CN101515234A - Associated data processing method and associated data device - Google Patents
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- CN101515234A CN101515234A CN 200910048487 CN200910048487A CN101515234A CN 101515234 A CN101515234 A CN 101515234A CN 200910048487 CN200910048487 CN 200910048487 CN 200910048487 A CN200910048487 A CN 200910048487A CN 101515234 A CN101515234 A CN 101515234A
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Abstract
An associated data processing method and an associated data device are provided; wherein the associated data device at least comprises first data objects and second data objects which are in the unidirectional association, the second data objects depend on the first data objects, the depended objects are used for storing the dependency relationship, and the second data objects are used for automatic reset and update according to the dependency relationship and update of the first data objects when the first data objects change. The invention provides the unidirectional association between each two directly associated data objects, stores the dependency relationship through the depended objects and notifies the data objects to automatically update based on the depended data objects, thus ensuring the association stability of the associated data, avoiding human errors and efficiently saving cost.
Description
Technical field
The present invention relates to numerical data and handle, especially for associated data processing method and associated data device.
Background technology
Last century six the seventies, along with the appearance of Object-Oriented Programming Language, the various software development methodologies of Object-oriented Programming Design and framework also arise at the historic moment and are developed rapidly.
The core part of Object-oriented Programming Design has been to propose the notion of " object ", by objective entity being abstracted into " object " with certain attribute and function, and by " object " encapsulated, the parameter interface of its attribute and the function of only opening to the outside world, make the programmer in the process of coding, do not need to know the method for object itself be attribute that how to realize and concrete how, and only need the parameter interface of allocating object, just can call object and finish specific function.
Present flourish along with software industry, system becomes and becomes increasingly complex, and one of its reason just is to exist the data object that has complicated incidence relation in a large number.In the application process of a project, these data objects are relied on or are depended on other data object, constitute huge data link network, and the association between this data object normally arbitrarily.Yet, just because of this arbitrariness, when wherein any one data object changes, usually can only be by manually changing according to it, to depending on it or made amendment by each data object that it relied on, and this manually-operated error rate is too high, not only cause the error rate of program to increase greatly, return follow-up maintenance and inspection work brings very big difficulty, both delayed the construction cycle, also increased cost of development.
Summary of the invention
The problem to be solved in the present invention provides a kind of associated data processing method and a kind of associated data device, the stability that makes maintenance interlock between the associated data is avoided because the problem that the error rate increase that human error is brought, workload increase, construction cycle prolongation and cost of development improve.
For addressing the above problem, the invention provides a kind of associated data processing method and comprise: set up the unidirectional related of first data object and second data object, make described second data object depend on described first data object; Preserve described dependence by relying on object; After described first data object upgraded, second data object with described dependence was by described dependence object, the renewal of obtaining described first data object, and reset voluntarily in view of the above and upgrade.
Optionally, described dependence also comprises: the dependence number of second data object is used for described second data object of mark and depends on what data objects.
Optionally, the renewal that described first data object makes second data object with dependence obtain first data object by the dependence object is also reset voluntarily in view of the above and is upgraded, comprise:, obtain and the corresponding dependence of described first data object according to described dependence object; Described dependence object is according to described dependence, and the second corresponding data object of notice upgrades; Described second data object obtains the lastest imformation of first data object that is relied on; Described second data object upgrades self according to the lastest imformation of being obtained from first data object that has upgraded.
Optionally, described dependence object upgrades according to the second corresponding data object of dependence notice, comprising: the dependence number is set, and according to relying on number, determines a plurality of second data objects are traveled through the sequential of replacement.
Optionally, the described setting relies on number and comprise: in the set of data objects that changes after the primary system state variation, adding up each data object need from what data object reading of data, thereby obtains described dependence number.
Optionally, the described dependence number that is provided with comprises: obtain a plurality of described second data object tags, and the dependence between each second data object and described first data object; In case have the related progression of one deck, be about to its dependence number and add one.
Optionally, the lastest imformation that described second data object obtains first data object that is relied on comprises: can only handle a dependence number is zero data object at every turn, and the dependence number that will depend on its each data object subtracts one, is zero until the dependence number of each data object.
Optionally, also comprise: when described first data object of deletion,, delete second data object that all depend on described first data object according to the dependence in the described dependence object.
The present invention also provides and a kind of associated data device, comprises at least: first data object and second data object, and wherein, described first data object is unidirectional related with described second data object, and described first data object is relied on by described second data object; Rely on object and be used to preserve described dependence; Described second data object is used for when described first data object changes, and according to the renewal of described dependence and described first data object, resets voluntarily and upgrades.
Optionally, described first data object and described second data object are used for the descriptive system state.
Optionally, described dependence comprises: the dependence number of second data object is used for described second data object of mark and depends on what data objects.
Optionally, described dependence number is, in the set of data objects that after the primary system state variation, changes, need add up from what data object reading of data each data object, and the described data object number that is read data that obtains.
Optionally, described dependence also comprises: first data object tag is used for mark and distinguishes first data object; Or second data object tag, be used for mark and distinguish second data object; The dependence pattern of second data object, needed external data when being used to represent the described second data object operate as normal; And the dependence data type of first data object, be used to the data of representing that described first data object is exported.
Optionally, described dependence also comprises: rely on explanation, be used for the unidirectional association of being set up is explained and illustrated.
Optionally, second data object comprises: reset cell, be used for according to the parameter that is obtained, and its data object is reset and upgraded.
Optionally, described dependence object comprises: initialization unit is used for the described dependence object of initialization, and the number of the dependence that can hold in this dependence object is set; The dependence storage unit is used to preserve described dependence; Reading unit, the renewal that is used to read described first data object; Notification unit is used to notify described second data object to upgrade.
Optionally, described dependence object also comprises: destroy the unit, be used to remove the dependence of all data objects that write down.
Compared to prior art, the present invention is by providing unidirectional association between the data object of per two direct correlation, and shielded direct correlation between the data object by relying on object, making can be related arbitrarily between all data objects, thereby reduced the coupling of code, improve the reusability of code, saved cost of development.In addition, in the multiplex process of data object between different projects, also can guarantee the stability that links between the associated data to have reduced the probability that manual operation made the mistake, provide cost savings effectively.
Description of drawings
Fig. 1 is the schematic flow sheet of associated data processing method embodiment of the present invention;
Fig. 2 is the schematic flow sheet of step S13 embodiment among Fig. 1;
Fig. 3 is the structural representation of data object in the associated data processing method specific embodiment of the present invention;
Fig. 4 is the schematic flow sheet to data object association data processing method shown in Figure 3;
Fig. 5 is the structural representation of associated data device embodiment of the present invention;
Fig. 6 is the structural representation of data object in the associated data device specific embodiment of the present invention;
Fig. 7 is a dependence two-dimensional chain table synoptic diagram between the data object shown in Figure 6.
Embodiment
Embodiment of the present invention provides a kind of associated data processing method and associated data device, by between first data object and second data object, setting up unidirectional association, and rely in the object by being stored in the dependence of associated second data object, when described first data object changes, can realize depending on second data object of described first data object, upgrade voluntarily according to the dependence that the dependence object is stored, guaranteed the stability that links between the associated data, and because second data object upgrades voluntarily, not only simplified data processing operation, a large amount of manpowers and time have been saved, also avoided manual operation, lower the probability of wrong generation, saved cost effectively.
Promptly in conjunction with the accompanying drawings and embodiments the embodiment of associated data processing method of the present invention is described in detail below.
With reference to figure 1, associated data processing method embodiment of the present invention can comprise:
Step S11 sets up the unidirectional related of first data object and second data object, makes described second data object depend on described first data object;
Step S12 preserves described dependence by relying on object;
Step S13, after described first data object upgraded, second data object with described dependence was by described dependence object, the renewal of obtaining described first data object, and reset voluntarily in view of the above and upgrade.
In step S11, described the unidirectional related of first data object and second data object of setting up is meant by setting up unidirectional association, makes to have unique direct dependence between two data objects.Specifically, can be drive source with described first data object, make described second data object be associated to this first data object, that is to say, make described second data object depend on described first data object.
In addition, described the unidirectional related of first data object and second data object of setting up, the number to first data object or second data object is not construed as limiting.Specifically, can be one first data object is associated with one second data object; Also can be one first data object and be associated with a plurality of second data objects, promptly same first data object is relied on by each second data object respectively; Also can be one second data object and depend on a plurality of first data objects, promptly same second data object depends on each first data object respectively.
Described first data object and described second data object are used for the descriptive system state.For example, A and B are respectively the data object that is used to explain two kinds of system states, and wherein, the A data object is used to describe channel list, and the B data object is used to describe the rendition list.In a specific embodiment, what comprise in the A data object can be at least one channel and the pairing the rendition list of each channel, the rendition list that can be the indicated channel of current focus in the A data object channel list that comprises in the B data object.When focus changes in the A data list, when for example the user realizes described change by equipment such as mouses, telepilot, the content in the corresponding B data object also need to reset and upgrade, that is to say that the B data object depends on the A data object.
Among the step S12, when described first data object and described second data object set up related after, dependence can be stored in and rely in the object.Wherein, described dependence can comprise: the dependence pattern of first data object tag or second data object tag, second data object and the dependence data type of first data object.
Specifically, described first data object tag or second data object tag are respectively applied for mark and distinguish first data object or second data object; Needed external data when described dependence pattern is used to represent the described second data object operate as normal; Described data type is used to the data of representing that described first data object is exported.
Described dependence also can comprise: the dependence number of second data object.What data objects the dependence number of described second data object depends on for this data object, and in other words, this second data object need from what data object reading of data.
When system state changes, for example work as user's input or system and realize described variation by timer, be modified state with having the data object of one or more data objects prior to other, and other data object will depend on the data object that these are modified state earlier, drive source in other words, all depend on the data object of these drive sources and all can reset automatically by relying on object.Described dependence number changes along with the variation of drive source, the sequential when being used to calculate each data object and resetting.Specifically, the dependence number can be in the set of data objects that changes after the primary system state variation need be added up from each data object for what data object reading of data, and the described data object number that is read data that obtains.
When first data object changes, second data object need be reset when operation, system notifies second data object to need to reset by described dependence object, informs the reason of its replacement simultaneously, promptly relies on pattern; Then, second data object obtains first data object tag and relies on data type by relying on object; Then, second data object reads the relevant data that rely on by general-purpose interface from this first data object, finish replacement.In this process, owing to rely on the setting of object, second data object does not need directly to visit the interface or the data of first data object, has shielded the direct correlation between the data object, makes and can realize any association between all data objects.
In specific embodiment, at first, between channel list and the rendition list, set up dependence; Then, will from channel list, read the data type of current channel sign and can allow the rendition list know that reset reason is that the dependence mode record that changes of current channel is in described dependence object; When the channel list focal variation, the rendition list is notified to be needed to reset, and then the rendition list obtains the current channel sign according to relying on object from channel list, subsequently oneself state is upgraded.
When described first data object is a drive source, and described first data object upgrade finish after, with reference to figure 2, step S13 can comprise specifically:
Step S101 according to described dependence object, obtains and the corresponding dependence of described first data object.For example, system can obtain corresponding dependence by described first data object tag of coupling and described second data object tag.
Step S102, described dependence object are according to described dependence, and the second corresponding data object of notice upgrades.For example after determining described dependence MODE name, system can notify described second data object to upgrade by described dependence object according to one or more second data object tags of the correspondence that is obtained.
Further, when described second data object when being a plurality of, can be by the dependence number be set, and, determine a plurality of second data objects are traveled through the sequential of replacement according to relying on number.Specifically, can comprise in the process of setting: obtain a plurality of second data object tags, and the dependence between each second data object and described first data object; In case have the related progression of one deck, it relied on number add one, therefore, rely on number and can represent the related progression that this second data object is had, that is to say, the number of the data object that this second data object is relied on, and can determine the more new sequences of a plurality of second data objects in view of the above.After dependence number statistics finished, system determined the more new sequences of second data object according to relying on number, and notifies second data object to upgrade in this order.For example, can according to rely on number from small to large order and with the relation of described first data object, notify corresponding second data object to upgrade.
Step S103, described second data object obtains the lastest imformation of first data object that is relied on.When described second data object when being a plurality of, can be according to described dependence number, make each described second data object obtain needed lastest imformation by general-purpose interface successively, specifically, can only handle a dependence number is zero data object at every turn, and other dependence number that depends on its data object subtracted one, be zero until the dependence number of each data object.
Step S104, described second data object upgrades self according to the lastest imformation of being obtained.Wherein, have only that to rely on number be that 0 data object can be reset, and can only pass through general-purpose interface, from the data object of having reset, obtain information.For example, described second data object is reset to self by replacement function that calls self and the dependence parameter that is obtained, and realizes upgrading voluntarily.
In addition, also can comprise in the above-mentioned various embodiments: when described first data object of deletion,, delete second data object that all depend on described first data object according to the dependence in the described dependence object.
With reference to figure 3, in a specific embodiment, the B1 data object depends on the A1 data object; The C1 data object depends on the B1 data object; The dependence of A1, B1, C1 is stored in and relies among the object D.
When receiving button or message, the A1 data object changes, and at this moment, with reference to figure 4, has the B1 of dependence and C1 data object according to the following step, the corresponding renewal:
Step S401 is with A1, B1 and the C1 data object adding data buffer of correspondence.
Step S402 sorts to the renewal of each data object by the dependence number that each data object is set.For example, the A1 data object is a drive source, and it relies on number and is made as 0; The B1 data object directly depends on the A1 data object, and only depends on the A1 data object, therefore it is relied on number and is made as 1; The C1 data object directly depends on the B1 data object, and only depends on the B1 data object, and therefore the dependence number with the C1 data object is made as 1.
Step S403, according to described dependence number, each data object is reset successively, is zero until the dependence number of each data object.Specifically, at first obtaining and relying on number is 0 data object, just the A1 data object, be the renewal of drive source, and the dependence number of B1 is subtracted 1; Then, be that 0 B1 data object is handled to relying on number this moment, and the dependence number of C1 data object is subtracted 1; Then, handle the C1 data object.After the finishing dealing with of C1 data object, this time the associated data of carrying out at the change of A1 data object is finished dealing with.
Above-mentioned processing to B1 or C1 data object specifically can comprise, with the B1 data object is example, the B1 data object is according to described dependence, obtain the renewal of A1 data object, and by carrying out the replacement function of B1 data object, rewrite the B1 data object, its renewal according to the A1 data object is upgraded.
With reference to figure 5, the present invention also provides a kind of associated data device, at least comprise and rely on object 503 and two data objects with unidirectional association, be respectively first data object 501 and second data object 502, wherein, when first data object 501 is relied on by second data object 502, preserve described dependence by relying on object 503; When first data object 501 changed, first data object 501 made the renewal of second data object 502 according to first data object 501 according to described dependence object 503, reset voluntarily and upgraded.
Specifically, described dependence can comprise: the dependence pattern of first data object tag or second data object tag, second data object and the dependence data type of first data object.When more than one second data object or more than one first data object, comprise second more than one data object tag or more than one first data object tag in the dependence, and rely on pattern and data type accordingly.Described first data object tag or second data object tag are respectively applied for mark and distinguish first data object or second data object, and the title, label etc. that can be first data object or second data object can be for the signs of distinguishing; Described dependence pattern states in second data object, needed external data, just produced and the data that can cause its replacement in the described second data object outside when being used to represent the described second data object operate as normal; Described datatype declarations is represented the data that described first data object is exported in first data object.
Described dependence also can comprise: the dependence number of second data object.What data objects the dependence number of described second data object depends on for this data object, and in other words, this second data object need from what data object reading of data.
Described dependence also can comprise: rely on explanation, be used for the unidirectional association of being set up is explained and illustrated.
In addition, second data object 502 can comprise reset cell, is used for according to the parameter that is obtained, and its data object is reset and upgraded.
First data object 501 and second data object 502 have symmetry, that is to say, when described associated data device has a plurality of data object, because first data object 501 also can be dependent on other data object, perhaps second data object 502 also can be relied on by other data object, therefore first data object 501 also can comprise reset cell and the statement of dependence pattern, and second data object 502 also can comprise datatype declarations.
Specifically, relying on object 503 can comprise: initialization unit is used for the described dependence object of initialization, and the number of the dependence that can hold in this dependence object is set; The dependence storage unit is used to preserve described dependence; Reading unit is used to read first data object of renewal; Notification unit is used to notify described second data object to upgrade.In addition, rely on object 503 and also can comprise: destroy the unit, be used to remove the dependence of all data objects that write down.
In the dependence storage unit, when more than one second data object or more than one first data object, comprise second more than one data object tag or more than one first data object tag in the dependence, and rely on pattern and data type one to one with each second data object or first data object.In addition, can be by described dependence number be set, the related progression of each described second data object is described.
In each embodiment of associated data device of the present invention, can comprise multiple related concrete form between first data object and second data object, concrete dependence between first data object and second data object and data separately do not cause restriction to the present invention.
For example, in specific implementation, this associated data device can be included as related between one first data object and one second data object, wherein, can be first data object and depend on second data object, also can be second data object and depend on first data object; Can comprise related between one first data object and a plurality of second data objects; Can comprise related between a plurality of first data objects and one second data object; Also can comprise related between a plurality of first data objects and a plurality of second data objects.
With reference to figure 6, in specific embodiment, A2, B2, each data object of C2, D2 have associated data device as shown in the figure, and promptly D2 depends on B2 and C2, and C2 depends on A2 and B2, and B2 depends on A2.
With reference to figure 7,, obtain two-dimensional chain table according to the dependence between A2, B2, each data object of C2, D2.When causing data to change owing to reasons such as user's operation or timers, can be drive source according to the data object that at first changes, and the dependence between each grade data object, dependence number to each data object is provided with, specifically, be provided with during for drive source with A2 and rely on number and be respectively: A2 is 0, and B2 is 1, and C2 and D2 are 2.
At first, the A2 data object changes, and all are depended on its data object, and promptly the dependence number of B2 and C2 data object respectively subtracts one; Then, rely on number and be 0 B2 data object from its drive source, be reading of data and resetting the A2 data object, and all are depended on its data object, promptly the dependence number of C2 and D2 data object respectively subtracts one; Then, rely on number and be 0 C2 data object reading of data and resetting from A2 and B2 data object, and with all depend on it data object, be that the dependence number of D2 data object subtracts one; At last, the dependence number is D2 data object difference reading of data from B2 and C2 data object of 0, and resets.
The related data object of the respective embodiments described above is used under the multiple occasion system state is described, channel list for example, the relation between time period and the rendition list.For certain channel, its rendition list may be very long, at this moment just can segmentation show.To show that CCTV-1, the program of Tuesday are example, wherein, " CCTV-1 " is the current channel in the channel list, and " Tuesday " is the time period, and the rendition list of this CCTV-1, Tuesday depends on this two data objects.When the focus in the tabulation of user's mobile channel, only need to upgrade channel list and the rendition list; When user's section switching time, only need updating period and the rendition list; When the user opens the window of this rendition list, need to upgrade channel list, time period and the rendition list, and the rendition list to upgrade and could upgrade after finishing in channel list and time period.
Compared to prior art, the respective embodiments described above of the present invention have significantly beneficial effect:
At first, in embodiment of the present invention, rely in the object by setting up the unidirectional association between the data object and the dependence unification being stored in, simplified calling mutually between the associated data object, reduced workload, a large amount of manpowers and energy have been saved, and pass through relying on definition of object and setting, omnifarious dependence is unified, when being changed by the dependence data object, upgrade voluntarily according to described dependence by relying on object notice corresponding data objects, thereby make each data object need not to be concerned about to depend on it or its data object of being relied on, guaranteed the stability that links between the associated data;
Secondly, by in dependence, the structure dependence is several to travel through the complex data structures with dependence, and one by one related data object is handled, both guaranteed to all data objects with and the relation comprehensively handle, simplified data processing operation again, avoided manual operation, lower the probability of wrong generation, saved cost effectively.
Though the present invention by the preferred embodiment explanation as above, these preferred embodiments are not in order to limit the present invention.Those skilled in the art without departing from the spirit and scope of the present invention, should have the ability various corrections and additional are made in this preferred embodiment, and therefore, protection scope of the present invention is as the criterion with the scope of claims.
Claims (17)
1. an associated data processing method is characterized in that, comprising:
Set up the unidirectional related of first data object and second data object, make described second data object depend on described first data object;
Preserve described dependence by relying on object;
After described first data object upgraded, second data object with described dependence was by described dependence object, the renewal of obtaining described first data object, and reset voluntarily in view of the above and upgrade.
2. associated data processing method as claimed in claim 1 is characterized in that, described dependence also comprises: the dependence number of second data object is used for described second data object of mark and depends on what data objects.
3. associated data processing method as claimed in claim 2 is characterized in that, the renewal that described first data object makes second data object with dependence obtain first data object by the dependence object is also reset voluntarily in view of the above and upgraded, and comprising:
According to described dependence object, obtain and the corresponding dependence of described first data object;
Described dependence object is according to described dependence, and the second corresponding data object of notice upgrades;
Described second data object obtains the lastest imformation of first data object that is relied on;
Described second data object upgrades self according to the lastest imformation of being obtained.
4. associated data processing method as claimed in claim 2, it is characterized in that described dependence object upgrades according to the second corresponding data object of dependence notice, comprising: the dependence number is set, and, determine a plurality of second data objects are traveled through the sequential of replacement according to relying on number.
5. associated data processing method as claimed in claim 4, it is characterized in that, the described setting relies on number and comprise: in the set of data objects that changes after the primary system state variation, adding up each data object need from what data object reading of data, thereby obtains described dependence number.
6. associated data processing method as claimed in claim 5 is characterized in that, the described dependence number that is provided with comprises: obtain a plurality of described second data object tags, and the dependence between each second data object and described first data object; In case have the related progression of one deck, be about to its dependence number and add one.
7. associated data processing method as claimed in claim 3, it is characterized in that, the lastest imformation that described second data object obtains first data object that is relied on comprises: only handle a dependence number is zero data object at every turn, and the dependence number that will depend on its each data object subtracts one, is zero until the dependence number of each data object.
8. associated data processing method as claimed in claim 1 is characterized in that, also comprises: when described first data object of deletion, according to the dependence in the described dependence object, delete second data object that all depend on described first data object.
9. an associated data device is characterized in that, comprises at least:
First data object and second data object, wherein, described first data object is unidirectional related with described second data object, and described first data object is relied on by described second data object;
Rely on object and be used to preserve described dependence;
Described second data object is used for when described first data object changes, and according to the renewal of described dependence and described first data object, resets voluntarily and upgrades.
10. associated data device as claimed in claim 9 is characterized in that, described first data object and described second data object are used for the descriptive system state.
11. associated data device as claimed in claim 9 is characterized in that, described dependence comprises: the dependence number of second data object is used for described second data object of mark and depends on what data objects.
12. associated data device as claimed in claim 11, it is characterized in that, described dependence number is, in the set of data objects that after the primary system state variation, changes, need add up from what data object reading of data each data object, and the described data object number that is read data that obtains.
13. associated data device as claimed in claim 11 is characterized in that, described dependence also comprises:
First data object tag is used for mark and distinguishes first data object; Or second data object tag, be used for mark and distinguish second data object;
The dependence pattern of second data object, needed external data when being used to represent the described second data object operate as normal;
And the dependence data type of first data object, be used to the data of representing that described first data object is exported.
14. associated data device as claimed in claim 9 is characterized in that, described dependence also comprises: rely on explanation, be used for the unidirectional association of being set up is explained and illustrated.
15. associated data device as claimed in claim 9 is characterized in that, second data object comprises: reset cell, be used for according to the parameter that is obtained, and its data object is reset and upgraded.
16. associated data device as claimed in claim 9 is characterized in that, described dependence object comprises:
Initialization unit is used for the described dependence object of initialization, and the number of the dependence that can hold in this dependence object is set;
The dependence storage unit is used to preserve described dependence;
Reading unit, the renewal that is used to read described first data object;
Notification unit is used to notify described second data object to upgrade.
17. associated data device as claimed in claim 9 is characterized in that, described dependence object also comprises: destroy the unit, be used to remove the dependence of all data objects that write down.
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