CN103971189B - A kind of method and apparatus of multimode management - Google Patents
A kind of method and apparatus of multimode management Download PDFInfo
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Abstract
The invention discloses a kind of method and apparatus of multimode management, mapping is carried out to module mode of operation and to the associative operation type of the module, by user to and its related modules of the business that uses set up corresponding relation, during above-mentioned related information all existed into total control database, when being operated to module, related information can be read, when operation failure, particular module can also be operated again according to related information.The present invention can be linear increase module and the operation to module, scalability is good.Numerical value decision of the present invention by judging synchronized result identification information is to enter validated user interface or enter user interface to be synchronized, user can be made to distinguish valid data and the synchronous abnormal data of needs well, while alloing being safeguarded to data for user's selectivity.By actual performance test and client feedback, it was demonstrated that the present invention is well positioned to meet multi-service fusion scheme.
Description
Technical field
The present invention relates to module management technical field, more particularly to the method and apparatus that a kind of multimode is managed.
Background technology
With continuing to develop for business, each business that user is used also constantly increases, therefore, backstage how to
The corresponding module of each business that family uses be managed just seem it is extremely important.
During the business function that editor's need is used on interface as user, such as：Addition speech business, modification email address
Needed by increasing on backstage Deng, existing multimode management system, modification, delete etc. to operate corresponding business module is carried out
It is synchronous, mainly there are problems that in this process following：It is effective after the completion of first not by all module synchronizations
User data is distinguished with the problem data of synchronization failure, and second is exactly the simple peration data preserved to all modules, it is impossible to
It is enough to support to carry out data syn-chronization to particular module well.3rd is exactly that the Operation Definition of module and module is unintelligible, can be expanded
Malleability is bad.
The content of the invention
The method and apparatus that the technical problem to be solved in the present invention is to provide a kind of management of multimode, based on defining respectively
The operation of module and module module is managed, scalability is good.
The technical solution adopted by the present invention is, the method for the multimode management, including：
It is that each user sets up corresponding block combiner collection information and module operational group intersection information in total control database, and
Preserve the user data related to the operation of each module；The use of module operational group intersection information and the user based on certain user
User data determines the operation information of each module；
The operational order that the operation information is packaged into each module can recognize is handed down to respective modules；
The operating result returned after operational order, update module combination of sets information are performed according to each module.
Further, the operational order that the operation information is packaged into each module can be recognized is handed down to respective modules, has
Body includes：
Described operation information is packaged into XML（Extensible Markup Language, extensible markup language）
File is sent to network service webservice interfaces, and the XML file is converted into each mould respectively by webservice interfaces
The operational order that block can be recognized is handed down to respective modules.
Further, methods described also includes：
When the operating result that each module is returned is to be operated successfully, validated user interface is provided the user, entered for user
Row business operation；
When the operating result that each module is returned is for the success of non-all operationss, user interface to be synchronized, base are provided the user
Successful module is not operated in the block combiner collection presentation of information after renewal, is chosen whether to not operating successful module for user
Re-operate.
Further, methods described also includes：
It is that each user sets up corresponding synchronized result identification information in total control database；
It is that synchronized result identification information sets different numerical value, by sentencing according to the different operating result that each module is returned
The numerical value of disconnected synchronized result identification information determines it is to enter validated user interface or enter user interface to be synchronized.
Further, each of the block combiner collection information field describes a mode of operation for module, the behaviour
The type for making state includes：Functions of modules does not exist, module is operated successfully and module operation failure；
Each description of the module operational group intersection information field is to an operation for module, the type of the operation
Including：Increase, delete and change；
The block combiner collection information field of same user and module operational group intersection information field phase described in corresponding position
Same module；
The operation information includes：Need the operation that is carried out to module and the number of users related to module operation
According to.
The present invention also provides a kind of device of multimode management, including：
Total control database unit, for setting up corresponding block combiner collection information and module operational group intersection letter for each user
Breath, and preserve the user data related to module operation；Module operational group intersection information and the user based on certain user
User data determine the operation information of each module；The operation that each modular processing unit is returned is received by interface processing unit
As a result, according to the operating result update module combination of sets information；
Interface processing unit, the operational order that can be recognized for the operation information to be packaged into each module is handed down to correspondence
Module；
Modular processing unit, in each module, returns for being operated according to operational order and to interface processing unit
Return operating result.Further, the interface processing unit, specifically includes：
Document encapsulation unit, for the operation information to be packaged into XML file, is sent to webservice interface moulds
Block；
Webservice interface units, for the XML file to be converted into the operational order that each module can be recognized respectively
It is handed down to respective modules.
Further, the total control database unit, is additionally operable to：
When the operating result that each module is returned is to be operated successfully, validated user interface is provided the user, entered for user
Row business operation；
When the operating result that each module is returned is for the success of non-all operationss, user interface to be synchronized, base are provided the user
Successful module is not operated in the block combiner collection presentation of information after renewal, is chosen whether to not operating successful module for user
Re-operate.
Further, the total control database unit, is additionally operable to：
For each user sets up corresponding synchronized result identification information；
It is that synchronized result identification information sets different numerical value, by sentencing according to the different operating result that each module is returned
The numerical value of disconnected synchronized result identification information determines it is to enter validated user interface or enter user interface to be synchronized.
Further, each of the block combiner collection information field describes a mode of operation for module, the behaviour
The type for making state includes：Functions of modules does not exist, module is operated successfully and module operation failure；
Each description of the module operational group intersection information field is to an operation for module, the type of the operation
Including：Increase, delete and change；
The block combiner collection information field of same user and module operational group intersection information field phase described in corresponding position
Same module；
The operation information includes：Need the operation that is carried out to module and the number of users related to module operation
According to.
Using above-mentioned technical proposal, the present invention at least has following advantages：
The method and apparatus of multimode management of the present invention, the operation based on the module and module for defining respectively is to module
It is managed, increase module that can be linear and the operation to module do not influence scalability good other modules.The present invention
Carry out mapping to module mode of operation and to the associative operation type of the module, by user to and its related each of the business that uses
Individual module sets up corresponding relation, during above-mentioned related information all existed into total control database, when being operated to module, can read
Related information is taken, when operation failure, particular module can also be operated again according to related information.In addition, of the invention
Determine it is to enter validated user interface or entrance user interface to be synchronized, energy by the numerical value for judging synchronized result identification information
User is set to distinguish valid data and the synchronous abnormal data of needs well, while alloing being carried out to data for user's selectivity
Safeguard.By actual performance test and client feedback, it was demonstrated that the present invention is well positioned to meet multi-service fusion scheme.
Brief description of the drawings
The method flow diagram that Fig. 1 is managed for the multimode of first embodiment of the invention；
The method flow diagram that Fig. 2 is managed for the multimode of second embodiment of the invention；
Fig. 3 is the method system composition schematic diagram of the multimode management of third and fourth embodiment of the invention；
Fig. 4 is the multimode management process schematic diagram of application example of the present invention.
Specific embodiment
Further to illustrate the present invention to reach technological means and effect that predetermined purpose is taken, below in conjunction with accompanying drawing
And preferred embodiment, the present invention is described in detail as after.
First embodiment of the invention, a kind of method of multimode management, as shown in figure 1, including step in detail below：
Step S101, is that each user sets up corresponding block combiner collection information and module operative combination in total control database
Collection information, and preserve the user data related to the operation of each module.
Specifically, each of block combiner collection information field describes a mode of operation for module, the class of mode of operation
Type includes：Functions of modules does not exist, module is operated successfully and module operation failure.
To an operation for module, the type of operation includes for each description of module operational group intersection information field：Increase
Plus, delete and change.
The block combiner collection information field of same user and module operational group intersection information field phase described in corresponding position
Same module.
The user data be user be input on user's editing interface that total control database is provided with each module operate phase
The data of pass, for example：The data such as email address, subscriber phone number, address name, birthday, wherein, email address is and mailbox
The data of the operation correlation of module, subscriber phone number is the data related to the operation of voice module.Except module deletion action
Outside, other operations can be related to the user data.
Step S102, the user data of module operational group intersection information and the user based on certain user determines each mould
The operation information of block.
Specifically, the operation information includes：Need the operation that is carried out to module and the user related to module operation
Data.Such as：To the new email address in the modification operation of mailbox module and user data, to the increase behaviour of voice module
Phone number in work and user data etc..
Step S103, the operational order that the operation information is packaged into each module can recognize is handed down to respective modules.
Specifically, the operation information that will be determined is packaged into XML file is sent to webservice interfaces, by
The operational order that the XML file is converted into each module and can recognized by webservice interfaces respectively is handed down to corresponding module.
Step S104, the operating result returned after operational order is performed according to each module, updates the mould in total control database
Block combination of sets information.The operating result is to operate successfully or operation failure.
Specifically, in step S104, also including：
When the operating result that each module is returned is to be operated successfully, validated user interface is provided the user, entered for user
Row business operation；Business herein refers to the business realized based on all modules after operating successfully.
When the operating result that each module is returned is for the success of non-all operationss, user interface to be synchronized, base are provided the user
Successful module is not operated in the block combiner collection presentation of information after renewal, is chosen whether to not operating successful module for user
Re-operate.When user is clicked on, and the module of some operation failure is re-operated, the mistake of operation is re-started to the module
Journey is as follows：
A1：The operation of the module is determined from the module operational group intersection information of the user and the user data of the user
Information；
A2：The operational order that the operation information of the module is packaged into the module can recognize individually is handed down to the module；
A3：The operating result returned after operational order is performed according to the module, the block combiner in total control database is updated
Collection information, whether all operationss are successful to judge each module, are otherwise still user if so, then providing the user validated user interface
User interface to be synchronized is provided.
The method of the multimode management of the present embodiment, can effectively distinguish valid data and need synchronous data,
Individually a certain module can be operated in user interface to be synchronized again.
Second embodiment of the invention, the present embodiment is roughly the same with first embodiment, and difference is that the present embodiment is in step
Increased synchronized result identification information in S201, subsequent step S204~S205 is based on the synchronized result identification information, to how
Different user interfaces are provided the user to be described in detail.
A kind of method of multimode management, as shown in Fig. 2 including step in detail below：
Step S201, is that each user sets up corresponding block combiner collection information, module operative combination in total control database
Collection information and synchronized result identification information, and preserve the user data related to the operation of each module.
Step S202, the user data of module operational group intersection information and the user based on certain user determines each mould
The operation information of block.
Step S203, the operational order that the operation information is packaged into each module can recognize is handed down to respective modules.
Step S204, the operating result returned after operational order is performed according to each module, updates the mould in total control database
Block combination of sets information, and according to the different operating result that each module is returned for synchronized result identification information sets different numerical value.
Step S205, determines it is to enter validated user interface or entrance by the numerical value for judging synchronized result identification information
User interface to be synchronized, after user interface to be synchronized is entered, the demand according to user decides whether to block combiner collection information
In do not operate successful module to re-start operation.
Specifically, when the operating result that each module is returned is and operates successfully, synchronized result identification information is set into the
One numerical value, when the operating result that each module is returned is for the success of non-all operationss, the second number is set to by synchronized result identification information
Value；
Determine it is to enter validated user interface or entrance use to be synchronized by the numerical value for judging synchronized result identification information
Family interface, when synchronized result identification information is the first numerical value, into validated user interface, business operation is carried out for user；When
When synchronized result identification information is second value, into user interface to be synchronized, shown based on the block combiner collection information after renewal
Show and do not operate successful module, chosen whether to not operating successful module to re-operate for user.
Third embodiment of the invention, a kind of device of multimode management, as shown in figure 3, including consisting of part：
1）Total control database unit 100, for setting up corresponding block combiner collection information and module operational group for each user
Intersection information, and preserve the user data related to module operation；Module operational group intersection information and institute based on certain user
The user data for stating user determines the operation information of each module, calling interface processing unit 200；By interface processing unit
200 receive the operating result that each modular processing unit 300 is returned, according to the operating result update module combination of sets information.
Specifically, each of block combiner collection information field describes a mode of operation for module, the class of mode of operation
Type includes：Functions of modules does not exist, module is operated successfully and module operation failure；
To an operation for module, the type of operation includes for each description of module operational group intersection information field：Increase
Plus, delete and change；
The block combiner collection information field of same user and module operational group intersection information field phase described in corresponding position
Same module.
The user data be user be input on user's editing interface that total control database is provided with each module operate phase
The data of pass.For example：The data such as email address, subscriber phone number, address name, birthday, wherein, email address is and mailbox
The data of the operation correlation of module, subscriber phone number is the data related to the operation of voice module.Except module deletion action
Outside, other operations can be related to the user data.
The operation information includes：Need the operation that is carried out to module and the user data related to module operation.Than
Such as：To the new email address in the modification operation of mailbox module and user data, to the increase of voice module operation and
Phone number in user data etc..
Further, total control database unit 100, is additionally operable to：
When the operating result that each module is returned is to be operated successfully, validated user interface is provided the user, entered for user
Row business operation；Business herein refers to the business realized based on all modules after operating successfully.
When the operating result that each module is returned is for the success of non-all operationss, user interface to be synchronized is provided the user,
Successful module is not operated based on the block combiner collection presentation of information after updating in user interface to be synchronized, is chosen whether for user
To not operating successful module to re-operate.
2）Interface processing unit 200, the operational order that can be recognized for the operation information to be packaged into each module is handed down to
Respective modules.
Specifically, interface processing unit 200, including：
Document encapsulation unit 201, operation information for total control database unit 100 to be determined is packaged into XML texts
Part, is sent to webservice interface modules 202；
Webservice interface units 202, the operation that can be recognized for the XML file to be converted into each module respectively refers to
Order is handed down to corresponding module.
3）Modular processing unit 300, in each module, for being operated according to operational order and processes single to interface
Unit 200 returns to operating result.The operating result is to operate successfully or operation failure.
Subsequently, if in the presence of successful module is not operated, being operated to some when user clicks in user interface to be synchronized
When the module of failure is re-operated, the function of being completed of the present embodiment each unit is as follows：
Total control database unit 100, for being clicked on to some operation failure in user interface to be synchronized as user
When module is re-operated, the module is determined from the module operational group intersection information of the user and the user data of the user
Operation information, calling interface processing unit 200；According to the operating result update module combination of sets information that the module is returned, judge
Whether all operationss are successful for each module, if so, then providing the user validated user interface, otherwise still provide the user use to be synchronized
Family interface.Interface processing unit 200, it is independent for the operation information of the module to be packaged into the operational order that the module can recognize
It is handed down to the module；
Modular processing unit 300, in the module, for being operated according to operational order and to interface processing unit
200 return to operating result.
Fourth embodiment of the invention, the present embodiment is roughly the same with 3rd embodiment, and difference is that the present embodiment is in master control
Increase in Database Unit 100 and establish synchronized result identification information, subsequently based on the synchronized result identification information, to how to be
User provides different user interfaces and has been described in detail.
A kind of device of multimode management, as shown in figure 3, including consisting of part：
1）Total control database unit 100, for setting up corresponding block combiner collection information, module operative combination for each user
Collection information and synchronized result identification information, and preserve the user data related to module operation；Module behaviour based on certain user
The user data for making combination of sets information and the user determines the operation information of each module, calling interface processing unit 200；
The operating result that each modular processing unit 300 is returned is received by interface processing unit 200, according to the operating result update module
Combination of sets information.
Specifically, total control database unit 100, is additionally operable to：
It is that synchronized result identification information sets different numerical value, by sentencing according to the different operating result that each module is returned
The numerical value of disconnected synchronized result identification information determines it is to enter validated user interface or enter user interface to be synchronized.
Further, when the operating result that each module is returned is to be operated successfully, synchronized result identification information is put
It is the first numerical value, when the operating result that each module is returned is for the success of non-all operationss, synchronized result identification information is set to the
Two numerical value；
Determine it is to enter validated user interface or entrance use to be synchronized by the numerical value for judging synchronized result identification information
Family interface, when synchronized result identification information is the first numerical value, into validated user interface, business operation is carried out for user；When
When synchronized result identification information is second value, into user interface to be synchronized, after being based on updating in user interface to be synchronized
Block combiner collection presentation of information do not operate successful module, chosen whether to not operating successful module to grasp again for user
Make.
2）Interface processing unit 200, the operational order that can be recognized for the operation information to be packaged into each module is handed down to
Respective modules.
3）Modular processing unit 300, in each module, for being operated according to operational order and processes single to interface
Unit 200 returns to operating result.The operating result is to operate successfully or operation failure.
To make the object, technical solutions and advantages of the present invention become more apparent, one is introduced below in conjunction with accompanying drawing 4
Application example of the invention.It should be noted that in the case where not conflicting, in the embodiment and application example in the application
Feature can mutually be combined.
Related to the line module management field that this application example is used is as shown in table 1.
Table 1
| Field name | Field description |
| Userid | User's unique mark field |
| Moduleunion | Block combiner field |
| Moduleopertype | Each module action type field |
| Resultflag | The long and field |
Wherein Userid is the unique mark field of user, can be No. ID, or subscriber phone number etc..
Moduleunion is the block combiner field of user（It is used to fill in block combiner collection information）If user uses
Certain operation system one have six modules, then the field length of Moduleunion be six, wherein for any one position, having
Three kinds of states：2 represent that the functions of modules does not exist, and 1 expression is operated successfully, and 0 represents operation failure, it is necessary to manual operations.
Moduleopertype is each module action type field（It is used to fill in module operational group intersection information）, digit
It is identical with block combiner digit above, and for some module, there is three types, wherein 1 representative needs to enter module
Row increases operation, and 2 represent and need to modify the module operation, and 3 representatives carry out deletion action to the module.
Resultflag is the long and field（It is used to fill in synchronized result identification information）, by two kinds of numerical value：1 represents
Valid data, 0 represents the data for existing and needing synchronization.
As shown in figure 4, the multimode management process of this application example, as follows：
When carrying out multimode operation, for example：Certain user increases voice module, deletes mailbox module, and user has six moulds altogether
Block, what the front two of Moduleunion fields and Moduleopertype fields was represented respectively is voice module and mailbox module,
Now, it is 1 for the action type of voice module（Increase）, the operation module to mailbox is 3（Delete）, then
Moduleopertype fields are 13****（* it is the operation to other modules, temporary nothing）, Moduleunion fields are 00****
（* it is the mode of operation to other modules, temporary nothing）, due to also being operated to module, so 0 is first filled out, if follow-up operation
1 is revised as again after success.
First, inserted in the line module management table of total control database above-mentioned user Moduleopertype and
Moduleunion fields, all of module mode of operation is all first defaulted as failure when first time insertion master control storehouse（Fill out
0）, while resultflag fields are set into 0.
Then, from the Moduleopertype fields in total control database and the user data related to module operation
The operation information of each module being extracted respectively, XML file being packaged into and is sent to webservice interfaces, webservice interfaces are again
The XML file is converted into the operational order that modules can be recognized, is instructed to modules concurrent operations, go to operate each mould
Block.Continue the example above, increase operation is carried out to voice module, deletion action is carried out to mailbox module.And to master control data
Storehouse returns to the operating result of each module, if certain module is operated successfully, it is necessary to the module in Moduleunion fields is corresponded into position
Failure flags are changed to 1 by 0, do not operate otherwise.If the operation of modules is successful, need in Moduleunion words
While changing each module mode of operation in section, resultflag fields are set to 1, now, all moulds after the completion of the operation
Block is valid data, into validated user interface, normal business operation is carried out for user.
If conversely, the module for being operated not all operationss success, point out user enter user interface to be synchronized,
Shown based on the Moduleunion fields after updating in user interface to be synchronized and do not operate successful module, allow user's hand
It is dynamic not operate successful module to operate certain again.
When user is in user interface to be synchronized, and mode manually is operated to certain module again, in master control
As unique mark, Resultflag fields are 0 to Userid in database with user, that is, there are the data for needing synchronization,
For example：If voice module needs to increase, the first place of Moduleunion is 0, then right in acquisition Moduleopertype fields
In the action type of voice module（Increase）, then obtain to the related user data of voice module is increased that to be together packaged into XML literary
Part is sent to webservice interfaces, and the operation that the XML file is converted into the module and can recognized by webservice interfaces again refers to
Order, operational order is sent to the module, goes to operate the module and the operating result of the module is returned to total control database.Master control number
Moduleunion fields are changed according to the operating result for returning according to storehouse.
After the completion of each user is manually operated, it is required to judge to be lost with the presence or absence of operation in Moduleunion fields
The module for losing.If not existing, need for resultflag to be set to 1, all modules after the completion of the operation is turned into significant figure
According to.
The embodiment of the present invention is mainly sets about in terms of three, and first, design synchronized result identification information can have been distinguished
Effectiveness user data and synchronous user data is needed, and put it to two single operation pages, for effective amount
According to user can carry out the business operation of correlation to it, and for synchrodata, user can not be to its business operation, can only be on the offensive
It is dynamic synchronous.Second, a total control database is designed, and using the unique mark of user as differentiation, such user can be according to setting
Standby situation it is in good time carry out data syn-chronization, business datum that will be in master control data and each module is spaced from each other.3rd, by mould
Block and module operation are defined respectively, one-to-one relationship are set up, while the action type of support module and module will increase simultaneously
Or reduce.When carrying out certain module synchronization again, the module action type of corresponding field is read simultaneously.
By the explanation of specific embodiment, should to the present invention for reach technological means that predetermined purpose is taken and
Effect is able to more go deep into and specific understanding, but appended diagram is only to provide reference and purposes of discussion, not for originally
Invention is any limitation as.
Claims (10)
1. a kind of method that multimode is managed, it is characterised in that including：
It is that each user sets up corresponding block combiner collection information and module operational group intersection information in total control database, and preserves
The user data related to the operation of each module；The number of users of module operational group intersection information and the user based on certain user
According to the operation information for determining each module；
The operational order that the operation information is packaged into each module can recognize is handed down to respective modules；
The operating result returned after operational order, update module combination of sets information are performed according to each module.
2. the method that multimode according to claim 1 is managed, it is characterised in that the operation information is packaged into each mould
The operational order that block can be recognized is handed down to respective modules, specifically includes：
Described operation information is packaged into expandable mark language XML file and is sent to network service webservice interfaces,
The operational order that the XML file is converted into each module respectively by webservice interfaces can recognize is handed down to respective modules.
3. the method that multimode according to claim 1 is managed, it is characterised in that methods described also includes：
When the operating result that each module is returned is to be operated successfully, validated user interface is provided the user, industry is entered for user
Business operation；
When the operating result that each module is returned is for the success of non-all operationss, user interface to be synchronized is provided the user, based on more
Block combiner collection presentation of information after new does not operate successful module, is chosen whether to not operating successful module again for user
Operation.
4. the method that multimode according to claim 3 is managed, it is characterised in that methods described also includes：
It is that each user sets up corresponding synchronized result identification information in total control database；
It is that synchronized result identification information sets different numerical value according to the different operating result that each module is returned, it is same by judging
The numerical value for walking result identification information determines it is to enter validated user interface or enter user interface to be synchronized.
5. the method that the multimode according to any one of claim 1-4 is managed, it is characterised in that the block combiner collection
Each of information field describes a mode of operation for module, and the type of the mode of operation includes：Functions of modules do not exist,
Module is operated successfully and module operation failure；
Each description of the module operational group intersection information field is to an operation for module, the type bag of the operation
Include：Increase, delete and change；
The block combiner collection information field of same user and module operational group intersection information field identical described in corresponding position
Module；
The operation information includes：Need the operation that is carried out to module and the user data related to module operation.
6. the device that a kind of multimode is managed, it is characterised in that including：
Total control database unit, for setting up corresponding block combiner collection information and module operational group intersection information for each user,
And preserve the user data related to module operation；The use of module operational group intersection information and the user based on certain user
User data determines the operation information of each module；The operation knot that each modular processing unit is returned is received by interface processing unit
Really, according to the operating result update module combination of sets information；
Interface processing unit, the operational order that can be recognized for the operation information to be packaged into each module is handed down to correspondence mould
Block；
Modular processing unit, in each module, grasps for being operated according to operational order and being returned to interface processing unit
Make result.
7. the device that multimode according to claim 6 is managed, it is characterised in that the interface processing unit, specific bag
Include：
Document encapsulation unit, for the operation information to be packaged into XML file, is sent to webservice interface modules；
Webservice interface units, the operational order that can be recognized for the XML file to be converted into each module respectively is issued
To respective modules.
8. the device that multimode according to claim 6 is managed, it is characterised in that the total control database unit, also uses
In：
When the operating result that each module is returned is to be operated successfully, validated user interface is provided the user, industry is entered for user
Business operation；
When the operating result that each module is returned is for the success of non-all operationss, user interface to be synchronized is provided the user, based on more
Block combiner collection presentation of information after new does not operate successful module, is chosen whether to not operating successful module again for user
Operation.
9. the device that multimode according to claim 8 is managed, it is characterised in that the total control database unit, also uses
In：
For each user sets up corresponding synchronized result identification information；
It is that synchronized result identification information sets different numerical value according to the different operating result that each module is returned, it is same by judging
The numerical value for walking result identification information determines it is to enter validated user interface or enter user interface to be synchronized.
10. the device that the multimode according to any one of claim 6-9 is managed, it is characterised in that the block combiner
Each of collection information field describes a mode of operation for module, and the type of the mode of operation includes：Functions of modules is not deposited
Operated successfully and module operation failure in, module；
Each description of the module operational group intersection information field is to an operation for module, the type bag of the operation
Include：Increase, delete and change；
The block combiner collection information field of same user and module operational group intersection information field identical described in corresponding position
Module；
The operation information includes：Need the operation that is carried out to module and the user data related to module operation.
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| CN201310034837.3A CN103971189B (en) | 2013-01-30 | 2013-01-30 | A kind of method and apparatus of multimode management |
| PCT/CN2013/082221 WO2014117507A1 (en) | 2013-01-30 | 2013-08-23 | Multi-module management method and device |
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| US10296164B2 (en) * | 2015-12-08 | 2019-05-21 | Fisher-Rosemount Systems, Inc. | Methods, apparatus and systems for multi-module process control management |
| CN106909997A (en) * | 2015-12-22 | 2017-06-30 | 阿里巴巴集团控股有限公司 | A kind of method and device for business processing |
| CN106775780A (en) * | 2017-02-17 | 2017-05-31 | 山东浪潮商用系统有限公司 | A kind of method of the automatic or manual rollback for realizing configuration change |
| CN111324668B (en) * | 2020-02-18 | 2023-11-21 | 中国联合网络通信集团有限公司 | Database data synchronous processing method, device and storage medium |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101706705A (en) * | 2009-10-30 | 2010-05-12 | 广东亿迅科技有限公司 | Processing system and processing method of service information |
| CN102136097A (en) * | 2010-12-23 | 2011-07-27 | 东莞市高明企业服务有限公司 | Service oriented architecture (SOA)-based clothing enterprise collaborative management system development method and system |
| CN102183927A (en) * | 2011-02-22 | 2011-09-14 | 北京利德曼生化股份有限公司 | Control method of system realizing multi-module combined work |
| CN102646039A (en) * | 2012-02-29 | 2012-08-22 | 河海大学 | Software interface generating system and method based on extensible markup language (XML) Schema |
| CN102707997A (en) * | 2012-06-12 | 2012-10-03 | 中兴通讯股份有限公司 | Device and method for driving multi-PDP data communication of mobile broadband equipment |
Family Cites Families (1)
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|---|---|---|---|---|
| US20060200612A1 (en) * | 2005-03-02 | 2006-09-07 | Laurence Hamid | Method and protocol for transmitting extended commands to USB devices |
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- 2013-08-23 WO PCT/CN2013/082221 patent/WO2014117507A1/en active Application Filing
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101706705A (en) * | 2009-10-30 | 2010-05-12 | 广东亿迅科技有限公司 | Processing system and processing method of service information |
| CN102136097A (en) * | 2010-12-23 | 2011-07-27 | 东莞市高明企业服务有限公司 | Service oriented architecture (SOA)-based clothing enterprise collaborative management system development method and system |
| CN102183927A (en) * | 2011-02-22 | 2011-09-14 | 北京利德曼生化股份有限公司 | Control method of system realizing multi-module combined work |
| CN102646039A (en) * | 2012-02-29 | 2012-08-22 | 河海大学 | Software interface generating system and method based on extensible markup language (XML) Schema |
| CN102707997A (en) * | 2012-06-12 | 2012-10-03 | 中兴通讯股份有限公司 | Device and method for driving multi-PDP data communication of mobile broadband equipment |
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