CN104102731A - Method and system for transplanting product data under product factory pattern - Google Patents
Method and system for transplanting product data under product factory pattern Download PDFInfo
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- CN104102731A CN104102731A CN201410355900.8A CN201410355900A CN104102731A CN 104102731 A CN104102731 A CN 104102731A CN 201410355900 A CN201410355900 A CN 201410355900A CN 104102731 A CN104102731 A CN 104102731A
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/25—Integrating or interfacing systems involving database management systems
- G06F16/254—Extract, transform and load [ETL] procedures, e.g. ETL data flows in data warehouses
Abstract
The invention discloses a method and a system for transplanting product data under a product factory pattern. The method comprises the following steps of acquiring product data of an objective product in a source environment under the product factory pattern; acquiring a production feature data mapping relation between the source environment and an objective environment according to the product data; extracting feature data from the production data to obtain first product core feature data in the source environment according to the production feature data mapping relation; performing production object packaging on the first product core feature data according to production factor architecture information of the objective environment so as to obtain an objective product object to be transplanted; and transplanting the product object in the objective environment by using the objective product object as operation granularity. According to an embodiment, in a process of transplanting the product data from the source environment to the objective environment, an operation object is a product object, the problem that transplanting fails due to confliction of data names in a transplanting process by using bottom data is solved, and the data transplanting reliability and the data transplanting success ratio are improved.
Description
Technical field
The present invention relates to technical field of data processing, particularly implantation method and the system of product data under a kind of product factory mode.
Background technology
Product factory is that the novel bank product organizational structure forming is merged in IT technology and financial business.Bank product factory mode is used for reference the thinking of manufacturing industry batch production, by Modeling in Product, forms product classification structure, product component and product condition from bank's overall viewing angle.What in product factory, process is product data, and according to the logic data model of product factory, the organizational hierarchy mode of product data is: product object, business object, tables of data, record.A product object can comprise the business object that many levels are different, realized, and tables of data is finally made up of the record that comprises 0 row or multirow under business object by different tables of data.
In actual applications, the demand that exists large-tonnage product plant data to transplant.For example,, being transplanted in formal build environment through the product data of fully test and checking in test environment; For another example, the product data in subsystems environment are transplanted and are integrated into system-wide product data.In prior art, have the implantation method of product data, by carrying out data migration taking business object as transplanting granularity, that is to say, in source environment and targeted environment, transplanting the data that transmit is the static data-base recording existing of database in the environment of source.
But such scheme is in specific implementation, adopt the bottom datas such as business object, tables of data, record for transplanting data, in the data of transplanting, exist when available data title is consistent in targeted environment occurring, the situation of graft failure can occur, cause transplanting reliability lower.
Summary of the invention
The object of this invention is to provide implantation method and the system of product data under a kind of product factory mode, in order to solve data migration scheme of the prior art because adopting bottom data for transplanting data, the situation that graft failure can occur, causes transplanting the technical matters that reliability is lower.
The implantation method that the invention provides product data under a kind of product factory mode, comprising:
Obtain under product factory mode the product data of target product in the environment of source;
According to described product data, obtain described target product product feature data-mapping relation between described source environment and targeted environment under product factory mode;
According to described product feature data-mapping relation, the product data of target product in the environment of described source are carried out to characteristic extraction, obtain the first product core feature data in the environment of described source;
According to the product factory configuration information of targeted environment under product factory mode, described the first product core feature data are carried out to product object encapsulation, obtain target product object to be transplanted;
Taking described target product object as operation granularity, described target product object is transplanted in described targeted environment.
Said method, preferred, the described product factory configuration information according to targeted environment under product factory mode, carries out product object encapsulation to described the first product core feature data, obtains target product object to be transplanted, and comprising:
Obtain the second product core feature data that are short of in the environment of described source;
Described the second product core feature data are incorporated in described the first product core feature data, obtain the first new product core feature data;
According to the product factory configuration information of targeted environment under described product factory mode, described the first new product core feature data are carried out to product object encapsulation, obtain target product object to be transplanted.
Said method, preferred, described in obtain under product factory mode the product data of target product in the environment of source, comprising:
Obtain under product factory mode the product factory configuration information of target product and the product information of described target product in the environment of source;
Described product factory configuration information and described product information are combined into the product data of described target product.
Said method, preferred, the described product data of described foundation, obtain described target product product feature data-mapping relation between described source environment and targeted environment under product factory mode, comprising:
Obtain the product factory configuration information of targeted environment under product factory mode;
Resolve the product factory configuration information in the product factory configuration information of source environment in described product data and the product information of described target product and described targeted environment, obtain described target product product feature data-mapping relation between described source environment and described targeted environment under product factory mode.
Said method, preferred, describedly taking described target product object as operation granularity, described target product object is transplanted in described targeted environment, comprising:
Taking described target product object as operation granularity, described target product object is being transplanted in described targeted environment under online state.
The present invention also provides the implant system of product data under a kind of product factory mode, comprising:
Product data acquisition module, for obtaining the product data of environment target product in source under product factory mode;
Mapping relations acquisition module, for according to described product data, obtains described target product product feature data-mapping relation between described source environment and targeted environment under product factory mode;
Characteristic abstraction module, for according to described product feature data-mapping relation, carries out characteristic extraction to the product data of target product in the environment of described source, obtains the first product core feature data in the environment of described source;
Product object generation module, for the product factory configuration information according to targeted environment under product factory mode, carries out product object encapsulation to described the first product core feature data, obtains target product object to be transplanted;
Product object is transplanted module, for taking described target product object as operation granularity, described target product object is transplanted in described targeted environment.
Said system, preferred, described product object generation module comprises:
Shortcoming data acquisition submodule, the second product core feature data that are short of for obtaining described source environment;
Characteristic merges submodule, for described the second product core feature data are incorporated in to described the first product core feature data, obtains the first new product core feature data;
Product object encapsulation submodule, for the product factory configuration information according to targeted environment under described product factory mode, carries out product object encapsulation to described the first new product core feature data, obtains target product object to be transplanted.
Said system, preferred, described product data acquisition module comprises:
Acquisition of information submodule, for obtaining the product factory configuration information of environment target product in source under product factory mode and the product information of described target product;
Data combinations submodule, for being combined into described product factory configuration information and described product information the product data of described target product.
Said system, preferred, described mapping relations acquisition module comprises:
Schema information obtains submodule, for obtaining the product factory configuration information of targeted environment under product factory mode;
Information analysis submodule, for resolving product factory configuration information in the product factory configuration information of described product data source environment and product information and the described targeted environment of described target product, obtain described target product product feature data-mapping relation between described source environment and targeted environment under product factory mode.
Said system, preferred, described product object is transplanted module and is comprised:
The online submodule of transplanting for taking described target product object as operation granularity, is transplanted to described target product object in described targeted environment under online state.
From such scheme, implantation method and the system of product data under a kind of product factory mode provided by the invention, by getting under product factory mode in the environment of source after the product data of target product, product feature data-mapping relation according to target product between source environment and targeted environment, extract the product core feature data in product data, again according to the product factory configuration information of targeted environment, these core feature data are encapsulated, to obtain target product object to be transplanted, and then be transplanted in targeted environment taking target product object as operation granularity, realize product data and be transplanted to the object in targeted environment taking product object as transplanting object.In the present invention by product data the process from source environmental transport and transfer to targeted environment, its operand is product object, this product object is to carry out object encapsulation by the characteristic that in the environment of source, product data extract to obtain, but not the business object that in the environment of source, in database, static state exists, tables of data, record waits data-base recording data, therefore, effectively evade available technology adopting business object taking product object as the transplanting mode of operation granularity, tables of data, the data name conflict occurring in the migration process of the bottom datas such as record causes the situation of graft failure, improve the reliability of data migration and the success ratio of data migration.
Brief description of the drawings
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skill in the art, do not paying under the prerequisite of creative work, other accompanying drawing can also be provided according to the accompanying drawing providing.
Fig. 1 is the process flow diagram of the implantation method embodiment mono-of product data under a kind of product factory mode provided by the invention;
Fig. 2 is the part process flow diagram of the implantation method embodiment bis-of product data under a kind of product factory mode provided by the invention;
Fig. 3 is the part process flow diagram of the implantation method embodiment tri-of product data under a kind of product factory mode provided by the invention;
Fig. 4 is the part process flow diagram of the implantation method embodiment tetra-of product data under a kind of product factory mode provided by the invention;
Fig. 5 is the process flow diagram of the implantation method embodiment five of product data under a kind of product factory mode provided by the invention;
Fig. 6 is the structural representation of the implant system embodiment six of product data under a kind of product factory mode provided by the invention;
Fig. 7 is the part-structure schematic diagram of the implant system embodiment seven of product data under a kind of product factory mode provided by the invention;
Fig. 8 is for the part-structure schematic diagram of the implant system embodiment eight of product data under a kind of product factory mode providing is provided;
Fig. 9 is the part-structure schematic diagram of the implant system embodiment nine of product data under a kind of product factory mode provided by the invention;
Figure 10 is the structural representation of the implant system embodiment ten of product data under a kind of product factory mode provided by the invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiment.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
With reference to figure 1, for the process flow diagram of the implantation method embodiment mono-of product data under a kind of product factory mode provided by the invention, described method is transplanted under product factory mode in targeted environment in order to realize the product data in the environment of source under product factory mode, wherein, described method can comprise the following steps:
Step 101: obtain under product factory mode the product data of target product in the environment of source.
Wherein, described product data refer to the product data of the required product that carries out data migration in the environment of described source.The product place environment that in the present embodiment, need to carry out data migration is defined as described source environment.
Step 102: according to described product data, obtain described target product product feature data-mapping relation between described source environment and targeted environment under product factory mode.
Wherein, in described step 102, can be by product factory configuration in the product factory configuration of described source environment indicated in the described product data of analysis and targeted environment, and then utilize this product data, get the product feature data-mapping relation between described source environment and described targeted environment under product factory mode.
Step 103: according to described product feature data-mapping relation, the product data of target product in the environment of described source are carried out to characteristic extraction, obtain the first product core feature data in the environment of described source.
Wherein, described the first product core feature data are different from the data-base recording data such as business object, tables of data, record in described target product, after it is in the nature and carries out feature extraction by the product data in described target product according to described product feature data-mapping relation, the core feature data that obtain.
Step 104: according to the product factory configuration information of targeted environment under product factory mode, described the first product core feature data are carried out to product object encapsulation, obtain target product object to be transplanted.
Wherein, described target product object obtains according to the product factory configuration encapsulation of described targeted environment, and therefore, described target product object can meet the product factory configuration requirement of described targeted environment under product factory mode.
Step 105: taking described target product object as operation granularity, described target product object is transplanted in described targeted environment.
Wherein, in described step 105, refer to, taking described target product object as minimum operation object, described target product object integral transplanting, in described targeted environment, is different to the scheme of in prior art, the bottom datas such as business object, tables of data or record being transplanted and realizes.
From such scheme, the implantation method embodiment mono-of product data under a kind of product factory mode provided by the invention, by getting under product factory mode in the environment of source after the product data of target product, product feature data-mapping relation according to target product between source environment and targeted environment, extract the product core feature data in product data, again according to the product factory configuration information of targeted environment, these core feature data are encapsulated, to obtain target product object to be transplanted, and then be transplanted in targeted environment taking target product object as operation granularity, realize product data and be transplanted to the object in targeted environment taking product object as transplanting object.In the present embodiment by product data the process from source environmental transport and transfer to targeted environment, its operand is product object, this product object is to carry out object encapsulation by the characteristic that in the environment of source, product data extract to obtain, but not the business object that in the environment of source, in database, static state exists, tables of data, record waits data-base recording data, therefore, effectively evade available technology adopting business object taking product object as the transplanting mode of operation granularity, tables of data, the data name conflict occurring in the migration process of the bottom datas such as record causes the situation of graft failure, improve the reliability of data migration and the success ratio of data migration.
In addition, the product object of being transplanted in above-described embodiment in described targeted environment is all completely reusable with respect to original product data in targeted environment, has reduced the generation of database redundancy data, has improved the efficiency of database application in targeted environment.
In above-described embodiment, be applicable to, in the situation of product factory configuration automorphis of described source environment and described targeted environment, that is to say, described source environment is corresponding one by one with core characteristic in described targeted environment.For making this programme can be applicable in situation that described source environment and the product factory configuration of described targeted environment exist isomery (in described source environment and described targeted environment, core characteristic is not corresponding completely one by one), the present invention can be added into the characteristic being short of with respect to described targeted environment in the environment of described source in the first product core feature data of carrying out object encapsulation, with reference to figure 2, for the realization flow figure of step 104 described in the implantation method embodiment bis-of product data under a kind of product factory mode provided by the invention, wherein, described step 104 can comprise the following steps realization:
Step 141: obtain the second product core feature data that are short of in the environment of described source.
Wherein, described the second product core feature data can be understood as not to be had in described product data, the data that described product data lack with respect to described targeted environment in the environment of described source.
Step 142: described the second product core feature data are incorporated in described the first product core feature data, obtain the first new product core feature data.
Wherein, described step 142 refers to, described the second product core feature data and described the first product core feature data is carried out to data merging, using the product core feature data that obtain as the first new product core feature data.
Step 143: according to the product factory configuration information of targeted environment under described product factory mode, described the first new product core feature data are carried out to product object encapsulation, obtain target product object to be transplanted.
In above-described embodiment, by the characteristic being short of with respect to described targeted environment in the environment of described source being obtained and is incorporated in described the first product core feature data, and then again the first new product core feature data are carried out to product object encapsulation, to obtain target product object to be transplanted, after being transplanted, this target product object can meet the requirement to product factory configuration in targeted environment completely, to improve the broad applicability of technical scheme in the present invention.
With reference to figure 3, be the realization flow figure of step 101 described in the implantation method embodiment tri-of product data under a kind of product factory mode provided by the invention, wherein, described step 101 can realize by following steps:
Step 111: obtain under product factory mode the product factory configuration information of target product and the product information of described target product in the environment of source.
Wherein, the product information of described target product can be understood as the concrete data message of described target product, as detail data such as the product object of this target product, business object, tables of data and records.
Step 112: the product data that described product factory configuration information and described product information are combined into described target product.
With reference to figure 4, be the realization flow figure of step 102 described in the implantation method embodiment tetra-of product data under a kind of product factory mode provided by the invention, wherein, described step 102 can realize by following steps:
Step 121: the product factory configuration information of obtaining targeted environment under product factory mode.
Step 122: resolve the product factory configuration information in the product factory configuration information of source environment in described product data and the product information of described target product and described targeted environment, obtain described target product product feature data-mapping relation between described source environment and described targeted environment under product factory mode.
Wherein, in described step 122, by resolving the product factory configuration information of described source environment and the product factory configuration information of described targeted environment, to determine the corresponding relation in product factory configuration between described source environment and described targeted environment, analyze again the product information of described target product, obtain described target product product feature data-mapping relation between described source environment and described targeted environment under product factory mode.
With reference to figure 5, be the process flow diagram of the implantation method embodiment five of product data under a kind of product factory mode provided by the invention, wherein, described step 105 can realize by following steps in specific implementation:
Step 151: taking described target product object as operation granularity, described target product object is being transplanted in described targeted environment under online state.
Wherein, in the present embodiment, adopt online automated data migration mode, can reduce transplanting flow process, and adapt to the last word data variation of source environment and targeted environment, improve the controllability of data migration flow process.
With reference to figure 6, for the structural representation of the implant system embodiment six of product data under a kind of product factory mode provided by the invention, described system is transplanted under product factory mode in targeted environment in order to realize the product data in the environment of source under product factory mode, and described system can comprise following structure:
Product data acquisition module 601, for obtaining the product data of environment target product in source under product factory mode.
Wherein, described product data refer to the product data of the required product that carries out data migration in the environment of described source.The product place environment that in the present embodiment, need to carry out data migration is defined as described source environment.
Mapping relations acquisition module 602, for according to described product data, obtains described target product product feature data-mapping relation between described source environment and targeted environment under product factory mode.
Wherein, described mapping relations acquisition module 602 can be by product factory configuration in the product factory configuration of described source environment indicated in the described product data of analysis and targeted environment, and then utilize this product data, get the product feature data-mapping relation between described source environment and described targeted environment under product factory mode.
Characteristic abstraction module 603, for according to described product feature data-mapping relation, carries out characteristic extraction to the product data of target product in the environment of described source, obtains the first product core feature data in the environment of described source.
Wherein, described the first product core feature data are different from the data-base recording data such as business object, tables of data, record in described target product, after it is in the nature and carries out feature extraction by the product data in described target product according to described product feature data-mapping relation, the core feature data that obtain.
Product object generation module 604, for the product factory configuration information according to targeted environment under product factory mode, carries out product object encapsulation to described the first product core feature data, obtains target product object to be transplanted.
Wherein, described target product object obtains according to the product factory configuration encapsulation of described targeted environment, and therefore, described target product object can meet the product factory configuration requirement of described targeted environment under product factory mode.
Product object is transplanted module 605, for taking described target product object as operation granularity, described target product object is transplanted in described targeted environment.
Wherein, described product object is transplanted module 605 and is referred to, taking described target product object as minimum operation object, described target product object integral transplanting, in described targeted environment, is different to the scheme of in prior art, the bottom datas such as business object, tables of data or record being transplanted and realizes.
From such scheme, the implant system embodiment six of product data under a kind of product factory mode provided by the invention, by getting under product factory mode in the environment of source after the product data of target product, product feature data-mapping relation according to target product between source environment and targeted environment, extract the product core feature data in product data, again according to the product factory configuration information of targeted environment, these core feature data are encapsulated, to obtain target product object to be transplanted, and then be transplanted in targeted environment taking target product object as operation granularity, realize product data and be transplanted to the object in targeted environment taking product object as transplanting object.In the present embodiment by product data the process from source environmental transport and transfer to targeted environment, its operand is product object, this product object is to carry out object encapsulation by the characteristic that in the environment of source, product data extract to obtain, but not the business object that in the environment of source, in database, static state exists, tables of data, record waits data-base recording data, therefore, effectively evade available technology adopting business object taking product object as the transplanting mode of operation granularity, tables of data, the data name conflict occurring in the migration process of the bottom datas such as record causes the situation of graft failure, improve the reliability of data migration and the success ratio of data migration.
In addition, the product object of being transplanted in above-described embodiment in described targeted environment is all completely reusable with respect to original product data in targeted environment, has reduced the generation of database redundancy data, has improved the efficiency of database application in targeted environment.
In above-described embodiment, be applicable to, in the situation of product factory configuration automorphis of described source environment and described targeted environment, that is to say, described source environment is corresponding one by one with core characteristic in described targeted environment.For making this programme can be applicable in situation that described source environment and the product factory configuration of described targeted environment exist isomery (in described source environment and described targeted environment, core characteristic is not corresponding completely one by one), the present invention can be added into the characteristic being short of with respect to described targeted environment in the environment of described source in the first product core feature data of carrying out object encapsulation, with reference to figure 7, for the structural representation of product object generation module 604 described in the implant system embodiment seven of product data under a kind of product factory mode provided by the invention, wherein, described product object generation module 604 can comprise following structure:
Shortcoming data acquisition submodule 641, the second product core feature data that are short of for obtaining described source environment.
Wherein, described the second product core feature data can be understood as not to be had in described product data, the data that described product data lack with respect to described targeted environment in the environment of described source.
Characteristic merges submodule 642, for described the second product core feature data are incorporated in to described the first product core feature data, obtains the first new product core feature data.
Wherein, described characteristic merges submodule 642 and refers to, described the second product core feature data and described the first product core feature data is carried out to data merging, using the product core feature data that obtain as the first new product core feature data.
Product object encapsulation submodule 643, for the product factory configuration information according to targeted environment under described product factory mode, carries out product object encapsulation to described the first new product core feature data, obtains target product object to be transplanted.
In above-described embodiment, by the characteristic being short of with respect to described targeted environment in the environment of described source being obtained and is incorporated in described the first product core feature data, and then again the first new product core feature data are carried out to product object encapsulation, to obtain target product object to be transplanted, after being transplanted, this target product object can meet the requirement to product factory configuration in targeted environment completely, to improve the broad applicability of technical scheme in the present invention.
With reference to figure 8, be the structural representation of product data acquisition module 601 described in the implant system embodiment eight of product data under a kind of product factory mode of providing of invention, wherein, described product data acquisition module 601 can comprise following structure:
Acquisition of information submodule 611, for obtaining the product factory configuration information of environment target product in source under product factory mode and the product information of described target product.
Wherein, the product information of described target product can be understood as the concrete data message of described target product, as detail data such as the product object of this target product, business object, tables of data and records.
Data combinations submodule 612, for being combined into described product factory configuration information and described product information the product data of described target product.
With reference to figure 9, be the structural representation of mapping relations acquisition module 602 described in the implant system embodiment nine of product data under a kind of product factory mode provided by the invention, wherein, described mapping relations acquisition module 602 can comprise following structure:
Schema information obtains submodule 621, for obtaining the product factory configuration information of targeted environment under product factory mode.
Information analysis submodule 622, for resolving product factory configuration information in the product factory configuration information of described product data source environment and product information and the described targeted environment of described target product, obtain described target product product feature data-mapping relation between described source environment and targeted environment under product factory mode.
Wherein, in described information analysis submodule 622, by resolving the product factory configuration information of described source environment and the product factory configuration information of described targeted environment, to determine the corresponding relation in product factory configuration between described source environment and described targeted environment, analyze again the product information of described target product, obtain described target product product feature data-mapping relation between described source environment and described targeted environment under product factory mode.
With reference to Figure 10, be the structural representation of the implant system embodiment ten of product data under a kind of product factory mode provided by the invention, wherein, described product object is transplanted module 605 and can be realized by following structure:
The online submodule 651 of transplanting for taking described target product object as operation granularity, is transplanted to described target product object in described targeted environment under online state.
Wherein, in the present embodiment, adopt online automated data migration mode, can reduce transplanting flow process, and adapt to the last word data variation of source environment and targeted environment, improve the controllability of data migration flow process.
It should be noted that, each embodiment in this instructions all adopts the mode of going forward one by one to describe, and what each embodiment stressed is and the difference of other embodiment, between each embodiment identical similar part mutually referring to.
Above implantation method and the system of product data under a kind of product factory mode provided by the present invention are described in detail, applied specific case herein principle of the present invention and embodiment are set forth, the explanation of above embodiment is just for helping to understand method of the present invention and core concept thereof; , for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention meanwhile.
Claims (10)
1. an implantation method for product data under product factory mode, is characterized in that, comprising:
Obtain under product factory mode the product data of target product in the environment of source;
According to described product data, obtain described target product product feature data-mapping relation between described source environment and targeted environment under product factory mode;
According to described product feature data-mapping relation, the product data of target product in the environment of described source are carried out to characteristic extraction, obtain the first product core feature data in the environment of described source;
According to the product factory configuration information of targeted environment under product factory mode, described the first product core feature data are carried out to product object encapsulation, obtain target product object to be transplanted;
Taking described target product object as operation granularity, described target product object is transplanted in described targeted environment.
2. method according to claim 1, it is characterized in that the described product factory configuration information according to targeted environment under product factory mode is carried out product object encapsulation to described the first product core feature data, obtain target product object to be transplanted, comprising:
Obtain the second product core feature data that are short of in the environment of described source;
Described the second product core feature data are incorporated in described the first product core feature data, obtain the first new product core feature data;
According to the product factory configuration information of targeted environment under described product factory mode, described the first new product core feature data are carried out to product object encapsulation, obtain target product object to be transplanted.
3. method according to claim 1, is characterized in that, described in obtain under product factory mode the product data of target product in the environment of source, comprising:
Obtain under product factory mode the product factory configuration information of target product and the product information of described target product in the environment of source;
Described product factory configuration information and described product information are combined into the product data of described target product.
4. according to the method described in claim 1 or 3, it is characterized in that, the described product data of described foundation, obtain described target product product feature data-mapping relation between described source environment and targeted environment under product factory mode, comprising:
Obtain the product factory configuration information of targeted environment under product factory mode;
Resolve the product factory configuration information in the product factory configuration information of source environment in described product data and the product information of described target product and described targeted environment, obtain described target product product feature data-mapping relation between described source environment and described targeted environment under product factory mode.
5. method according to claim 1, is characterized in that, described taking described target product object as operation granularity, described target product object is transplanted in described targeted environment, comprising:
Taking described target product object as operation granularity, described target product object is being transplanted in described targeted environment under online state.
6. an implant system for product data under product factory mode, is characterized in that, comprising:
Product data acquisition module, for obtaining the product data of environment target product in source under product factory mode;
Mapping relations acquisition module, for according to described product data, obtains described target product product feature data-mapping relation between described source environment and targeted environment under product factory mode;
Characteristic abstraction module, for according to described product feature data-mapping relation, carries out characteristic extraction to the product data of target product in the environment of described source, obtains the first product core feature data in the environment of described source;
Product object generation module, for the product factory configuration information according to targeted environment under product factory mode, carries out product object encapsulation to described the first product core feature data, obtains target product object to be transplanted;
Product object is transplanted module, for taking described target product object as operation granularity, described target product object is transplanted in described targeted environment.
7. system according to claim 6, is characterized in that, described product object generation module comprises:
Shortcoming data acquisition submodule, the second product core feature data that are short of for obtaining described source environment;
Characteristic merges submodule, for described the second product core feature data are incorporated in to described the first product core feature data, obtains the first new product core feature data;
Product object encapsulation submodule, for the product factory configuration information according to targeted environment under described product factory mode, carries out product object encapsulation to described the first new product core feature data, obtains target product object to be transplanted.
8. system according to claim 6, is characterized in that, described product data acquisition module comprises:
Acquisition of information submodule, for obtaining the product factory configuration information of environment target product in source under product factory mode and the product information of described target product;
Data combinations submodule, for being combined into described product factory configuration information and described product information the product data of described target product.
9. according to the system described in claim 6 or 8, it is characterized in that, described mapping relations acquisition module comprises:
Schema information obtains submodule, for obtaining the product factory configuration information of targeted environment under product factory mode;
Information analysis submodule, for resolving product factory configuration information in the product factory configuration information of described product data source environment and product information and the described targeted environment of described target product, obtain described target product product feature data-mapping relation between described source environment and targeted environment under product factory mode.
10. system according to claim 6, is characterized in that, described product object is transplanted module and comprised:
The online submodule of transplanting for taking described target product object as operation granularity, is transplanted to described target product object in described targeted environment under online state.
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