CN102663202A - Dynamic product cooperative development platform and method based on federation mode - Google Patents
Dynamic product cooperative development platform and method based on federation mode Download PDFInfo
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Abstract
The invention discloses a dynamic product cooperative development platform based on a federation mode and aims at solving the problem that the prior art does not support the dynamic joint and quit of application federation members. The dynamic product cooperative development platform based on the federation mode comprises a bottom layer communication support system, a federation execution support environment unit, a plurality of federation execution support environment interface modules and a plurality of application federation members. The invention provides a dynamic product cooperative development method based on the federation mode, and the method at least comprises the following steps of: application federation building, application federation joint and application federation quit. The dynamic product cooperative development platform and the dynamic product cooperative development method based on the federation mode have the advantages that the development period can be shortened, the development efficiency is improved, and the performance is good. The platform and the method are suitable for the advanced manufacture field and the software engineering technical field.
Description
Technical field
The present invention relates to a kind of dynamic products co-development platform and method based on federated schema.
Background technology
Collaborative design is in order to adapt to the continuous aggravation of world industry market competition, the new situations that model change is increased and a kind of Design Mode of occurring.This is a kind of omnibearing collaborative: from institutional framework; Along with producing the meticulous day by day of the division of labor; Enterprise begins to be absorbed in the part that exploitation has core competitiveness, and other parts are transferred to other enterprise's exploitation, and enterprise all over the world begins to make network based on the whole world and carries out co-development; From performance history; The traditional serial exploitation changes concurrent development into; Products Development no longer only has been developer's a thing; But at the beginning of exploitation, just let the personnel in product life cycle in each stage and tissue participate in, take all factors into consideration problems such as the market demand, customer requirements, manufacturing, assembling, maintenance and environmental protection; Constitute from technology, product is complicated day by day, relates to the technology of every aspects such as machinery, control, electronics, hydraulic pressure, pneumatic, software, needs the collaborative of multidisciplinary technology; From the development environment angle, each enterprise, department, the employed back-up environment of subject have nothing in common with each other, and are working in coordination with between the isomery back-up environment.
Design, emulation, optimization are important product development activities.In collaborative design; Different enterprises, different development phases, different subject, the design of different back-up environments, emulation, optimized application need be carried out extensive and deep working in coordination with equally, and the co-development method has very important influence for the quality of co-development.
From the angle of intergration model, what design, emulation, the optimization Collaborative Product Developing method of existing main flow generally adopted is the tight intergration model of collaborative assembly and certain co-development back-up environment, and collaborative assembly is difficult to dynamically add and withdraw from.And in some occasion; Enterprise, subject, the back-up environment of participating in co-development change relatively frequent (for example innovative development); Need the Collaborative Product Developing system to have stronger dynamic adjustment capability, and collaborative assembly is difficult to dynamically add and withdraw from, has brought inconvenience for the adjustment of system.
HLA is effective framework of supporting that distributed dynamic is collaborative, but up to now, HLA still is mainly used in the collaborative simulation field, design, the emulation based on HLA, the synergistic application of optimization do not occur.That is the Collaborative Product Developing method that, does not also adapt to the loose intergration model that the dynamic cooperation of design, emulation, optimization requires up to now.
Summary of the invention
In order to overcome above-mentioned defective, the present invention provides a kind of dynamic products co-development platform based on federated schema that federal member can dynamically add or withdraw from of using.
For achieving the above object; On the one hand; The present invention provides a kind of dynamic products co-development platform based on federated schema, and said platform comprises bottom communication back-up system, federation execution back-up environment unit, a plurality of federation execution back-up environment interface module and a plurality of application federal member; Wherein,
The bottom communication back-up system is used to interconnected, the intercommunication of using between the federal member and with interoperability the support on communicating by letter is provided;
Federation execution back-up environment unit is based upon on the said bottom communication back-up system, is used to use integrated between the federal member and collaborative the standardized service support is provided;
Federation execution back-up environment interface module is used to use being connected of federal member and federation execution back-up environment unit.
Particularly, said federation execution back-up environment unit comprises a plurality of federation execution back-up environment proxy modules.
On the other hand, the present invention provides a kind of dynamic products co-development method based on federated schema, and said method comprises the steps: at least
Set up and use federation, one uses federal member uses federal to federation execution back-up environment unit application establishment;
Adding is used federal, and the application federal member of preparing entering federation has added examining through back adding federation of federal application federal member through all;
Withdraw from use federal, prepare to withdraw from federal application federal member through all added federal application federal member examine through after withdraw from federation.
Particularly, said foundation is used federal step and is comprised step by step following:
Propose to set up federal application 4.1 one uses the first federation execution back-up environment proxy module of federal member under it;
4.2 the first federation execution back-up environment proxy module is examined the application of receiving;
4.3 the first federation execution back-up environment proxy module is examined notice to other federation execution back-up environment proxy module issue;
4.4 other federation execution back-up environment proxy module is examined the notice of receiving of examining;
4.5 other federation execution back-up environment proxy module is examined situation to first federation execution back-up environment proxy module notice;
4.6 the first federation execution back-up environment proxy module gathers the situation of receiving of examining;
4.7 the first federation execution back-up environment proxy module is asked for federal object model to using federal member;
Upload federal object model to the first federation execution back-up environment proxy module 4.8 use federal member;
4.9 the first federation execution back-up environment proxy module generates the federation execution data according to the federal object model of receiving;
4.10 the first federation execution back-up environment proxy module is disposed said federation execution data;
4.11 the first federation execution back-up environment proxy module transmits said federation execution data to other federation execution back-up environment proxy module;
4.12 other federation execution back-up environment proxy module is disposed the federation execution data of being received;
4.13 other federation execution back-up environment proxy module is to first federation execution back-up environment proxy module notice deployment scenario;
4.14 the first federation execution back-up environment proxy module gathers the deployment scenario of being received;
4.15 the first federation execution back-up environment proxy module is put summarized results on record;
4.16 the first federation execution back-up environment proxy module sends summarized results to other federation execution back-up environment proxy module, and notifies these federation execution back-up environment proxy modules that summarized results is carried out the strange land and put on record; Wherein the strange land implication of putting on record is: see from the visual angle of the first federation execution back-up environment proxy module, in other federation execution back-up environment proxy modules, put on record;
4.17 carrying out the strange land, puts on record other federation execution back-up environment proxy module;
4.18 other federation execution back-up environment proxy module is notified the situation of putting on record to the first federation execution back-up environment proxy module;
4.19 the first federation execution back-up environment proxy module gathers the situation of being received of putting on record;
4.20 the first federation execution back-up environment proxy module is set up the result to using the federal member notice.
Particularly, adding the federal step of application comprises step by step following:
5.1 the federal outer second federation execution back-up environment proxy module of application federal member under it proposes to add federal application;
5.2 the second federation execution back-up environment proxy module proposes to add federal application to other federation execution back-up environment proxy module;
5.3 other federation execution back-up environment proxy module is examined the federal application of the adding of receiving;
5.4 other federation execution back-up environment proxy module is examined situation to second federation execution back-up environment proxy module notice;
5.5 the second federation execution back-up environment proxy module gathers the situation of being received of examining;
5.6 upgrading, puts on record the second federation execution back-up environment proxy module;
5.7 the second federation execution back-up environment proxy module is put on record to other federation execution back-up environment proxy module update notifications;
5.8 upgrading, puts on record other federation execution back-up environment proxy module;
5.9 other federation execution back-up environment proxy module is notified the more new situation of putting on record to the second federation execution back-up environment proxy module;
5.10 the second federation execution back-up environment proxy module gathers the more new situation of being received of putting on record;
5.11 the second federation execution back-up environment proxy module adds the result to proposing this application federal member that adds federal application notice.
Particularly, withdrawing from the federal step of application comprises step by step following:
6.1 the federal interior three federation execution back-up environment proxy module of application federal member under it proposes to withdraw from federal application;
6.2 the 3rd federation execution back-up environment proxy module inspection distribution subscription relation;
6.3 the 3rd federation execution back-up environment proxy module proposes to withdraw from federal application to other federation execution back-up environment proxy module;
6.4 other federation execution back-up environment proxy module is examined the federal application of withdrawing from of receiving;
6.5 other federation execution back-up environment proxy module is examined situation to the 3rd federation execution back-up environment proxy module notice;
6.6 the 3rd federation execution back-up environment proxy module gathers the situation of being received of examining;
6.7 upgrading, puts on record the 3rd federation execution back-up environment proxy module;
6.8 the 3rd federation execution back-up environment proxy module is put on record to other federation execution back-up environment proxy module update notifications;
6.9 upgrading, puts on record other federation execution back-up environment proxy module;
6.10 other federation execution back-up environment proxy module is notified the more new situation of putting on record to the 3rd federation execution back-up environment proxy module;
6.11 the 3rd federation execution back-up environment proxy module gathers the more new situation of being received of putting on record;
6.12 the 3rd federation execution back-up environment proxy module withdraws from the result to proposing this application federal member that withdraws from federal application notice.
The present invention is based in the dynamic products co-development platform of federated schema and be provided with federation execution back-up environment unit, a plurality of application federal members are carried out integrated and collaborative, the function that makes this platform have dynamic adding and withdraw from.In the work of large-scale cooperative exploitation, shortened the construction cycle, effect is good.
The dynamic products co-development method that the present invention is based on federated schema is mainly set up application federation; Add and use federation and withdraw from federal 3 steps of application; Integrated effectively with worked in coordination with the work of a plurality of application federal members, shortened the construction cycle, work efficiency is provided.
Description of drawings
Fig. 1 is the hierarchical structure synoptic diagram of federated systems of the present invention.
Fig. 2 is the fundamental diagram of federated systems of the present invention.
Fig. 3 is the FEI structure federated systems synoptic diagram of many proxy constructions.
Fig. 4 uses federal schematic flow sheet for setting up.
Fig. 5 uses federal schematic flow sheet for adding.
Fig. 6 uses federal schematic flow sheet for releasing.
Embodiment
Do detailed description below in conjunction with the Figure of description specific embodiments of the invention.
The present invention proposes a kind of Collaborative Product Developing method of supporting the loose intergration model of design, emulation, optimized application (being referred to as Application and Development) dynamic cooperation---based on the co-development method of federated schema.This method mainly comprises two parts content: (Federation Integration Architecture is FIA) with the FIA standard based on the integrated framework of federated schema.
FIA regards each Application and Development as federal member (Federate); Make up virtual joint management with federal member---federal (Federation); Utilize general middleware---the federation execution back-up environment (Federation Executive Infrastructure, FEI) carry out integrated and collaborative.The co-development system that makes up based on FIA/FEI is called federated systems.
As shown in Figure 1; All collaborative works in the federated systems all are on the basis of federation, to carry out; Federal (Federation) for carrying out specific Collaborative Product Developing task, the distributed collaboration product development system of being made up of some interactional federal members (Federate).Federal in order to be different from HLA emulation, it is federal that the federation of this paper is called application.
Member in the application federation carries out mutual through the collaborative incident of mutual transmission, collaborative incident is to use in the federation to be used for mutual base unit.
As shown in Figure 2, FEI is the core component of FIA, and it has realized the generic service that FIA is required, and these generic service are defined by the FIA interface specification.In FIA co-development system, the effect of FEI is just as flexible bus, as long as any product development system, application and management entity thereof satisfy the standard of FIA, can be inserted on the FEI as plug-in unit, works in coordination with through the standards service that FEI provides.
In order to guarantee that each dvielement in the federated systems can correctly work in coordination with, FIA has formulated a series of agreement, and institute's protocols having constitutes the FIA standard.The FIA standard is made up of three parts, comprising: FIA object model template (OMT, Object Model Template) has defined one and has overlapped the data formatting masterplate of describing types of objects among the FIA; FIA rule (FIA Rules) has defined in mandatory basic norm of federated systems design phase, is used for guaranteeing in the federated systems operation phase, can be correctly mutual between all kinds of federal members; FIA interface specification (Interface Specification) has defined in the FIA operational process, support the standards service of interoperability between the federal member, and FEI is the concrete realization of FIA interface specification.The effect of the effect of FIA OMT, Rules, Interface Specification and HLA OMT, Rules, Interface Specification is similar.
1, FIA object model template
Different enterprises, different department, different subject relied on exploits natural resources and have nothing in common with each other, and the data isomery is the significant obstacle that realizes co-development.Carry out smoothly for what guarantee to work in coordination with, all kinds of synergistic datas must be described with FIA OMT in the FIA regulation federated systems.
FIA OMT is identical with HLA OMT in form, is one group of normalized form, and its content is the various data that in integrated and collaborative processes, can use.FIAOMT comprises application object model (Application Object Model; AOM) and federal object model (Federation Object Model; FOM), wherein AOM is used to describe the synergistic data using the fertile synergistic data of institute and need other application to provide; Using federal FOM is to merge all AOM that use federal member to obtain, and has described the various synergistic datas that in using federal operational process, may occur.
2, FIA rule
The FIA rule is divided into federal rule and member's rule again.
(1) federal rule:
Must there be a federal object model FOM in rule 1 each application federation, and the form of this model and FIAOMT are compatible.
Regular 2 in using federal operational process, must carry out through FEI alternately between the member.
Rule 3 is in using federal operational process, and all federal members should be mutual according to FIA interface specification and FEI.
Rule 4 is in using federation, and all should be described in federal member with the relevant synergistic data of application, rather than in FEI.
Rule 5 is in using federal operational process, and at any one time, certain content of a collaborative incident can become the input data of a plurality of tasks, but a content in the collaborative incident can only be generated by a federal member.
(2) member's rule:
Rule 1 member need realize the readjustment service in the FIA interface specification, and it is carried out web services encapsulation.
Rule 2 each application federal member must have an application object model AOM who meets FIA OMT standard.
The content of each its collaborative incident that can receive of using that federal members must have the ability to receive appointment any its AOM from FEI of rule 3, and the content of the collaborative incident that it of appointment can provide in FEI submission AOM.
Rule 4 each application federal member must have the ability to start, suspend, recover and stop the ability of corresponding application.
3, FIA interface specification
The FIA interface specification has defined in FIA integrated system operational process, supports the standards service of interoperability between all kinds of federal members, and this is that FIA and HLA differ the best part.The service of FIA interface specification can be divided into four types: use federation management, distribution subscription management, data transmit-receive management, task propelling management.
(1) uses federation management: defined the set of service that is used to set up, dynamically control, revise and delete application federation.Table 1 has been listed the service in the federation management of using.
Table 1 is used the service in the federation management
The function class of corresponding with service is seemingly distinguished and is that the federal member here is design, emulation, optimized application, but not only be Simulation Application among service in the table 1 in first and third, four group and the HLA standard IEEE 1516.Second group of service is used for using to own needed the exploiting natural resources of FEI request renewal, and for example new process adds when using federation, can require other members that collaborative needed CAx model is provided.This CAx can be CAD, CAE, CAM, CAPD etc.
(2) distribution subscription management: data interaction is the pillar of co-development, and the foundation of interactive relation is the basis of data interaction.FIA adopts distribution subscription mechanism to set up the data interaction relation.
Collaborative incident is to use the federal base unit that carries out data interaction.Collaborative incident refer to federal member from collaborative purpose in the incident that transmits each other.Say that from the angle of data structure collaborative incident is made up of affair character and event content two parts.Affair character provides to federal member; Be used to distinguish the description of collaborative incident purposes, comprise theme and attribute two parts, theme is abstract to one type of collaborative incident with same use; Be that a collaborative incident can only have a theme to the classification than coarsegrain of collaborative incident; Attribute is abstract to the characteristic of the collaborative incident of same theme, be on the theme basis to the classification than small grain size of collaborative incident, a collaborative incident can have a plurality of attributes.Event content is the data that federal member is used for substantive exploitation, and a collaborative incident can comprise multinomial content.Because the data that produce in the collaborative design are very complicated, so FIA does not give any restriction to the content of collaborative incident, the content of collaborative incident can be simple, less data, also can be complicated, bigger model.
The distribution subscription management of FIA has defined in Complicated Product, is used for setting up between the federal member, revise, cancelling the set of service of publish/subscribe relation.Table 2 has been listed the service in the distribution subscription management.
Service in the management of table 2 distribution subscription
First group of service in the table 2 is used for federal member to the ability of the production incident of FEI explanation oneself with to the demand of incident; Second group is used in the co-development process, and the subscriber revises own demand to incident; The 3rd group is used to cancel the distribution subscription relation.
(3) data transmit-receive management: data transmit-receive refers to the process that collaborative incident is given the subscriber from the publisher, and this process is responsible for by the service in the data transmit-receive management in FIA.
In order to adapt to different situations, FIA provides two kinds of data transmit-receive patterns: directly transceiver mode and transceiver mode indirectly.
Directly transmitting-receiving: be that collaborative incident is directly given the subscriber by the publisher with the form of data stream.Directly transceiver mode has only two operations: send and receive.Transmission is meant that collaborative incident submitted to the process of FEI by the publisher; Reception is meant that collaborative incident submitted to subscriber's process by FEI.
Transmitting-receiving indirectly: the publisher of collaborative incident is the related data of storage incident on the memory block of local FEI earlier; These storage data are called originally main; When data transmission arrives the subscriber location, directly do not give the subscriber, but on the memory block of subscriber FEI, store data; Set up copy, the subscriber need wait until after the copy data storage is accomplished and could use.The operation of transceiver mode comprises indirectly: this foundation of master, main this renewal, main this deletion, copy are set up, copy upgrades, copy is deleted, the federal member reading of data.When issuing the incident of working in coordination with, the publisher on local storage, sets up earlier the originally main of event related data; Data are through the FEI of Network Transmission to the subscriber then; And on its memory block, set up the copy of the related data of collaborative incident; FEI notified the index of subscriber's copy after copy was set up and accomplished, and the subscriber reads copy according to index oneself to local storage.In the life cycle of synergistic data, FEI is the state of trace data always, and when the publisher upgraded synergistic data, FEI is latest copy and notify the subscriber equally more.When the publisher deleted main notebook data, copy data was also deleted simultaneously.Table 3 has been listed the service in the data transmit-receive management.
Service in the management of table 3 data transmit-receive
First group of service is the service in the direct transceiver mode in the table 3, and second group of service is the service in the indirect transceiver mode.
(4) task advances management: the co-development process is often very complicated, is difficult to before performance history starts, cook up the accurate course that cotasking is carried out, and exploitation often is in groping, to carry out, and the thing that changes development plan happens occasionally.For this reason, FIA has set up task to advance management service especially, comprises the content of six aspects: start, apply for, monitor, control, consult, finish.Table 4 has been listed task and has been advanced the service in the management.
Start: use federal member and require the FEI initiating task to advance the process of management.
Application: use federal member and submit the information that oneself will monitor to FEI to.
Monitoring: FEI keeps paying close attention to the information of user applies in using federal operational process, and in good time notification applications federal member.
Control: can be divided into member's control and FEI control.So-called member's control be FEI to use its institute of federal member report is concerned about information dynamically, oneself determine the measure of taking as the case may be by the application federal member; So-called FEI control is to use the operation that federal member is taked when exceeding threshold value for the information setting threshold value of monitoring in FEI, and when synergistic data exceeded threshold value, FEI took appropriate measures automatically.
The measure of control mainly contains overall situation time-out, local time-out and the overall situation and recovers and local recovery.The so-called overall situation is suspended all members that refer to application federation and is all wanted break-off; The overall situation refers to all members that use federation and all resumes work; The local time-out refers to several appointed members' time-outs in the application federation, and other members work on; Local recovery refers to and uses that several appointed members resume work in the federation.It is pointed out that the overall situation can be that the overall situation is resumed work after suspending, also can be local recovery's work; Behind local the time-out, can be that all members in this part resume work, also can be that the part member in this part resumes work.
Consult: refer to when cotasking goes wrong, the related application federal member is linked up the process of dealing with problems.The scope of consulting can be specified, and can specify all members that use federation to carry out the overall situation and consult, and also can the specified portions member carry out the part negotiation.
Finish: use federal member and require FEI to stop the process that task advances management.
Table 4 task advances the service in the management
The FIA interface specification has been stipulated the function of interface service, and FEI is the concrete realization of these services.For the concrete way of realization of FEI, FIA does not do particular provisions, that is to say that FEI can have multiple pattern.
Be because Application and Development is distributed in different places; Simultaneously also be the dynamic change of co-development grid topology for ease, the present invention preferably adopts the FEI of many proxy constructions, and a FEI agency promptly is installed on the node of participating in exploitation; All FEI agencies are physically to be identical; Be of equal value on the status, the node otherness embodies through configuration file, and a plurality of FEI agencies constitute a FEI.FEI in the system acts on behalf of that quantity can arbitrarily increase and decrease, the position can vary, and does not influence the function of FEI.Adopt the part that dot-and-dash line comprised among FEI such as Fig. 3 of this form.
The operation of federated systems needs the support of FED, and FED is the abbreviation of federation execution data (FederationExecutive Data) file.The FIAFED file is the same with the HLAFED file, generates according to FOM.It has write down the collaborative incident that may occur in the federation of using.In whole federal life cycle, FEI will be a source with the FED file, coordinate mutual between all kinds of federal members.FOM is identical with FED file institute content recorded basically, and the FED file is a directly readable file of the FEI that generates through FOM.
In the present invention, when working in coordination with between each is used, it is federal that an application is set up in certain application of at first being worked in coordination with by participation, and other use adding should federation.Distribution subscription is passed through in application in the federation, the specified data interactive relation, and in collaborative processes, work in coordination with incident according to this relation transmission/reception, realize collaborative purpose.In collaborative processes, the user is the propelling of control task as required.
As shown in Figure 4, setting up and using federation is that an application is created a process of using federal instance to the FEI application.Because the FEI of this paper is the distributed multi-agent structure,, how put on record jointly so need how to consult to examine.Whether this application federation to the effect that examines allows to set up.
As shown in Figure 5, to use in the federal course of work, new application is participated in working in coordination with among can dynamically joining federation.Owing to when application federation sets up, can on all FEI agencies, put on record,, can let new application join in the application corresponding federation as required so can both see that on any FEI agency application all in the system is federal.But for fear of maloperation occurring, a new application adds application federation needs all existing examining through adding of using.
As shown in Figure 6, when certain is applied in collaborative inoperative the time, this application can be withdrawed from collaborative pairing applications federation.An application is withdrawed from when using federation, uses to have the distribution subscription relation relevant with it in the federation.In addition, for fear of maloperation, need examining of all application equally through just withdrawing from.
More than; Be merely preferred embodiment of the present invention, but protection scope of the present invention is not limited thereto, any technician who is familiar with the present technique field is in the technical scope that the present invention discloses; The variation that can expect easily or replacement all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain that claim was defined.
Claims (6)
1. the dynamic products co-development platform based on federated schema is characterized in that, said platform comprises bottom communication back-up system, federation execution back-up environment unit, a plurality of federation execution back-up environment interface module and a plurality of application federal member; Wherein,
The bottom communication back-up system is used to interconnected, the intercommunication of using between the federal member and with interoperability the support on communicating by letter is provided;
Federation execution back-up environment unit is based upon on the said bottom communication back-up system, is used to use integrated between the federal member and collaborative the standardized service support is provided;
Federation execution back-up environment interface module is used to use being connected of federal member and federation execution back-up environment unit.
2. the dynamic products co-development platform based on federated schema according to claim 1 is characterized in that said federation execution back-up environment unit comprises a plurality of federation execution back-up environment proxy modules.
3. the dynamic products co-development method based on federated schema is characterized in that said method comprises the steps: at least
Set up and use federation, one uses federal member uses federal to federation execution back-up environment unit application establishment;
Adding is used federal, and the application federal member of preparing entering federation has added examining through back adding federation of federal application federal member through all;
Withdraw from use federal, prepare to withdraw from federal application federal member through all added federal application federal member examine through after withdraw from federation.
4. the dynamic products co-development method based on federated schema according to claim 3 is characterized in that said foundation is used federal step and comprised step by step following:
Propose to set up federal application 4.1 one uses the first federation execution back-up environment proxy module of federal member under it;
4.2 the first federation execution back-up environment proxy module is examined the application of receiving;
4.3 the first federation execution back-up environment proxy module is examined notice to other federation execution back-up environment proxy module issue;
4.4 other federation execution back-up environment proxy module is examined the notice of receiving of examining;
4.5 other federation execution back-up environment proxy module is examined situation to first federation execution back-up environment proxy module notice;
4.6 the first federation execution back-up environment proxy module gathers the situation of receiving of examining;
4.7 the first federation execution back-up environment proxy module is asked for federal object model to using federal member;
Upload federal object model to the first federation execution back-up environment proxy module 4.8 use federal member;
4.9 the first federation execution back-up environment proxy module generates the federation execution data according to the federal object model of receiving;
4.10 the first federation execution back-up environment proxy module is disposed said federation execution data;
4.11 the first federation execution back-up environment proxy module transmits said federation execution data to other federation execution back-up environment proxy module;
4.12 other federation execution back-up environment proxy module is disposed the federation execution data of being received;
4.13 other federation execution back-up environment proxy module is to first federation execution back-up environment proxy module notice deployment scenario;
4.14 the first federation execution back-up environment proxy module gathers the deployment scenario of being received;
4.15 the first federation execution back-up environment proxy module is put summarized results on record;
4.16 the first federation execution back-up environment proxy module sends summarized results to other federation execution back-up environment proxy module, and notifies these federation execution back-up environment proxy modules that summarized results is carried out the strange land and put on record;
4.17 carrying out the strange land, puts on record other federation execution back-up environment proxy module;
4.18 other federation execution back-up environment proxy module is notified the situation of putting on record to the first federation execution back-up environment proxy module;
4.19 the first federation execution back-up environment proxy module gathers the situation of being received of putting on record;
4.20 the first federation execution back-up environment proxy module is set up the result to using the federal member notice.
5. the dynamic products co-development method based on federated schema according to claim 3 is characterized in that, adds the federal step of application and comprises step by step following:
5.1 the federal outer second federation execution back-up environment proxy module of application federal member under it proposes to add federal application;
5.2 the second federation execution back-up environment proxy module proposes to add federal application to other federation execution back-up environment proxy module;
5.3 other federation execution back-up environment proxy module is examined the federal application of the adding of receiving;
5.4 other federation execution back-up environment proxy module is examined situation to second federation execution back-up environment proxy module notice;
5.5 the second federation execution back-up environment proxy module gathers the situation of being received of examining;
5.6 upgrading, puts on record the second federation execution back-up environment proxy module;
5.7 the second federation execution back-up environment proxy module is put on record to other federation execution back-up environment proxy module update notifications;
5.8 upgrading, puts on record other federation execution back-up environment proxy module;
5.9 other federation execution back-up environment proxy module is notified the more new situation of putting on record to the second federation execution back-up environment proxy module;
5.10 the second federation execution back-up environment proxy module gathers the more new situation of being received of putting on record;
5.11 the second federation execution back-up environment proxy module adds the result to proposing this application federal member that adds federal application notice.
6. the dynamic products co-development method based on federated schema according to claim 3 is characterized in that, withdraws from the federal step of application and comprises step by step following:
6.1 the federal interior three federation execution back-up environment proxy module of application federal member under it proposes to withdraw from federal application;
6.2 the 3rd federation execution back-up environment proxy module inspection distribution subscription relation;
6.3 the 3rd federation execution back-up environment proxy module proposes to withdraw from federal application to other federation execution back-up environment proxy module;
6.4 other federation execution back-up environment proxy module is examined the federal application of withdrawing from of receiving;
6.5 other federation execution back-up environment proxy module is examined situation to the 3rd federation execution back-up environment proxy module notice;
6.6 the 3rd federation execution back-up environment proxy module gathers the situation of being received of examining;
6.7 upgrading, puts on record the 3rd federation execution back-up environment proxy module;
6.8 the 3rd federation execution back-up environment proxy module is put on record to other federation execution back-up environment proxy module update notifications;
6.9 upgrading, puts on record other federation execution back-up environment proxy module;
6.10 other federation execution back-up environment proxy module is notified the more new situation of putting on record to the 3rd federation execution back-up environment proxy module;
6.11 the 3rd federation execution back-up environment proxy module gathers the more new situation of being received of putting on record;
6.12 the 3rd federation execution back-up environment proxy module withdraws from the result to proposing this application federal member that withdraws from federal application notice.
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| CN2012101254542A CN102663202A (en) | 2012-04-25 | 2012-04-25 | Dynamic product cooperative development platform and method based on federation mode |
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| CN2012101254542A CN102663202A (en) | 2012-04-25 | 2012-04-25 | Dynamic product cooperative development platform and method based on federation mode |
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