CN103455481A - System and method for generating digital identification codes - Google Patents
System and method for generating digital identification codes Download PDFInfo
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- CN103455481A CN103455481A CN201210168047XA CN201210168047A CN103455481A CN 103455481 A CN103455481 A CN 103455481A CN 201210168047X A CN201210168047X A CN 201210168047XA CN 201210168047 A CN201210168047 A CN 201210168047A CN 103455481 A CN103455481 A CN 103455481A
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Abstract
The invention provides a system for generating digital identification codes. The system comprises a digital identification code server side, a client side which is coupled with the digital identification code server side and a digital identification code distribution module which is coupled with a parameter storage module, wherein the digital identification code server side comprises the parameter storage module which is used for storing relevant parameters of the digital identification codes, in response to a request of the client side for obtaining of the digital identification codes, the digital identification code distribution module distributes the digital identification codes on the basis of digital identification code basic codes stored in the parameter storage module and according to quantities specified by digital identification code distribution quantities stored in the parameter storage module, and the client side is provided with a storage module which is used for storing the received digital identification codes and a client side distribution module which distributes the digital identification codes again according to the distributed digital identification codes. The invention also provides a corresponding method. By the aid of the system and the method, the pressure of the server side can be effectively reduced.
Description
Technical field
The present invention relates to network data processing, relate in particular to the digital code generation technique in network data processing.
Background technology
Each concrete data of the data, services that digital code is relevant for marked network are processed, and it is for example each transaction in the network finance service that each that again mention data are processed.
The generation of digital code adopts the mode of instant distribution sequentially to generate usually.Specifically, in the time need to giving new identification code for the concrete data processing of new data, services, just obtain the digital code of depositing from database, or obtain after this digital code it added to 1 as the digital code of should concrete output processing, latter event is corresponding be stored in database be the digital code distributed.
Under this mode, if the data, services concurrency is large, for the access of the database of the depositing digital code read and write operation of this database (for), will be very frequent, likely cause the database paralysis; And, when this Concurrency Access surpasses some, may cause the read-write operation inefficiency.
Summary of the invention
The invention provides a kind of digital code generation system, can address the above problem.Digital code generation system of the present invention can comprise the digital code service end, the client coupled with described digital code service end, wherein, described digital code service end comprises the parameter memory module of storage digital code correlation parameter, the digital code distribution module coupled with described parameter memory module, wherein, obtain the request of digital code in response to described client, the digital code base code of described digital code distribution module based on being stored in described parameter memory module, the specified quantity distribute digital identification code according to the digital code sendout that is stored in described parameter memory module, described client is provided with the memory module of the digital code that storage receives and according to distributed digital code, the client distribution module of reallocation digital code.
Preferably, described digital code service end also comprises digital code base code update module, and described update module upgrades described digital code base code by the maximum number identification code in the digital code distributed after described digital code service end has been distributed digital code.
Preferably, the digital code of described client distribution module based on described memory module storage, each data service distribution digital code carried out to the application of described client according to time sequencing.
The present invention also provides a kind of client, the digital code service end of itself and generating digital identification code couples, wherein, described client comprises a plurality of application of Applied Digital identification code, the memory module of a plurality of digital codes that distributed by described digital code service end for storage, and according to distributed digital code, the client distribution module of each data service that the reallocation digital code carries out to described application, wherein said digital code processing service end is obtained digital code request in response to described client distributes a plurality of digital codes to described client.
Preferably, the digital code of described client distribution module based on described memory module storage, each data service distribution digital code carried out to the application of described client according to time sequencing.
The present invention also provides a kind of digital code service end, itself and client couple, wherein, described digital code service end comprises the parameter memory module of storage digital code correlation parameter, the digital code distribution module coupled with described parameter memory module, wherein, obtain the request of digital code in response to described client, the digital code base code of described digital code distribution module based on being stored in described parameter memory module, the specified quantity distribute digital identification code according to the digital code sendout that is stored in described parameter memory module.
Preferably, also comprise digital code base code update module, described update module upgrades described digital code base code by the maximum number identification code in the digital code distributed after described digital code service end has been distributed digital code.
The present invention also provides a kind of digital code generation method, and it is applied in the system that comprises the digital code service end that mutually couples and client, and described method comprises:
Described client sends the request of obtaining digital code to described digital code service end;
In response to this request, described digital code service end, based on existing digital code base code, is given described client according to the quantity distribute digital identification code of pre-stored digital code sendout appointment; And
The described digital code of described client stores, and described digital code is distributed to successively to each related data service of application of described client.
In described method, preferably, described digital code service end, after having distributed described digital code, is updated to the maximum number identification code in the digital code distributed by described digital code base code.
The present invention also provides the digital code maintaining method of a kind of execution in client, the digital code service end of described client and generating digital identification code couples, and described method comprises that described client sends the request of obtaining digital code to described digital code service end; Described client, after the digital code received from described digital code service end, is stored received digital code and is distributed to successively each the related data service of client application be arranged on wherein; Wherein, obtain the request of digital code in response to described client, described digital code service end according to digital code base code, according to pre-stored digital code sendout specified quantity distribute digital identification code.
The present invention also provides the identification code disposal route of a kind of execution in the digital code service end, described digital code service end and client couple, it is characterized in that, described digital code service end is obtained the request of digital code in response to described client, based on digital code base code, according to the quantity distribute digital identification code of pre-stored digital code sendout appointment, give described client.
Described execution is in the identification code disposal route of digital code service end, preferably, described digital code service end, after having distributed described digital code, is updated to the maximum number identification code in distributed digital code by described digital code base code.
Solution of the present invention, can be used for its a plurality of application successively in a plurality of digital code storages of described client stores, alleviated thus the related pressure of the service end of depositing digital code.
The accompanying drawing explanation
Fig. 1 is the structural representation of digital code generation system according to an embodiment of the invention.
Fig. 2 is the process flow diagram according to digital code generation method of the present invention.
Fig. 3 is the digital code maintaining method of execution according to an embodiment of the invention in client.
Fig. 4 is the identity assignments method of described according to one embodiment of present invention execution in the digital code service end.
Embodiment
Embodiments of the invention are hereinafter described with reference to the accompanying drawings comprehensively.It should be noted that the present invention can be embodied as different forms, is not limited with the embodiment explained at this.Providing of these embodiment is intended to make the disclosure thorough and complete, and scope of the present invention is intactly conveyed to those skilled in the art.
Unless otherwise defined, otherwise as used herein all terms (comprising technology and scientific terminology) all have with those skilled in the art the identical implication of the implication generally understood.Also should further understand, term used herein should be interpreted as having the implication consistent with its implication in the background of this instructions and association area, and should on meaning idealized or too form, not make an explanation, unless this paper has carried out such restriction clearly.
Fig. 1 is the structural representation of digital code generation system according to an embodiment of the invention.As shown in the figure, this system comprises service end 10, the client 20 coupled with described service end.Service end 10 and client 20 can be all data processing equipment, for example computing machine.Client 10 can also be hand-held electronic equipment, such as mobile phone, ipad, MP4 playback equipment etc.In this system, client can have a plurality of, in this example but take without limitation this system and comprise a client and describe as example.
Be provided with application 201, memory module 203 and client distribution module 205 on client 20, apply 201 for the treatment of data, services, can be provided with a plurality of application on a client 20, in order to process dissimilar data, services.Each is applied in while carrying out can process many transactions.Service end 10 comprises parameter memory module 101, digital code distribution module 103, and digital code base code update module 105.The parameter that parameter memory module 101 is relevant to digital code for storage, the correlation parameter distribute digital identification code that digital code distribution module 103 is stored according to parameter memory module 101,105 of digital code base code update module can be upgraded digital code base code with digital code maximum in the digital code distributed after every sub-distribution.
As mentioned above, client 20 is provided with a plurality of application, and each is applied in while carrying out can process many transactions.Each pen in many transactions of carrying out for each application can distribute a digital code, and this digital code preferably sequentially distributes, the time sequencing of for example carrying out according to each transaction is distributed, under these circumstances, the digital code of a rear transaction is larger than the identification code of date of last transaction; But the present invention does not yet get rid of according to alternate manner and carrys out the distribute digital identification code.
In example of the present invention, the following parameter of parameter memory module 101 storage of service end 10: digital code minimum value, digital code maximal value, digital code sendout and digital code base code.Digital code minimum value and digital code maximal value characterize respectively minimum and the maximal value of spendable digital code, and the digital code that used is within this scope.The digital code sendout indicates the number of the digital code for it that can disposablely distribute to client.
After client 20 receives the digital code of distribution, just store the minimum value B+1 of distributed digital code and maximal value B+N into memory module 203.The client distribution module 205 of client 20 starts to give digital code until B+N to each transaction successively from B+1 in the transaction processing process of application 201; Particularly, client distribution module 205 is to current occurent transaction allocation B+1, and transaction subsequently distributes B+2, the like, until be assigned to B+N; In distribution, client distribution module 205 can check whether the digital code that will distribute is not more than B+N, if be not more than, distributes, if be greater than, notifies client 20 again to service end 10 request digital codes.Subsequently, client 20 is again to service end 10 request distribute digital identification codes.Service end 10 is less than at B+N+N the parameter that service end 10 is stored---in the peaked situation of digital code, will start to distribute to client 20 to B+N+N, the digital code that adds up to N from B+N+1.Digital code base code B+N before the digital code base code update module 105 of service end 10 substitutes with B+N+N.
In above-mentioned and example that the disclosure is follow-up, what digital code base code table was levied is digital code maximum in the assigned numbers identification code, and as an alternative, it can be also that in the assigned numbers identification code, the maximum number identification code adds 1 etc.In the situation that digital code base code table levies, be that in the assigned numbers identification code, the maximum number identification code adds 1, the initial number identification code of distributing to the digital code of client in each example is no longer that digital code base code adds 1 but digital code base code book body.Because above-mentioned example illustrates as an example with a client application 201, so distribute in the above description its digital code, be continuous.But it will be appreciated by those skilled in the art that, in the situation that a plurality of client application are arranged, it is continuous giving the digital code of a client application with primary distribution, but it is not necessarily continuous with the digital code of last time distributing to it again to distribute to the digital code of this client application.
With the digital code generation technique of the instant distribution of routine, compare, digital code generation system of the present invention can disposablely distribute a plurality of digital codes to client, thereby this client application is when processing transaction, needn't be stroke by stroke to service end request identification code, but obtain from the client at self place, so, effectively reduced the pressure that frequent access causes service end.
Equally, service end 10 in Fig. 1 can be such as data processing equipments such as computing machines, with conventional data processing equipment, compare, outside the basic element of character of the output treatment facilities such as input block, output block, processor, network insertion parts, it also comprises parameter memory module 101 as above, digital code distribution module 103, and digital code base code update module 105.In an alternative embodiment, parameter memory module 101, digital code distribution module 103 and digital code base code update module 105 can be integrated in its processor.At another, in alternative embodiment, parameter memory module 101 can be integrated in its memory unit, and digital code distribution module 103 and digital code base code update module 105 can be integrated in its processor.
Fig. 2 is the process flow diagram according to digital code generation method of the present invention.The method is applied in the system that comprises the digital code service end that mutually couples and client, and this system is for example digital code generation system as shown in Figure 1, but is not limited to this system.In following embodiment, the method for take is applied in the system shown in Fig. 1 as example and describes.
In step 300, client 20 sends the request of obtaining digital code to digital code service end 10.In response to this request, in step 302, digital code service end 10, based on existing digital code base code, according to the quantity generating digital identification code of pre-stored digital code sendout appointment, and sends to client 20 by the digital code of generation.In step 304, the described digital code of client 20 storage, and described digital code is distributed to each related transaction of described client application successively.Further, in step 302, digital code service end 10, after having distributed digital code, is upgraded digital code base code with digital code maximum in the digital code distributed.
As above described in conjunction with Figure 1, be provided with application 201, memory module 203 and client distribution module 205 on client 20, application 201, for the treatment of data, services, can be provided with a plurality of application on a client 20, in order to process dissimilar data, services.Each is applied in while carrying out can process many transactions.Service end 10 comprises parameter memory module 101, digital code distribution module 103, and digital code base code update module 105.The parameter that parameter memory module 101 is relevant to digital code for storage, the correlation parameter distribute digital identification code that digital code distribution module 103 is stored according to parameter memory module 101,105 of digital code base code update module can be upgraded digital code base code with digital code maximum in the digital code distributed after every sub-distribution.
With reference to figure 2, in the present embodiment, client 20 to digital code service end 10 send obtain digital code request (step 300) afterwards, at first the digital code obtained by service end 10 will be stored in the memory module 203 of client 20, and by client reallocation module 205 according to the digital code of storing, related each transaction distribute digital identification code sequentially while carrying out to application 201; The time sequencing of for example carrying out according to each transaction is distributed, and under these circumstances, the digital code of a rear transaction is larger than the identification code of date of last transaction; But the present invention does not get rid of the mode of carrying out the distribute digital identification code with other order or rule yet.
The following parameter of parameter memory module 101 storage of service end 10: digital code minimum value, digital code maximal value, digital code sendout and digital code base code.Digital code minimum value and digital code maximal value characterize respectively minimum and the maximal value of spendable digital code, and the digital code that used is within this scope.The digital code sendout indicates the request according to client, can disposablely distribute to the number of the digital code for it of client.
Get back to the step 304 of Fig. 2, after client 20 receives the digital code of distribution, just store the minimum value B+1 of distributed digital code and maximal value B+N into memory module 203.The client distribution module 205 of client 20 starts to give digital code until B+N to each transaction successively from B+1 in the transaction processing process of application 201; Particularly, client distribution module 205 is to current occurent transaction allocation B+1, and transaction subsequently distributes B+2, the like, until distribute B+N; In distribution, client distribution module 205 can check whether the digital code that will distribute is not more than B+N, if be not more than, distributes, if be greater than, notifies client 20 again to service end 10 request digital codes.Subsequently, client 20 is the method shown in execution graph 2 again, to service end 10 request distribute digital identification codes.Service end 10 is less than at B+N+N the parameter that service end 10 is stored---in the peaked situation of digital code, will start to distribute to client 20 to B+N+N, the digital code that adds up to N from B+N+1.Digital code base code B+N before the digital code base code update module 105 of service end 10 substitutes with B+N+N.
Fig. 3 is the digital code maintaining method of execution according to an embodiment of the invention in client.The digital code service end of this client and distribute digital identification code couples.This client can be the client of above describing, the client 20 of for example anticipating shown in Fig. 1; This service end can be the service end of above describing, the service end 10 of for example anticipating shown in Fig. 1.Below exemplary in conjunction with the client 20 shown in Fig. 1 and describe without limitation this maintaining method.
In step 400, client 20 sends the request of obtaining digital code to the digital code service end.Be provided with application 201, memory module 203 and client distribution module 205 on client 20, apply 201 for the treatment of data, services, can be provided with a plurality of application on a client 20, in order to process dissimilar data, services.Each is applied in while carrying out can process many transactions.
In step 402, client 20 receives the digital code that the digital code service end is distributed, and it is stored in memory module 203.According to one embodiment of present invention, the digital code service end has been stored following parameter: digital code minimum value, digital code maximal value, digital code sendout and digital code base code.Digital code minimum value and digital code maximal value characterize respectively minimum and the maximal value of spendable digital code, and the digital code that used is within this scope.The digital code sendout indicates the request according to client, can disposablely distribute to the number of the digital code for it of client.The digital code that service end is distributed to client distributes in the following manner: service end is after receiving request, at first obtain digital code base code (being for example B), for example, according to digital code sendout (being N), confirm to divide timing according to this base code and this sendout subsequently, whether the maximum number identification code produced is less than or equal to described digital code maximal value, if, just digital code base code is added to 1 minimum value as the digital code that will distribute, digital code base code adds the maximal value of N as the digital code that will distribute, the digital code that adds up to the digital code sendout is distributed to client 20.As example, difference between adjacent two codes of digital code is 1, suppose that digital code base code is B, and digital code sendout parameter is N, in the maximal value of the digital code that can distribute to client 20, be that B+N is not more than in the peaked situation of digital code that service end stores, the digital code that will start to finish, add up to B+N N from B+1 is distributed to client 20.Further, the digital code base code update module 105 of service end 10 substitutes previous digital code base code B with B+N.
In step 404, client 20 storage allocation are given its digital code, and described digital code are distributed to successively to each the related transaction of application that is positioned at described client.Particularly, after client 20 receives the digital code of distribution, just store the minimum value B+1 of distributed digital code and maximal value B+N into memory module 203.The client distribution module 205 of client 20 starts to give digital code until B+N to each transaction successively from B+1 in the transaction processing process of application 201; Particularly, client distribution module 205 is to current occurent transaction allocation B+1, and transaction subsequently distributes B+2, the like, until distribute B+N; In distribution, client distribution module 205 can check whether the digital code that will distribute is not more than B+N, if be not more than, distributes, if be greater than, notifies client 20 again to service end 10 request digital codes.Subsequently, client 20 is the method shown in execution graph 2 again, to service end 10 request distribute digital identification codes.Service end 10 is less than at B+N+N the parameter that service end 10 is stored---in the peaked situation of digital code, will start to distribute to client 20 to B+N+N, the digital code that adds up to N from B+N+1.Digital code base code B+N before the digital code base code update module 105 of service end 10 substitutes with B+N+N.
Fig. 4 is the identity assignments method of described according to one embodiment of present invention execution in the digital code service end.This service end with need the client of digital code to couple.This service end can be the service end of above describing, the service end 10 of for example anticipating shown in Fig. 1; And this client can be the client of above describing, the client 20 of for example anticipating shown in Fig. 1.Below exemplary in conjunction with the service end 20 shown in Fig. 1 and describe without limitation this distribution method.
In step 500, the digital code service end is the request to digital code in response to client, based on digital code base code, according to the quantity distribute digital identification code of pre-stored digital code sendout appointment to client.In step 502, the digital code service end, after having distributed digital code, just can be upgraded digital code base code, by the maximum number identification code in the digital code distributed, upgrades digital code base code.
Get back to step 500, request in response to client, service end 10 for example, is confirmed the radix of current assignable digital code according to digital code base code (being B), confirm subsequently for example, to divide timing according to digital code sendout (being N) and this digital code base code, whether the maximum number identification code produced is not more than described digital code maximal value, if, just digital code base code is added to 1 as the lowest numeric identification code of distributing to client, digital code base code adds N as the maximum number identification code of distributing to client, add up to the indicated digital code of digital code sendout parameter and distribute to client 20.As example, in the present invention, difference between adjacent two codes of digital code is 1, suppose that digital code base code is B, and being its expression of N(, digital code sendout parameter can a disposable distribution N digital code sends the client of request), at the maximal value B+N of the digital code that can distribute to client 20, be less than in the peaked situation of digital code that service end 10 stores, will start to distribute to client 20 to B+N, the digital code that adds up to N from B+1.Subsequently, the digital code base code update module 105 of service end 10 substitutes previous digital code base code B with B+N.
Subsequently, in step 502, the digital code base code B+N before the digital code base code update module 105 of service end 10 substitutes with B+N+N.
When system as above, client, service end and method are applied in the data, services disposal system that can comprise many mechanisms, in above-mentioned example, the digital code between the digital code minimum value in service end and the minimum value of digital code for be the mechanism be building up in this data, services disposal system.Also be not building up to the identification code of date of the mechanism in this system for those, can will configure into for their digital code by two kinds of modes, one is human configuration, before the data, services that relates to this mechanism is not carried out, be about to configure into for its identification code of date, carry out in middle insertion global identity in data, services besides, that is, when proceeding to the data, services of this mechanism, by service end, produce the digital code for this mechanism.
In addition, although do not specifically describe, it will be appreciated by those skilled in the art that, the digital code sendout is configurable, and it can be configured to different values according to actual conditions.As example, capable of dynamic is regulated the digital code sendout, such as, dynamically gather the situation of number of transaction in service end by a monitoring module, when number of transaction is larger, the digital code sendout to be adjusted according to the ratio of number of transaction in the unit interval and client terminal quantity, this ratio is larger, by the digital code sendout, adjust more greatly, otherwise adjust littlely.
In addition, it should be noted that, in system and method mentioned above, if the identification code between the maximal value of digital code and minimum value (comprising this maximal value and minimum value) all assigns, again from starting distribution between this identification code minimum value and maximal value, such as starting to be distributed from minimum value.
In each example shown in the present, the client that comprises client application can be obtained to service end the digital code of some at every turn, thereby set up the buffer area of digital code between client application and service end, thereby alleviated the service end pressure caused because of frequent access, also improved the efficiency of service end.
Although in drawing and description, exemplary embodiments of the present invention is disclosed, it is not for purposes of limitation, and scope of the present invention is limited by appended claim.
Claims (12)
1. a digital code generation system, comprise the digital code service end, the client coupled with described digital code service end, it is characterized in that, described digital code service end comprises the parameter memory module of storage digital code correlation parameter, the digital code distribution module coupled with described parameter memory module, wherein, obtain the request of digital code in response to described client, the digital code base code of described digital code distribution module based on being stored in described parameter memory module, the specified quantity distribute digital identification code according to the digital code sendout that is stored in described parameter memory module, described client is provided with the memory module of the digital code that storage receives and according to distributed digital code, the client distribution module of reallocation digital code.
2. system according to claim 1, it is characterized in that, described digital code service end also comprises digital code base code update module, and described update module upgrades described digital code base code by the maximum number identification code in the digital code distributed after described digital code service end has been distributed digital code.
3. system according to claim 1, is characterized in that, the digital code of described client distribution module based on described memory module storage, each data service distribution digital code carried out to the application of described client according to time sequencing.
4. a client, the digital code service end of itself and generating digital identification code couples, it is characterized in that, described client comprises a plurality of application of Applied Digital identification code, the memory module of a plurality of digital codes that distributed by described digital code service end for storage, and according to distributed digital code, the client distribution module of each data service that the reallocation digital code carries out to described application, wherein said digital code processing service end is obtained digital code request in response to described client distributes a plurality of digital codes to described client.
5. client according to claim 4, is characterized in that, the digital code of described client distribution module based on described memory module storage, each data service distribution digital code carried out to the application of described client according to time sequencing.
6. a digital code service end, itself and client couple, it is characterized in that, described digital code service end comprises the parameter memory module of storage digital code correlation parameter, the digital code distribution module coupled with described parameter memory module, wherein, obtain the request of digital code in response to described client, the digital code base code of described digital code distribution module based on being stored in described parameter memory module, the specified quantity distribute digital identification code according to the digital code sendout that is stored in described parameter memory module.
7. service end according to claim 6, it is characterized in that, also comprise digital code base code update module, described update module upgrades described digital code base code by the maximum number identification code in the digital code distributed after described digital code service end has been distributed digital code.
8. a digital code generation method, it is applied in the system that comprises the digital code service end that mutually couples and client, it is characterized in that, and described method comprises:
Described client sends the request of obtaining digital code to described digital code service end;
In response to this request, described digital code service end, based on digital code base code, is given described client according to the quantity distribute digital identification code of pre-stored digital code sendout appointment; And
The described digital code of described client stores, and described digital code is distributed to successively to each related data service of application of described client.
9. method according to claim 8, is characterized in that, described digital code service end, after having distributed described digital code, is updated to the maximum number identification code in the digital code distributed by described digital code base code.
10. an execution is at the digital code maintaining method of client, and the digital code service end of described client and generating digital identification code couples, and it is characterized in that:
Described client sends the request of obtaining digital code to described digital code service end,
Described client, after the digital code received from described digital code service end, is stored received digital code and is distributed to successively each the related data service of client application be arranged on wherein,
Wherein, obtain the request of digital code in response to described client, described digital code service end according to digital code base code, according to pre-stored digital code sendout specified quantity distribute digital identification code.
11. an execution is in the identification code disposal route of digital code service end, described digital code service end and client couple, it is characterized in that, described digital code service end is obtained the request of digital code in response to described client, based on digital code base code, according to the quantity distribute digital identification code of pre-stored digital code sendout appointment, give described client.
12. method according to claim 11, is characterized in that, described digital code service end, after having distributed described digital code, is updated to the maximum number identification code in distributed digital code by described digital code base code.
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| CN106506663B (en) * | 2016-11-22 | 2019-04-02 | 北京科摩仕捷科技有限公司 | A kind of number distributing method, server and system |
| CN107846412A (en) * | 2017-11-28 | 2018-03-27 | 五八有限公司 | Identifying code request processing method, device and identifying code processing system |
| CN111325511A (en) * | 2020-03-11 | 2020-06-23 | 上海东普信息科技有限公司 | Express item bar code management method, device, equipment and storage medium |
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| CN103455481B (en) | 2016-12-14 |
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