CN105608210A - Data storage method and device - Google Patents
Data storage method and device Download PDFInfo
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- CN105608210A CN105608210A CN201511005958.0A CN201511005958A CN105608210A CN 105608210 A CN105608210 A CN 105608210A CN 201511005958 A CN201511005958 A CN 201511005958A CN 105608210 A CN105608210 A CN 105608210A
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- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
- G06Q10/087—Inventory or stock management, e.g. order filling, procurement or balancing against orders
- G06Q10/0875—Itemisation or classification of parts, supplies or services, e.g. bill of materials
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Abstract
The invention discloses a data storage method and a data storage device. The data storage method comprises the following steps: when receiving any operation data in allusion to any commodity, determining whether a data record list of the commodity has been stored; if not, newly creating a data record list, which contains a record, for the commodity, and storing the operation data in the record; if yes, further determining whether a record meeting the following condition exists in all records in the data record list of the commodity: an incomplete record in which paired data matched with the operation data has been stored; if yes, storing the operation data in the record meeting the condition, and enabling the record meeting the condition to become a complete record; otherwise, newly adding a record in the data record list of the commodity, and storing the operation data in the newly added record. After application of the ttechnical scheme provided by the invention, the labor cost and the time cost can be lowered.
Description
Technical field
The present invention relates to computer technology, particularly a kind of date storage method and device.
Background technology
Along with the fast development of internet, the continuous increase of web application system quantity, thing followed distributed systemAppearance, cause the common factor of business between various systems, all can relate to mutually calling of interface between system, specialRelate to the system of different business, as electric business's warehouse system.
Warehouse is distributed in different place, the whole nation conventionally, and there is the warehouse system of oneself in each warehouse, need to utilize dataCentring system is unified centralized management to the data of each warehouse system.
Fig. 1 is available data centring system is unified centralized management mode schematic diagram to the data of each warehouse system,As shown in Figure 1, the data of each warehouse system can return to data center systems, and described data can be the warehouse-in that of commodityData etc., data center systems provides query interface, and the inquiry systems such as order, customer service can call data center systems and carryThe query interface of confession, inquires about required data.
Because each warehouse system version is different, network condition is different, and storehouse personnel, in the time of the system of use, haveOperating mistake, occur not according to the situation of regular operation, thereby may cause the warehouse-in record of commodity also not return to numberAccording to centring system, corresponding outbound record but returns to the appearance of the situations such as data center systems already, and then causes numberInaccurate according to the data of storing in centring system.
Such as, the complete storehouse record of certain commodity is that { [procurement of commodities enters, and in commodity, allots], [allocates visitor in commodityFamily order goes out] }, in data center systems, store [procurement of commodities enters ,], what passback was come afterwards is [in commodity, to joinEnter ,], these data cannot be stored so, can only give up, or, afterwards passback come be [, client ordersSingly go out], these data will be stored, and form the record of [procurement of commodities enters, and customer order goes out], but middle one goes outOne enters data has all been lost, even if passback is come afterwards, also cannot store, and can only give up.
Visible, above-mentioned situation all can cause the data in data center systems inaccurate, follow-up can only be by O&M personnel peopleInvestigation and the processing of problem are carried out in building site, thereby have increased human cost and time cost.
Summary of the invention
In view of this, the invention provides a kind of date storage method and device, can save human cost and become with the timeThis.
In order to achieve the above object, technical scheme of the present invention is achieved in that
A kind of date storage method, comprising:
When receive for arbitrary commodity arbitrary operating data time, carry out respectively following processing:
Determine whether to store the data record list of these commodity;
If not, be the newly-built data record lists of these commodity, wherein comprise a record, and by this operandAccording to storing in this record;
If so, further determine in the each record in the data record list of these commodity and whether exist and meet followingThe record of part: be incomplete record, and stored the paired data matching with this operating data;
If so, this operating data is stored in qualified record, make qualified record become oneComplete record, otherwise, a newly-increased record in the data record list of these commodity, and by this operating data storageIn newly-increased record.
A kind of data storage device, comprising:
The first processing module, for when receive for arbitrary commodity arbitrary operating data time, this operating data is sent outGive the second processing module;
The second processing module, for determining whether to store the data record list of these commodity;
If not, be the newly-built data record lists of these commodity, wherein comprise a record, and by this operandAccording to storing in this record;
If so, further determine in the each record in the data record list of these commodity and whether exist and meet followingThe record of part: be incomplete record, and stored the paired data matching with this operating data;
If so, this operating data is stored in qualified record, make qualified record become oneComplete record, otherwise, a newly-increased record in the data record list of these commodity, and by this operating data storageIn newly-increased record.
Visible, adopt scheme of the present invention, automatically the data that match are stored in pairs to non-paired data sheetBar storage, waits for the arrival of second half data, data has been carried out to fault-tolerant processing, and by data the form with flowing waterShow, thereby reduced at spent human cost and time costs in aspect such as data investigations.
Brief description of the drawings
Fig. 1 is available data centring system is unified centralized management mode schematic diagram to the data of each warehouse system.
Fig. 2 is the flow chart of date storage method embodiment of the present invention.
Fig. 3 is the composition structural representation of data storage device embodiment of the present invention.
Detailed description of the invention
For make technical scheme of the present invention clearer, understand, referring to the accompanying drawing embodiment that develops simultaneously, to the present inventionDescribed scheme is described in further detail.
Fig. 2 is the flow chart of date storage method embodiment of the present invention, as shown in Figure 2, comprises the following steps 21～26.
Step 21: receive the arbitrary operating data for arbitrary commodity.
When receive for arbitrary commodity arbitrary operating data time, can process according to follow-up each step.
Step 22: determine whether to store the data record list of these commodity, if not, perform step 23, asFruit is to perform step 24.
Step 23: for the newly-built data record list of these commodity, wherein comprise a record, and by this operating dataStore in this record process ends afterwards into.
Step 24: determine whether there is the record that meets following condition in the each record in the data record list of these commodity:For incomplete record, and store the paired data matching with this operating data, if so, execution step25, otherwise, execution step 26.
Step 25: this operating data is stored in qualified record, make qualified record become one completeWhole record, afterwards process ends.
Step 26: a newly-increased record in the data record list of these commodity, and this operating data is stored into newly-increasedRecord in, process ends afterwards.
Described operating data is generally the discrepancy database data of commodity.
Wherein, when the operating data receiving is when entering database data, the described paired data matching with this operating dataFor: go out database data, and, enter entry time in database data be less than (early than) go out the outbound time in database data, and,Enter warehouse-in warehouse in database data and to go out outbound warehouse in database data identical.
When the operating data receiving is when going out database data, the described paired data matching with this operating data is: enterDatabase data, and the entry time entering in database data is less than the outbound time in database data, and, enter in database dataWarehouse-in warehouse is with to go out outbound warehouse in database data identical.
In addition, every record all needs to follow following storage principle: enter database data front, go out database data rear.
By concrete example, scheme of the present invention is further described below.
Example one
The discrepancy database data of supposing a certain commodity is as follows:
| Action type | Odd numbers | Warehouse | Passback order |
| Procurement of commodities enters | C01 | Beijing _ A | 1 |
| In commodity, allot | N01 | Beijing _ A | 2 |
| In commodity, allocate into | N01 | Tianjin _ A | 3 |
| Customer order goes out | K01 | Tianjin _ A | 4 |
| Client return goods into | T01 | Beijing _ A | 5 |
The discrepancy database data of table one commodity
So, the partial data that these commodity are corresponding records list can be as follows:
| Commodity code | Warehouse-in type | Entry time | Warehouse-in warehouse | Outbound type | The outbound time | Outbound warehouse | Other |
| P001 | Procurement of commodities enters | Time1 | Beijing _ A | In commodity, allot | Time2 | Beijing _ A | … |
| P001 | In commodity, allocate into | Time3 | Tianjin _ A | Customer order goes out | Time4 | Tianjin _ A | … |
| P001 | Client return goods into | Time5 | Beijing _ A | … |
Table two data record list one
Every a line in table two is a record, comprises altogether 3 records in table two.
Example two
Suppose not receive in the commodity in table one and allot out database data, the data record list that these commodity are corresponding so willAs follows:
| Commodity code | Warehouse-in type | Entry time | Warehouse-in warehouse | Outbound type | The outbound time | Outbound warehouse | Other |
| P001 | Procurement of commodities enters | Time1 | Beijing _ A | … | |||
| P001 | In commodity, allocate into | Time3 | Tianjin _ A | Customer order goes out | Time4 | Tianjin _ A | … |
| P001 | Client return goods into | Time5 | Beijing _ A | … |
Table three data record list two
Receive if follow-up in commodity and allot out database data, so according to scheme of the present invention, can determine table threeIn Article 1 be recorded as qualified record, that is: be incomplete record, and stored and going out of receivingWhat database data matched enters database data, and wherein, the entry time entering in database data is less than the outbound time in database data,And, enter warehouse-in warehouse in database data and to go out outbound warehouse in database data identical, corresponding, by the outbound receivingData store in the Article 1 record in table three.
Example three
Suppose not receive in the commodity in table one and allocate into into database data, the data record list that these commodity are corresponding so willAs follows:
| Commodity code | Warehouse-in type | Entry time | Warehouse-in warehouse | Outbound type | The outbound time | Outbound warehouse | Other |
| P001 | Procurement of commodities enters | Time1 | Beijing _ A | In commodity, allot | Time2 | Beijing _ A | … |
| P001 | Customer order goes out | Time4 | Tianjin _ A | … | |||
| P001 | Client return goods into | Time5 | Beijing _ A | … |
Table four data record list three
Receive in the commodity in table one and allocate into into database data if follow-up, so according to scheme of the present invention, can be trueThe Article 2 of making in table four is recorded as qualified record, that is: be incomplete record, and stored and connectThat receives enters the database data that goes out that database data matches, and wherein, the entry time entering in database data is less than in database dataThe outbound time, and, entering warehouse-in warehouse in database data and to go out outbound warehouse in database data identical, corresponding, will connectThe database data that enters of receiving stores in the Article 2 record in table three.
Example four
Suppose not receive and in the commodity in table one, allot out database data and customer order goes out out database data, these commodity soCorresponding data record list is by as follows:
| Commodity code | Warehouse-in type | Entry time | Warehouse-in warehouse | Outbound type | The outbound time | Outbound warehouse | Other |
| P001 | Procurement of commodities enters | Time1 | Beijing _ A | … | |||
| P001 | In commodity, allocate into | Time3 | Tianjin _ A | … | |||
| P001 | Client return goods into | Time5 | Beijing _ A | … |
Table five data record list four
If the follow-up customer order first receiving in table one goes out out database data, although the Article 1 record in table five soAlso be incomplete, but due to the warehouse-in warehouse in Article 1 record and receive go out outbound warehouse in database data notWith, therefore, Article 1 record is not qualified record, and through judging that Article 2 record is only qualified noteRecord, corresponding, the database data that goes out receiving is stored in the Article 2 record in table five.
Similarly, allot out database data if first received in the commodity in table one, although the Article 2 in table five soRecord is also incomplete, but due to the warehouse-in warehouse in Article 2 record and the outbound storehouse in database data that goes out receivingStorehouse difference, and entry time in Article 2 record is greater than the outbound time in the outbound record that (being later than) receive,Therefore, Article 2 record is not qualified record, and through judging that Article 1 record is only qualified record,Accordingly, the database data that goes out receiving is stored in the Article 1 record in table five.
Example five
The procurement of commodities of supposing not receive in table one is returned goods into entering database data into database data and client, these commodity soCorresponding data record list is by as follows:
| Commodity code | Warehouse-in type | Entry time | Warehouse-in warehouse | Outbound type | The outbound time | Outbound warehouse | Other |
| P001 | In commodity, allot | Time2 | Beijing _ A | … | |||
| P001 | In commodity, allocate into | Time3 | Tianjin _ A | Customer order goes out | Time4 | Tianjin _ A | … |
Table six data record list five
If the client who receives follow-up in table one returns goods into entering database data, although the Article 1 in table six records also soIncomplete, and outbound warehouse in Article 1 record with receive to enter warehouse-in warehouse in database data identical,But, because the outbound time in Article 1 record is less than the entry time in database data that enters receiving, therefore, theArticle one, record is not qualified record, need to increase a record newly, and the database data that enters receiving is stored into newlyIn the record increasing, as shown in the Article 3 record in table five.
Comprehensive above-mentioned introduce known:
One) for receive for arbitrary commodity arbitrary enter database data, in the data record that stores these commodityUnder the prerequisite of list, if store the database data that enters receiving in this data record list existing recordIn, this record must meet following three conditions simultaneously: in this record, there is the corresponding database data that goes out, and, warehouse-inEntry time in data is less than the outbound time in database data, and, enter warehouse-in warehouse and outbound number in database dataAccording in outbound warehouse identical;
If above-mentioned three conditions have one not meet, there is not the corresponding database data that goes out, or, enter in database dataEntry time is greater than the outbound time in database data, or, enter the warehouse-in warehouse in database data and go out going out in database dataWarehouse, storehouse difference, needs a newly-increased record, with storing received to enter database data.
Two) for receive for arbitrary commodity arbitrary go out database data, in the data record that stores these commodityUnder the prerequisite of list, if store the database data that goes out receiving in this data record list existing recordIn, this record must meet following three conditions simultaneously: in this record, there is the corresponding database data that enters, and, warehouse-inEntry time in data is less than the outbound time in database data, and, enter warehouse-in warehouse and outbound number in database dataAccording in outbound warehouse identical;
If above-mentioned three conditions have one not meet, there is not the corresponding database data that enters, or, enter in database dataEntry time is greater than the outbound time in database data, or, enter the warehouse-in warehouse in database data and go out going out in database dataWarehouse, storehouse difference, needs a newly-increased record, with storing received to go out database data.
Three) for receive for arbitrary commodity arbitrary enter database data or go out database data, if do not store this businessThe data record list of product, is directly the newly-built data record lists of these commodity, wherein comprises a record, andThis is entered to database data or goes out database data to store in this record.
Based on above-mentioned introduction, the present invention discloses a kind of data storage device.
Fig. 3 is the composition structural representation of data storage device embodiment of the present invention, as shown in Figure 3, comprising:
The first processing module, for when receive for arbitrary commodity arbitrary operating data time, this operating data is sent outGive the second processing module;
The second processing module, for determining whether to store the data record list of these commodity;
If not, be the newly-built data record lists of these commodity, wherein comprise a record, and by this operandAccording to storing in this record;
If so, further determine in the each record in the data record list of these commodity and whether exist and meet followingThe record of part: be incomplete record, and stored the paired data matching with this operating data;
If so, this operating data is stored in qualified record, make qualified record become oneComplete record, otherwise, a newly-increased record in the data record list of these commodity, and by this operating data storageIn newly-increased record.
Wherein, when the operating data receiving is when entering database data, the described paired data matching with this operating dataFor: go out database data, and the entry time entering in database data is less than the outbound time in database data, and, warehouse-in numberAccording in warehouse-in warehouse with to go out outbound warehouse in database data identical.
When the operating data receiving is when going out database data, the described paired data matching with this operating data is: enterDatabase data, and the entry time entering in database data is less than the outbound time in database data, and, enter in database dataWarehouse-in warehouse is with to go out outbound warehouse in database data identical.
In addition, following storage principle all followed in every record: enter database data front, go out database data rear.
The specific works flow process of Fig. 3 shown device embodiment please refer to the respective description in preceding method embodiment, hereinRepeat no more.
In actual applications, Fig. 3 shown device can be the server of data center systems.
In a word, adopt scheme of the present invention, automatically the data that match are stored in pairs, non-paired data sheetBar storage, waits for the arrival of second half data, data has been carried out to fault-tolerant processing, and by data the form with flowing waterShow, thereby reduced at spent human cost and time costs in aspect such as data investigations; And, thisBright described scheme implements simple and convenient, thereby is convenient to popularize and promote.
In sum, these are only preferred embodiment of the present invention, be not intended to limit protection scope of the present invention.Within the spirit and principles in the present invention all, any amendment of doing, be equal to replacement, improvement etc., all should be included in thisWithin the protection domain of invention.
Claims (8)
1. a date storage method, is characterized in that, comprising:
When receive for arbitrary commodity arbitrary operating data time, carry out respectively following processing:
Determine whether to store the data record list of these commodity;
If not, be the newly-built data record lists of these commodity, wherein comprise a record, and by this operandAccording to storing in this record;
If so, further determine in the each record in the data record list of these commodity and whether exist and meet followingThe record of part: be incomplete record, and stored the paired data matching with this operating data;
If so, this operating data is stored in qualified record, make qualified record become oneComplete record, otherwise, a newly-increased record in the data record list of these commodity, and by this operating data storageIn newly-increased record.
2. method according to claim 1, is characterized in that,
When the operating data receiving is when entering database data, the described paired data matching with this operating data is: go outDatabase data, and the entry time entering in database data is less than the outbound time in database data, and, enter in database dataWarehouse-in warehouse is with to go out outbound warehouse in database data identical.
3. method according to claim 1, is characterized in that,
When the operating data receiving is when going out database data, the described paired data matching with this operating data is: enterDatabase data, and the entry time entering in database data is less than the outbound time in database data, and, enter in database dataWarehouse-in warehouse is with to go out outbound warehouse in database data identical.
4. according to the method in claim 2 or 3, it is characterized in that,
Every following storage principle all followed in record: enter database data front, go out database data rear.
5. a data storage device, is characterized in that, comprising:
The first processing module, for when receive for arbitrary commodity arbitrary operating data time, this operating data is sent outGive the second processing module;
The second processing module, for determining whether to store the data record list of these commodity;
If not, be the newly-built data record lists of these commodity, wherein comprise a record, and by this operandAccording to storing in this record;
If so, further determine in the each record in the data record list of these commodity and whether exist and meet followingThe record of part: be incomplete record, and stored the paired data matching with this operating data;
If so, this operating data is stored in qualified record, make qualified record become oneComplete record, otherwise, a newly-increased record in the data record list of these commodity, and by this operating data storageIn newly-increased record.
6. device according to claim 5, is characterized in that,
When the operating data receiving is when entering database data, the described paired data matching with this operating data is: go outDatabase data, and the entry time entering in database data is less than the outbound time in database data, and, enter in database dataWarehouse-in warehouse is with to go out outbound warehouse in database data identical.
7. device according to claim 5, is characterized in that,
When the operating data receiving is when going out database data, the described paired data matching with this operating data is: enterDatabase data, and the entry time entering in database data is less than the outbound time in database data, and, enter in database dataWarehouse-in warehouse is with to go out outbound warehouse in database data identical.
8. according to the device described in claim 6 or 7, it is characterized in that,
Every following storage principle all followed in record: enter database data front, go out database data rear.
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| CN201511005958.0A CN105608210A (en) | 2015-12-29 | 2015-12-29 | Data storage method and device |
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| CN201511005958.0A CN105608210A (en) | 2015-12-29 | 2015-12-29 | Data storage method and device |
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| CN108241934A (en) * | 2016-12-23 | 2018-07-03 | 北京京东尚科信息技术有限公司 | Data query method and apparatus |
| CN114862329A (en) * | 2022-07-04 | 2022-08-05 | 江苏多飞网络科技有限公司 | Data storage method, access management method and management system for warehouse-in commodities |
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