CN102375912A - Data integration device and method among different engineering software systems - Google Patents
Data integration device and method among different engineering software systems Download PDFInfo
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- CN102375912A CN102375912A CN2011103280301A CN201110328030A CN102375912A CN 102375912 A CN102375912 A CN 102375912A CN 2011103280301 A CN2011103280301 A CN 2011103280301A CN 201110328030 A CN201110328030 A CN 201110328030A CN 102375912 A CN102375912 A CN 102375912A
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Abstract
The invention discloses a data integration device and method among different engineering software systems. The data integration device comprises a data collection module, a data conversion module, a data integration channel, a data output module and a display module. The data integration method comprises the following steps of: step 1, collecting source data in an initial system; step 2, converting the source data to generate needed destination data; step 3, obtaining seed data which is relative to the source data and the destination data through a P2P (Peer-To-Peer) technology; and step 4, outputting the seed data and the destination data to a target system. According to the data integration device and method, the data transmission amount in a data integration process is reduced so as to save the storage space of the system; the time of the whole data integration process is reduced so as to improve the work efficiency; and the work and the operation of the initial system and a destination system are not influenced by the data integration work so that the properties of the whole system are optimized.
Description
Technical field
The present invention relates to the data integration device and method between a kind of different engineering software system, belong to areas of information technology.
Background technology
In industry member,, often need be applied to multiple Different software system in the middle of the process, and these softwares come from Different software company, often support different project data standards in manufacturing and designing of product from the needs of production and processing etc.And in the middle of the whole exploitation manufacture process of product; Product data often need be carried out some processing between the Different software system; This just requires us can realize supporting the data integration between the different pieces of information structural system; Each software systems also can also can be operated and handle the data of other software systems, realize the integrated, integrated and with no paper of product design manufacture process.
In order to realize the data sharing between heterogeneous system, some company or research institution have proposed the solution of oneself.Such as; Huawei Tech Co., Ltd provides a kind of method and system of between heterogeneous system, realizing data sharing; This method is: application system is sent query requests to disposal system, and disposal system is extracted user's source data according to the query requests that receives, and sends to application system then; Application system converts the source data that receives into destination data, offers the user.
Also have; China Business Plane Co., Ltd, Shanghai airplane design research institute of China Business Plane Co., Ltd provide the method that realizes the data automatic reconfiguration between a kind of first system and second system at isomery, also are in order to realize the data integration between heterogeneous system.May further comprise the steps: a. is derived design data by one first system; B. said second system is arrived in the data importing of being derived, and in importing process, said design data is carried out automatic reconfiguration; Wherein, said design data comprises symmetrical event data and/or standard component data.
But, all each have their own limitation of above-mentioned two kinds of methods and deficiency.Such as, first kind just need send to source data among the application system earlier after, and then by application system source data is changed into destination data and supplies the user to use.
; Because must send data and data conversion work earlier is on the machine at application system place, to accomplish; So at first must send to project data on the machine at application system place; But it is all bigger generally to take up room in the aerospace field data, and transmission is not only slow like this, but also can greatly take the storage space of application system place machine.And in fact we need most use only is the data after the conversion, and source data might not need.In addition, owing to be to send earlier data, two steps of separating of conversion data again for big project data, have been wasted the time greatly like this.Also have, carrying out in the middle of the data conversion process, the used program of translation data tends to take bigger internal memory, causes the machine system operation changed slowly, feeds his synchronous work of Xingqi and has caused inconvenience, has reduced work efficiency.
And for second method, earlier design data is derived by one first system, more said second system is arrived in the data importing of being derived, and in importing process, said design data is carried out automatic reconfiguration;
Owing to need importing and exporting of data equally,, have waste of storage space equally and import and export expending of time for the in enormous quantities big data of aerospace field.There is the defective of first method in this method equally in fact still in the enterprising line data conversion of second system.
Above-mentioned two kinds of methods have the problem of a recessiveness not notice simultaneously, and that is exactly ubiquitous in the world technology barriers problem.Big software company has the data standard of oneself mostly, hopes that all the other side can come by the standard of oneself, but simultaneously they do not hope the other side again software fully compatible own company data layout or can carry function to the data format conversion.If because certain software can be fully compatible or conversion the other side's data, the market of this software so likely and customer approval degree are just high, the people of usefulness is just many.In the course of time the degree of taking in the market of this software will increase with influence power.Such as the two giants U.S. parameter technology company of CAD (computer-aided design (CAD)) software field and French Da Suo company, do not develop the software that the other side's project data is changed mutually with regard to signing to have.In addition, except the company of only a few partnership relation, there is not direct data integration passage between the more various software systems of application now.
Summary of the invention
To the objective of the invention is in order addressing the above problem, when realizing the data integration between heterogeneous system, to save time effectively as far as possible, the saving resource is increased work efficiency, and proposes the data integration device and method between a kind of different engineering software system.
Data integration device between a kind of different engineering software system comprises data acquisition module, data conversion module, data integration passage and data outputting module;
After the engineering software operation in the starter system, generate source data; Acquisition module acquisition source data are sent to data conversion module with source data; Data conversion module is changed source data; Convert source data into the engineering software operation needs in the goal systems data layout; Obtain destination data,, obtain the seed data that is associated with source data, destination data through P2P (peer-to-peer network computing peer-to-peer) technology; Seed data and destination data are sent to the data integration passage; Data outputting module exports seed data in the data integration passage and destination data to goal systems, when goal systems need be used source data, is associated with source data through seed data and downloads then, obtains the data layout that needs; When other computers in starter system, the goal systems consolidated network need use source data or destination data, be associated with source data or destination data, download then, obtain the data layout that needs through seed data.
Data integrating method between a kind of different engineering software system comprises following step:
Step 1: gather the source data in the starter system;
Source data in the data collecting module collected starter system in the data integration device;
Data conversion module in the data integration device is changed the source data that collects, and converts the destination data that needs to;
Step 3, technological through P2P obtains the seed data that is associated with source data, destination data;
The data conversion module of data integration device obtains the seed data that is associated with source data, destination data based on the P2P technology; Export seed data and destination data to the data integration passage;
Step 4 exports seed data and destination data to goal systems;
Data outputting module is sent to goal systems with the seed data in the data integration passage, destination data, when goal systems need be used source data, is associated with source data through seed data and downloads then, obtains the data layout that needs; When other computers in starter system, the goal systems consolidated network need use source data or destination data, be associated with source data or destination data, download then, obtain the data layout that needs through seed data.
The invention has the advantages that:
(1) reduces the transmission quantity of data in the data integration process, saved the storage space of system;
(2) reduce time of whole data integration process, improved work efficiency;
(3) data integration job no longer influences the work and the operation of starter system and purpose system, has optimized the performance of total system;
(4) seed data makes the user can call related data easily and fast;
(5) be provided with the function of progress demonstration etc., make data integration hommization more.
Description of drawings
Fig. 1 is a structural representation of the present invention;
Fig. 2 is a display module structural representation of the present invention;
Fig. 3 is a method flow diagram of the present invention;
Among the figure:
1-data acquisition module 2-data conversion module 3-data integration passage
4-data outputting module 5-display module 6-starter system
7-goal systems 501-process progress display module 502-fault judgement module
The 503-alarm module of makeing mistakes
Embodiment
To combine accompanying drawing and embodiment that the present invention is done further detailed description below.
The present invention is the data integration device between a kind of different engineering software system, and is as shown in Figure 1, comprises data acquisition module 1, data conversion module 2, data integration passage 3, data outputting module 4 and display module 5.
After the engineering software operation in the starter system 6, generate source data; Acquisition module 1 acquisition source data are sent to data conversion module 2 with source data; 2 pairs of source datas of data conversion module are changed, and convert source data into the engineering software operation needs in the goal systems 7 data layout, obtain destination data, through the P2P technology, obtain the seed data that is associated with source data, destination data; Seed data and destination data are sent to data integration passage 3; Data outputting module 4 exports seed data in the data integration passage 3 and destination data to goal systems 7, when goal systems 7 needs to use source data, is associated with source data through seed data and downloads then, obtains the data layout that needs.When other computers in starter system 6, goal systems 7 consolidated networks need use source data or destination data, be associated with source data or destination data, download then, obtain the data layout that needs through seed data.
Among the present invention; Process progress display module 501 shows the progress of each module, makes things convenient for the user that process is monitored, and 502 pairs of faults of fault judgement module are judged; Fault judgement makes the user know when going wrong which problem partly occurred, so that the user repairs; The alarm module 503 of makeing mistakes makes the user in time know the generation of problem and corrects.
Among the present invention; The seed data that the data integration device generates also has good effect, and these data are based on that the P2P technology generates; But it is different with the common species son file in the P2P technology; It contains multipacket message, except the information such as Shal check code of all data messages of seed file, data name, directory name, length, fragment length and fragment, has also added the information of the software systems of data type correspondence in every group of information.In with Different software system call data, just can and call the proper data type like this through this data identification.What goal systems 7 showed is seed data, and these data only take very little storage space.These data are associated with source data and destination data, when functions such as using download need be used source data, are automatically associated to source data through it.These data are based on the P2P technology simultaneously, so the advantage that the various relevant datas of P2P technology are shared also possesses.Can effectively save time like this, improve performance.
Data integrating method between a kind of different engineering software of the present invention system, flow process is as shown in Figure 3, comprises following step:
Step 1: gather the source data in the starter system 6;
The source data that data acquisition module 1 in the data integration device is gathered in the starter system 6;
2 pairs of source datas that collect of data conversion module in the data integration device are changed, and convert the destination data that needs to;
Step 3, technological through P2P obtains the seed data that is associated with source data, destination data;
The data conversion module 2 of data integration device obtains the seed data that is associated with source data, destination data based on the P2P technology; Export seed data and destination data to data integration passage 3;
Step 4 exports seed data and destination data to goal systems 7;
Data outputting module 4 is sent to goal systems 7 with the seed data in the data integration passage 3, when goal systems 7 needs to use source data, is associated with source data through seed data and downloads then, obtains the data layout that needs; When other computers in starter system, the goal systems consolidated network need use source data or destination data, be associated with source data or destination data, download then, obtain the data layout that needs through seed data.
Embodiment:
Is the goal systems of example with project data from being that the starter system of example imports to the product data management system with the design system.
At first; In CATIA software (a computer-aided design (CAD)/manufacturing software) system, design earlier the three-dimensional data model of product by the design of French Da Suo company; When this system sends the order of the data integration that designs in Information Manager (product data management system by Unigraphics Solutions company design) the place system, data integrated system brings into operation.Data acquisition module in the integrated system gets up the design data collection and sends to data conversion module; Modular converter converts design data the form that Information Manager system can discern and use to and generates a seed data, and these data are sent to Information Manager system through the data integration passage between two software systems and by data outputting module.Integrated work is accomplished.
When needs need carry out some modifications to Design Model in Information Manager system; Open the seed data that in system, shows; Seed data can be discerned your software type automatically, calls the data type that the type can be discerned and use then.If the software of Da Suo company is just in time also arranged in the Information Manager system, use the design data that does not have conversion preceding, also only need open the seed data that in system, shows, it also can discern and call corresponding data type automatically.If use these data on the other machines in network, only need to download a seed data earlier, just can use all data of these conversion front and back.And because aircraft product whole manufactures and designs normally very big team of process, the seed data of having used the P2P technology so can make all machines in the network can both quick and conveniently call related data.
Claims (4)
1. the data integration device between a different engineering software system is characterized in that, comprises data acquisition module, data conversion module, data integration passage and data outputting module;
After the engineering software operation in the starter system, generate source data; Acquisition module acquisition source data are sent to data conversion module with source data; Data conversion module is changed source data, converts source data into the engineering software operation needs in the goal systems data layout, obtains destination data, through the P2P technology, obtains the seed data that is associated with source data, destination data; Seed data and destination data are sent to the data integration passage; Data outputting module exports seed data in the data integration passage and destination data to goal systems, when goal systems need be used source data, is associated with source data through seed data and downloads then, obtains the data layout that needs; When other computers in starter system, the goal systems consolidated network need use source data or destination data, be associated with source data or destination data, download then, obtain the data layout that needs through seed data.
2. the data integration device between a kind of different engineering software according to claim 1 system; It is characterized in that; Described data integration device also comprises display module; Display module comprises process progress display module, fault judgement module and the alarm module of makeing mistakes; The process progress that the process of the process of data collecting module collected data source, data conversion module translation data, data integration passage generate process, data outputting module output seed data and the destination data of order ground data and seed data all shows through the process progress display module in the display module; The fault judgement module is carried out fault judgement to data acquisition module, data conversion module, data integration passage, data outputting module, and when breaking down, the alarm module of makeing mistakes shows failure message.
3. the data integration device between a kind of different engineering software according to claim 1 system; It is characterized in that; Described seed data contains multipacket message, the information of the software systems that the Shal information of check code of the data message that has in every group of information, data name, directory name, length, fragment length, fragment and data type are corresponding.
4. the data integrating method between a different engineering software system is characterized in that, comprises following step:
Step 1: gather the source data in the starter system;
Source data in the data collecting module collected starter system in the data integration device;
Step 2, source data is changed the destination data that generation needs;
Data conversion module in the data integration device is changed the source data that collects, and converts the destination data that needs to;
Step 3, technological through P2P obtains the seed data that is associated with source data, destination data;
The data conversion module of data integration device obtains the seed data that is associated with source data, destination data based on the P2P technology; Export seed data and destination data to the data integration passage;
Step 4 exports seed data and destination data to goal systems;
Data outputting module is sent to goal systems with the seed data in the data integration passage, destination data, when goal systems need be used source data, is associated with source data through seed data and downloads then, obtains the data layout that needs; When other computers in starter system, the goal systems consolidated network need use source data or destination data, be associated with source data or destination data, download then, obtain the data layout that needs through seed data.
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| CN107391920A (en) * | 2017-07-13 | 2017-11-24 | 中科超精（安徽）科技有限公司 | A kind of DICOM project documentations rough set theory system and method |
| CN107391920B (en) * | 2017-07-13 | 2019-03-05 | 中科超精（安徽）科技有限公司 | A kind of DICOM project documentation rough set theory system and method |
| CN115829503A (en) * | 2022-11-30 | 2023-03-21 | 中电金信软件有限公司 | Project integration method, device and system, electronic equipment and storage medium |
| CN115829503B (en) * | 2022-11-30 | 2024-04-09 | 中电金信软件有限公司 | Project integration method, device, system, electronic equipment and storage medium |
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