CN105677478A - Method and apparatus for resources management - Google Patents
Method and apparatus for resources management Download PDFInfo
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- CN105677478A CN105677478A CN201511019562.1A CN201511019562A CN105677478A CN 105677478 A CN105677478 A CN 105677478A CN 201511019562 A CN201511019562 A CN 201511019562A CN 105677478 A CN105677478 A CN 105677478A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
- G06F9/50—Allocation of resources, e.g. of the central processing unit [CPU]
- G06F9/5005—Allocation of resources, e.g. of the central processing unit [CPU] to service a request
- G06F9/5027—Allocation of resources, e.g. of the central processing unit [CPU] to service a request the resource being a machine, e.g. CPUs, Servers, Terminals
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/90—Details of database functions independent of the retrieved data types
- G06F16/95—Retrieval from the web
- G06F16/955—Retrieval from the web using information identifiers, e.g. uniform resource locators [URL]
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q20/00—Payment architectures, schemes or protocols
- G06Q20/08—Payment architectures
- G06Q20/10—Payment architectures specially adapted for electronic funds transfer [EFT] systems; specially adapted for home banking systems
Abstract
The invention relates to a method and an apparatus for resources management. The method includes: receiving a resource allocation request sent by a first terminal, determining a resource originating user set and the number of current returning resources of each resource originating user thereof, determining a resource receiving party and a resource diverting party; acquiring the number of current returning resources of the resource receiving party as the number of resources to be received, computing the number of remaining lending resources of the resource diverting party as the number of resources to be diverted, resources in the lending resource set of the resource receiving party having same attributes as the remaining lending resources of the resource diverting party and have different attributes from the current returning resources of the resource receiving party; in accordance with the number of resources to be received and the number of the resources to be diverted, diverting resources from the remaining lending resources to the lending resources set of the resource receiving party, diverting the resources which have the same number as that of the remaining lending resources that are actually received and also which are diverted from the current returning resources of the resource receiving party to the returning resource set of the resource diverting party, lowering occupation rate of resource computing in a server.
Description
Technical field
The present invention relates to field of computer technology, particularly relate to method and the device of a kind of resource management.
Background technology
Along with the development of computer technology, people are undertaken by various computer utility living, working and learning. In the process using various application, often relate to exchange, the transfer of resource and distribute, resource can be ideal money, capital fund etc., different resources is due to attribute difference, the account form of its associated data is different, associated data such as resource is the bonus data of its correspondence, owing to the project at resource place is different, has different award account forms.
When resource transfers, resource understands fragmentation usually, and same user may obtain the resource of different attribute, so that the resource of user needs when compute associations data to adopt different method of calculation, each method of calculation has complicated account form. Existing method for managing resource is when there is transfer in resource, different method of calculation can only be adopted to obtain associated data the resource of the different attribute of same user, making server need when the associated data of the resource of each user of calculating to consume a lot of storage spaces, efficiency is not high.
Summary of the invention
Based on this, it is necessary to for above-mentioned technical problem, it is provided that a kind of method of resource management and device, to the occupancy of server when can reduce Resource Calculation.
A method for resource management, described method comprises:
Receiving the resource allocation request that first terminal sends, described resource allocation request comprises source resource information and resource gives back information;
Determine that source resource user gathers according to described source resource information, determine, according to the described resource information of giving back, the quantity currently giving back resource that each source resource user in described source resource user set is corresponding;
The size of the quantity currently giving back resource according to described each source resource user determines resource take over party and the resource side of producing gathering from described source resource user;
The quantity currently giving back resource of Gains resources take over party is as resource quantity to be received, the residue of the calculating resource side of producing lends the quantity of resource as resource quantity to be produced, the resource lending in resource collection that the residue of the described resource side of producing lends resource and resource take over party belongs to the resource of same alike result, and the resource lending in resource collection currently giving back resource and resource take over party of resource take over party belongs to the resource of different attribute;
Lend resource transfer from described residue and go out resource according to described resource quantity to be received, resource quantity to be produced and lend resource collection to resource take over party, currently giving back in resource take over party is produced in resource simultaneously and lend the identical resource of resource quantity with the actual residue received and give back resource collection to the resource side of producing.
Wherein in an embodiment, the size of the quantity currently giving back resource of each source resource user described in described basis determines that the step of resource take over party and the resource side of producing comprises gathering from described source resource user:
Each source resource user is sorted according to the size of the quantity currently giving back resource;
Using source resource user maximum for the quantity currently giving back resource as resource take over party;
Using source resource user minimum for the quantity currently giving back resource as the resource side of producing.
Wherein in an embodiment, the Information encapsulation of described each source resource user is in structure, and described structure comprises: ID, resource identify, lend the quantity of resource, currently give back the quantity of resource.
Wherein in an embodiment, described structure is kept in deque, by the operation of each structure in described deque is completed the resource transfers of described resource take over party and the resource side of producing.
Wherein in an embodiment, described lend resource transfer from described residue and go out resource according to described resource quantity to be received, resource quantity to be produced and lend resource collection to resource take over party, currently giving back in resource take over party is produced in resource simultaneously and lend the identical resource of resource quantity to the step giving back resource collection of the resource side of producing with the actual residue received and comprise:
Judge whether described resource quantity to be received is greater than 0, if it does, then perform following step:
Judge whether described resource quantity to be received is less than resource quantity to be produced, if, then lending the resource producing resource quantity to be received resource from described residue and lend resource collection to resource take over party, what resource take over party whole currently gave back resource produces to the resource side of producing simultaneously gives back resource collection;
Described method also comprises: upgrade the quantity currently giving back resource that each source resource user is corresponding, keep the resource side of producing constant, gathering from described source resource user according to the size of the quantity currently giving back resource of each source resource user, redefine resource take over party;
If described resource quantity to be received is more than or equal to resource quantity to be produced, what described residue then lent resource all produces to resource take over party lends resource collection, currently giving back in resource take over party is produced in resource the identical resource of the quantity lending resource with described residue simultaneously and gives back resource collection to the resource side of producing, delete source resource user corresponding for the described current resource side of producing is gathered from described source resource user;
Described method also comprises: upgrade the quantity currently giving back resource that each source resource user is corresponding, keep resource take over party constant, gathering from described source resource user according to the size of the quantity currently giving back resource of each source resource user, redefine the resource side of producing.
Wherein in an embodiment, described method also comprises:
Recording the Resource Access record of the Resource Access request formation sent according to each terminal in Resource Access recorder one by one, described Resource Access record comprises resource user to be extracted and resource quantity to be extracted;
Described Resource Access recorder is inquired about in timing, completes Resource Access one by one according to described Resource Access record, is specially:
Obtain the first resource quantity to be extracted corresponding to the first Resource Access record and the first resource user to be extracted;
Search the Secondary resource user that resource quantity is more than or equal to described first resource quantity to be extracted;
Obtain the resource borrowing side that described first resource user to be extracted is corresponding, the resource side of lending of described resource borrowing side is revised as described Secondary resource user, and the resource extracting described first resource quantity to be extracted from the resource of described Secondary resource user lends resource as what lend described resource borrowing side;
Upgrade the surplus resources of described first resource user to be extracted.
A device for resource management, described device comprises:
Processing module, for receiving the resource allocation request that first terminal sends, described resource allocation request comprises source resource information and resource gives back information, determine that source resource user gathers according to described source resource information, determine, according to the described resource information of giving back, the quantity currently giving back resource that each source resource user in described source resource user set is corresponding;
Resource transfers determination module, size for the quantity currently giving back resource according to described each source resource user determines resource take over party and the resource side of producing from described source resource user set, the quantity currently giving back resource of Gains resources take over party is as resource quantity to be received, the residue of the calculating resource side of producing lends the quantity of resource as resource quantity to be produced, the resource lending in resource collection that the residue of the described resource side of producing lends resource and resource take over party belongs to the resource of same alike result, the resource lending in resource collection currently giving back resource and resource take over party of resource take over party belongs to the resource of different attribute,
Resource transfers module, for lending resource transfer from described residue and go out resource according to described resource quantity to be received, resource quantity to be produced and lend resource collection to resource take over party, currently giving back in resource take over party is produced in resource simultaneously and lend the identical resource of resource quantity with the actual residue received and give back resource collection to the resource side of producing.
Wherein in an embodiment, described resource transfers determination module is also for sorting each source resource user according to the size of the quantity currently giving back resource, using source resource user maximum for the quantity currently giving back resource as resource take over party, using source resource user minimum for the quantity of currently giving back resource as the resource side of producing.
Wherein in an embodiment, resource transfers module comprises: judge module, for judging whether described resource quantity to be received is greater than 0, if, then judge whether described resource quantity to be received is less than resource quantity to be produced, if it does, then enter the first buanch unit, if resource quantity to be received is more than or equal to resource quantity to be produced, then enter the 2nd buanch unit;
First buanch unit, lends resource collection for lending the resource producing resource quantity to be received in resource from described residue to resource take over party, and what resource take over party whole currently gave back resource produces to the resource side of producing simultaneously gives back resource collection;
Described resource transfers determination module also for upgrading the quantity currently giving back resource corresponding to each source resource user after the first buanch unit, keep the resource side of producing constant, gathering from described source resource user according to the size of the quantity currently giving back resource of each source resource user, redefine resource take over party;
2nd buanch unit, resource collection is lent for what described residue was lent that resource all produces to resource take over party, currently giving back in resource take over party is produced in resource the identical resource of the quantity lending resource with described residue simultaneously and gives back resource collection to the resource side of producing, delete source resource user corresponding for the described current resource side of producing is gathered from described source resource user;
Described resource transfers determination module also for upgrading the quantity currently giving back resource corresponding to each source resource user after the 2nd buanch unit, keep resource take over party constant, gathering from described source resource user according to the size of the quantity currently giving back resource of each source resource user, redefine the resource side of producing.
Wherein in an embodiment, described device also comprises:
Resource Access module, the Resource Access record of the Resource Access request formation sent according to each terminal for recording one by one in Resource Access recorder, described Resource Access record comprises resource user to be extracted and resource quantity to be extracted, described Resource Access recorder is inquired about in timing, Resource Access is completed one by one according to described Resource Access record, it is specially: obtain the first resource quantity to be extracted corresponding to the first Resource Access record and the first resource user to be extracted, search the Secondary resource user that resource quantity is more than or equal to described first resource quantity to be extracted, obtain the resource borrowing side that described first resource user to be extracted is corresponding, described Secondary resource user is revised as in the resource side of lending of described resource borrowing side, the resource extracting described first resource quantity to be extracted from the resource of described Secondary resource user lends resource as what lend described resource borrowing side, upgrade the surplus resources of described first resource user to be extracted.
The method of above-mentioned resource management and device, by receive that first terminal sends comprise source resource information and resource gives back information resources distribution request, determine that source resource user gathers according to source resource information, the quantity currently giving back resource that each source resource user in source resource user set is corresponding is determined according to the resource information of giving back, the size of the quantity currently giving back resource according to each source resource user determines resource take over party and the resource side of producing gathering from source resource user, the quantity currently giving back resource of Gains resources take over party is as resource quantity to be received, the residue of the calculating resource side of producing lends the quantity of resource as resource quantity to be produced, according to resource quantity to be received, resource quantity to be produced is lent resource transfer from residue and is gone out resource and lend resource collection to resource take over party, currently giving back in resource take over party is produced in resource simultaneously and lend the identical resource of resource quantity with the actual residue received and give back resource collection to the resource side of producing, the resource lending in resource collection currently giving back resource and resource take over party of resource take over party belongs to the resource of different attribute, by the resource lending in resource collection currently giving back resource and the resource side of producing of resource take over party is carried out equivalent exchange, the resource lending in resource collection lending resource and resource take over party due to the residue of the resource side of producing belongs to the resource of same alike result, achieve the unification of the attribute of resource take over party's resource, avoid the fragmentation of resource, thus can have unified method of calculation when calculating bonus data, simple and convenient, to the occupancy of server when reducing Resource Calculation.
Accompanying drawing explanation
Fig. 1 is the applied environment figure of the method for resource management in an embodiment;
Fig. 2 is the cut-away view of server in Fig. 1 in an embodiment;
Fig. 3 is the schema of the method for resource management in an embodiment;
Fig. 4 determines resource take over party and the schema of the resource side of producing in an embodiment;
Fig. 5 is the schema carrying out resource transfers in an embodiment according to resource quantity to be received and resource quantity to be produced;
Fig. 6 is the schema of Resource Access in an embodiment;
Fig. 7 is the schema completing Resource Access in an embodiment according to a Resource Access record;
Fig. 8 is the structure block diagram of the device of resource management in an embodiment;
Fig. 9 is the structure block diagram of resource transfers module in an embodiment;
Figure 10 is the structure block diagram of resource transfers module in another embodiment.
Embodiment
Fig. 1 is the applied environment figure of the method operation of resource management in an embodiment. As shown in Figure 1, this applied environment comprises terminal 110, server 120, and wherein terminal 110 is communicated by network with server 120.
Terminal 110 can be smart mobile phone, panel computer, notebook computer, desk-top computer etc., but is not limited thereto. Terminal 110 sends resource allocation request by network to server 120, server 120 can response terminal 110 send request, resource is managed.
In an embodiment, as shown in Figure 2, this server 120 comprises the treater, storage media, internal memory and the network interface that are connected by system bus to the internal structure of the server 120 in Fig. 1. Wherein, the storage media of this server 120 stores the device of operating system, database and resource management, database is for storing data, and such as the behavior text of user, the device of resource management is for realizing a kind of method of resource management being applicable to server 120. The treater of this server 120, for providing calculating and controllability, supports the operation of whole server 120. The operation that the internal memory of this server 120 is the device of the resource management in storage media provides environment. The network interface of this server 120, for being connected communication with the terminal 110 of outside by network, such as receives the request etc. that terminal 110 sends.
As shown in Figure 3, in an embodiment, it provides a kind of method of resource management, illustrate with the server being applied in above-mentioned applied environment, comprise the steps:
Step S210, receives the resource allocation request that first terminal sends, and resource allocation request comprises source resource information and resource gives back information.
Concrete, resource allocation request is for carrying out code reassignment to resource, can carry out the transfer of resource after receiving resource allocation request according to resource allocation request, resource allocation request comprises resource and gives back information, represents this quantity giving back resource of user at first terminal place. Source resource information represents the source of the resource that the user at first terminal place uses, and can comprise the mark of source resource user, user name etc.
According to source resource information, step S220, determines that source resource user gathers, determine, according to the resource information of giving back, the quantity currently giving back resource that each source resource user in source resource user set is corresponding.
Concrete, to determine that source resource user gathers according to source resource information, set can comprise 1 to multiple source resource user, the big I that each source resource user lends the resource of the user at first terminal place is different. the size lending the resource of the user at first terminal place according to each source resource user calculates the quantity currently giving back resource corresponding to each source resource user in proportion, as source resource user set comprises A user, B user, C user, the resource of the user lending first terminal place is respectively 5000, 3000, 2000, then can be proportionately distributed to the quantity currently giving back resource corresponding to each source resource user according to the quantity that this gives back resource, if this quantity giving back resource is 1000, then the quantity currently giving back resource of A user is 500, the quantity currently giving back resource of B user is 300, the quantity currently giving back resource of C user is 200.
Step S230, determines resource take over party and the resource side of producing gathering from source resource user according to the size of the quantity currently giving back resource of each source resource user.
Concrete, from big to small each source resource user can be sorted according to the quantity currently giving back resource, the maximum source resource user of the quantity of resource is currently given back as resource take over party, using source resource user minimum for the quantity currently giving back resource of team's tail as the resource side of producing using team head after sequence. Or the number differences currently giving back resource between 2 users is when being greater than predetermined threshold value, then using user big for the quantity currently giving back resource as resource take over party, using user little for the quantity of currently giving back resource as the resource side of producing.
In an embodiment, as shown in Figure 4, step S230 comprises:
Step S231, sorts each source resource user according to the size of the quantity currently giving back resource.
Concrete, different sort algorithms can be selected according to the difference between the number of source resource user and the quantity currently giving back resource, according to order from small to large or from big to small. Quick sorting algorithm can be selected to accelerate the speed of sequence.
Step S232, using source resource user maximum for the quantity of currently giving back resource as resource take over party, using source resource user minimum for the quantity of currently giving back resource as the resource side of producing.
Concrete, the quantity currently the giving back resource increasing or decreasing in order of the source resource user after sequence, can first or team's tail finds rapidly the quantity currently giving back resource maximum from team source resource user and the minimum source resource user of the quantity of currently giving back resource. Generally pro rata distribute according to the size lending resource of source resource user owing to currently giving back the quantity of resource, so the quantity that the little source resource user of the quantity currently giving back resource generally lends resource is also little, using source resource user minimum for the quantity currently giving back resource as the resource side of producing, the quantity lending resource due to it is also little, resource can be lent rapidly to produce, thus be accelerated the distribution of resource.
Step S240, the quantity currently giving back resource of Gains resources take over party is as resource quantity to be received, the residue of the calculating resource side of producing lends the quantity of resource as resource quantity to be produced, the resource lending in resource collection that the residue of the resource side of producing lends resource and resource take over party belongs to the resource of same alike result, and the resource lending in resource collection currently giving back resource and resource take over party of resource take over party belongs to the resource of different attribute.
Concrete, there is corresponding resource collection resource take over party and the resource side of producing, due to the source resource user that resource take over party and the resource side of producing are all corresponding with first terminal place user, the attribute of the resource in the resource collection that they are corresponding respectively is identical, as belonged to a project, there are identical bonus data method of calculation, it is possible between resource take over party and the resource side of producing, carry out resource transfers so that the attribute of the resource of resource take over party is unified.
Resource take over party current first gives back resource due to what resource allocation request that first terminal sends obtained that the user at first terminal place gives back, give back resource due to current first, from the resource collection of lending of resource take over party, there is different attributes, so there are different method of calculation when calculating bonus data. Resource quantity to be received represents the quantity of resource take over party's needs resource with the resource lending resource collection with same alike result that obtains from the resource side of producing. Simultaneously resource the current 2nd is given back due to what resource allocation request that first terminal sends obtained that the user at first terminal place gives back by the resource side of producing, and the residue of the resource side of producing is lent the resource collection of lending that resource is the resource side of producing and subtracted the current 2nd and give back resource and obtain.
Step S250, lend resource transfer from residue and go out resource according to resource quantity to be received, resource quantity to be produced and lend resource collection to resource take over party, currently giving back in resource take over party is produced in resource simultaneously and lend the identical resource of resource quantity with the actual residue received and give back resource collection to the resource side of producing.
Concrete, if resource quantity to be received is less than resource quantity to be produced, then disposable just can lend resource transfer from residue and go out all resources that resource take over party needs to lending resource collection so that the attribute of the resource lent in resource collection of resource take over party is unified. Simultaneously resource take over party by equal amts currently give back that resource produces to the resource side of producing give back resource collection, the equivalent reaching resource exchanges. Give back resource collection and refer to the set that the resource that the user of this first terminal received gives back forms, the user that resource is also first terminal is given back the resource given back due to what resource received, and the time given back is identical, so the resource giving back in resource collection currently giving back resource and the resource side of producing that resource take over party produces has identical attribute, it is possible to participate in same project.
If resource quantity to be received is more than or equal to resource quantity to be produced, even if then lending resource collection by what whole resources that residue is lent in resource produced to resource take over party, also can't satisfy the demand and ask, so needing after first time is produced, redefine the new resource side of producing, the resource continuing to produce in the resource collection with resource take over party has the resource of same alike result, until reaching resource quantity to be received.
The resource lending in resource collection currently giving back resource and the resource side of producing of resource take over party is carried out equivalent exchange, achieve the unification of the attribute of resource take over party's resource, thus can have unified method of calculation when calculating bonus data, simple and convenient, to the occupancy of server when reducing Resource Calculation.
In the present embodiment, by receive that first terminal sends comprise source resource information and resource gives back information resources distribution request, determine that source resource user gathers according to source resource information, the quantity currently giving back resource that each source resource user in source resource user set is corresponding is determined according to the resource information of giving back, the size of the quantity currently giving back resource according to each source resource user determines resource take over party and the resource side of producing gathering from source resource user, the quantity currently giving back resource of Gains resources take over party is as resource quantity to be received, the residue of the calculating resource side of producing lends the quantity of resource as resource quantity to be produced, according to resource quantity to be received, resource quantity to be produced is lent resource transfer from residue and is gone out resource and lend resource collection to resource take over party, currently giving back in resource take over party is produced in resource simultaneously and lend the identical resource of resource quantity with the actual residue received and give back resource collection to the resource side of producing, the resource lending in resource collection currently giving back resource and resource take over party of resource take over party belongs to the resource of different attribute, by the resource lending in resource collection currently giving back resource and the resource side of producing of resource take over party is carried out equivalent exchange, the resource lending in resource collection lending resource and resource take over party due to the residue of the resource side of producing belongs to the resource of same alike result, achieve the unification of the attribute of resource take over party's resource, avoid the fragmentation of resource, thus can have unified method of calculation when calculating bonus data, simple and convenient, to the occupancy of server when reducing Resource Calculation.
In an embodiment, the Information encapsulation of each source resource user is in structure, and structure comprises: ID, resource identify, lend the quantity of resource, currently give back the quantity of resource.
Concrete, it is a structure object by the Information encapsulation of source resource user, as being encapsulated in InvestInfo object, the amount R epay etc. that the attribute that InvestInfo object comprises has ID UserId, resource mark InvestId, the quantity Money lending resource, currently gives back resource. The attribute of resource can also be comprised, represent resource belongs to which project etc., and the information in structure can increase and decrease as required. It is convenient to manage the resource information of each user by encapsulation structure, the attribute value in read structure body can obtain the data of correspondence fast, simple and convenient.
In an embodiment, structure is kept in deque, by the operation of each structure in deque completes resource take over party and the resource transfers of the resource side of producing.
Concrete, deque refers to the queue that can the data of the stem of queue and afterbody be moved freely, support following operation, pollFirst represents the first data of acquisition team, moved out of queue simultaneously, pollLast represents mantissa of acquisition team certificate, moved out of queue simultaneously, peekLast obtains mantissa of team certificate, by the operation of each structure in deque being completed resource take over party and the resource transfers of the resource side of producing, two sections of queues data that are first for team and team's tail all can operate and be independent of each other, can parallel work-flow, simple and convenient.
In an embodiment, as shown in Figure 5, step S250 comprises:
Step S251, judges whether resource quantity to be received is greater than 0, if it does, then perform following step, otherwise does not deal with.
Concrete, the attribute that resource quantity to be received equals the resource of 0 expression resource take over party is unified, it does not have needing the resource that equivalent exchanges, resource quantity only to be received is greater than 0, just represent that the attribute of the resource of resource take over party is not unified, have the resource needing to carry out equivalent exchange.
Step S252, judges whether resource quantity to be received is less than resource quantity to be produced, and if yes then enter step S253, otherwise enters step S255.
Concrete, resource to be produced is the resource identical with the Resource Properties lending in resource collection of resource take over party.
Step S253, lends, from residue, the resource producing resource quantity to be received resource and lends resource collection to resource take over party, and what resource take over party whole currently gave back resource produces to the resource side of producing simultaneously gives back resource collection.
Concrete, lend, from residue, the resource producing resource quantity to be received resource and lend resource collection to resource take over party, what resource take over party whole currently gave back resource produces to the resource side of producing gives back resource collection, it is achieved that the unification of the attribute of whole resources of resource take over party.
Step S254, upgrades the quantity currently giving back resource that each source resource user is corresponding, keeps the resource side of producing constant, redefines resource take over party gathering from source resource user according to the size of the quantity currently giving back resource of each source resource user.
Concrete, now shift between resource take over party and the resource side of producing owing to giving back resource so that the quantity currently giving back resource corresponding to source resource user has changed, and upgrades the quantity currently giving back resource that each source resource user is corresponding. And owing to resource quantity to be produced is greater than resource quantity to be received, after Resource Exchange occurs, resource to be produced still has residue, can continue as the resource side of producing, redefine resource take over party only needing the size of the quantity currently giving back resource according to each source resource user to gather from source resource user, then carry out Resource Exchange.
Step S255, what residue lent resource all produces to resource take over party lends resource collection, currently giving back in resource take over party is produced in resource the resource identical with remaining the quantity lending resource simultaneously and gives back resource collection to the resource side of producing, delete source resource user corresponding for the current resource side of producing is gathered from source resource user.
Concrete, now resource quantity to be received is more than or equal to resource quantity to be produced, what residue lent resource all produces to resource take over party lends resource collection, but still resource quantity to be received not, and the attribute of the resource of resource take over party still can not reach unified. Now all produce owing to the residue of the side of producing lends resource, so needing source resource user corresponding for the current resource side of producing deletion from source resource user gathers.
Step S256, upgrades the quantity currently giving back resource that each source resource user is corresponding, keeps resource take over party constant, redefines the resource side of producing gathering from source resource user according to the size of the quantity currently giving back resource of each source resource user.
Concrete, now shift between resource take over party and the resource side of producing owing to giving back resource so that the quantity currently giving back resource corresponding to source resource user has changed, and upgrades the quantity currently giving back resource that each source resource user is corresponding. And owing to resource quantity to be produced is less than resource quantity to be received, after Resource Exchange occurs, resource quantity to be received still can not meet, can continue as resource take over party, redefine the resource side of producing only needing the size of the quantity currently giving back resource according to each source resource user to gather from source resource user, then carry out Resource Exchange.
In a specific embodiment, resource is the investment assets of user, the assets information of each user is encapsulated as an InvestInfo object, and it is kept in a deque Dequeue, the attribute that InvestInfo object comprises has ID UserId, asset identification InvestId, lends the quantity Money of assets, currently gives back the amount R epay of assets, and the step of resource management is as follows:
Step S310, according to the value of the Repay attribute of InvestInfo object in Dequeue, sorts to the InvestInfo object in Dequeue from big to small, and the object that after sequence, in Dequeue, Repay value is big comes before Dequeue.
Step S320, carries out pollFirst operation to Dequeue, and the InvestInfo object of acquisition is labeled as buyer and represents fund take over party, if fund take over party is not empty, then performs step S330, otherwise capital management terminates.
Step S330, carries out peekLast operation to Dequeue, and the InvestInfo object of acquisition is labeled as seller and represents the fund side of producing, if the fund side of producing is not empty, then performs step S340, otherwise capital management terminates.
Step S340, the residue of the calculating fund side of producing lends fund toSell=seller.money-seller.repay, residue lends the amount of money that fund toSell is the assets that seller can sell, if toSell is 0, then Dequeue is carried out pollLast operation, and return step S330, otherwise perform step S350.
Step S350, if the repay value of buyer is greater than 0, then judges the repay value of buyer and the size of toSell, enters step S360 or step S370, otherwise capital management terminates.
Step S360, if the repay value of buyer is more than or equal to toSell, then buyer object buys assets corresponding to seller object with the price of toSell, now the residue of the fund side of producing seller is lent fund and is produced completely, Dequeue is carried out pollLast operation, then buyer.repay value is subtracted toSell, obtain the new repay value of buyer, and enter step S330 and redefine the fund side of producing seller.
Step S370, if the repay value of buyer is less than toSell, then buyer object buys assets corresponding to seller object with the amount of money of buyer.repay value, seller.money is subtracted the residue that buyer.repay value obtains seller and lends fund, then enter step S320 and redefine fund take over party buyer.
In an embodiment, as shown in Figure 6, described method also comprises:
Step S410, records the Resource Access record of the Resource Access request formation sent according to each terminal one by one in Resource Access recorder, and Resource Access record comprises resource user to be extracted and resource quantity to be extracted.
Concrete, server receives the Resource Access request that each terminal sends, corresponding Resource Access record is generated according to Resource Access request, Resource Access record comprises resource user to be extracted, such as user name, resource quantity to be extracted, as when resource is fund, resource quantity to be extracted is the amount of money of withdrawing deposit.
Step S420, timing query resource extracts recorder, completes Resource Access one by one according to Resource Access record, is specially as shown in Figure 7.
Concrete, Resource Access adopts the mode of timing, once timing arrives, then performing Resource Access, the server carrying out Resource Access adopts cluster, when timing arrives, query resource extracts recorder, processing Resource Access record one by one, each bar Resource Access record constitutes information stream, during process, affairs process all information streams so that data keep consistency. Then call third party's interface one by one, complete Resource Access one by one. During process, the process of information stream and calling of third party's interface are separated, avoid distributed affairs problem.
Step S421, obtains the first resource quantity to be extracted corresponding to the first Resource Access record and the first resource user to be extracted.
Concrete, first resource to be extracted refers to the resource with resource borrowing side, as when resource is fund, the first resource to be extracted refers to the fund with credits relation, the fund only with credits relation just needs the transfer carrying out credits relation when user withdraws deposit. First resource user to be extracted refers to the user of the resource to be extracted that this Resource Access record is corresponding.
Step S422, searches the Secondary resource user that resource quantity is more than or equal to the first resource quantity to be extracted.
Concrete, inquire about the resource information of each resource user, obtain the Secondary resource user that resource quantity is more than or equal to the first resource quantity to be extracted.
Step S423, obtain the resource borrowing side that the first resource user to be extracted is corresponding, the resource side of lending of resource borrowing side is revised as Secondary resource user, and the resource extracting the first resource quantity to be extracted from the resource of Secondary resource user lends resource as what lend resource borrowing side.
Concrete, Secondary resource user is revised as by the first resource user to be extracted in the resource side of lending of the resource borrowing side that the first resource user to be extracted is corresponding, and the mode of optimistic lock can be adopted to upgrade resource information, solves the renewal loss problem that concurrent update causes. Resource borrowing side uses the resource that resource is Secondary resource user by the resource transformation of the first resource user to be extracted, has carried out the conversion of resource debtor-creditor relationship.
Step S424, upgrades the surplus resources of the first resource user to be extracted.
Concrete, complete the renewal of the surplus resources to the first resource user to be extracted, the quantity of source material is subtracted the quantity that the quantity extracting resource obtains surplus resources, call Third-party payment interface simultaneously, complete the transfer of the resource extracted, as resource be fund time, fund from application transfer on bank card. In the process of transfer, use interface assignment of credit agreement, and it is stored in cloud platform, generate and check that the URL of agreement is to user's vlan query protocol VLAN, call the Third-party payment interface of third-party application, the fund of people receiving credits being forwarded in the Third-party payment account of the people that withdraws deposit, calls Third-party payment and withdraw deposit interface, fund of withdrawing deposit is to the bank card of user.
In the present embodiment, when first user carries out Resource Access, by automatically the resource of other user being transferred automatically the resource borrowing side of first user so that resource borrowing side can not be affected because of the extraction of resource, also achieving user and can extract resource at any time.
In an embodiment, as shown in Figure 8, it provides the device of a kind of resource management, comprising:
Processing module 510, for receiving the resource allocation request that first terminal sends, resource allocation request comprises source resource information and resource gives back information, determine that source resource user gathers according to source resource information, determine, according to the resource information of giving back, the quantity currently giving back resource that each source resource user in described source resource user set is corresponding.
Resource transfers determination module 520, size for the quantity currently giving back resource according to each source resource user determines resource take over party and the resource side of producing from source resource user set, the quantity currently giving back resource of Gains resources take over party is as resource quantity to be received, the residue of the calculating resource side of producing lends the quantity of resource as resource quantity to be produced, the resource lending in resource collection that the residue of the resource side of producing lends resource and resource take over party belongs to the resource of same alike result, the resource lending in resource collection currently giving back resource and resource take over party of resource take over party belongs to the resource of different attribute.
Resource transfers module 530, for lending resource transfer from residue and go out resource according to resource quantity to be received, resource quantity to be produced and lend resource collection to resource take over party, currently giving back in resource take over party is produced in resource simultaneously and lend the identical resource of resource quantity with the actual residue received and give back resource collection to the resource side of producing.
In an embodiment, resource transfers determination module 520 is also for sorting each source resource user according to the size of the quantity currently giving back resource, using source resource user maximum for the quantity currently giving back resource as resource take over party, using source resource user minimum for the quantity of currently giving back resource as the resource side of producing.
In an embodiment, the Information encapsulation of each source resource user is in structure, and structure comprises: ID, resource identify, lend the quantity of resource, currently give back the quantity of resource.
In an embodiment, structure is kept in deque, and resource transfers module 530 by completing the resource transfers of described resource take over party and the resource side of producing to the operation of each structure in deque.
In an embodiment, as shown in Figure 9, resource transfers module 530 comprises:
Judge module 531, for judging whether described resource quantity to be received is greater than 0, if, then judge whether described resource quantity to be received is less than resource quantity to be produced, if, then enter the first buanch unit, if resource quantity to be received is more than or equal to resource quantity to be produced, then enter the 2nd buanch unit;
First buanch unit 532, lends resource collection for lending the resource producing resource quantity to be received in resource from described residue to resource take over party, and what resource take over party whole currently gave back resource produces to the resource side of producing simultaneously gives back resource collection;
Resource transfers determination module 520 also for upgrading the quantity currently giving back resource corresponding to each source resource user after the first buanch unit 532, keep the resource side of producing constant, gathering from described source resource user according to the size of the quantity currently giving back resource of each source resource user, redefine resource take over party.
2nd buanch unit 533, resource collection is lent for what residue was lent that resource all produces to resource take over party, currently giving back in resource take over party is produced in resource the identical resource of the quantity lending resource with described residue simultaneously and gives back resource collection to the resource side of producing, delete source resource user corresponding for the current resource side of producing is gathered from described source resource user.
Resource transfers determination module 520 also for upgrading the quantity currently giving back resource corresponding to each source resource user after the 2nd buanch unit 533, keep resource take over party constant, gathering from source resource user according to the size of the quantity currently giving back resource of each source resource user, redefine the resource side of producing.
In an embodiment, as shown in Figure 10, device also comprises:
Resource Access module 540, the Resource Access record of the Resource Access request formation sent according to each terminal for recording one by one in Resource Access recorder, Resource Access record comprises resource user to be extracted and resource quantity to be extracted, timing query resource extracts recorder, Resource Access is completed one by one according to Resource Access record, it is specially: obtain the first resource quantity to be extracted corresponding to the first Resource Access record and the first resource user to be extracted, search the Secondary resource user that resource quantity is more than or equal to described first resource quantity to be extracted, obtain the resource borrowing side that the first resource user to be extracted is corresponding, Secondary resource user is revised as in the resource side of lending of resource borrowing side, the resource extracting the first resource quantity to be extracted from the resource of described Secondary resource user lends resource as what lend resource borrowing side, upgrade the surplus resources of the first resource user to be extracted.
One of ordinary skill in the art will appreciate that all or part of flow process realizing in above-described embodiment method, it is can be completed by the hardware that computer program carrys out instruction relevant, described program can be stored in a computer read/write memory medium, as in the embodiment of the present invention, this program can be stored in the storage media of computer system, and performed by least one treater in this computer system, to realize the flow process comprising the embodiment such as above-mentioned each side method. Wherein, described storage media can be magnetic disc, CD, read-only storage memory body (Read-OnlyMemory, ROM) or random storage memory body (RandomAccessMemory, RAM) etc.
Each technology feature of the above embodiment can combine arbitrarily, for making description succinct, each all possible combination of technology feature in above-described embodiment is not all described, but, as long as the combination of these technology features does not exist contradiction, all it is considered to be the scope that this specification sheets is recorded.
The above embodiment only have expressed several enforcement modes of the present invention, and it describes comparatively concrete and detailed, but can not therefore be construed as limiting the scope of the patent., it is also possible to make some distortion and improvement, it should be appreciated that for the person of ordinary skill of the art, without departing from the inventive concept of the premise these all belong to protection scope of the present invention. Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1. a method for resource management, described method comprises:
Receiving the resource allocation request that first terminal sends, described resource allocation request comprises source resource information and resource gives back information;
Determine that source resource user gathers according to described source resource information, determine, according to the described resource information of giving back, the quantity currently giving back resource that each source resource user in described source resource user set is corresponding;
The size of the quantity currently giving back resource according to described each source resource user determines resource take over party and the resource side of producing gathering from described source resource user;
The quantity currently giving back resource of Gains resources take over party is as resource quantity to be received, the residue of the calculating resource side of producing lends the quantity of resource as resource quantity to be produced, the resource lending in resource collection that the residue of the described resource side of producing lends resource and resource take over party belongs to the resource of same alike result, and the resource lending in resource collection currently giving back resource and resource take over party of resource take over party belongs to the resource of different attribute;
Lend resource transfer from described residue and go out resource according to described resource quantity to be received, resource quantity to be produced and lend resource collection to resource take over party, currently giving back in resource take over party is produced in resource simultaneously and lend the identical resource of resource quantity with the actual residue received and give back resource collection to the resource side of producing.
2. method according to claim 1, it is characterised in that, the size of the quantity currently giving back resource of each source resource user described in described basis determines that the step of resource take over party and the resource side of producing comprises gathering from described source resource user:
Each source resource user is sorted according to the size of the quantity currently giving back resource;
Using source resource user maximum for the quantity currently giving back resource as resource take over party;
Using source resource user minimum for the quantity currently giving back resource as the resource side of producing.
3. method according to claim 1, it is characterised in that, the Information encapsulation of described each source resource user is in structure, and described structure comprises: ID, resource identify, lend the quantity of resource, currently give back the quantity of resource.
4. method according to claim 1, it is characterised in that, described structure is kept in deque, by the operation of each structure in described deque is completed the resource transfers of described resource take over party and the resource side of producing.
5. method according to claim 1, it is characterized in that, described lend resource transfer from described residue and go out resource according to described resource quantity to be received, resource quantity to be produced and lend resource collection to resource take over party, currently giving back in resource take over party is produced in resource simultaneously and lend the identical resource of resource quantity to the step giving back resource collection of the resource side of producing with the actual residue received and comprise:
Judge whether described resource quantity to be received is greater than 0, if it does, then perform following step:
Judge whether described resource quantity to be received is less than resource quantity to be produced, if, then lending the resource producing resource quantity to be received resource from described residue and lend resource collection to resource take over party, what resource take over party whole currently gave back resource produces to the resource side of producing simultaneously gives back resource collection;
Described method also comprises: upgrade the quantity currently giving back resource that each source resource user is corresponding, keep the resource side of producing constant, gathering from described source resource user according to the size of the quantity currently giving back resource of each source resource user, redefine resource take over party;
If described resource quantity to be received is more than or equal to resource quantity to be produced, what described residue then lent resource all produces to resource take over party lends resource collection, currently giving back in resource take over party is produced in resource the identical resource of the quantity lending resource with described residue simultaneously and gives back resource collection to the resource side of producing, delete source resource user corresponding for the described current resource side of producing is gathered from described source resource user;
Described method also comprises: upgrade the quantity currently giving back resource that each source resource user is corresponding, keep resource take over party constant, gathering from described source resource user according to the size of the quantity currently giving back resource of each source resource user, redefine the resource side of producing.
6. method according to claim 1, it is characterised in that, described method also comprises:
Recording the Resource Access record of the Resource Access request formation sent according to each terminal in Resource Access recorder one by one, described Resource Access record comprises resource user to be extracted and resource quantity to be extracted;
Described Resource Access recorder is inquired about in timing, completes Resource Access one by one according to described Resource Access record, is specially:
Obtain the first resource quantity to be extracted corresponding to the first Resource Access record and the first resource user to be extracted;
Search the Secondary resource user that resource quantity is more than or equal to described first resource quantity to be extracted;
Obtain the resource borrowing side that described first resource user to be extracted is corresponding, the resource side of lending of described resource borrowing side is revised as described Secondary resource user, and the resource extracting described first resource quantity to be extracted from the resource of described Secondary resource user lends resource as what lend described resource borrowing side;
Upgrade the surplus resources of described first resource user to be extracted.
7. the device of a resource management, it is characterised in that, described device comprises:
Processing module, for receiving the resource allocation request that first terminal sends, described resource allocation request comprises source resource information and resource gives back information, determine that source resource user gathers according to described source resource information, determine, according to the described resource information of giving back, the quantity currently giving back resource that each source resource user in described source resource user set is corresponding;
Resource transfers determination module, size for the quantity currently giving back resource according to described each source resource user determines resource take over party and the resource side of producing from described source resource user set, the quantity currently giving back resource of Gains resources take over party is as resource quantity to be received, the residue of the calculating resource side of producing lends the quantity of resource as resource quantity to be produced, the resource lending in resource collection that the residue of the described resource side of producing lends resource and resource take over party belongs to the resource of same alike result, the resource lending in resource collection currently giving back resource and resource take over party of resource take over party belongs to the resource of different attribute,
Resource transfers module, for lending resource transfer from described residue and go out resource according to described resource quantity to be received, resource quantity to be produced and lend resource collection to resource take over party, currently giving back in resource take over party is produced in resource simultaneously and lend the identical resource of resource quantity with the actual residue received and give back resource collection to the resource side of producing.
8. device according to claim 7, it is characterized in that, described resource transfers determination module is also for sorting each source resource user according to the size of the quantity currently giving back resource, using source resource user maximum for the quantity currently giving back resource as resource take over party, using source resource user minimum for the quantity of currently giving back resource as the resource side of producing.
9. device according to claim 7, it is characterised in that, described resource transfers module comprises:
Judge module, for judging whether described resource quantity to be received is greater than 0, if, then judge whether described resource quantity to be received is less than resource quantity to be produced, if, then enter the first buanch unit, if resource quantity to be received is more than or equal to resource quantity to be produced, then enter the 2nd buanch unit;
First buanch unit, lends resource collection for lending the resource producing resource quantity to be received in resource from described residue to resource take over party, and what resource take over party whole currently gave back resource produces to the resource side of producing simultaneously gives back resource collection;
Described resource transfers determination module also for upgrading the quantity currently giving back resource corresponding to each source resource user after the first buanch unit, keep the resource side of producing constant, gathering from described source resource user according to the size of the quantity currently giving back resource of each source resource user, redefine resource take over party;
2nd buanch unit, resource collection is lent for what described residue was lent that resource all produces to resource take over party, currently giving back in resource take over party is produced in resource the identical resource of the quantity lending resource with described residue simultaneously and gives back resource collection to the resource side of producing, delete source resource user corresponding for the described current resource side of producing is gathered from described source resource user;
Described resource transfers determination module also for upgrading the quantity currently giving back resource corresponding to each source resource user after the 2nd buanch unit, keep resource take over party constant, gathering from described source resource user according to the size of the quantity currently giving back resource of each source resource user, redefine the resource side of producing.
10. device according to claim 7, it is characterised in that, described device also comprises:
Resource Access module, the Resource Access record of the Resource Access request formation sent according to each terminal for recording one by one in Resource Access recorder, described Resource Access record comprises resource user to be extracted and resource quantity to be extracted, described Resource Access recorder is inquired about in timing, Resource Access is completed one by one according to described Resource Access record, it is specially: obtain the first resource quantity to be extracted corresponding to the first Resource Access record and the first resource user to be extracted, search the Secondary resource user that resource quantity is more than or equal to described first resource quantity to be extracted, obtain the resource borrowing side that described first resource user to be extracted is corresponding, described Secondary resource user is revised as in the resource side of lending of described resource borrowing side, the resource extracting described first resource quantity to be extracted from the resource of described Secondary resource user lends resource as what lend described resource borrowing side, upgrade the surplus resources of described first resource user to be extracted.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2018014351A1 (en) * | 2016-07-22 | 2018-01-25 | 华为技术有限公司 | Method and apparatus for resource configuration |
| CN108073454A (en) * | 2016-11-15 | 2018-05-25 | 阿里巴巴集团控股有限公司 | Resource transfers method and system, headend equipment and rear end equipment |
| CN108459829A (en) * | 2018-04-12 | 2018-08-28 | 厦门集微科技有限公司 | A kind of date storage method, device and computer storage media |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101431745A (en) * | 2008-12-09 | 2009-05-13 | 杭州东信北邮信息技术有限公司 | Account resource reservation and distribution method used for IMS multi-service on-line charging |
| CN101477671A (en) * | 2009-01-19 | 2009-07-08 | 招商银行股份有限公司 | System and method for pension account management |
| CN101553034A (en) * | 2008-03-31 | 2009-10-07 | 中兴通讯股份有限公司 | Resource distributing method |
| CN103856915A (en) * | 2012-12-06 | 2014-06-11 | 阿里巴巴集团控股有限公司 | Data resource transfer method and device |
-
2015
- 2015-12-30 CN CN201511019562.1A patent/CN105677478A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101553034A (en) * | 2008-03-31 | 2009-10-07 | 中兴通讯股份有限公司 | Resource distributing method |
| CN101431745A (en) * | 2008-12-09 | 2009-05-13 | 杭州东信北邮信息技术有限公司 | Account resource reservation and distribution method used for IMS multi-service on-line charging |
| CN101477671A (en) * | 2009-01-19 | 2009-07-08 | 招商银行股份有限公司 | System and method for pension account management |
| CN103856915A (en) * | 2012-12-06 | 2014-06-11 | 阿里巴巴集团控股有限公司 | Data resource transfer method and device |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2018014351A1 (en) * | 2016-07-22 | 2018-01-25 | 华为技术有限公司 | Method and apparatus for resource configuration |
| CN108073454A (en) * | 2016-11-15 | 2018-05-25 | 阿里巴巴集团控股有限公司 | Resource transfers method and system, headend equipment and rear end equipment |
| CN108459829A (en) * | 2018-04-12 | 2018-08-28 | 厦门集微科技有限公司 | A kind of date storage method, device and computer storage media |
| CN108459829B (en) * | 2018-04-12 | 2021-11-12 | 厦门集微科技有限公司 | Data storage method and device and computer storage medium |
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