CN102681825A - System and method for managing service run container - Google Patents
System and method for managing service run container Download PDFInfo
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Abstract
The invention discloses a system and a method for managing a service run container. The system comprises a component establishment module and a management control module. The component establishment module is used for establishing components according to component establishing commands of users and establishing configuration information for the components. The configuration information for the components includes component identifications, component types and component management information. The management control module is used for acquiring the configuration information for the components and generating a component template for the users according to the configuration information for the components. According to the technical scheme, the components can be effectively added, expansibility and reusability of the system can be effectively improved, and applicability of the management system can also be improved.
Description
Technical field
The present invention relates to computer technology, relate in particular to a kind of service operation Container Management system and method.
Background technology
Along with the development of Internet technology, the resource on the network is more and more, and various services are also more and more; And serve; For example atomic service and composite services all need be carried out at corresponding service operation container, in service operation container operational process; For guaranteeing effective operation of service, need effectively monitor and manage service operation container and service.
Traditionally, to different service operation containers, generally need the corresponding management tool of exploitation; The service operation environment is monitored and managed; But the versatility of this way to manage is relatively poor, and different service operation containers need be developed corresponding management tool; Cause the wasting of resources, handling cost is high.And the data that the service operation container need be managed have certain similarity usually; Data such as virtual machine information, thread pool information for example; Form to these data managements also has very big similarity; For example adopt assemblies such as chart or form to manage, monitor the virtual machine ruuning situation that these move containers, just can provide support for the keeper does corresponding decision-making through the mode that adopts dynamic chart; For this reason, prior art has also proposed through customizing the service operation Container Management system that these general purpose modules are monitored and managed the service operation container.
In the existing service container management system, mainly comprise administration module, and customized general purpose module for administration module; So that utilize these general purpose modules that service operation container operational process is monitored and managed, for gerentocratic decision-making provides support, for example; The service operation Container Management system that Oracle company provides; Be exactly the assembly that utilizes customization general, come the operational process of service operation container is monitored and managed, the general purpose module and the service management module of customization are coupled; This service management module can be obtained the operating various information of service operation container in real time; And according to the customization general purpose module its ruuning situation is shown, to offer the supvr, be convenient to the supvr and make a strategic decision.
But in the existing service operation Container Management system, assembly and service management module are coupled; The extendability of assembly is relatively poor; When the new assembly of needs is monitored service operation container operational process, need framework management system again, make that the extendability of system and reusability are relatively poor.
Summary of the invention
The present invention provides a kind of service operation Container Management system and method, can effectively improve the extensibility and the reusability of management system.
The present invention provides a kind of service operation Container Management system, comprising:
The building component module is used for setting up component order according to the user and creates assembly, and sets up configuration information for said assembly, and the configuration information of said assembly comprises: component identification, component type and assembly management information;
Management control module is used to obtain the configuration information of said assembly, and according to the configuration information formation component template of said assembly, offers the user.
In the above-mentioned service operation Container Management system, said management control module can comprise:
The data message acquiring unit is used to obtain the service data of remote server, said service data be said assembly the data message that will manage;
The module configuration information acquiring unit is used to obtain the configuration information of said assembly, adds in the managing configuration information;
Assembly provides the unit, is used for the configuration information formation component template according to said assembly, and the said data message that will receive is loaded into component template and offers the user.
Above-mentioned service operation Container Management system also can comprise:
The management information memory module is used for the manageable data message of memory module so that during said building component module creation assembly, the prompting user select to create the assembly management information of assembly.
In the above-mentioned service operation Container Management system, said assembly management information can comprise: virtual machine information, thread information, object pool information or information on services.
In the above-mentioned service operation Container Management system, said component type can comprise: subtype or form types.
In the above-mentioned service operation Container Management system, said managing configuration information also can comprise: page info;
Said management control module can be used for the configuration information of the said assembly that obtains is added in the said page info.
In the above-mentioned service operation Container Management system, the configuration information of said assembly also can comprise: the positional information of the assembly of expression assembly displaing coordinate.
In the above-mentioned service operation Container Management system, said management control module also is used to receive the user and sets up component order, and said component order is sent to the building component module.
The present invention provides a kind of service operation Container Management method, comprising:
Set up component order according to the user and create assembly, set up configuration information for said assembly, the configuration information of said assembly comprises: component identification, component type and assembly management information;
According to said configuration information, the formation component template also offers the user.
In the above-mentioned service operation Container Management method, setting up configuration information for assembly can comprise:
According to the manageable data message of assembly of storage, the prompting user selects the assembly management information of assembly.
Service operation Container Management system and method provided by the invention; Can set up the configuration information of assembly and assembly according to user's request; And can offer the user, thereby when the service operation container is monitored and is managed according to the configuration information formation component template of assembly; Can dynamically dispose new assembly, improve the extensibility of management system; Simultaneously, assembly is independent establishment in the technical scheme of the present invention, and it can be used as other management system use of independently part confession, can effectively improve the reusability of assembly and management system; Technical scheme of the present invention can be disposed corresponding assembly according to different needs, makes that the adaptability of management system is stronger, applicable to the monitoring and the management of different service operation containers, improves the practicality and the versatility of management system, reduces the development of Management System cost.
Description of drawings
Fig. 1 is the structural representation of service operation Container Management system embodiment of the present invention;
Fig. 2 is the structural representation of management control module in the embodiment of the invention;
Fig. 3 is the structural representation of component template in the embodiment of the invention;
Fig. 4 is the schematic flow sheet of service operation Container Management method embodiment of the present invention;
Fig. 5 is the structural principle synoptic diagram of the concrete Governance framework of realizing of the embodiment of the invention;
Fig. 6 is the principle schematic of the concrete realization of component template in the embodiment of the invention.
Embodiment
For the purpose, technical scheme and the advantage that make the embodiment of the invention clearer; To combine the accompanying drawing in the embodiment of the invention below; Technical scheme in the embodiment of the invention is carried out clear, intactly description; Obviously, described embodiment is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills are not making the every other embodiment that is obtained under the creative work prerequisite, all belong to the scope of the present invention's protection.
Fig. 1 is the structural representation of service operation Container Management system embodiment of the present invention.As shown in Figure 1; The present embodiment management system comprises: building component module 1 and management control module 2; Wherein, Building component module 1 is used for setting up component order according to the user and creates assembly, and sets up configuration information for assembly, and the configuration information of assembly comprises: component identification, component type and assembly management information; Management control module 2 is used for the configuration information of securing component, and according to the configuration information formation component template of assembly, offers the user.Present embodiment service operation Container Management system can be applicable in the monitoring and management of service operation environment; Can be according to user's needs; Create assembly through building component module 1, obtain the configuration information of creating assembly through management control module 2, and according to configuration information formation component template; Show according to this component template, offer the user.
Present embodiment is applied to monitoring and when management of service operation container, when the user need set up new assembly, when monitoring and managing new data message; Can pass through above-mentioned building component module creation assembly; For this assembly is set up configuration information, and can this configuration information be sent to management control module, by the configuration information formation component template of management control module according to this assembly; Mode with display interface offers the user, is convenient to the user corresponding data information is monitored and handled.
In the present embodiment, the data message of assembly management can be the information on services disposed in virtual machine information, thread information, object pool information or the container etc., and virtual machine information can comprise information such as free memory, total internal memory; Thread information can comprise information such as active line number of passes, hang-up Thread Count, total Thread Count; Object pool information can comprise the information such as number of objects of current number of objects, maximum; Information on services can comprise the information such as title of service.In the present embodiment; When assembly is set up; Assembly management information in the configuration information of setting up for assembly promptly is one or more of above-mentioned data message, and therefore, the present embodiment management system can realize monitoring and management to relevant information according to the assembly of setting up; With in service operation container operational process,, the user provides support for making a strategic decision accordingly.
In the present embodiment; Management control module can offer the user with the mode of assembly with interface display, so that the user can monitor and handle the ruuning situation of service container according to this interface display; Particularly; Can be according to the configuration information of assembly, for example component identification, component type and assembly management information generate corresponding component template; This component template can interface display mode assembly is offered the user so that the user monitors and manages the corresponding data message of assembly management information in the assembly.Wherein, described component identification, the unique identify label that generates when being building component module creation assembly; Component type is the form of expression of assembly, for example can be chart, form and Web service upload text box etc.; Assembly management information is the information type of assembly management; For example can be virtual machine information, thread information or object pool information; Like this, management control module can generate corresponding display interface according to the configuration information of this assembly; And can be through the service data that obtains from the remote server end; Obtain the data message corresponding, thereby can on the interface, show, be convenient to the duty of user according to interface display information monitor service operation container with the component type of setting with this assembly management information.
In the present embodiment; As shown in Figure 1, this management system also can comprise management information memory module 3, is used for the manageable data message of memory module; So that when building component module 1 is created assembly, can point out the user select to create the assembly management information of assembly.Particularly; In the building component process; Management control module 2 can be through according to all data messages of this management information memory module 3 stored, offer the user with the mode of interface display and check, so that the user can select which kind of data message is monitored and managed; Building component module 1 can obtain assembly management information according to the data message that the user selects, and the data message of the assembly management of this foundation is exactly the data message that the user selects.
Fig. 2 is the structural representation of management control module in the embodiment of the invention.As shown in Figure 2, in the present embodiment, above-mentioned management control module 2 can comprise that specifically data message acquiring unit 21, module configuration information acquiring unit 22 and assembly provide unit 23, wherein:
Data message acquiring unit 21 is used to obtain the service data of remote server, this service data be assembly the data message that will manage;
Module configuration information acquiring unit 22 is used for the configuration information of securing component, adds in the managing configuration information;
Assembly provides unit 23, is used for the configuration information formation component template according to assembly, and the data message that receives is loaded into component template offers the user.
In the present embodiment; The configuration information of the assembly that described module configuration information acquiring unit 22 can be set up the building component module adds in the managing configuration information of assembly management control module 2 self; Wherein, The configuration information that can comprise all component in this managing configuration information is so that assembly management control module 2 can be managed each assembly.In addition, this managing configuration information can include page info, is used to represent the page at assembly place, can comprise page iden-tity, the assembly information such as display position in the page; Module configuration information acquiring unit 22 can be inserted in this configuration information in the page info after obtaining these configuration informations, is in this page, to manage and show to represent this assembly.
In the present embodiment; Described assembly provides the unit 23 can be according to the configuration information formation component template of assembly; And the service data of the remote server that can data message acquiring unit 21 be obtained; Promptly with the configuration information of assembly in the corresponding data message of assembly management information, be loaded into this component template, show to offer the user.
Fig. 3 is the structural representation of component template in the embodiment of the invention.In the present embodiment, after component template was set up, this component template can be used as an independently display control module, and the control of receiving management control module is to show assembly.Particularly, as shown in Figure 3, this component template 4 can comprise: service calling module 31, model module 32, control module 33 and view display module 34; Wherein, Service calling module 31 can be responsible for calling remote management interface, carries out alternately with the remote server end, to obtain corresponding data information; The relevant configuration information of model module 32 memory modules, and the data message that obtains from the remote server end of service calling module 31; Control module 33 can be sent to view display module 34 with configuration information, the data message of the assembly of model module 32 stored; Carry out the demonstration of assembly by view display module 34; Simultaneously; Request or order and remote server end that this control module 33 also can be transmitted the user that view display module 34 receives carry out alternately.Like this, after component template 4 is set up, promptly can the interface display mode assembly be offered the user, and can obtain the data message of remote server end in real time, on the interface, be shown to the user, be convenient to the user and monitor and manage.
To sum up can find out; Present embodiment can be set up the configuration information of assembly and assembly according to user's request; And can offer the user, thereby when the service operation container is monitored and is managed according to the configuration information formation component template of assembly; Can dynamically dispose new assembly, improve the extensibility of management system; Simultaneously, assembly is independent establishment in the present embodiment, and it can be used as other management system use of independently part confession, can effectively improve the reusability of assembly and management system; The present embodiment management system can be disposed corresponding assembly according to different needs; Make that the adaptability of management system is stronger; Applicable to the monitoring and the management of different service operation containers, improve the practicality and the versatility of management system, reduce the development of Management System cost.
Fig. 4 is the schematic flow sheet of service operation Container Management method embodiment of the present invention.As shown in Figure 4, embodiment service operation Container Management method can comprise the steps:
The present embodiment method can have the invention described above service operation Container Management system identical functions, can be applied to the monitoring and the management of service operation container, and its concrete implementation procedure can repeat no more at this with reference to the explanation of the invention described above system embodiment.
For technical scheme of the present invention is had a better understanding, will describe with the concrete realization of service operation Container Management system embodiment of the present invention below.
Fig. 5 is the structural principle synoptic diagram of the concrete Governance framework of realizing of the embodiment of the invention.In the practical application; The present embodiment management system can be passed through (the Open Service GatewayInitiative of Java dynamic module system; OGSI) technology realizes, particularly, but can realize dynamic expansion and reusable Governance framework through the OSGI technology; So that the operation service container is monitored and is managed; This Governance framework can comprise Web container module, Governance framework kernel module and component template, and each module of Web container module, Governance framework kernel module and component template is made corresponding OSGI module Bundle, the jar bag of the OSGI descriptor that promptly adds; Wherein, Web container module Bundle and Governance framework kernel module Bundle are the core Bundle of Governance framework, and the purpose of Web container module Bundle is that Governance framework is embodied to the user with the Web browser mode, and guarantee that Governance framework can independent operating; The Governance framework kernel module is a core component, can manage and control each assembly; Each Bundle of component template can be Governance framework provides rich functions.
When needs add and dispose new assembly; The user can select in the interpolation assembly options menu that the Governance framework kernel module shows on browser page; When the user selected to add assembly, the assembly Bundle that selects to have customized also was deployed to it in Governance framework, and the assembly Bundle of this customization can be in system's operation; Dynamic state part is deployed in the Governance framework, can not influence the operation of Governance framework; Form because assembly Bundle is independent customization, the assembly of this customization and Governance framework all are reusable, for example can the assembly Bundle in the Governance framework be separated, and carry out being applied in other environment after secondary development is used for the user.
For can be in Governance framework with assembly Bundle dynamic expansion, need interface of being responsible for component template is integrated into Governance framework of design usually, when system needed dynamically to dispose a new assembly, assembly can be expanded this interface, to realize dynamic deployment.
Wherein, The design of this interface can be adopted the method for self-defined extension point; Design a s chema file; And this schema (org.act.xservices.integrationgui.framework.extens ion) is arranged in a public Bundle (x service s-intergrat iongui-commons), and this Bund l e can solve some common problem in the Governance framework, for example internationalization problem etc.; Assembly Bundle is a plug-in unit engineering, and the plugin.xml of each assembly Bundle will expand this interface, and Governance framework running environment can load the Bundle of the above-mentioned schema of expansion dynamically in the process of operation.And in this Governance framework, whenever in Governance framework, increasing, when disposing an assembly Bundle, will in the interface of Governance framework, showing the menu item and the corresponding operation of this assembly.
In the practical application, (Rich Ajax Platform, RAP) technology realizes management system, so that management system of the present invention may operate on the browser, makes mode that management system of the present invention can browser supply the user to check and uses can to pass through rich Ajax platform.Wherein, RAP is the new technology that Eclipse provides; Allow the developer to use abundant java class storehouse and Eclipse API (Application Programming Interface; API) structure is based on the Ajax application program of browser; It through provide the standard package instrument (The Standard Widget Toolkit, SWT), the realization of Jface and Eclipse Workbench based on Web make the rich client program (Rich ClientPlatform, RCP) application program operates on the browser; Developer's Eclipse development model capable of using makes up Rich, Ajax-enabled web application; Can use famous Eclipse platform extension point Plugin Mechanism and an assembly widget kit that comprises SWT/JFace API, like this, only need carry out a spot of modification can be so that existing RCP application program operates on the browser.
Wherein, RAP is a micro-kernel during operation; Be the core engine of plug-in unit, mainly contain two plug-in units of org.eclipse.osgi and org.eclipse.core.runtime and form that other all plug-in unit all relies on this two plug-in units; Can possess following function during its operation: structure and the realization details that they comprise, the for example Bundle and the Classloader of (1) definition plug-in unit; (2) registration table, expansion and the extension point of management plug-in unit, dynamic registration and loading extension point.
Above-mentioned self-defining extension point file is that Governance framework provides an integrated interface, like this, and when in Governance framework, dynamically disposing new assembly Bundle; Can register the assembly Bundle of the above-mentioned self-defined extension point of expansion during the RAP operation; In Governance framework, just can obtain these assemblies Bundle information like this, and when disposing a new assembly Bundle; Just can in Governance framework, dynamically increase a new assembly menu, so that the user checks through browser.Assembly in the present embodiment is exactly that form with plug-in unit is registered in the Governance framework, to realize the interpolation of assembly.
In the practical application; Component template can be designed to model view controller (the Model ViewController of four-layer structure; MVC) model; Be respectively service call layer, model layer, controller layer and view layer, correspond respectively to service calling module, model module, control module and view display module in the embodiment of the invention.Particularly, the service call layer is used to be responsible for calling remote management interface, carries out alternately with the remote server end, to obtain corresponding data information; The data message that the model layer user storage is obtained from the remote server end; Controller layer is used to transmit the user according to the request of view layer or ordered and the remote server end carries out alternately, and can be with data transmission to the view layer; The view layer is used for assembly is showed and the user carries out alternately.
Fig. 6 is the principle schematic of the concrete realization of component template in the embodiment of the invention.As shown in Figure 6, the service call layer can include basic service calling interface and composite services calling interface, so that carry out alternately with various types of services, it obtains the method for calling that data can adopt Web service; Model layer can be used for storing the view layer and shows needed data, comprises the configuration information of assembly, and the mode of one of which configuration file is stored, and storage entity information JavaBean and self-defining template assembly JavaScript; Controller layer can adopt the key-course that adopts in the RCP assembly, for example the content controller in the form component, label controller and be used to controller that is provided with component property etc.; In the RAP interface, assembly is with the JavaScript presented, and therefore, the view layer adopts JavaScript to show.
Wherein, The RAP application program adopts the SWT assembly to develop; The SWT assembly is based on the MVC model, and for example form component comprises user interface UI label (table), label controller and content controller; The demonstration of each column information of label controller control form, content controller is used to shine upon the entity information and the label controller of storage.Because in the RAP application program, what promptly web application showed is JavaScript information, can not directly show the UI label of SWT, therefore, the MVC component model of SWT is improved, and specifically can adopt following method: based on the self-defined assembly of JavaScript; The controller of defining operation component template, the for example attribute of operating assembly and the information that will show; The entity class of the various attribute informations of definition memory module, for example each Column Properties information of form; Layer is called in packing service, with the interface that the service call layer provides, for example obtains the interface of virtual machine information, writes in the configuration file, and is corresponding one by one with service interface; Be provided for the entity class of operative configuration file in the assembly, for example be responsible for the parsing of configuration file.And, can adopt following four steps in the method for self-defined assembly in RAP: the realization (the running environment RWT of RAP) of definition remote server end; The realization (self-defined JavaScript file) of definition client; The adapter that client is connected with the remote server end is set up in definition; Registration JavaScript file (expansion org.eclipse.rap.ui.resources).
Utilize the Governance framework of above-mentioned realization to operate on the browser; Therefore, the user can operate this Governance framework through browser interface, wherein; The user adds assembly in the interface process is following: at first; The user clicks corresponding assembly button in the menu bar in the Governance framework, and system can eject a dialog box automatically, and the user is provided with the information of assembly (like the horizontal ordinate of chart, the information (free memory that chart is showed; Promptly the data message that will manage), the information such as position of icon), use the entity class that configuration file is resolved in this process; Then these information of adding are added in the entity class of record attribute information, import internal memory; Secondly the controller of component template carries out corresponding modification according to these attribute informations to the JavaScript file; And amended JavaScript file is added in the interface; So just can in the interface, add and had the assembly of certain sense, for example monitor the chart of virtual machine situation.
In the practical application; For ease of carrying out can management interface being set at the remote server end alternately with the remote server end, this management interface can with as one independently Web service be deployed in the container; Realize and the isolation of container end that the concrete modification that realizes of container end is to not influence of management interface.In this Web service, provide virtual machine information, these general management of information such as thread information, (Web Service Definition Language WSDL) defines through Web Service Definition Language for virtual machine information, thread information etc.Management interface can provide the interface of visit to client through the WSDL document, can not open management port like this, improves the security of service container operation.
One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can be accomplished through the relevant hardware of programmed instruction; Aforesaid program can be stored in the computer read/write memory medium; This program the step that comprises said 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 embodiment is only in order to explaining technical scheme of the present invention, but not to its restriction; Although with reference to previous embodiment the present invention has been carried out detailed explanation, 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, and perhaps part technical characterictic wherein is equal to replacement; And these are revised or replacement, do not make the spirit and the scope of the essence disengaging various embodiments of the present invention technical scheme of relevant art scheme.
Claims (10)
1. a service operation Container Management system is characterized in that, comprising:
The building component module is used for setting up component order according to the user and creates assembly, and sets up configuration information for said assembly, and the configuration information of said assembly comprises: component identification, component type and assembly management information;
Management control module is used to obtain the configuration information of said assembly, and according to the configuration information formation component template of said assembly, offers the user.
2. service operation Container Management according to claim 1 system is characterized in that said management control module comprises:
The data message acquiring unit is used to obtain the service data of remote server, said service data be said assembly the data message that will manage;
The module configuration information acquiring unit is used to obtain the configuration information of said assembly, adds in the managing configuration information;
Assembly provides the unit, is used for the configuration information formation component template according to said assembly, and the said data message that will receive is loaded into component template and offers the user.
3. service operation Container Management according to claim 1 and 2 system is characterized in that, also comprises:
The management information memory module is used for the manageable data message of memory module so that during said building component module creation assembly, the prompting user select to create the assembly management information of assembly.
4. service operation Container Management according to claim 1 and 2 system is characterized in that said assembly management information comprises: virtual machine information, thread information, object pool information or information on services.
5. service operation Container Management according to claim 1 and 2 system is characterized in that said component type comprises: subtype or form types.
6. service operation Container Management according to claim 2 system is characterized in that said managing configuration information also comprises: page info;
Said management control module is used for adding the configuration information of the said assembly that obtains to said page info.
7. service operation Container Management according to claim 6 system is characterized in that the configuration information of said assembly also comprises: the positional information of the assembly of expression assembly displaing coordinate.
8. service operation Container Management according to claim 1 system is characterized in that said management control module also is used to receive the user and sets up component order, and said component order is sent to the building component module.
9. a service operation Container Management method is characterized in that, comprising:
Set up component order according to the user and create assembly, set up configuration information for said assembly, the configuration information of said assembly comprises: component identification, component type and assembly management information;
According to the configuration information of said assembly, the formation component template also offers the user.
10. service operation Container Management method according to claim 9 is characterized in that, sets up configuration information for assembly and comprises:
According to the manageable data message of assembly of storage, the prompting user selects the assembly management information of assembly.
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