knowledge resource etc.) be linked to be a logic integral body, just as a supercomputer, for providing integrated information and application service, the user (calculates, storage, visit etc.) be mesh services, Virtual Organization finally is implemented in and carries out resource sharing and collaborative work under this virtual environment, computing power improves greatly, in concrete the application, how utilizing mesh services developing instrument exploitation mesh services is the key issue that needs solution.
In the prior art, the mesh services developing instrument gsbt (Globus Service Build Tools) that the user uses the tissue of increasing income to provide usually develops mesh services, but this mesh services developing instrument and utilize the method for this too development mesh services to exist following defective in deficiency: this instrument depends on Globus Toolkit 4.0 (GT4) as basic-level support, when utilizing this mesh services developing instrument exploitation mesh services, the user need use text editor Java source file and various configuration file, and with Ant compiling with dispose these files, then also need be at input instruction under the control desk.Therefore develop the complicated operation of mesh services, bring very big inconvenience to the user; And, because need realize that therefore, the user professional ability of splitting the service of hairnet lattice has proposed high requirement alternately by means of program language and mesh services developing instrument; In addition, utilize this mesh services developing instrument can only finish exploitation to mesh services, and do not have to solve a deployment to mesh services, the user need the instruction manipulation by complexity realizes the deployment to the mesh services of developing, the flow process complexity, the time that needs is long, brings great inconvenience to the user equally.
Summary of the invention
First purpose of the present invention is the shortcomings and deficiencies at existing mesh services developing instrument, a kind of system that sets up of information service is provided, mesh services development module, mesh topology acquisition module are set in the system and the service deployment module is simplified user's operation by setting up, shorten exploitation and dispose the mesh services time in information service.
Second purpose of the present invention is the shortcomings and deficiencies at the method existence of existing exploitation mesh services, a kind of method for building up of information service is provided, the automatic deployment function that user's Operating Guideline that provides by the mesh services development module and service deployment module provide, realization is to the automatic exploitation and the deployment of mesh services, thereby simplify the mesh services exploitation and dispose flow process, user-friendly, shorten the mesh services development time.
For realizing above-mentioned first purpose, the invention provides a kind of system that sets up of information service, comprising:
One mesh services development module is used for the consumer-oriented operation of process in the exploitation mesh services, and is encapsulated as a GAR file for described mesh services spanned file and bibliographic structure and with this document and bibliographic structure;
One mesh topology acquisition module is used to obtain the topological structure of described mesh services place grid, and in this mesh topology computing machine dynamically and static information;
One service arrangement module is connected with described mesh services development module and described mesh topology acquisition module, be used for described GAR Documents Department be deployed to grid that described mesh services is provided one with the computing machine of described mesh services coupling in.
For realizing above-mentioned second purpose, the invention provides a kind of method for building up of information service, it carries out following steps:
Step 1, user's log-on message are served when setting up system, and the mesh services development module sends the information that a prompting user imports mesh services information to the user;
Step 2, user are according to described information input mesh services information;
Step 3, described mesh services development module compile service class according to the described mesh services information of user's input, and this service class are resolved to the class file;
Step 4, described mesh services development module send the information that a prompting user imports wsdl fileinfo and service class information to the user;
Step 5, described mesh services development module generate a wsdl file according to the wsdl fileinfo and the class file of user's input; Simultaneously, service class information and the class file according to user's input generates a wsdd file;
Step 6, described mesh services development module are imported described mesh services information, wsdl fileinfo and the service class information of user's input in the ant file of prior setting into as an ant script argument respectively;
Step 7, described mesh services development module send the information that a prompting user imports the GAR filename to the user;
The GAR file that step 8, described mesh services development module generate a mesh services according to the GAR filename and the described ant file of user's input;
Step 9, mesh topology acquisition module obtain computing machine in the mesh topology of described mesh services place grid and this grid dynamically and static information, and with this mesh topology and computing machine dynamically and static information send to the user;
Step 10, service arrangement module are deployed in described GAR Documents Department in the computing machine in the described grid according to user's selection.
As shown from the above technical solution, the present invention operates accordingly by mesh services development module prompting user, and according to the information of user's input automatically for the user develops mesh services, simplified user's the operation and the development process of mesh services; Simultaneously, automatically the mesh services of developing is disposed, simplified user's operation equally, shortened the development time of mesh services, be very easy to the user by mesh topology acquisition module and service deployment module.
Below by drawings and Examples, technical scheme of the present invention is described in further detail.
Description of drawings
Fig. 1 is a structural representation of the system that sets up of information service of the present invention;
Fig. 2 is another structural representation of the system that sets up of information service of the present invention;
Fig. 3 is the process flow diagram of the method for building up of information service of the present invention.
Embodiment
Referring to Fig. 1, Figure 1 shows that a concrete structure synoptic diagram of the system that sets up of information service of the present invention, as shown in Figure 1, the system that sets up of this information service comprises mesh services development module 1, mesh topology acquisition module 2 and service arrangement module 3, and service arrangement module 1 is connected with mesh services development module 2 and mesh topology acquisition module 3.When user's log-on message service set up the system development mesh services time, mesh services development module 1 is imported the mesh services relevant information according to the development process of mesh services by guide page guides user, as Service name,, and will develop the file and the bibliographic structure that generate in the mesh services process and be encapsulated as a GAR file automatically for the user develops mesh services according to the information of user input; In the whole performance history of mesh services, the user only need import the relevant information of mesh services according to prompting, and does not need the exploitation by the commands direct mesh services of complexity, and is simple to operate, easy to use.Mesh topology acquisition module 2 can obtain the mesh topology of mesh services place grid, and in this mesh topology each computing machine dynamically and static information, as cpu load, disk space etc., and this information sent to the user, after determining to carry out the computing machine of mesh services in user's grid, the static information that dynamically reaches of this computing machine is sent to service arrangement module 3, service arrangement module 3 is deployed in the GAR Documents Department of mesh services on the computing machine of user's selection, so that user's subsequent operation; After the exploitation mesh services, also automatically the GAR file of mesh services is disposed, finished complete development process to mesh services, omitted the user again for disposing the complex operations that mesh services is carried out, simplified user's operation, shorten the development time of mesh services, be very easy to the user.
Referring to Fig. 2, Figure 2 shows that another concrete structure synoptic diagram of the system that sets up of information service of the present invention, as shown in Figure 2, the system that sets up of this information service is on the basis of the system that sets up of information service shown in Figure 1, increased a security module 4, this security module 4 is connected with mesh services development module 1 and service arrangement module 3 respectively, be used to be provided with access control to the mesh services of developing, dispose and the anti-authority of disposing, have only the exploitation user of mesh services or be authorized to the user and just can dispose this mesh services, the anti-deployment and application, the abuse and the malicious sabotage of resource have effectively been avoided, strengthen the security of mesh services, guaranteed the efficient use of mesh services.
Referring to Fig. 3, Figure 3 shows that an idiographic flow of the method for building up of information service of the present invention, it carries out following steps:
When system was set up in the service of step 301, user's log-on message, the mesh services development module sent the information of mesh services information such as GAR filename that a prompting user imports engineering name, Service name, service class and the service class place of mesh services by a wizard sheet user oriented;
Step 302, user import the mesh services information such as GAR file name information at engineering name, Service name, service class and service class place according to information;
Step 303, mesh services development module are imported mesh services information compiling service class according to the user, and this service class is resolved to a class file;
Step 304, mesh services development module send a prompting user by the wizard sheet user oriented and import for example HelloWorld.wsdl of wsdl fileinfo, and the service class information information of HelloWorld for example;
After step 305, user imported wsdl fileinfo and service class information, the mesh services development module generated a wsdl file according to the wsdl fileinfo and the class file of user's input; Simultaneously, service class information and the class file according to user's input generates a wsdd file;
Step 306, mesh services development module are kept at mesh services information, wsdl fileinfo and the service class information of user's input in the ant file of prior setting as the ant script argument;
Step 307, mesh services development module send the information that a prompting user imports the GAR filename to the user;
Step 308, user import a GAR filename for example behind the Hellow World, and the GAR file that the mesh services development module generates a mesh services by the ant file according to the GAR filename of user's input is Hellow World.gar file for example;
By above step as can be known, in the whole process of exploitation mesh services, the user only needs to insert essential information about this mesh services by the visual guide page, the mesh services development module just can be finished development for the user automatically, call GT associated script command parameter by hand the user need not to resemble in the prior art, between each module and order line, switch repeatedly, simple to operate, made things convenient for the user.
Step 309, mesh topology acquisition module obtain each computing machine in the mesh topology of mesh services place grid and this grid dynamically and static information, wherein multidate information can be the information such as descriptor of the mesh services carried out on cpu load, free memory, hard disk free space and each node computer, and static information can be information such as machine dominant frequency, port, total internal memory, total disk space; And with this mesh topology and each computing machine dynamically and static information send to the user, the user select one dispose mesh services computing machine and with this computing machine dynamically and static information return to the mesh topology acquisition module, concrete operations are:
Step a, mesh topology acquisition module obtain the information of each computing machine in the mesh topology of mesh services place grid and this grid, and with this mesh topology and each computing machine dynamically and static information send to the user by a guide page, also be defined as the computer name of the root node in the grid by this guide page prompts user input;
Step b, user send to the mesh topology acquisition module by the guide page with the root node computer name of determining;
Step c, mesh topology acquisition module call RLDS (the ResourceLocating ﹠amp of root node computing machine; Description service, resource location with service is described) client, obtain the mesh topology information of grid by this RLDS client, and in this grid each node computing machine dynamically and static information;
Steps d, mesh topology acquisition module reach the visual page that dynamically reaches static information that static information generates the computing machine of a reflection mesh topology and each node according to the dynamic of computing machine of the mesh topology information in the grid and each node, and this visual page are sent to the user;
Step e, user determine that according to the static information that dynamically reaches of the computing machine of the mesh topology information in the grid and each node one is fit to dispose the computing machine of this mesh services, and the dynamic and static information of this computing machine that will select sends to the mesh topology acquisition module;
By the mesh topology acquisition module, the user can conveniently understand the network topology environment in the grid, and the descriptor of the mesh services of dynamic, the static details of the computing machine of each node and execution, make the user can accurately determine to be fit to dispose the computing machine of this mesh services fast, and provide very big convenience in this grid, disposing operations such as mesh services later on.
Step 310, service arrangement module are deployed in GAR Documents Department in the computing machine in the grid according to user's selection, and concrete operations are:
Step a, mesh topology acquisition module the user is disposed being used to of selecting mesh services computing machine dynamically and static information send to the service arrangement module;
Step b, service arrangement module are obtained the HelloWorld.gar file from the mesh services development module, and this document are deployed in the computing machine of user's selection.
The user only needs to select to dispose according to information the computing machine of mesh services, the service arrangement module just can be obtained the GAR file automatically and this document is deployed in the computing machine of user's appointment from the service development module, with in the prior art after generating service grid environment, the mesh services that the user also needs to dispose establishment separately by command line parameter is compared, easy and simple to handle, flow process is simple, has also saved from creating service grid environment to the time of disposing this service grid environment, is very easy to the user.
In the flow process of the method for building up of information service shown in Figure 3, if the mesh services of creating is also carried resources-type information, in the step 304, when the mesh services development module is imported the information of wsdl fileinfo and service class information by wizard sheet user oriented transmission one prompting user, also send the information that a prompting user imports resources-type information to the user simultaneously by this guide page; Accordingly, in the step 306, the mesh services development module is kept at mesh services information, wsdl fileinfo, service class information and the resources-type information of user's input in the ant file of prior setting as the ant script argument.
In the method for above-mentioned various exploitation mesh services, can be to the application of mesh services, dispose with anti-deployment operation and introduce controling mechanism, if will be to the application of mesh services, dispose and introduce security mechanism, between step 308 and step 309, the mesh services development module also sends a prompting user to the user and imports the security information of using this mesh services and the security information of disposing this mesh services, after the user imports security information, the mesh services development module sends to security module with this security information, and security module generates safety certificate and the private key that mates with the security information of user's input for the user; Accordingly, in step 309, the mesh topology acquisition module with mesh topology and each computing machine dynamically and static information when sending to the user, also send one simultaneously and require the user to import the security information of disposing mesh services, at this moment, these step ground concrete operations are:
Step a1, mesh topology acquisition module obtain the information of each computing machine in the mesh topology of mesh services place grid and this grid, and with this mesh topology and each computing machine dynamically and static information send to the user by a guide page, also be defined as the computer name of the root node in the grid and dispose the security information of this mesh services by this guide page prompts user input;
After step b1, user import the computer name of root node and dispose the security information of this mesh services, the mesh topology acquisition module is transmitted to security module with this security information, security module verifies whether this security information mates with corresponding private key, if do not match, then send the information of having no right to dispose this that service of dirt, finish then by the wizard sheet user oriented; If coupling, then execution in step c1;
Step c1, mesh topology acquisition module call the RLDS client of root node computing machine, obtain the mesh topology information of grid by this RLDS client, and in this grid each node computing machine dynamically and static information, comprise: information such as multidate information such as cpu load, free memory, hard disk free space, information such as static information such as machine dominant frequency, port, total internal memory, total disk space, and the descriptor of the mesh services of carrying out on each node computer;
Steps d 1, mesh topology acquisition module reach the visual page that dynamically reaches static information that static information generates the computing machine of a reflection mesh topology and each node according to the dynamic of computing machine of the mesh topology information in the grid and each node, and this visual page are sent to the user;
Step e1, user determine that according to the static information that dynamically reaches of the computing machine of the mesh topology information in the grid and each node one is fit to dispose the computing machine of this mesh services, and the dynamic and static information of this computing machine that will select sends to the mesh topology acquisition module.
Equally, later on when the user disposes or calls this mesh services to this mesh services is counter, security module also will be carried out authentication to the user, like this, have only the exploitation user of mesh services or be authorized to the user and just can dispose, instead dispose and use this mesh services, effectively avoid the abuse and the malicious sabotage of resource, strengthened the security of mesh services, guaranteed the efficient use of mesh services.
It should be noted last that, above embodiment is only unrestricted in order to technical scheme of the present invention to be described, although the present invention is had been described in detail with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can make amendment or be equal to replacement technical scheme of the present invention, and not break away from the spirit and scope of technical solution of the present invention.
Claims (7)
1, a kind of system that sets up of information service is characterized in that comprising:
One mesh services development module is used for the consumer-oriented operation of process in the exploitation mesh services, and is encapsulated as a GAR file for described mesh services spanned file and bibliographic structure and with this document and bibliographic structure;
One mesh topology acquisition module is used to obtain the topological structure of described mesh services place grid, and in this mesh topology computing machine dynamically and static information;
One service arrangement module is connected with described mesh services development module and described mesh topology acquisition module, be used for described GAR Documents Department be deployed to grid that described mesh services is provided one with the computing machine of described mesh services coupling in.
2, the system that sets up of information service according to claim 1, it is characterized in that also comprising a security module, be connected with described mesh services development module and described service arrangement module respectively, be used to be provided with access control, deployment and the anti-authority of disposing described mesh services.
3, a kind of method of setting up information service, wherein carry out following steps:
Step 1, user's log-on message are served when setting up system, and the mesh services development module sends the information that a prompting user imports mesh services information to the user;
Step 2, user are according to described information input mesh services information;
Step 3, described mesh services development module compile service class according to the described mesh services information of user's input, and this service class are resolved to the class file;
Step 4, described mesh services development module send the information that a prompting user imports wsdl fileinfo and service class information to the user;
Step 5, described mesh services development module generate a wsdl file according to the wsdl fileinfo and the class file of user's input; Simultaneously, service class information and the class file according to user's input generates a wsdd file;
Step 6, described mesh services development module are imported described mesh services information, wsdl fileinfo and the service class information of user's input in the ant file of prior setting into as an ant script argument respectively;
Step 7, described mesh services development module send the information that a prompting user imports the GAR filename to the user;
The GAR file that step 8, described mesh services development module generate a mesh services according to the GAR filename and the described ant file of user's input;
Step 9, mesh topology acquisition module obtain computing machine in the mesh topology of described mesh services place grid and this grid dynamically and static information, and with this mesh topology and computing machine dynamically and static information send to the user;
Step 10, service arrangement module are deployed in described GAR Documents Department in the computing machine in the described grid according to user's selection.
4, the method for setting up information service according to claim 3, in the wherein said step 4, should does described mesh services development module send a prompting user when importing the information of wsdl fileinfo and service class information to the user, also simultaneously by? the wizard sheet user oriented sends the information that a prompting user imports resources-type information; In the described step 6, described mesh services development module is also imported described resources-type information in the ant file that is provided with in advance as an ant script argument.
5, according to claim 3 or the 4 described methods of setting up information service, wherein between described step 8 and described step 9, described mesh services development module also sends a prompting user to the user and imports the security information of using described mesh services and the security information of disposing described mesh services; After the user imported security information, described mesh services development module sent to security module with the described security information of user's input, the safety certificate and the private key of the described security information coupling of this security module and user's input; Being specially of described step 9:
Step a1, described mesh topology acquisition module obtain computing machine in the topological structure of described mesh services place grid and this grid dynamically and static information and send to the user, also send the information that title and being used to that a prompting user input is set to the computing machine of the root node in the described grid is disposed the security information of described mesh services to described user;
Step b1, described mesh topology acquisition module are transmitted to described security module with the security information of user's input, and this security module verifies that whether described security information mates with corresponding private key, if do not match, then finishes; If coupling, then execution in step c1;
Step c1, described mesh topology acquisition module be with the client of described root node computing machine, obtain by this client each node in the mesh topology information of described grid and the described grid computing machine dynamically and static information;
Steps d 1, described mesh topology acquisition module reach the visual page that dynamically reaches static information that static information generates the computing machine of a reflection mesh topology and each node according to the dynamic of described mesh topology information and described computing machine, and this visual page are sent to the user;
Step e1, user are fit to dispose the computing machine of this mesh services according to definite one, and the static information that dynamically reaches of this computing machine is sent to described mesh topology acquisition module.
6, the method for setting up information service according to claim 3, wherein said step 9 is specially:
Step a, described mesh topology acquisition module obtain computing machine in the mesh topology of described mesh services place grid and this grid dynamically and static information and send to the user, also send the title that a prompting user input is set to the computing machine of the root node in the described grid to described user;
Step b, described mesh topology acquisition module call the client of described this computing machine according to the title of the computing machine of user's input, obtain by this client each node in the mesh topology information of described grid and the described grid computing machine dynamically and static information;
Step c, described mesh topology acquisition module reach the visual page that dynamically reaches static information that static information generates the computing machine of a reflection mesh topology and each node according to the dynamic of described mesh topology information and described computing machine, and this visual page are sent to the user
Steps d, user are fit to dispose the computing machine of this mesh services according to definite one, and the static information that dynamically reaches of this computing machine is sent to described mesh topology acquisition module.
7, according to claim 3 or the 4 or 6 described methods of setting up information service, wherein said step 10 is specially:
Step a, described mesh topology acquisition module the user is disposed being used to of selecting described mesh services computing machine dynamically and static information send to described service arrangement module;
Step b, described service arrangement module are obtained described GAR file from described mesh services development module, and GAR Documents Department are deployed in the computing machine of user's selection.
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| CNB2005101325406A CN100353318C (en) | 2005-12-26 | 2005-12-26 | Information service construction system and construction method |
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| CNB2005101325406A CN100353318C (en) | 2005-12-26 | 2005-12-26 | Information service construction system and construction method |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102790712A (en) * | 2011-05-17 | 2012-11-21 | 北京航空航天大学 | Web service security treatment method and system |
| CN103067380A (en) * | 2012-12-26 | 2013-04-24 | 北京启明星辰信息技术股份有限公司 | Deployment configuration method and system of virtual safety device |
| CN111541565A (en) * | 2020-04-20 | 2020-08-14 | 中国人民解放军国防大学联合作战学院 | Visual rapid deployment method of application service based on communication topological structure |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20050132270A1 (en) * | 2003-12-11 | 2005-06-16 | International Business Machines Corporation | Method, system, and computer program product for automatic code generation in an object oriented environment |
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2005
- 2005-12-26 CN CNB2005101325406A patent/CN100353318C/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102790712A (en) * | 2011-05-17 | 2012-11-21 | 北京航空航天大学 | Web service security treatment method and system |
| CN102790712B (en) * | 2011-05-17 | 2015-07-15 | 北京航空航天大学 | Web service security treatment method and system |
| CN103067380A (en) * | 2012-12-26 | 2013-04-24 | 北京启明星辰信息技术股份有限公司 | Deployment configuration method and system of virtual safety device |
| CN103067380B (en) * | 2012-12-26 | 2015-11-18 | 北京启明星辰信息技术股份有限公司 | A kind of deployment configuration method and system of virtual secure equipment |
| CN111541565A (en) * | 2020-04-20 | 2020-08-14 | 中国人民解放军国防大学联合作战学院 | Visual rapid deployment method of application service based on communication topological structure |
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