CN104537103A - Data processing method and device - Google Patents
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- CN104537103A CN104537103A CN201510015476.7A CN201510015476A CN104537103A CN 104537103 A CN104537103 A CN 104537103A CN 201510015476 A CN201510015476 A CN 201510015476A CN 104537103 A CN104537103 A CN 104537103A
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Abstract
The invention provides a data processing method and device. The data processing method includes the steps that when a first medical system receives isomerous data from a second medical system, according to a mapping relation model between the second medical system and the first medical system, the target mapping relation between the isomerous data and metadata in a standard data model in the first medical system is determined; according to the target mapping relation, the isomerous data are converted into target metadata mapped with the isomerous data. By means of the technical scheme, the different medical systems can be in seamless joint when integrated organically, and repeated code modification and repeated contract formulation are avoided, so that data exchange has the uniform standard and is high in efficiency and reusability.
Description
Technical field
The present invention relates to technical field of data processing, in particular to a kind of data processing method and a kind of data processing equipment.
Background technology
China Medical Informalization be one from the industry that last century, the nineties was born along with accounting computerization, at the beginning of birth, relevant information system only processes the medical institutions business relevant with finance such as purchase, sales and stock management of register, pre-pay gold, charge, clearing, medicine goods and materials, business is single, data processing, analysis are relatively simple, can meet financial management requirement at that time.After entering 21st century, Medical Informalization starts the development of demand to clinical workers such as doctors and nurses, be born many infosystems towards medical speciality successively, such as medical and nursing work station, checking information system, radiology information system, surgery anesthesia infosystem, rational use of medicines infosystem, Intensive Care Therapy infosystem etc., these infosystems provide medical order treatment, doctor's advice performs, Electronic Medical Record, case history Quality Control, checkout procedure electronization, irradiation image electronization, patient vital sign data's electronization, with the function such as the data interaction of Medical Devices electronization, realize the omnidistance case history electronization of patient, clinical case history is with no paper etc. facilitates patient, promote medical quality in hospital and medical safety, reduce medical treatment cost, reduce the great social effect of medical procedure error rate.
Because special information system more and more occurs commercially, medical institutions are at selection these special information systems when being arranged on by these special information systems in the Global Information environment of medical institutions, need by these special information systems and original infosystem carry out organically integrated, by the exchange of inter-system data with gather, reach the through object of overall operation flow in institute, thus making full use of the value of these infosystems, the Global Information for medical institutions makes maximum contribution.
But at present, these special information systems and original infosystem carry out organically integrated, when carrying out exchanges data, both sides need to pre-establish detailed contract, and then both sides do codes implement according to this contract, although can achieve the goal, but there is a lot of defect, be mainly listed below:
1. inefficiency: each system for multiple external system or multiple service, can formulate different contracts and codes implement, the human cost of meeting at substantial is periodically very long.
2. reusability is poor: when either party of contract both sides changes, all can bring the amendment of code to the other side, codes implement reusability is very poor.
3. standard disunity: the data standard disunity that both sides exchange, need provide conversion and the checking of data standard separately.
Therefore, how making different medical systems when carrying out organic integration, can slitless connection be realized, avoid repeatedly revising code, repeatedly formulate contract, thus the standard realizing exchanges data is unified, high-level efficiency and high reusable, becomes problem demanding prompt solution.
Summary of the invention
The present invention is just based on the problems referred to above, propose a kind of new technical scheme, different medical systems can be made when carrying out organic integration, slitless connection can be realized, avoid repeatedly revising code, repeatedly formulate contract, thus the standard realizing exchanges data is unified, high-level efficiency and high reusable.
In view of this, an aspect of of the present present invention proposes a kind of data processing method, for the treatment of the data in multiple medical system, described multiple medical system comprises the first medical system and the second medical system, described data processing method comprises: when described first medical system receives the isomeric data from described second medical system, according to the mapping relations model between described second medical system and described first medical system, determine the objective mapping relation of the metadata in described isomeric data and described first medical system Plays data model; According to described objective mapping relation, described isomeric data is converted into the target metadata mapped mutually with described isomeric data.
In this technical scheme, when receiving the isomeric data of the second medical system, by according to the mapping relations model between the second medical system and the first medical system, accurately can determine the objective mapping relation of the metadata in isomeric data and the first medical system Plays data model, and then isomeric data can be converted into the target metadata mapped mutually with isomeric data according to this objective mapping relation, avoid when the second medical system and the first medical system are carried out integrated, need to pre-set contract, and a series of codes relevant to this contract are set, and then when avoiding that arbitrary system changes in these two systems, all need to repeat to revise code, the problem of code utilization factor, and different medical systems can be made when carrying out organic integration by amendment and/or newly-built mapping relations model, fully realize the slitless connection of different system, avoid repeatedly revising code, repeatedly formulate contract, thus the standard realizing exchanges data between different system is unified, high-level efficiency and high reusable, wherein, described mapping relations model is pre-stored in described first medical system or independent of in other system outside described first medical system and described second system or module.
In technique scheme, preferably, described normal data model comprises: the content of described target metadata, the type of described target metadata, the codomain of described target metadata, the form of described target metadata; And before the objective mapping relation determining the metadata in described isomeric data and described first medical system Plays data model, described data processing method also comprises: according to the XML format standard in described first medical system, at least any one in the data structure of described isomeric data, data layout, data content is transformed, so that described isomeric data is converted into corresponding XML data structure, XML data form, XML data content.
In this technical scheme, the data standard that can identify due to the first medical system is the data of XML standard None-identified other standards, therefore, before the objective mapping relation determining the metadata in isomeric data and the first medical system Plays data model, need the data structure of isomeric data, data layout, data content is separately converted to XML data structure, XML data form, XML data content, and the data structure of isomeric data, data layout or data content can be various ways, as JSON, HL7Message (health information exchange unified messaging), Stream (referring to the media formats adopting the mode of stream transmission to play at Internet), the forms such as common data type.
In technique scheme, preferably, described mapping relations model comprises: at least one mapping relations between described second medical system and described first medical system, and all corresponding one of every bar mapping relations in described at least one mapping relations map lines, and it is described according to the mapping relations model between described second medical system and the first medical system, determine the objective mapping relation of the metadata in the normal data model of described isomeric data and described first medical system, specifically comprise: according to described at least one mapping relations between described second medical system and described first medical system and described isomeric data, determine the objective mapping relation of the metadata in the normal data model of described isomeric data and described first medical system.
In this technical scheme, all there are at least one mapping relations in the mapping relations model between each second medical system and the first medical system, and all there is predefined objective mapping relation with some metadata in the normal data model in current system in each isomeric data in each second medical system, therefore, by this isomeric data and these at least one mapping relations, can accurately determine objective mapping relation, prevent from determining by mistake and cause isomeric data being converted into wrong target metadata.
In technique scheme, preferably, according to the configuration order received, described at least one mapping relations are configured by visualization interface, and after the described at least one arbitrary mapping lines mapped in lines receive trigger action, for the appointment mapping relations configuration mapping ruler that described arbitrary mapping lines are corresponding, wherein, described mapping ruler comprises: the script processing rule corresponding with described appointment mapping relations, data cleansing rule or data conversion rule at least one rule, and described appointment mapping relations are arbitrary mapping relations in described at least one mapping relations.
In this technical scheme, by providing visualization interface in the first medical system, user and/or developer can be made to configure at least one mapping relations between each second medical system and the first medical system easily, and set up mapping relations model, the second medical system and the first medical system is made not to formulate contract and relevant a series of codes can realize slitless connection with contract by presetting, organic integration, like this, if any one system in the second medical system and the first medical system changes and/or in arbitrary system, data change, different medical systems can be made when carrying out organic integration by amendment and/or newly-built at least one mapping relations (i.e. mapping relations model), fully realize slitless connection, avoid repeatedly revising code, repeatedly formulate contract, thus the standard realizing exchanges data between different system is unified, high-level efficiency and high reusable,
Due to the target metadata in the normal data model in isomeric data and the first medical system, be not only the isomery on data layout, its implication also isomery, therefore, after these at least one arbitrary mapping lines mapped in lines receive trigger action, mapping ruler is configured by the appointment mapping relations corresponding for these arbitrary mapping lines, as script processing rule, data cleansing rule or data conversion rule, this isomeric data can be converted into up hill and dale the target data with the first medical system with optimum matching effect, the first medical system is avoided cannot accurately to identify this isomeric data, wherein, trigger action includes but not limited to: click, pull.
In technique scheme, preferably, described according to described objective mapping relation, described isomeric data is converted into the target metadata mapped mutually with described isomeric data, specifically comprise: after determining described objective mapping relation, transform described isomeric data by least one thread parallel; The parallel conversion results of each thread at least one thread described merged, to obtain described target metadata, wherein, the number of at least one thread described is less than or equal to maximum preset number of threads.
In this technical scheme, because bar mapping relations (objective mapping relation) every in mapping relations model are relatively independent, after determining objective mapping relation, this isomeric data is transformed by least one thread parallel, and the parallel conversion results of each thread in this at least one thread is merged, to obtain target metadata, then can improve the conversion rate of isomeric data, avoid using same thread transform isomeric data and cause isomeric data conversion rate excessively slow, current, maximum preset number of threads is less than or equal to by the number controlling at least one thread, then can prevent some isomeric datas from conversion process, taking too much thread, and increase the processing load of the first medical system.
According to a further aspect in the invention, also proposed a kind of data processing equipment, for the treatment of the data in multiple medical system, described multiple medical system comprises the first medical system and the second medical system, comprise: determining unit, when described first medical system receives the isomeric data from described second medical system, according to the mapping relations model between described second medical system and described first medical system, determine the objective mapping relation of the metadata in described isomeric data and described first medical system Plays data model; Conversion unit, according to described objective mapping relation, is converted into the target metadata mapped mutually with described isomeric data by described isomeric data.
In this technical scheme, when receiving the isomeric data of the second medical system, by according to the mapping relations model between the second medical system and the first medical system, accurately can determine the objective mapping relation of the metadata in isomeric data and the first medical system Plays data model, and then isomeric data can be converted into the target metadata mapped mutually with isomeric data according to this objective mapping relation, avoid when the second medical system and the first medical system are carried out integrated, need to pre-set contract, and a series of codes relevant to this contract are set, and then when avoiding that arbitrary system changes in these two systems, all need to repeat to revise code, the problem of code utilization factor, and different medical systems can be made when carrying out organic integration by amendment and/or newly-built mapping relations model, fully realize the slitless connection of different system, avoid repeatedly revising code, repeatedly formulate contract, thus the standard realizing exchanges data between different system is unified, high-level efficiency and high reusable.
In technique scheme, preferably, described normal data model comprises: the content of described target metadata, the type of described target metadata, the codomain of described target metadata, the form of described target metadata; And described conversion unit also for: before the mapping relations of the metadata in the normal data model determining described isomeric data and described first medical system, according to the XML format standard in described first medical system, at least any one in the data structure of described isomeric data, data layout, data content is transformed, so that described isomeric data is converted into corresponding XML data structure, XML data form, XML data content.
The data standard that can identify due to the first medical system is the data of XML standard None-identified other standards, therefore, before the objective mapping relation determining the metadata in isomeric data and the first medical system Plays data model, need the data structure of isomeric data, data layout, data content is separately converted to XML data structure, XML data form, XML data content, and the data structure of isomeric data, data layout or data content can be various ways, as JSON, HL7 Message (health information exchange unified messaging), Stream (referring to the media formats adopting the mode of stream transmission to play at Internet), the forms such as common data type.
In technique scheme, preferably, described mapping relations model comprises: at least one mapping relations between described second medical system and described first medical system, and all corresponding one of every bar mapping relations in described at least one mapping relations map lines, and described determining unit specifically for: according to described at least one mapping relations between described second medical system and described first medical system and described isomeric data, determine the objective mapping relation of the metadata in the normal data model of described isomeric data and described first medical system.
In this technical scheme, all there are at least one mapping relations in the mapping relations model between each second medical system and the first medical system, and all there is predefined objective mapping relation with some metadata in the normal data model in current system in each isomeric data in each second medical system, therefore, by this isomeric data and these at least one mapping relations, can accurately determine objective mapping relation, prevent from determining by mistake and cause isomeric data being converted into wrong target metadata.
In technique scheme, preferably, also comprise: dispensing unit, according to the configuration order received, described at least one mapping relations are configured by visualization interface, and described dispensing unit also for: after the described at least one arbitrary mapping lines mapped in lines receive trigger action, for the appointment mapping relations configuration mapping ruler that described arbitrary mapping lines are corresponding, wherein, described mapping ruler comprises: the script processing rule corresponding with described appointment mapping relations, data cleansing rule or data conversion rule at least one rule, and described appointment mapping relations are arbitrary mapping relations in described at least one mapping relations.
In this technical scheme, by providing visualization interface in the first medical system, user and/or developer can be made to configure at least one mapping relations between each second medical system and the first medical system easily, and set up mapping relations model, the second medical system and the first medical system is made not to formulate contract and relevant a series of codes can realize slitless connection with contract by presetting, organic integration, like this, if any one system in the second medical system and the first medical system changes and/or in arbitrary system, data change, different medical systems can be made when carrying out organic integration by amendment and/or newly-built at least one mapping relations (i.e. mapping relations model), fully realize slitless connection, avoid repeatedly revising code, repeatedly formulate contract, thus the standard realizing exchanges data between different system is unified, high-level efficiency and high reusable,
Due to the target metadata in the normal data model in isomeric data and the first medical system, be not only the isomery on data layout, its implication also isomery, therefore, after these at least one arbitrary mapping lines mapped in lines receive trigger action, mapping ruler is configured by the appointment mapping relations corresponding for these arbitrary mapping lines, as script processing rule, data cleansing rule or data conversion rule, this isomeric data can be converted into up hill and dale the target data with the first medical system with optimum matching effect, the first medical system is avoided cannot accurately to identify this isomeric data, wherein, trigger action includes but not limited to: click, pull.
In technique scheme, preferably, described conversion unit specifically for: after determining described objective mapping relation, transform described isomeric data by least one thread parallel; The parallel conversion results of each thread at least one thread described merged, to obtain described target metadata, wherein, the number of at least one thread described is less than or equal to maximum preset number of threads.
In this technical scheme, because bar mapping relations (objective mapping relation) every in mapping relations model are relatively independent, after determining objective mapping relation, this isomeric data is transformed by least one thread parallel, and the parallel conversion results of each thread in this at least one thread is merged, to obtain target metadata, then can improve the conversion rate of isomeric data, avoid using same thread transform isomeric data and cause isomeric data conversion rate excessively slow, current, maximum preset number of threads is less than or equal to by the number controlling at least one thread, then can prevent some isomeric datas from conversion process, taking too much thread, and increase the processing load of the first medical system.
By technical scheme of the present invention, different medical systems can being made when carrying out organic integration, can slitless connection be realized, avoid repeatedly revising code, repeatedly formulate contract, thus the standard realizing exchanges data is unified, high-level efficiency and high reusable.
Accompanying drawing explanation
Fig. 1 shows the schematic flow sheet of data processing method according to an embodiment of the invention;
Fig. 2 shows the block diagram of data processing equipment according to an embodiment of the invention;
Fig. 3 shows the structural representation of data processing equipment according to another embodiment of the invention;
Fig. 4 shows the sectional drawing of the physical model of the normal data model assembly in the data processing equipment in Fig. 3;
Fig. 5 shows the interface sectional drawing of the mapping relations parts configuration mapping relations in the data processing equipment in Fig. 3;
Fig. 6 shows in Fig. 5 the interface sectional drawing of the mapping ruler configuring mapping relations;
Fig. 7 shows the sectional drawing of the principle of work of the mapping processing engine in the data processing equipment in Fig. 3.
Embodiment
In order to more clearly understand above-mentioned purpose of the present invention, feature and advantage, below in conjunction with the drawings and specific embodiments, the present invention is further described in detail.It should be noted that, when not conflicting, the feature in the embodiment of the application and embodiment can combine mutually.
Set forth a lot of detail in the following description so that fully understand the present invention; but; the present invention can also adopt other to be different from other modes described here and implement, and therefore, protection scope of the present invention is not by the restriction of following public specific embodiment.
Fig. 1 shows the schematic flow sheet of data processing method according to an embodiment of the invention.
As shown in Figure 1, data processing method according to an embodiment of the invention, for the treatment of the data in multiple medical system, described multiple medical system comprises the first medical system and the second medical system, described data processing method comprises: step 102, when described first medical system receives the isomeric data from the second medical system, according to the mapping relations model between described second medical system and the first medical system, determine the objective mapping relation of the metadata in described isomeric data and described first medical system Plays data model; Step 104, according to described objective mapping relation, is converted into the target metadata mapped mutually with described isomeric data by described isomeric data.
In this technical scheme, when receiving the isomeric data of the second medical system, by according to the mapping relations model between the second medical system and the first medical system, accurately can determine the objective mapping relation of the metadata in isomeric data and the first medical system Plays data model, and then isomeric data can be converted into the target metadata mapped mutually with isomeric data according to this objective mapping relation, avoid when the second medical system and the first medical system are carried out integrated, need to pre-set contract, and a series of codes relevant to this contract are set, and then when avoiding that arbitrary system changes in these two systems, all need to repeat to revise code, the problem of code utilization factor, and different medical systems can be made when carrying out organic integration by amendment and/or newly-built mapping relations model, fully realize the slitless connection of different system, avoid repeatedly revising code, repeatedly formulate contract, thus the standard realizing exchanges data between different system is unified, high-level efficiency and high reusable.
In technique scheme, preferably, described normal data model comprises: the content of described target metadata, the type of described target metadata, the codomain of described target metadata, the form of described target metadata; And before the objective mapping relation determining the metadata in described isomeric data and described first medical system Plays data model, also comprise: according to the XML format standard in described first medical system, at least any one in the data structure of described isomeric data, data layout, data content is transformed, so that described isomeric data is converted into corresponding XML data structure, XML data form, XML data content.
In this technical scheme, the data standard that can identify due to the first medical system is the data of XML standard None-identified other standards, therefore, before the objective mapping relation determining the metadata in isomeric data and the first medical system Plays data model, need the data structure of isomeric data, data layout, data content is separately converted to XML data structure, XML data form, XML data content, and the data structure of isomeric data, data layout or data content can be various ways, as JSON, HL7 Message (health information exchange unified messaging), Stream (referring to the media formats adopting the mode of stream transmission to play at Internet), the forms such as common data type.
In technique scheme, preferably, described mapping relations model comprises: at least one mapping relations between described second medical system and described first medical system, and all corresponding one of every bar mapping relations in described at least one mapping relations map lines, and it is described according to the mapping relations model between described second medical system and the first medical system, determine the objective mapping relation of the metadata in the normal data model of described isomeric data and described first medical system, specifically comprise: according to described at least one mapping relations between described second medical system and described first medical system and described isomeric data, determine the objective mapping relation of the metadata in the normal data model of described isomeric data and described first medical system.
In this technical scheme, all there are at least one mapping relations in the mapping relations model between each second medical system and the first medical system, and all there is predefined objective mapping relation with some metadata in the normal data model in current system in each isomeric data in each second medical system, therefore, by this isomeric data and these at least one mapping relations, can accurately determine objective mapping relation, prevent from determining by mistake and cause isomeric data being converted into wrong target metadata.
In technique scheme, preferably, according to the configuration order received, described at least one mapping relations are configured by visualization interface, and after the described at least one arbitrary mapping lines mapped in lines receive trigger action, for the appointment mapping relations configuration mapping ruler that described arbitrary mapping lines are corresponding, wherein, described mapping ruler comprises: the script processing rule corresponding with described appointment mapping relations, data cleansing rule or data conversion rule at least one rule, and described appointment mapping relations are arbitrary mapping relations in described at least one mapping relations.
In this technical scheme, by providing visualization interface in the first medical system, user and/or developer can be made to configure at least one mapping relations between each second medical system and the first medical system easily, and set up mapping relations model, the second medical system and the first medical system is made not to formulate contract and relevant a series of codes can realize slitless connection with contract by presetting, organic integration, like this, if any one system in the second medical system and the first medical system changes and/or in arbitrary system, data change, different medical systems can be made when carrying out organic integration by amendment and/or newly-built at least one mapping relations (i.e. mapping relations model), fully realize slitless connection, avoid repeatedly revising code, repeatedly formulate contract, thus the standard realizing exchanges data between different system is unified, high-level efficiency and high reusable,
Due to the target metadata in the normal data model in isomeric data and the first medical system, be not only the isomery on data layout, its implication also isomery, therefore, after these at least one arbitrary mapping lines mapped in lines receive trigger action, mapping ruler is configured by the appointment mapping relations corresponding for these arbitrary mapping lines, as script processing rule, data cleansing rule or data conversion rule, this isomeric data can be converted into up hill and dale the target data with the first medical system with optimum matching effect, the first medical system is avoided cannot accurately to identify this isomeric data, wherein, trigger action includes but not limited to: click, pull.
In technique scheme, preferably, described according to described objective mapping relation, described isomeric data is converted into the target metadata mapped mutually with described isomeric data, specifically comprise: after determining described objective mapping relation, transform described isomeric data by least one thread parallel; The parallel conversion results of each thread at least one thread described merged, to obtain described target metadata, wherein, the number of at least one thread described is less than or equal to maximum preset number of threads.
In this technical scheme, because bar mapping relations (objective mapping relation) every in mapping relations model are relatively independent, after determining objective mapping relation, this isomeric data is transformed by least one thread parallel, and the parallel conversion results of each thread in this at least one thread is merged, to obtain target metadata, then can improve the conversion rate of isomeric data, avoid using same thread transform isomeric data and cause isomeric data conversion rate excessively slow, current, maximum preset number of threads is less than or equal to by the number controlling at least one thread, then can prevent some isomeric datas from conversion process, taking too much thread, and increase the processing load of the first medical system.
Fig. 2 shows the block diagram of data processing equipment according to an embodiment of the invention.
As shown in Figure 2, data processing equipment 200 according to an embodiment of the invention, for the treatment of the data in multiple medical system, described multiple medical system comprises the first medical system and the second medical system, described data processing equipment comprises: determining unit 202, when described first medical system receives the isomeric data from the second medical system, according to the mapping relations model between described second medical system and the first medical system, determine the objective mapping relation of the metadata in described isomeric data and described first medical system Plays data model; Conversion unit 204, according to described objective mapping relation, is converted into the target metadata mapped mutually with described isomeric data by described isomeric data.
In this technical scheme, when receiving the isomeric data of the second medical system, by according to the mapping relations model between the second medical system and the first medical system, accurately can determine the objective mapping relation of the metadata in isomeric data and the first medical system Plays data model, and then isomeric data can be converted into the target metadata mapped mutually with isomeric data according to this objective mapping relation, avoid when the second medical system and the first medical system are carried out integrated, need to pre-set contract, and a series of codes relevant to this contract are set, and then when avoiding that arbitrary system changes in these two systems, all need to repeat to revise code, the problem of code utilization factor, and different medical systems can be made when carrying out organic integration by amendment and/or newly-built mapping relations model, fully realize the slitless connection of different system, avoid repeatedly revising code, repeatedly formulate contract, thus the standard realizing exchanges data between different system is unified, high-level efficiency and high reusable.
In technique scheme, preferably, described normal data model comprises: the content of described target metadata, the type of described target metadata, the codomain of described target metadata, the form of described target metadata; And described conversion unit 204 also for: before the mapping relations of the metadata in the normal data model determining described isomeric data and described first medical system, according to the XML format standard in described first medical system, at least any one in the data structure of described isomeric data, data layout, data content is transformed, so that described isomeric data is converted into corresponding XML data structure, XML data form, XML data content.
The data standard that can identify due to the first medical system is the data of XML standard None-identified other standards, therefore, before the objective mapping relation determining the metadata in isomeric data and the first medical system Plays data model, need the data structure of isomeric data, data layout, data content is separately converted to XML data structure, XML data form, XML data content, and the data structure of isomeric data, data layout or data content can be various ways, as JSON, HL7 Message (health information exchange unified messaging), Stream (referring to the media formats adopting the mode of stream transmission to play at Internet), the forms such as common data type.
In technique scheme, preferably, described mapping relations model comprises: at least one mapping relations between described second medical system and described first medical system, and all corresponding one of every bar mapping relations in described at least one mapping relations map lines, and described determining unit 202 specifically for: according to described at least one mapping relations between described second medical system and described first medical system and described isomeric data, determine the objective mapping relation of the metadata in the normal data model of described isomeric data and described first medical system.
In this technical scheme, all there are at least one mapping relations in the mapping relations model between each second medical system and the first medical system, and all there is predefined objective mapping relation with some metadata in the normal data model in current system in each isomeric data in each second medical system, therefore, by this isomeric data and these at least one mapping relations, can accurately determine objective mapping relation, prevent from determining by mistake and cause isomeric data being converted into wrong target metadata.
In technique scheme, preferably, also comprise: dispensing unit 206, according to the configuration order received, described at least one mapping relations are configured by visualization interface, and described dispensing unit 206 also for: after the described at least one arbitrary mapping lines mapped in lines receive trigger action, for the appointment mapping relations configuration mapping ruler that described arbitrary mapping lines are corresponding, wherein, described mapping ruler comprises: the script processing rule corresponding with described appointment mapping relations, data cleansing rule or data conversion rule at least one rule, and described appointment mapping relations are arbitrary mapping relations in described at least one mapping relations.
In this technical scheme, by providing visualization interface in the first medical system, user and/or developer can be made to configure at least one mapping relations between each second medical system and the first medical system easily, and set up mapping relations model, the second medical system and the first medical system is made not to formulate contract and relevant a series of codes can realize slitless connection with contract by presetting, organic integration, like this, if any one system in the second medical system and the first medical system changes and/or in arbitrary system, data change, different medical systems can be made when carrying out organic integration by amendment and/or newly-built at least one mapping relations (i.e. mapping relations model), fully realize slitless connection, avoid repeatedly revising code, repeatedly formulate contract, thus the standard realizing exchanges data between different system is unified, high-level efficiency and high reusable,
Due to the target metadata in the normal data model in isomeric data and the first medical system, be not only the isomery on data layout, its implication also isomery, therefore, after these at least one arbitrary mapping lines mapped in lines receive trigger action, mapping ruler is configured by the appointment mapping relations corresponding for these arbitrary mapping lines, as script processing rule, data cleansing rule or data conversion rule, this isomeric data can be converted into up hill and dale the target data with the first medical system with optimum matching effect, the first medical system is avoided cannot accurately to identify this isomeric data, wherein, trigger action includes but not limited to: click, pull.
In technique scheme, preferably, described conversion unit 204 specifically for: after determining described objective mapping relation, transform described isomeric data by least one thread parallel; The parallel conversion results of each thread at least one thread described merged, to obtain described target metadata, wherein, the number of at least one thread described is less than or equal to maximum preset number of threads.
In this technical scheme, because bar mapping relations (objective mapping relation) every in mapping relations model are relatively independent, after determining objective mapping relation, this isomeric data is transformed by least one thread parallel, and the parallel conversion results of each thread in this at least one thread is merged, to obtain target metadata, then can improve the conversion rate of isomeric data, avoid using same thread transform isomeric data and cause isomeric data conversion rate excessively slow, current, maximum preset number of threads is less than or equal to by the number controlling at least one thread, then can prevent some isomeric datas from conversion process, taking too much thread, and increase the processing load of the first medical system.
Fig. 3 shows the structural representation of data processing equipment according to another embodiment of the invention; Fig. 4 shows the sectional drawing of the physical model of the master pattern parts in the data processing equipment in Fig. 3; Fig. 5 shows the interface sectional drawing of the mapping relations parts configuration mapping relations in the data processing equipment in Fig. 3; Fig. 6 shows in Fig. 5 the interface sectional drawing of the mapping ruler configuring mapping relations; Fig. 7 shows the sectional drawing of the principle of work of the mapping processing engine in the data processing equipment in Fig. 3.
Technical scheme of the present invention is described in detail below in conjunction with Fig. 3 to Fig. 7:
As shown in Figure 3, the data processing equipment 300 of a root embodiment of the present invention, comprise: master pattern parts 302, isomeric data standardized component 304, mapping relations parts 306 and mapping processing engine parts 308, and data processing equipment 300 (i.e. isomeric data docking facilities) is generally used in ESB ESB.It mainly solves the slitless connection between prior each system not developing service according to unified contract.Use this device, system and external system interaction logic only need to realize once, and want mutual how changing method, system without the need to paying close attention to, and reach farthest multiplexing.
In actual applications, it is in the key link mutual with external system:
1) route requests (or response) external system link: before request or response, by this isomeric data docking facilities, by master pattern data processing isomeric data type and form needed for external system.
2) external system request (or response) link: after being asked or responding, by this isomeric data docking facilities, isomeric data type and form are treated to master pattern data.
The principle of work of each parts in data processing equipment 300 is described in detail below in conjunction with Fig. 4 to Fig. 7:
Master pattern parts (302): desired data metamessage in definition docking operation, and the type of data element, codomain, the information such as form; Definition master pattern, a kind of master pattern comprises some data element information, and as shown in Figure 4, this physical model is equivalent to the normal data model in claim to its physical model.
Isomeric data standardized component (304): be responsible for isomeric data standardization.XML standard is transferred to by unified to JSON, HL7Message, Stream, common data type etc.
Mapping relations parts (306): be responsible for providing visualization interface, with pulling mode, C1 and C2 is carried out mapping relations configuration (mapping), and support the definition of the rule such as custom script, data cleansing, generate mapping relations model and store.
Map processing engine parts (308): based on mapping relations model, by high-performance algorithm, fast the conversion of legitimacy School Affairs is carried out to isomeric data.
Each parts realize being described below:
Master pattern parts (302), the physical model (i.e. normal data model) in master pattern parts (302) as shown in Figure 4:
Its function list is as shown in table 1 below:
Table 1
2. isomeric data standardized component (304):
Isomeric data standardized component 304 provides one group of service interface, isomeric data uniform format is converted into the XML standard of docking facilities.The structure that docking facilities specifies XML standard to allow by XML Schema and content, and can check accordingly transform after standard whether effective.
Realize as shown in table 2 below for data in different formats conversion:
Table 2
3. mapping relations parts (306):
Mapping relations parts 306 provide the configuration of mapping relations mainly through interface, the parameter received is transferred to XML standard by isomeric data standardized component 304, by left and right connection mode, map with master pattern parts 302 partial model, examples of interfaces is as shown in Figure 5: wherein the line of a band arrow is mapping relations, namely one group of mapping relations defines mapping relations model, double-click and map lines, can continue to configure mapping ruler, mapping ruler comprises script process, data cleansing or conversion etc.Rule interface is as shown in Figure 6: treat that all mappings configuration is complete, click " confirmation ", can by mapping relations model storage in database.
4. map processing engine (308)
Map the core algorithm that processing engine (308) parts are whole devices, in operational process, data constantly can carry out mapping calculation by mapping processing engine (308), and the reliability of mapping processing engine (308) and efficiency determine the stability of device.
Based on above analysis, the parallel algorithm based on multithreading is have employed in Design and implementation process, computation model (mapping relations model) is produced by mapping processing engine (308) parts, because each mapping relations is relatively independent in mapping relations model, article one, mapping relations are removable is divided into independently multiple calculation task, adopt distributed algorithm, control multiple task to be executed in parallel, execute and remerge execution result, just the isomeric data that mapping relations parts 306 receive can be converted into the target metadata in the physical model (i.e. normal data model) of master pattern parts 302, and the sectional drawing of the principle of work of engine signal as shown in Figure 7: all will calculate initialization computational threads in each implementation, total number of threads can be used to be called concurrency, concurrency can not exceed the predefined maximal value of system, release thread resources that can be very fast after thread computes completes.
More than be described with reference to the accompanying drawings technical scheme of the present invention, different medical systems can being made when carrying out organic integration, can slitless connection be realized, avoid repeatedly revising code, repeatedly formulate contract, thus the standard realizing exchanges data is unified, high-level efficiency and high reusable.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a data processing method, for the treatment of the data in multiple medical system, described multiple medical system comprises the first medical system and the second medical system, it is characterized in that, described data processing method comprises:
When described first medical system receives the isomeric data from described second medical system, according to the mapping relations model between described second medical system and described first medical system, determine the objective mapping relation of the metadata in described isomeric data and described first medical system Plays data model;
According to described objective mapping relation, described isomeric data is converted into the target metadata mapped mutually with described isomeric data.
2. data processing method according to claim 1, is characterized in that,
Described normal data model comprises:
The content of described target metadata, the type of described target metadata, the codomain of described target metadata, the form of described target metadata; And
Before the objective mapping relation determining the metadata in described isomeric data and described first medical system Plays data model, described data processing method also comprises:
According to the XML format standard in described first medical system, at least any one in the data structure of described isomeric data, data layout, data content is transformed, so that described isomeric data is converted into corresponding XML data structure, XML data form, XML data content.
3. data processing method according to claim 1 and 2, is characterized in that,
Described mapping relations model comprises: at least one mapping relations between described second medical system and described first medical system, and all corresponding one of every bar mapping relations in described at least one mapping relations map lines; And
Described according to the mapping relations model between described second medical system and the first medical system, determine the objective mapping relation of the metadata in the normal data model of described isomeric data and described first medical system, specifically comprise:
According to described at least one mapping relations between described second medical system and described first medical system and described isomeric data, determine the objective mapping relation of the metadata in the normal data model of described isomeric data and described first medical system.
4. data processing method according to claim 3, is characterized in that,
According to the configuration order received, configure described at least one mapping relations by visualization interface, and
After the described at least one arbitrary mapping lines mapped in lines receive trigger action, for the appointment mapping relations configuration mapping ruler that described arbitrary mapping lines are corresponding, wherein, described mapping ruler comprises: at least one rule in the script processing rule corresponding with described appointment mapping relations, data cleansing rule or data conversion rule, and described appointment mapping relations are arbitrary mapping relations in described at least one mapping relations.
5. data processing method according to claim 3, is characterized in that,
Described according to described objective mapping relation, described isomeric data is converted into the target metadata mapped mutually with described isomeric data, specifically comprises:
After determining described objective mapping relation, transform described isomeric data by least one thread parallel;
The parallel conversion results of each thread at least one thread described merged, to obtain described target metadata, wherein, the number of at least one thread described is less than or equal to maximum preset number of threads.
6. a data processing equipment, for the treatment of the data in multiple medical system, described multiple medical system comprises the first medical system and the second medical system, it is characterized in that, described data processing equipment comprises:
Determining unit, when described first medical system receives the isomeric data from described second medical system, according to the mapping relations model between described second medical system and described first medical system, determine the objective mapping relation of the metadata in described isomeric data and described first medical system Plays data model;
Conversion unit, according to described objective mapping relation, is converted into the target metadata mapped mutually with described isomeric data by described isomeric data.
7. data processing equipment according to claim 6, is characterized in that,
Described normal data model comprises:
The content of described target metadata, the type of described target metadata, the codomain of described target metadata, the form of described target metadata; And
Described conversion unit also for:
Before the mapping relations of the metadata in the normal data model determining described isomeric data and described first medical system, according to the XML format standard in described first medical system, at least any one in the data structure of described isomeric data, data layout, data content is transformed, so that described isomeric data is converted into corresponding XML data structure, XML data form, XML data content.
8. the data processing equipment according to claim 6 or 7, is characterized in that,
Described mapping relations model comprises: at least one mapping relations between described second medical system and described first medical system, and all corresponding one of every bar mapping relations in described at least one mapping relations map lines, and
Described determining unit specifically for:
According to described at least one mapping relations between described second medical system and described first medical system and described isomeric data, determine the objective mapping relation of the metadata in the normal data model of described isomeric data and described first medical system.
9. data processing equipment according to claim 8, is characterized in that, also comprises:
Dispensing unit, according to the configuration order received, configures described at least one mapping relations by visualization interface, and
Described dispensing unit also for: after the described at least one arbitrary mapping lines mapped in lines receive trigger action, for the appointment mapping relations configuration mapping ruler that described arbitrary mapping lines are corresponding, wherein, described mapping ruler comprises: at least one rule in the script processing rule corresponding with described appointment mapping relations, data cleansing rule or data conversion rule, and described appointment mapping relations are arbitrary mapping relations in described at least one mapping relations.
10. data processing equipment according to claim 8, is characterized in that,
Described conversion unit specifically for:
After determining described objective mapping relation, transform described isomeric data by least one thread parallel;
The parallel conversion results of each thread at least one thread described merged, to obtain described target metadata, wherein, the number of at least one thread described is less than or equal to maximum preset number of threads.
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