CN103020264B - Method and device for storing and displaying multi-subset entity data - Google Patents
Method and device for storing and displaying multi-subset entity data Download PDFInfo
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Abstract
The invention provides a method and a device for displaying multi-subset entity data. The method comprises the following steps of defining content of an entity; setting more than two subsets of the entity; endowing an unique name and an unique identification code for each subset, wherein the identification code of each subset is the exponent of 2; recording information of each entity object of the entity; determining a subset belonging to each entity object; calculating a subset code of each entity object; connecting the subset code of each entity object and the entity object in parallel and storing the subset code of each entity object and the entity object which are connected in parallel in a storage module; and searching all entity objects contained by the subset according to received information of the subset or searching the information of all subsets belonging to the entity object according to the information of the received entity object, and displaying searched information through a display module. The device is used for storing and displaying the multi-subset entity data according to the method. According to the method and the device, provided by the invention, the multi-subset entity data can be effectively stored and displayed, and stored data amount is less.
Description
Technical field
The present invention relates to storage and the demonstration field of data, especially a kind of device to the demonstration of many subsets solid data and storage means, application the method.
Background technology
Conventionally, people will have the object of identical characteristics, as people, object, event etc., classify and carry out unified management, and for example, using the contact unit of enterprise as a class object, this class object has common feature, and Ji Yu enterprise has operational contact.In the management of object, by the object definition with common trait, be a class entity conventionally.The object of same class entity can be divided into different classifications again, as the unit of contact can be divided into client, supplier, tenderer etc., therefore by a class entity division, be a plurality of subsets conventionally, by each concrete entity object, as some concrete units are set as belonging to one or more subsets.
As shown in Figure 1, having the unit of business contact with enterprise is contact unit 10, and contact unit 10 comprises polytype unit, and as client 11, supplier 12, tenderer 13 etc., if a certain unit belongs to client 11, Ze Jianggai unit manages as client 11.Yet some unit has multiple identities, be client You Shi supplier, Ze Gai unit belongs to client 11Yu supplier 12 common factor 14.Similarly, some unit is the common factor 15 of supplier 12 and tenderer 13, and some unit is the common factor 16 of client 11 and tenderer 13, and some unit is the common factor 17 of client 11, supplier 12 and tenderer 13 especially.
For a plurality of entity objects to same entity easily manage, conventionally use computer software programs, the device that the storage of entity object shows as having manages.While using this device, first define this entity, and set a plurality of subsets of this entity, set up the hierarchical structure of subset.As shown in Figure 2, existing hierarchical structure is stored demonstration side by side by the subset of entity and this entity.Set after subset, all entity objects in each subset are kept in a file, as set up a form, all entity objects in a subset are recorded in a form.Like this, if a certain entity object belongs to a plurality of subsets, to in each subset, record respectively this entity object, because each entity object in each subset will distribute a unique identification code, to cause so same entity object to there are a plurality of identification codes, not only cause data redundancy, and need the data volume of storage large, and easily cause the confusion of management, be unfavorable for the management to entity object.
Summary of the invention
Fundamental purpose of the present invention is to provide the storage display packing that a kind of data redundancy is few and manage effective many subsets solid data.
Another object of the present invention is to provide a kind of storage display device that data volume is little and manage orderly many subsets solid data of storing.
In order to realize above-mentioned fundamental purpose, many subsets solid data provided by the invention storage display packing comprises the content of entity is defined, set two above subsets of entity, give the unique title of each subset and unique identification code, the identification code of each subset is 2 exponential depth, record the information of each entity object of entity, determine the subset that each entity object is affiliated, calculate the subset coding of each entity object, the subset of entity object is encoded to the subset identification code sum of all subsets under this entity object, the subset of each entity object is encoded associated with entity object and is stored in memory module, all entity objects that comprise according to this subset of the information searching of the subset receiving or according to the information of all subsets under this entity object of the information searching of the entity object receiving, and by display module, the information finding is shown.
From such scheme, according to the subset subset of computations coding under each entity object, each entity object like this can pass through subset coded representation with relation subset, storage, can realize according to the subset coding of entity object while searching entity object or subset, therefore while storing data without the information of repeated storage entity object, the data volume of storage is little, and the management of entity object is also convenient.
A preferred scheme is, the step of all entity objects that comprise according to this subset of the information searching of the subset receiving is: the subset identification code binary numeral of the subset that the subset coding binary numerical value of all entity objects is searched with needs respectively carries out operation of bits, finds out all entity objects that operation result includes binary number " 1 ".
As can be seen here, searching entity object is to carry out computing acquisition by the subset coding to entity object with the identification code of subset, and the operand of search procedure is little, and it is high to find accuracy rate, and the time of searching is short.
Another preferred scheme is, according to the step of all subsets under this entity object of the information searching of the entity object receiving, be: the subset coding binary numerical value of the entity object that needs are searched carries out operation of bits with all subset identification code binary numerals respectively to search the corresponding subset of all subset identification codes that operation result includes binary number " 1 ".
Visible, searching subset is to carry out logical operation by the subset identification code of this subset and the subset of all entity objects coding, and the operand of search procedure is little like this, and the time consuming is short, and the accuracy rate of searching is high.
Another is at preferred scheme, calculate after the subset coding of all entity objects, determine the subset type that each subset is encoded corresponding, each subset type comprises at least one subset, according to the step of all subsets under this entity object of the information searching of the entity object receiving, is: search the subset type that the subset of the entity object that need to search is encoded corresponding.
As can be seen here, by the subset type of determining that all subsets are encoded corresponding, while searching subset, by searching subset type that this subset encodes corresponding, can find out easily the subset under entity object, the time of searching is short, and it is high to search accuracy rate.
For realizing another above-mentioned object, the storage display device of many subsets solid data provided by the invention comprises the substantial definition module for the content of entity is defined, also comprise that subset arranges module, entity object arranges module, search module and display module, subset arranges module for setting two above subsets of entity, each subset has unique title and unique identification code, the identification code of each subset is 2 exponential depth, entity object arranges module for recording the information of each entity object of entity, determine the subset that each entity object is affiliated, calculate the subset coding of each entity object, the subset of entity object is encoded to the subset identification code sum of all subsets under this entity object, the subset of each entity object is encoded associated with entity object and is stored in memory module, search all entity objects that module comprises according to this subset of information searching of the subset that receives or according to the information of all subsets under this entity object of the information searching of the entity object receiving, display module is for showing the information finding.
From such scheme, many subsets solid data storage display device is centered by each entity object, set the subset coding of each entity object, by the subset coding and entity object association store of entity object, so just avoid same entity object to have the situation of a plurality of codings, and during the subset under query entity object, can encode to search all subsets under it according to the subset of entity object, simple, convenient to the management of entity object, and Query Result shows cheer and bright.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of a plurality of subsets of a class entity.
Fig. 2 is the subset division hierarchy chart of existing many subsets solid data storage display device.
Fig. 3 is the structured flowchart of many subsets of the present invention solid data storage display device embodiment.
Fig. 4 is the process flow diagram of many subsets of the present invention solid data storage display packing embodiment.
Fig. 5 is the subset division hierarchy chart of many subsets of the present invention solid data storage display device embodiment.
Fig. 6 selects the schematic diagram of the affiliated subset of entity object in many subsets of the present invention solid data storage display packing embodiment.
Below in conjunction with drawings and Examples, the invention will be further described.
Embodiment
Many subsets solid data storage display device of the present invention computing on computers, and for solid data is carried out to storage administration, demonstration, many subsets solid data storage display packing is the method that the above-mentioned storage display device of application manages solid data.
Referring to Fig. 3, the many subsets solid data storage display device of the present embodiment has that substantial definition module 20, subset arrange that module 21, entity object arrange module 22, search module 24, display module 27 and memory module 28, wherein, entity object arranges and in module 22, is provided with subset and selects module 23, searches in module 24, to be provided with that subset is searched module 25, entity object is searched module 26.
Substantial definition module 20 defines for the content to entity, as set entity, is what kind of entity, as people, object, event etc., and sets this entity and whether has subset, as have subset, sets the quantity of the subset comprising etc.Certainly, the entity that each class is different all has the characteristic of self, can its content be set according to the characteristic of different entities.As, setting a certain class entity for contact unit, there is the other unit of business contact in the character Shi Yu enterprise that can define this entity.
Subset arranges module 21 for setting a plurality of subsets of a class entity, the subset quantity of a common class entity is more than two, in order to distinguish different subsets, need to give title and the identification code of each subset, each subset has unique title and identification code, the exponential depth of the identification code use 2 of subset represents, uses 2
nas the identification code of each subset, wherein power exponent n is nonnegative integer, and the value of n is 0,1,2 etc.For example, in the entity of contact unit, it is respectively client, supplier, tenderer, unit in charge of construction etc. that a plurality of subsets are set, and the identification code that can set above-mentioned a plurality of subsets is respectively 2
0, 2
1, 2
2, 2
3, namely 1,2,4,8, with tetrad, represent it is respectively 0001,0010,0100,1000.
Entity object arranges module 22 for setting the information of each concrete entity object, as the title of this entity object, feature etc., as the title of a certain unit, address, contact method etc.Entity object arranges module 22 and includes subset and select module 23, for setting the subset under a certain entity object, and according to the subset under this entity object, calculates the subset coding of this entity object.
Memory module 28 is for storing the information of each subset, and stores the information of each entity object, and entity object arranges after the information that module 22 arranges each entity object, and the information of this entity object is stored in memory module 28.
Search module 24 for according to input information searching data, for example, user inputs the information of a certain subset, searches the information of all entity objects that this subset comprises, or user inputs the information of a certain entity object, search the information of the affiliated all subsets of this entity object.Therefore, search module 24 and be provided with that subset is searched module 25 and entity object is searched module 26, be respectively used to search the information of subset and the information of entity object.
Display module 27 searches for receiving the object information that module 24 is searched, and the result of searching is passed through to display device, as LCDs, touch-screen etc. shows.
The workflow of many subsets solid data storage display device is described below in conjunction with Fig. 4.First perform step S1, by 20 pairs of entities of substantial definition module, define, as the title of setting entity, characteristic etc.In the present embodiment, the entity of setting is contact unit.
Then perform step S2, subset arranges a plurality of subsets that module 21 arranges a certain class entity, as a plurality of entities of contact in unit are set, comprise arrange each subset title, give each subset unique identification code.Certainly, also need to arrange the relation of a plurality of subsets and entity.For example, a plurality of subsets such as client, supplier, tenderer, unit in charge of construction are set in " contact unit " this class entity, the hierarchical relationship between a plurality of subsets and contact unit as shown in Figure 5.A plurality of subsets and entity are relationships between superior and subordinate, and " contact unit " this class entity includes a plurality of subsets, and a plurality of subsets belong to the entity of " contact unit ".
The identification code of each subset arranging in step S2 is 2 exponential depth, as set client's identification code, is 1, and supplier's identification code is 2, and the identification code of tenderer is 4, and the identification code of unit in charge of construction is 8 etc.
Arrange after the information of a plurality of subsets, the information of subset is aggregated into a form, as shown in table 1, and table 1 is kept in memory module 28.
| Subset serial number | Subset identification code | Subset name |
| 5069 | 1（0001） | Client |
| 5070 | 2（0010） | Supplier |
| 5071 | 4（0100） | Tenderer |
| 5072 | 8（1001） | Unit in charge of construction |
Table 1
Set after the information of subset, execution step S3, entity object arranges module 22 and sets the information of each entity object, as sets title, the characteristic of each entity object, and determines the subset under each entity object.For example, set after the title of the A of unit, subset selects module 23 on display, to show selection window as shown in Figure 6, on selection window, show the title of a plurality of subsets, each subset, as an alternative option, selects concrete entity object whether to belong to a certain subset by user, after subset under user selects this entity object, subset selection module 23 is the subset under this entity object using selecteed subset, and subset of computations coding, performs step S4.
Subset coding is the identification code sum of the subset under entity object, and for example, the A of unit is client, subset is encoded to 1, the B of unit is client and supplier, and subset is encoded to 3, and the C of unit is client, supplier, tenderer, unit in charge of construction, subset is encoded to 15, the D of unit is tenderer, and subset is encoded to 4, and the E of unit does not belong to any in existing subset, subset is encoded to 0, as shown in table 2.
| Organization | Affiliated subset | Subset coding |
| The A of unit | Client | 1（0001） |
| The B of unit | Client, supplier | 3（0011） |
| The C of unit | Client, supplier, tenderer, unit in charge of construction | 15（1111） |
| The D of unit | Tenderer | 4（0100） |
| The E of unit | ? | 0（0000） |
Table 2
Arrange after the information of each entity object, each entity object is associated with its subset coding, and the subset coding that is about to entity object is corresponding with this entity object, and is stored in memory module 28.
Then, execution step S5, judges whether to receive the information of inquiry, as receives Query Information, performs step S6, according to the corresponding result of information searching of inquiry.For example, receive the information of the subset of input, search all entity objects of this subset, the subset coding binary numerical value of the subset identification code binary numeral of this subset and all entity object is carried out to operation of bits, obtain the structure of searching that is that operation result has binary number " 1 ".
For example, search all entity objects of subset " client ", the identification code of " client " 0001 and the subset coding of all entity objects are carried out to operation of bits, operation of bits is that each data of two binary numerals are carried out and computing accordingly.As the subset of the A of unit is encoded to 0001, the result of carrying out after operation of bits with the identification code 0001 of " client " is 0001, and it comprises binary number " 1 ", meets the requirement of searching.
And for example, the subset of the B of unit is encoded to 0011, and the result of carrying out operation of bits with the identification code 0001 of " client " is also 0001, also meets the requirement of searching.The subset of the D of unit is encoded to 0100, and the result of carrying out operation of bits with the identification code 0001 of " client " is 0000, does not meet and searches requirement.So analogize, the identification code of the subset that the subset coding of all entity objects is searched with needs respectively carries out after operation of bits, the entity object that operation result is included to binary number " 1 " is as lookup result, and the structure finding is shown in display device by display module 27.
If be the information of entity object for what input, need to search the affiliated all subsets of this entity object, the subset coding of this entity object is carried out to operation of bits one time with the identification code of all subsets respectively, find out the subset that operation result comprises binary number " 1 " and be lookup result.As the subset of the A of unit is encoded to 0001, carry out after operation of bits with the subset identification code 0001,0010,0100,1000 of client, supplier, tenderer, unit in charge of construction respectively, operation result is respectively 0001,0000,0000,0000, so the A of unit is only client.
And for example, the subset of the C of unit is encoded to 1111, carry out after operation of bits with the subset identification code 0001,0010,0100,1000 of client, supplier, tenderer, unit in charge of construction respectively, operation result is respectively 0001,0010,0100,1000, so the D of unit is client, supplier, tenderer and unit in charge of construction.Obtain after lookup result, the result finding is shown in display device by display module 27.
Certainly, to the inquiry of subset under entity object, can also realize by enumerating the mode of subset type.For example, after calculating the subset coding of all entity objects, determine the subset type that each subset is encoded corresponding, each subset type comprises at least one subset, subset as corresponding in subset Class1 is encoded to 0001, subset Class1 includes " client " subset, the subset of subset type 3 correspondences is encoded to 0011, subset type 3 includes " client ", " supplier " two subsets, the subset of subset type 5 correspondences is encoded to 0101, subset type 5 comprises " client ", " tenderer " two subsets, so analogizes.
Search module 24 and receive after the affiliated subset request of the some entity objects of inquiry, the subset type of encoding corresponding by searching the subset of this entity object, all subsets that this subset type is comprised show as lookup result.
As step S5, the determination result is NO, or after execution step S6, judge whether to quit a program, as quit a program, power cut-off flow process.
Because many subset data storage display device are centered by entity object, record the information of each entity object the subset of computational entity object coding, by subset, encode to realize to the searching of entity object or subset, the data volume of device storage is little, and inquiry is convenient, accurately.
And, if store after the information of all entity objects, as needs increase new subset, at subset setting module 21, set after the title and identification code of new subset, according to the identification code of new subset, upgrade the subset coding of all entity objects.New subset identification code is also 2 exponential depth, so this method is to the not restriction of the quantity of subset.The subset coding that upgrades entity object is to determine whether a certain entity object belongs to this subset, do not belong to the subset coding that this subset does not change this entity object, as belong to this subset, the original subset coding of entity object and the subset identification code of new subset are added, the result of addition is as new subset coding.
The change of entity type, the change of subset quantity, the variations such as change of entity object finally it is emphasized that and the invention is not restricted to above-mentioned embodiment, as also should being included in the protection domain of the claims in the present invention.
Claims (6)
1. the storage display packing of more than subset solid data, comprises
Content to entity defines;
It is characterized in that:
Set two of described entity above subsets, give the unique title of subset described in each and unique identification code, the exponential depth that described in each, the described identification code of subset is 2;
Record the information of each entity object of described entity, determine the subset under entity object described in each, calculate the subset coding of entity object described in each, the described subset of described entity object is encoded to the subset identification code sum of all described subsets under this entity object, by the subset coding of entity object described in each associated with described entity object be stored in memory module;
All entity objects that comprise according to this subset of the information searching of the subset receiving or according to the information of all subsets under this entity object of the information searching of the entity object receiving, and by display module, the information finding is shown;
The step of all entity objects that this subset of the information searching of the subset that described basis receives comprises is: the subset identification code binary numeral of the described subset that the subset coding binary numerical value of all entity objects is searched with needs respectively carries out operation of bits, finds out all entity objects that operation result includes binary number " 1 ";
The step of all subsets under this entity object of the information searching of the entity object that described basis receives is: the subset coding binary numerical value of the entity object that needs are searched carries out operation of bits with all described subset identification code binary numerals respectively, searches the corresponding subset of all subset identification codes that operation result includes binary number " 1 ".
2. the storage display packing of many subsets solid data according to claim 1, is characterized in that:
Calculate after the subset coding of all described entity objects, determine the subset type that subset is encoded corresponding described in each, described in each, subset type comprises subset described at least one;
According to the step of all subsets under this entity object of the information searching of the entity object receiving, be: search the subset type that the described subset of the entity object that need to search is encoded corresponding.
3. the storage display packing of many subsets solid data according to claim 1, is characterized in that:
The step of determining the subset under entity object described in each is: in display device, generate selection window, show that all described subsets are as alternative option in described selection window, using selecteed described subset as the described subset under this entity object.
4. the storage display packing of many subsets solid data according to claim 1, is characterized in that:
Store after the information of all entity objects, as increase new subset, set title and the identification code of new subset, and according to the identification code of described new subset, upgrade the subset coding of all entity objects.
5. the storage display device of more than subset solid data, comprises
Substantial definition module, defines for the content to entity;
It is characterized in that: also comprise
Subset arranges module, and for setting two above subsets of described entity, described in each, subset has unique title and unique identification code, the exponential depth that described in each, the described identification code of subset is 2;
Entity object arranges module, for recording the information of each entity object of described entity, determine the subset under entity object described in each, calculate the subset coding of entity object described in each, the described subset of described entity object is encoded to the subset identification code sum of all described subsets under this entity object, by the subset coding of entity object described in each associated with described entity object be stored in memory module;
Search module, all entity objects that comprise according to this subset of the information searching of the subset receiving or according to the information of all subsets under this entity object of the information searching of the entity object receiving;
Display module, for showing the information finding;
The described module of searching comprises that entity object searches module, for after receiving the information of the subset that need to search, the subset identification code binary numeral of the described subset that the subset coding binary numerical value of all entity objects is searched with needs respectively carries out operation of bits, finds out all entity objects that operation result includes binary number " 1 ";
The described module of searching comprises that subset searches module, for after receiving the information of the entity object that need to search, the subset coding binary numerical value of the entity object that needs are searched carries out operation of bits with all described subset identification code binary numerals respectively, searches the corresponding subset of all subset identification codes that operation result includes binary number " 1 ".
6. the storage display device of many subsets solid data according to claim 5, is characterized in that:
Described entity object arranges module and also comprises subset selection module, for generate selection window in display device, in described selection window, show that all described subsets are as alternative option, using selecteed described subset as the described subset under this entity object.
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