CN101499013B - Method and apparatus for calling dynamic library - Google Patents
Method and apparatus for calling dynamic library Download PDFInfo
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- CN101499013B CN101499013B CN2009101181944A CN200910118194A CN101499013B CN 101499013 B CN101499013 B CN 101499013B CN 2009101181944 A CN2009101181944 A CN 2009101181944A CN 200910118194 A CN200910118194 A CN 200910118194A CN 101499013 B CN101499013 B CN 101499013B
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Abstract
An embodiment of this invention provides a method for transferring a dynamic base and a transfer device. The method comprises: traversing a dynamic base stored in a storage media, loading the dynamic base; receiving an input parameter information linked list and an output parameter information linked list formed in the dynamic base; according to the input parameter information in the input parameter information linked list, acquiring each input parameter value; forming a linked list of the input parameter value from the input parameter value based on the sequence of the corresponding input parameter information in the input parameter information linked list; inputting the input parameter value to the loaded dynamic base; receiving an input parameter linked list formed by the input parameter acquired by executing a calculation process of a model thereof; the sequence of the output parameter value in the output parameter linked list being in accordance with the sequence of the corresponding output parameter information in the output parameter information list; acquiring each output parameter value from the output parameter value linked list. According to the embodiment of this invention, the working load of the maintenance can be saved and the stability of the main program is improved.
Description
Technical field
The present invention relates to routine library and call the field, relate in particular to a kind of method and calling device that calls dynamic base.
Background technology
The basic thought of soft measurement is that the indication of Theory of Automatic Control and production process is combined, Applied Computer Techniques, for some be difficult to measure and temporary transient immeasurable significant variable (being called leading variable) can by other easily the variable (being called auxiliary variable or secondary variable) of measurement obtain, particularly, infer and estimate by constituting certain mathematical relation, replace hardware with software, for example the measurement function of sensor.In Industry Control, soft-measuring technique is used also very extensive.In different devices, technology or be in the inner self-demand of same industry, often need different algorithms, how increasing new algorithm fast and revising existing algorithm is the key factor that improves the enforcement speed of soft measurement.
At present, usually various algorithms being packaged into dynamic base in soft fields of measurement calls, there is a kind of method for packing that calls dynamic base in the prior art, mathematical relation with algorithm in this method partly is encapsulated in the dynamic base, and dual mode is arranged for the processing of parameter information, a kind of is that parameter information with algorithm is placed in the configuration file according to certain rule, be designated hereinafter simply as the configuration file mode, another kind is that parameter information is cured in the code of the master routine that calls dynamic base, is designated hereinafter simply as curing mode.
The inventor states in the process of technical scheme on the implementation, finds that there is following defective in prior art:
At first, when needs are revised existing algorithm, if relating to parameter needs to change, for configuration file mode of the prior art, need the parameter information in the change configuration file, for curing mode, need to revise the relevant parameter information in the master routine, in fact the modification of configuration file can bring bigger workload, so because the cost that needs the modification master routine to revise is bigger, in addition, in the process that master routine is made amendment, also can bring influence to the stability of master routine for the curing pattern, in order to guarantee that amended master routine can normally stable operation, also need additionally to do a large amount of work;
In addition, when needs increased new algorithm, the dynamic base except the new algorithm of needs encapsulation for the configuration file mode, also needed to change configuration file, and the parameter information of new algorithm is joined in the configuration file, therefore, also can cause maintenance cost to increase; Mode for solidifying also needs to revise master routine, adds the parameter information of new algorithm, so also can increase the workload of maintenance and influence the stability of master routine.
Moreover, for the configuration file mode, when implementing to dispose, need extra deployment configuration file, if configuration file is damaged or mistake is deleted phenomenon, also can cause master routine to move.
Summary of the invention
The technical matters that the present invention solves provides a kind of method and calling device that calls dynamic base, to solve the bigger problem of maintenance workload in the present technology.
For addressing the above problem, the invention provides a kind of method of calling dynamic base, comprising:
A. travel through the dynamic base of storing in the storage medium, load described dynamic base;
B. be received in the input parameter information chained list and the output parameter information chained list that form in the dynamic base;
C. according to the input parameter information in the described input parameter information chained list, obtain each input parameter value;
D. with described input parameter value according to the corresponding input parameter sequence of information in the input parameter information chained list, form the chained list of input parameter value;
E. the chained list with described input parameter value is input in the dynamic base of loading;
F. receive dynamic base and carry out the output parameter value chained list that output parameter value that the computation process of its inner model obtains forms, the order of the output parameter value in the described output parameter value chained list is consistent with corresponding output parameter sequence of information in the output parameter information chained list, obtains each output parameter value from described output parameter value chained list.
In said method, input parameter information and output parameter information comprise: parameter name, parameter type, relationship between parameters constraint, parameter default, the upper limit, lower limit and parametric description information.
In the said method, between steps A and step B, also comprise: when inquire described dynamic base when having expansion interface, obtain the modeling parameters information chained list that the parameter information of being used by modeling that forms is formed in dynamic base;
Receive modeling parameters value chained list, the parameter value order in the described modeling parameters value chained list is consistent with the corresponding modeling parameters sequence of information in the modeling parameters information chained list;
Receive historical data, the generation model coefficient is set up model, with the model modification set up in dynamic base.
In the said method, modeling parameters information comprises:
Parameter name, parameter default, the upper limit, lower limit and relationship between parameters constraint;
Parameter information in described input parameter information chained list and the output parameter information chained list puts in order and is specially: the parameter information order of arranging according to parameter name, parameter type, relationship between parameters constraint, parameter default, the upper limit, lower limit or parametric description information.
In the said method, also comprise: before steps A, in storage medium, increase new dynamic base.
In the said method, also comprise: before steps A, existing dynamic base in the updated stored medium.
The embodiment of the invention also provides a kind of calling device, comprising:
Loading attachment is used for traveling through the dynamic base that storage medium is stored, and loads described dynamic base;
Parameter information chained list receiving trap is used to be received in input parameter information chained list and the output parameter information chained list that forms in the dynamic base;
Input parameter value deriving means is used for the input parameter information according to described input parameter information chained list, obtains each input parameter value;
Input parameter value chained list forms device, is used for the corresponding input parameter sequence of information of described input parameter value according to the input parameter information chained list, forms the chained list of input parameter value;
Input parameter value input media is used for the chained list of described input parameter value is input to the dynamic base of loading;
Output parameter value chained list receiving trap, be used to receive dynamic base and carry out the output parameter value chained list that output parameter value that the computation process of its inner model obtains forms, the order of the output parameter value in the described output parameter value chained list is consistent with corresponding output parameter sequence of information in the output parameter information chained list;
The output parameter value deriving means is used for obtaining each output parameter value from described output parameter value chained list.
Because the dynamic base itself in the embodiment of the invention contains parameter information, and this information also can be obtained when calling dynamic base, realizing that calling dynamic base finishes in the process of operations such as further calculating, do not need to be provided with in advance configuration file in the prior art for another example, like this when changing original algorithm, as long as dynamic base is adjusted accordingly, do not need to change again in addition the content of configuration file, simultaneously when increasing new algorithm, only need the new dynamic base that comprises relevant parameter information is put in the storage medium, when traversal, just can load this new dynamic base like this.To sum up, the method that present embodiment provides can be saved greatly and be safeguarded required workload, in addition, owing to do not adopt the mode of configuration file, and so also can heighten the stability of master routine.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, to do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below, apparently, accompanying drawing in describing below is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is a kind of process flow diagram that calls the method for dynamic base that the embodiment of the invention one provides;
Fig. 2 is a kind of process flow diagram that calls the method for dynamic base that the embodiment of the invention two provides;
Fig. 3 is the synoptic diagram of a kind of calling device of providing of the embodiment of the invention three.
Embodiment
For the purpose, technical scheme and the advantage that make the embodiment of the invention clearer, below in conjunction with the accompanying drawing in the embodiment of the invention, technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that is obtained under the creative work prerequisite.
The embodiment of the invention provides a kind of method and calling device that calls dynamic base, in embodiments of the present invention, itself contains parameter information dynamic base, and this information also can be obtained when calling dynamic base, realizing that calling dynamic base finishes in the process of operations such as further calculating, do not need to be provided with in advance configuration file in the prior art for another example, like this when changing original algorithm, as long as dynamic base is adjusted accordingly, do not need to change again in addition the content of configuration file, simultaneously when increasing new algorithm, only need the new dynamic base that comprises relevant parameter information is put in the storage medium, when traversal, just can load this new dynamic base like this.To sum up, the method that present embodiment provides can be saved greatly and be safeguarded required workload, in addition, owing to do not adopt the mode of configuration file, and so also can heighten the stability of master routine.
The present invention is further illustrated below in conjunction with accompanying drawing.
Embodiment one
The embodiment of the invention one provides a kind of method of calling dynamic base, and as shown in Figure 1, this method specifically comprises the steps:
Step S101: the dynamic base of storing in the traversal storage medium, load dynamic base;
In actual applications, all dynamic base can be placed under the same catalogue in the above-mentioned storage medium, when increasing new algorithm, only need and will put in this catalogue according to the dynamic base of new algorithm encapsulation, in ergodic process, just can find this new dynamic base like this, and load.
Step S102: be received in the chained list of the input parameter information of forming by input parameter information that forms in the dynamic base and the chained list of the output parameter information formed by output parameter information;
Wherein, for each algorithm input and output parameter is arranged all, the corresponding dynamic storehouse also has input and output parameter, and when the encapsulation dynamic base, the input parameter information and the output parameter information that will comprise input and output parameter correlation information encapsulate within it.The input and output parameter information can comprise: parameter name, parameter type, relationship between parameters constraint, parameter default, the upper limit, lower limit and parametric description information etc.These parameter informations can be abstracted into a structure in advance, and the form with a structure is encapsulated in the dynamic base then.Carry out in dynamic base, input parameter information and output parameter information being formed chained list respectively initialized the time calling dynamic base, call for called side.
Each parameter information in input parameter information chained list and the output parameter information chained list puts in order and can adopt: the parameter information order of arranging according to parameter name, parameter type, relationship between parameters constraint, parameter default, the upper limit, lower limit or parametric description information.
Step S103:, obtain each input parameter value according to the input parameter information in the input parameter information chained list;
Step S104: all input parameter values that will obtain form input parameter value chained list according to the corresponding input parameter sequence of information in the input parameter information chained list;
Step S105: input parameter value chained list is input in the dynamic base of loading, and this dynamic base is carried out the computation process of its inner model, obtains output parameter value;
Wherein, comprise the computing of various mathematical relations in the model of dynamic base, finish the computing function of dynamic base in this step, realize calling the main purpose of dynamic base.
Step S106: output parameter value according to corresponding output parameter sequence of information in the output parameter information chained list, is formed the output parameter value chained list;
Step S107: receive the output parameter value chained list, obtain each output parameter value.
This shows that in the method that present embodiment provides, itself is packaged with parameter information dynamic base, and this information also can be obtained when calling dynamic base.Like this, realizing that calling dynamic base finishes in the process of operations such as further measurement, do not need to be provided with in advance configuration file in the prior art for another example, only need call dynamic base itself can finish predetermined purpose, simultaneously when changing original algorithm, as long as dynamic base is adjusted accordingly, do not need to change again in addition the content of configuration file; When increasing new algorithm, only need the new dynamic base that comprises relevant parameter information is put in the storage medium in addition, when traversal, just can load this new dynamic base like this.To sum up, the method that present embodiment provides can be saved the workload of maintenance greatly, and owing to only need safeguard dynamic base itself, does not need alternative document and master routine are changed, so also can improve the stability of program.
Embodiment two
The difference of present embodiment and embodiment one is to increase the step of utilizing historical data to carry out modeling.
As shown in Figure 2, this method comprises:
Step S201: the dynamic base of storing in the traversal storage medium, load dynamic base;
Step S202: the expansion interface of inquiry dynamic base, when having inquired expansion interface, execution in step S203, when not inquiring expansion interface, execution in step S206.
Step S203: obtain the modeling parameters information chained list that the parameter information of being used by modeling that forms is formed in dynamic base;
Wherein, in the present embodiment, introduced the step of in invoked procedure, carrying out modeling, this is because in practice, the coefficient that the formula of mathematical of a lot of algorithms is arranged is uncertain, need derive by the historical data that reality obtains, and the process of these coefficients of deriving is exactly the process of modeling.For example, least square method, fuzzy neural network algorithm all need carry out modeling by historical data.The method that modeling process is needed is placed in the expansion interface of dynamic base in the present embodiment, just can judge by the query expansion interface whether this dynamic base needs modeling like this, if do not need modeling then direct execution in step S206.
The parameter information that modeling is used can comprise parameter name, parameter default, the upper limit, lower limit and relationship between parameters constraint etc.
Modeling parameters information chained list in this step can call dynamic base to carry out forming initialized the time, and particularly, the dynamic base message block that modeling is used becomes chained list, calls for called side.
Step S204: receive modeling parameters value chained list, the parameter value order in this modeling parameters value chained list is consistent with the corresponding modeling parameters sequence of information in the modeling parameters information chained list;
Step S205: receive historical data, the generation model coefficient is set up model, with the model modification set up in dynamic base.
Step S206: be received in the chained list of the input parameter information of forming by input parameter information that forms in the dynamic base and the chained list of the output parameter information formed by output parameter information;
The input and output parameter information can comprise: parameter name, parameter type, relationship between parameters constraint, parameter default, the upper limit, lower limit and parametric description information etc.These parameter informations can be abstracted into a structure in advance, and the form with a structure is encapsulated in the dynamic base then.
Step S207:, obtain each input parameter value according to the input parameter information in the input parameter information chained list;
Step S208: all input parameter values that will obtain form input parameter value chained list according to the corresponding input parameter sequence of information in the input parameter information chained list;
Step S209: input parameter value chained list is input in the dynamic base of loading, and this dynamic base is carried out the computation process of its inner model, obtains output parameter value;
Wherein, the mathematical relation that encapsulate in the dynamic base this moment had both comprised original fixing algorithm, also may comprise the model corresponding algorithm of utilizing historical data to set up among the step S210.
Step S210: output parameter value according to corresponding output parameter sequence of information in the output parameter information chained list, is formed the output parameter value chained list;
Step S211: receive the output parameter value chained list, obtain each output parameter value.
To sum up, when the method among method that present embodiment two provides such as the embodiment one can be saved maintenance workload, can also provide convenience for carrying out modeling in the invoked procedure.
Embodiment three
Present embodiment three provides a kind of calling device, and as shown in Figure 3, this calling device 300 comprises:
Parameter information chained list receiving trap 302 is used to be received in input parameter information chained list and the output parameter information chained list that forms in the dynamic base;
Input parameter value deriving means 303 is used for the input parameter information according to described input parameter information chained list, obtains each input parameter value;
Input parameter value chained list forms device 304, is used for the corresponding input parameter sequence of information of described input parameter value according to the input parameter information chained list, forms the chained list of input parameter value;
Input parameter value input media 305 is used for the chained list of described input parameter value is input to the dynamic base of loading;
Output parameter value chained list receiving trap 306, be used to receive dynamic base and carry out the output parameter value chained list that output parameter value that the computation process of its inner model obtains forms, the order of the output parameter value in the described output parameter value chained list is consistent with corresponding output parameter sequence of information in the output parameter information chained list;
Output parameter value deriving means 307 is used for obtaining each output parameter value from described output parameter value chained list.
Below used specific case herein the principle and the embodiment of the embodiment of the invention are set forth, the explanation of above embodiment just is used to help to understand the method and the core concept thereof of the embodiment of the invention; Simultaneously, for one of ordinary skill in the art, according to the thought of the embodiment of the invention, the part that all can change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (7)
1. a method of calling dynamic base is characterized in that, comprising:
A. travel through the dynamic base of storing in the storage medium, load described dynamic base;
B. be received in the input parameter information chained list and the output parameter information chained list that form in the dynamic base;
C. according to the input parameter information in the described input parameter information chained list, obtain each input parameter value;
D. with described input parameter value according to the corresponding input parameter sequence of information in the input parameter information chained list, form the chained list of input parameter value;
E. the chained list with described input parameter value is input in the dynamic base of loading;
F. receive dynamic base and carry out the output parameter value chained list that output parameter value that the computation process of the model of encapsulation in it obtains forms, the order of the output parameter value in the described output parameter value chained list is consistent with corresponding output parameter sequence of information in the output parameter information chained list, obtains each output parameter value from described output parameter value chained list.
2. method according to claim 1 is characterized in that, described method also comprises:
Described input parameter information and output parameter information comprise:
Parameter name, parameter type, relationship between parameters constraint, parameter default, the upper limit, lower limit and parametric description information.
3. method according to claim 1 is characterized in that, described method also comprises:
Between steps A and step B,, obtain the modeling parameters information chained list that in dynamic base, forms when inquiring described dynamic base when having expansion interface;
Receive modeling parameters value chained list, the parameter value order in the described modeling parameters value chained list is consistent with the corresponding modeling parameters sequence of information in the modeling parameters information chained list;
Receive historical data, the generation model coefficient is set up model, with the model modification set up in dynamic base.
4. method according to claim 3 is characterized in that, described modeling parameters information comprises:
Parameter name, parameter default, the upper limit, lower limit and relationship between parameters constraint.
5. according to any described method in the claim 1 to 4, it is characterized in that described method also comprises:
Before steps A, in storage medium, increase new dynamic base.
6. according to any described method in the claim 1 to 4, it is characterized in that described method also comprises:
Before steps A, existing dynamic base in the updated stored medium.
7. a device that calls dynamic base is characterized in that, comprising:
Loading attachment is used for traveling through the dynamic base that storage medium is stored, and loads described dynamic base;
Parameter information chained list receiving trap is used to be received in input parameter information chained list and the output parameter information chained list that forms in the dynamic base;
Input parameter value deriving means is used for the input parameter information according to described input parameter information chained list, obtains each input parameter value;
Input parameter value chained list forms device, is used for the corresponding input parameter sequence of information of described input parameter value according to the input parameter information chained list, forms the chained list of input parameter value;
Input parameter value input media is used for the chained list of described input parameter value is input to the dynamic base of loading;
Output parameter value chained list receiving trap, be used to receive dynamic base and carry out the output parameter value chained list that output parameter value that the computation process of the model of encapsulation in it obtains forms, the order of the output parameter value in the described output parameter value chained list is consistent with corresponding output parameter sequence of information in the output parameter information chained list;
The output parameter value deriving means is used for obtaining each output parameter value from described output parameter value chained list.
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| CN102354275B (en) * | 2011-09-29 | 2015-04-08 | 深圳万兴信息科技股份有限公司 | Text input box and data processing method thereof |
| CN103559350A (en) * | 2013-10-31 | 2014-02-05 | 长城汽车股份有限公司 | Load file processing method and device of vehicle |
| CN110750291B (en) * | 2019-10-30 | 2023-06-23 | 苏州科达科技股份有限公司 | Edge device algorithm updating method, system, device and storage medium |
| CN114253240A (en) * | 2021-12-20 | 2022-03-29 | 中国电信股份有限公司 | Control method, device, equipment and storage medium for cloud industrial system equipment |
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