CN117592687A - Uniform access method and system for heterogeneous resources in medical and health field - Google Patents
Uniform access method and system for heterogeneous resources in medical and health field Download PDFInfo
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Abstract
The invention discloses a uniform access method and a uniform access system for heterogeneous resources in the medical and health field, wherein the method comprises the following steps: s1, configuring resources for a acquirer: registering or logging in a platform to acquire resource calling rights endowed by a platform manager; s2, configuring resource metadata: filling metadata of medical and health resources according to templates or user definition; s3, configuring resource keep-alive: designing keep-alive mechanisms aiming at different resources; s4, configuring resource authentication: designing authentication mechanisms aiming at different required resources; s5, configuring unified call resource capacity; s6, calling resources: the resource calling party selects through the visual resource information provided by the platform, the platform returns the address of the resource and the method for calling the resource, and the resource calling party positions the resource through the address of the resource and uses the method for calling the resource to call the resource; s7, evaluating the resources. The invention can effectively improve the working efficiency of resource invoker, also can improve the utilization rate of each resource and reduce the cost of repeated development.
Description
Technical Field
The invention relates to the field of data resource management, in particular to a uniform access method and system for heterogeneous resources in the field of medical and health.
Background
The enhancement of the management of the data resources is an informatization development trend, and the utilization rate and the value of the data resources can be improved. For example, chinese patent document with publication number CN116546095a discloses a trusted sharing system for integrating resources of different smart communities, which can effectively integrate resources of different smart communities, so that data can be timely shared, and the management effect of the smart communities can be improved. The Chinese patent document with publication number of CN103793399A discloses a political system information resource integration method, which comprises data acquisition and storage, data resource processing, data service and data resource management, integrates information resources from different platforms and different formats, realizes serialization, sharing and coordination of the information resources, and further expands the application field of the information resources and the mining of information value.
At present, various services developed by the fields of medical treatment, aged care and rehabilitation care aiming at the old people are gradually increased. The problems of repeated collection of data resources, repeated manufacture of similar components of service resources and imperceptible resources of the prior art occur when business is carried out between the same fields and between different fields.
Meanwhile, data resources, service resources and technical resources in the medical, aged and rehabilitation fields do not have uniform formats in the access process, the data resources are usually structured, and the formats represented by data types and numbers and understood by a computer are adopted; the service resources are either online services that can be programmed into executable files or some offline developed services that exist in the computer only in text descriptions; technical resources are more biased towards surgical procedures or manipulations unique to certain institutions in off-line medical or rehabilitation, and often exist only as textual descriptions in computers. When the three resources need to be integrated or called, no method for unifying the three resources exists at present.
At present, a platform has not yet appeared and can unify different heterogeneous resources in medical treatment, endowment and rehabilitation nursing fields, and the business in each field still is in the condition of self data collection, self construction service and technique, has certain extravagant and inefficiency situation.
In order to improve the repeated use rate of resources and improve the creation speed of new services for future service innovation so as to solve the problems existing in the existing services, a method and a platform capable of integrating heterogeneous resources in different fields are needed.
Disclosure of Invention
The invention provides a uniform access method and a uniform access system for heterogeneous resources in the medical and health field, which can realize rapid access of non-resources and improve the utilization rate of medical and health resources and the development efficiency of medical and health services.
A uniform access method for heterogeneous resources in the medical and health field comprises the following steps:
s1, configuring resources for a acquirer: registering or logging in a platform to acquire resource calling rights endowed by a platform manager;
s2, configuring resource metadata: filling metadata of medical and health resources according to templates or user definitions to realize unified access and management of medical and health heterogeneous resources;
wherein the metadata includes at least: a resource name; a resource holder name; whether the resource is an on-line resource or an off-line resource; whether the type of resource is data, service or technology; an address of the resource; a method for calling the resource; calling parameters required by resources and returned parameters; frequency of resource keep-alive; invoking rights required by the resource; reserving an expansion field;
s3, configuring resource keep-alive: designing keep-alive mechanisms aiming at different resources;
s4, configuring resource authentication: designing authentication mechanisms aiming at different required resources;
s5, configuring unified call resource capability: generating a uniform resource caller, automatically generating a program for calling the resource by using a corresponding code template according to the resource metadata, and shielding specific calling details;
s6, calling resources: the resource calling party selects visual resource information provided by the platform, the platform unifies the resource calling character, and the resource calling party calls the resource by accessing the unifying resource calling character;
s7, evaluating resources: and establishing an evaluation score of medical and health resources.
Further, the specific process of step S1 is as follows:
s11, requiring a resource caller or a resource provider to log in to acquire the authority of a logger from a database; if the permission adjustment is needed, the platform manager is contacted to acquire the permission.
S12, if the resource caller or the resource provider is not registered, registering is carried out first, and the default is the lowest authority.
In step S2, the resource provider selects a corresponding metadata filling template according to whether the resource is on-line or off-line; according to the types of the resources, namely data resources, service resources and technical resources, further selecting corresponding metadata filling templates; the platform is also provided with a template aiming at the specific resource, and the corresponding metadata is selected to fill in the template according to the specific resource type;
if the provided metadata filling templates cannot meet the requirements, the resource provider uses the custom filling templates to fill in.
The specific process of step S3 is as follows:
s31, for online resources, the online resources are micro-servitized by a resource provider and registered in a registration center provided by a platform, and keep-alive supervision is performed by sending a heartbeat packet;
s32, for the online resource or the offline resource which cannot be micro-serviced, the resource provider provides keep-alive modes and rules, including: the method comprises the steps of providing contact ways to enable a resource caller to communicate with a resource holder in time to explore the available state of the resource, and enabling the resource provider to send the latest state of the held resource to a platform management side according to keep-alive frequency in a template and enabling the platform management side to update the latest state of the resource.
The specific process of step S4 is:
s41, performing authority control on roles of calling resources in a platform, wherein some resources with special calling requirements are provided with authority requirements by a resource provider, the resources can not be called by resource calling parties lower than the requirements, the information of high-authority resources can not be seen by the resource calling parties lower than the authority requirements, and the existence of the high-authority resources can not be perceived;
s42, the platform carries out security identification on the callable resources, and requires a resource provider to provide a summary of the resources, specifically: if the online resource is provided with binary or source code, forming a digest by a hashing method; if the micro service is provided, providing a summary according to a specific transmission protocol; if the video is offline, the video is required to be shot as a summary by a resource provider.
The specific process of step S5 is:
s51, generating a uniform resource caller, wherein the platform generates a unique resource caller for each resource to be called by the resource caller, and the uniform resource caller uniformly characterizes all the types of resources by one symbol, and simultaneously completes uniform access and call of the resources, wherein the format is as follows: platform domain name/randomly generated nine characters/calling method names;
s52, generating a resource calling program according to the code template corresponding to the metadata, and calling the resource calling program when the resource caller accesses the resource calling program so as to shield specific calling details. The specific process of step 76 is:
the resource calling party evaluates the resource after calling the resource, specifically, the cost of calling the resource, the speed of calling the resource and the quality of the called resource, then generates a comprehensive score, and the platform recommends the resource according to different dimensions when other calling parties call similar resources next time.
The invention also provides a uniform access system for heterogeneous resources in the medical and health field, which comprises the following steps: the medical health resource management module, the resource evaluation module and the resource discovery module;
the medical health resource management module is used for uniformly accessing and managing medical health resources, and comprises a resource name, a resource holder name, whether the resources are on-line resources or off-line resources, whether the types of the resources are data, service or technology, addresses of the resources, a method for calling the resources, parameters for calling the needs of the resources, returned parameters, a resource keep-alive frequency, rights for calling the resources, reserved expansion fields, uniform resource invokers and specific programs corresponding to the resource call;
the resource evaluation module is used for evaluating the cost, quality and speed of the use of medical and health resources and generating a comprehensive evaluation score for the resource discovery module to serve as a sequencing basis;
the resource discovery module is used for searching specific resources by a resource calling party or giving recommendation when certain types of resources are called.
The invention also provides a medical and health field heterogeneous resource unified access system, which comprises a memory and one or more processors, wherein executable codes are stored in the memory, and the one or more processors are used for realizing the medical and health field heterogeneous resource unified access method when executing the executable codes.
Compared with the prior art, the invention has the following beneficial effects:
1. the invention improves the problems that various resources related to the invention have field diversification due to different resource types, the data structures of various resources do not have uniform format in the process of accessing, and uniform access is difficult to carry out in the prior art; the unified processing is carried out on the resource metadata, and the access format of the heterogeneous resources is defined, wherein the unified processing is carried out by setting different metadata filling templates for different types of heterogeneous resources and storing the metadata filling templates, setting uniform resource invoker and generating corresponding resource invoker programs, so that various resources are unified in induction, and the unified access of different heterogeneous resources is effectively realized.
2. The invention realizes the availability management of the resources by registering the online resources which can be modified by micro-serviceization as micro-services or providing a method for detecting whether the resources are available by a resource provider. The resource provider can limit the calling authority of the resource, and the platform manager gives the authority of the resource calling party to form the authority management of the resource, and the resource abstract provided by the resource provider is compared with the abstract obtained by calculation, so that the management security is effectively improved. The resource calling party can evaluate the cost and quality of the resource, is beneficial to the transformation of the service and the resource recommendation of the same kind of service, and can realize the unified management of heterogeneous resources in different fields.
Drawings
FIG. 1 is a schematic diagram showing a unified access method for heterogeneous resources in the medical and health field according to the embodiment;
fig. 2 is a flow chart showing a unified access method for heterogeneous resources in the medical and health field according to the embodiment;
fig. 3 is a block diagram showing a structure of a heterogeneous resource unified access system in the medical and health field according to this embodiment.
Detailed Description
The invention will be described in further detail with reference to the drawings and examples, it being noted that the examples described below are intended to facilitate the understanding of the invention and are not intended to limit the invention in any way.
As shown in fig. 1 and fig. 2, a unified access method for heterogeneous resources in the medical and health field comprises the following steps:
step S1: registering or logging in the platform, and acquiring the resource calling authority given by the platform manager. The method specifically comprises the following steps:
step S11: requesting a resource caller or a resource provider to log in to acquire rights of a logger from a database;
step S12: if the resource caller or the resource provider is not registered, the resource caller or the resource provider is registered first, defaults to the lowest authority, and if the authority is required to be adjusted, a platform administrator is contacted to acquire the authority.
As a specific embodiment:
three users are set in the platform: the method comprises the steps of a tourist, a developer and an administrator, wherein the user of the tourist is a default role, the authority of each user is stored in a database by integer data, the tourist is 1 the lowest, the developer is 10, the administrator is 999, and digits reserved in the middle are used for expanding different user authorities in future. If the authority of one resource is not set, the default is 1. The platform administrator may alter the rights level of guests, developers, and resources to accomplish customized resource rights management.
Step S2: the unified access and management of medical and health heterogeneous resources are realized by filling in metadata of medical and health resources according to templates or user definition. The method specifically comprises the following steps:
step S21: the resource provider selects different metadata filling templates according to whether the resource is on-line or off-line;
step S22: the resource provider further selects metadata filling templates according to the types of the resources, namely data resources, service resources and technical resources;
step S23: the platform also has templates for a particular resource under different types of resources, such as: database data resources, remote call service resources and the like, and then metadata filling templates are selected according to specific resource types;
step S24: if the provided metadata filling templates cannot meet the requirements, the resource provider can use the custom filling templates for filling.
As a specific embodiment:
for any template, the data to be filled in includes at least the following fields: a) A resource name; b) A resource holder name; c) Whether the resource is an on-line resource or an off-line resource; d) Whether the type of resource is data, service or technology; e) An address of the resource; f) A method for calling the resource; g) Calling required parameters and returned parameters of the resource; h) Frequency of resource keep-alive; i) Invoking rights required by the resource; j) An extension field is reserved.
The above is a basic resource template, and if a template of a specific resource is required to be used, the fields of the new record and the fields of the custom template are stored in the reserved expansion field in the Json format.
For the resource name, since the resource is derived from three different fields of medical treatment, aged care and rehabilitation, the same resource exists in the three fields, such as a blood pressure measurement service, an explicit resource name is needed to help a resource caller to distinguish the source of the resource.
For resource holder names, since resource holders change in medical, care, rehabilitation fields, it is necessary to define the resource holder to help the resource caller locate the resource.
For whether the resources are on-line or off-line, the data resources are usually callable on-line, which is a resource that the computer can store and transmit, while the service resources and technical resources are usually developed off-line, operated by a person, in which the computer only provides the resources of communication capability, in the medical, pension, rehabilitation fields, and so on. If the resource is offline, adding a contact way of a resource provider in the data which needs to be filled in by the template so as to be used when a caller hopes to use the resource; if the resource is an online data resource, if it is stored in a database, a database type, such as MySQL, postgreSQL or other type of database, needs to be provided; if the database allows direct connection, data such as a port, a user name, a password and the like are also required to be provided; if the database cannot be directly connected, providing a mode of accessing the data by the resource provider; if stored in a non-database manner, the manner in which the resource provider provides access to the data, such as a downloadable file, provides the address of the download; if the service resource is an online service resource or a technical resource, the micro service can be modified to be micro-serviced, and the public network address of the micro service and the called API are filled in; if the service resource or the technical resource which can not be modified by micro-service is not available, the address or the source code download address or the SDK download address of the service or the technical application is provided, and the use document is attached.
As for the types of resources, all resources in the medical, endowment, rehabilitation fields can be classified into three types of data, services, and technologies in the present embodiment. The data mainly refer to physiological data and medical records of the old; the service mainly refers to various medical services and physical examination services developed by medical treatment, old care and rehabilitation institutions; the technology mainly refers to different operation formulas used in various services of the developed institutions.
For the address of the resource, the on-line resource mainly refers to an IP address or a domain name; the resources under the line mainly refer to the physical location of the resources.
For a method for calling resources, the on-line resources mainly refer to functions called remotely; in the on-line resources, the resource calling party mainly describes the on-line resources due to different business development modes of various medical treatment, old-age care and rehabilitation institutions.
For parameters required by calling the resource and returned parameters, the on-line resource mainly refers to the parameter entering and parameter returning of the remote calling function; the online resource mainly refers to personal information of the served party, namely medical records.
For the keep-alive frequency of the resource, because the medical treatment, the aged and the rehabilitation fields can have the situation that a certain service is not developed any more, in order to avoid the expense caused by the failure of calling the resource, a keep-alive mechanism needs to be established, and the keep-alive frequency is displayed so that a resource caller can know when the last time the resource is available.
For the rights to call resources, since the fields of medical treatment, endowment and rehabilitation are privacy sensitive fields, some resources need a certain right to call.
If the template provided by the platform can not well describe the calling mode of the resource, the template can be automatically created, data can be filled in and published, and the access of similar resources in future is facilitated.
The metadata are stored in the database after being filled, so that the metadata are convenient to call in future.
Step S3: keep-alive mechanisms are designed for different resources. The method specifically comprises the following steps:
step S31, for online resources, the online resources are micro-servitized by a resource provider and registered in a registration center provided by a platform, and keep-alive supervision is performed by sending heartbeat packets;
step S32: for online resources or offline resources which cannot be micro-serviced, the resource provider provides keep-alive modes and rules, for example, provides contact modes of communication tools such as mails, short messages, telephones, chat tools and the like, so that a resource caller can timely communicate with a resource holder to explore available states of the resources, and the resource provider sends the latest states of the held resources to the platform manager according to keep-alive frequencies in templates and then the platform manager updates the latest states of the resources.
As a specific embodiment:
for online resources capable of receiving micro-service transformation, a registry server is erected on the platform, each micro-service is registered under the registry, the registry carries out keep-alive supervision on each service, and the platform can be specifically constructed by using the registry of mature open sources such as Zookeeper, eureka, consul, kubernetes and the like.
For online resources or offline resources that cannot be micro-serviced, in addition to the step S32 of updating the status of the resources by the resource provider at regular time, the platform or the resource caller may actively contact the resource provider according to the frequency of resource keep-alive by the contact way of the resource provider to keep-alive the resources.
Step S4: an authentication mechanism aiming at different required resources is designed. The method specifically comprises the following steps:
step S41, performing authority control on roles of calling resources in the platform, wherein some resources with special calling requirements can be set with authority requirements by a resource provider, a resource calling party lower than the requirements cannot call the resources, and the resource calling party lower than the authority requirements cannot see information of high-authority resources and cannot sense existence of the high-authority resources;
step S42: the platform carries out security identification on the callable resources, and requires a resource provider to provide abstracts of the resources currently, specifically, if the resources on line are provided with binary or source codes, the abstracts are formed through a hash method, and if the resources on line are provided with micro services, the abstracts are provided according to specific transmission protocols. If the resource is offline, the resource provider is required to shoot the video to prove that the provided resource is the same as the resource.
The step S41 specifically includes: when the user pulls the resource information from the database, the user rights are less than the resource rights and cannot be obtained.
The function used by the hashing method mentioned in step S42 is typically MD5 or SHA-2, and the specific function is set by the resource provider and provided to the platform side.
Step S5, configuring unified call resource capability: and generating a uniform resource caller, and automatically generating a program for calling the resource by using a corresponding code template according to the resource metadata. The method specifically comprises the following steps:
s51, generating a uniform resource caller, wherein the platform generates a unique resource caller for each resource to be called by the resource caller, and the uniform resource caller uniformly characterizes all the types of resources by one symbol, and simultaneously completes uniform access and call of the resources, wherein the format is as follows: platform domain name/randomly generated nine characters/calling method name.
S52, generating a resource calling program according to the code template corresponding to the metadata, and calling the resource calling program when the resource caller accesses the resource calling program so as to shield specific calling details. For online resources, we can conveniently automatically generate this program through code templates; for offline resources, the platform firstly generates a communication program for the offline resources, can push call information to the resource holder according to the contact mode left by the resource holder, and then generates the resource call program through the code template. Thus, the shielding of the specific calling process of the resource is completed, only one resource caller is perceived by the resource caller, and the specific calling process is completed by the platform instead.
S6, calling resources: the resource calling party selects visual resource information provided by the platform, the platform unifies the resource calling character, and the resource calling party calls the resource by accessing the unifying resource calling character;
step S7: establishing an evaluation score for medical and health resources, comprising: a) The cost of invoking the resource; b) The speed of calling the resource; c) Resource quality; d) And comprehensively evaluating the scores.
As a specific embodiment:
the cost of calling resources is quantized to be the floating point number with the minimum of 0 and the maximum of 5, and is marked as C, the speed of calling resources is quantized to be the floating point number with the minimum of 0 and the maximum of 5, is marked as S, the quality of resources is quantized to be the floating point number with the minimum of 0 and the maximum of 5, is marked as Q, and the comprehensive evaluation is quantized to be the floating point number with the minimum of 0 and the maximum of 5, is marked as T. For any one resource, C, S and Q of the resource default to 3.0, the subsequent updating is carried out by calling the resource cost, the calling resource speed and the resource quality by a resource calling party, giving a score of 0 to 5, and updating the C, Q, S score by using a formula of current score multiplied by the past evaluation number+the current evaluation score)/(the past evaluation number+1).
When a resource caller wants a specific resource, the platform provides a resource searching function; when the resource caller wants to call any resource under a certain class of resources, the resources can be pulled from the database and ordered according to the comprehensive score T, wherein the comprehensive score T=w1×C+w2×S+w3×Q, w1, w2 and w3 are floating point numbers with values between 0 and 1, and the weight is adjusted by the resource caller so that the resource caller can find the resource which the resource caller wants to.
According to a second aspect of the embodiment of the present invention, as shown in fig. 3, there is provided a medical and health heterogeneous resource unified access system, the system comprising: the medical health resource management module, the resource evaluation module and the resource discovery module.
The medical health resource management module is used for uniformly accessing and managing medical health resources, and comprises a resource name, a resource holder name, whether the resources are on-line resources or off-line resources, whether the types of the resources are data, service or technology, addresses of the resources, a method for calling the resources, parameters for calling the needs of the resources, returned parameters, a resource keep-alive frequency, rights for calling the resources, reserved fields, uniform resource calling characters and specific programs corresponding to the resource calling;
the resource evaluation module is used for evaluating the cost, quality and speed of the use of medical and health resources and generating a comprehensive evaluation score for the resource discovery module to serve as a sequencing basis;
and the resource discovery module is used for searching specific resources by a resource calling party or giving recommendation when a certain type of resources are called.
In a specific application, referring to fig. 1, the resource provider is a hospital a, and the resource provided is a desensitized medical record of cervical spondylosis patients in the hospital. After the resource access platform registers and logs in, the template is started to be selected to create resources. The resources are stored in a database built by the hospital A at the physical location of the resources, and due to privacy requirements, a method for accessing data is provided by the hospital information department, and templates of online, data and database resources are selected in the step S2. The fields that the template needs to fill are: resource names, in this example, cervical spondylosis medical records; resource holder name, in this example, hospital A; whether the resource is an online resource or an offline resource, in this example an online resource; the resource type, in this example data; the address of the resource, in this example, the IP address of the external server set up in hospital information department a; the method for calling the resource is the port provided by the hospital information department A and the function name called remotely; the resource is added and the remote calling function is not added in the example, and the parameter is JSON data; the resource keep-alive frequency, in this example 30 seconds; invoking the rights required by the resource, in this example 100; the database type, in this example MySQL.
According to step S3, the remote invocation method of this online data resource is registered in the registration center of the platform, in this example Eureka.
According to step S4, the rights required by the call resource filled in step S2 are the rights of the resource, and the hash value of the resource is the MD5 value of the remote call function name.
According to step S5, the unified resource invoker generated by the platform for the resource is: https:// www.yykzy.com/qwertyuio/call. And simultaneously, automatically generating a resource calling program and storing the resource calling program into a program library.
The platform stores the data configured in the steps S2, S3, S4 and S5 into a database to complete the access of the resources.
In a specific application, referring to FIG. 1, the resource caller is a company B. After the resource access platform registers and logs in, the manager adjusts the authority, the resource is found in the platform according to the step S5 during searching, so that the resource is called through https:// www.yykzy.com/qwertyuio/call provided by the platform, and the evaluation of the resource is completed according to the step S6.
In summary, by means of the technical scheme, the heterogeneous resources can be integrated by storing the metadata of the heterogeneous resources in the medical and health field, unified access of the medical and health heterogeneous resources is realized, a resource authentication mechanism and a keep-alive supervision mechanism for the resources are established, the working efficiency of resource invokers can be effectively improved, the utilization rate of each resource can be improved, the cost of repeated development is reduced, and better guarantee and support are provided for business innovation in the medical and health field.
The foregoing embodiments have described in detail the technical solution and the advantages of the present invention, it should be understood that the foregoing embodiments are merely illustrative of the present invention and are not intended to limit the invention, and any modifications, additions and equivalents made within the scope of the principles of the present invention should be included in the scope of the invention.
Claims (9)
1. The uniform access method for heterogeneous resources in the medical and health field is characterized by comprising the following steps of:
s1, configuring resources for a acquirer: registering or logging in a platform to acquire resource calling rights endowed by a platform manager;
s2, configuring resource metadata: filling metadata of medical and health resources according to templates or user definitions to realize unified access and management of medical and health heterogeneous resources;
wherein the metadata includes at least: a resource name; a resource holder name; whether the resource is an on-line resource or an off-line resource; whether the type of resource is data, service or technology; an address of the resource; a method for calling the resource; calling parameters required by resources and returned parameters; frequency of resource keep-alive; invoking rights required by the resource; reserving an expansion field;
s3, configuring resource keep-alive: designing keep-alive mechanisms aiming at different resources;
s4, configuring resource authentication: designing authentication mechanisms aiming at different required resources;
s5, configuring unified call resource capability: generating a uniform resource caller, and automatically generating a program for calling the resource by using a corresponding code template according to the resource metadata;
s6, calling resources: the resource calling party selects visual resource information provided by the platform, the platform unifies the resource calling character, and the resource calling party calls the resource by accessing the unifying resource calling character;
s7, evaluating resources: and establishing an evaluation score of medical and health resources.
2. The unified access method for heterogeneous resources in the medical and health field according to claim 1, wherein the specific process of the step S1 is as follows:
s11, requiring a resource caller or a resource provider to log in to acquire the authority of a logger from a database;
s12, if the resource caller or the resource provider is not registered, registering is carried out first, and the default is the lowest authority.
3. The unified access method for heterogeneous resources in medical and health field according to claim 1, wherein in step S2, the resource provider selects corresponding metadata filling templates according to whether the resources are on-line or off-line; according to the types of the resources, namely data resources, service resources and technical resources, further selecting corresponding metadata filling templates; meanwhile, the platform is also provided with a template aiming at the specific resource, and the corresponding metadata is selected to fill in the template according to the specific resource type;
if the provided metadata filling templates cannot meet the requirements, the resource provider uses the custom filling templates to fill in.
4. The unified access method for heterogeneous resources in the medical and health field according to claim 1, wherein the specific process of step S3 is as follows:
s31, for online resources, the online resources are micro-servitized by a resource provider and registered in a registration center provided by a platform, and keep-alive supervision is performed by sending a heartbeat packet;
s32, for the online resource or the offline resource which cannot be micro-serviced, the resource provider provides keep-alive modes and rules, including: the method comprises the steps of providing contact ways to enable a resource caller to communicate with a resource holder in time to explore the available state of the resource, and enabling the resource provider to send the latest state of the held resource to a platform management side according to keep-alive frequency in a template and enabling the platform management side to update the latest state of the resource.
5. The unified access method for heterogeneous resources in the medical and health field according to claim 1, wherein the specific process of step S4 is as follows:
s41, performing authority control on roles of calling resources in a platform, wherein some resources with special calling requirements are provided with authority requirements by a resource provider, the resources can not be called by resource calling parties lower than the requirements, the information of high-authority resources can not be seen by the resource calling parties lower than the authority requirements, and the existence of the high-authority resources can not be perceived;
s42, the platform carries out security identification on the callable resources, and requires a resource provider to provide a summary of the resources, specifically: if the online resource is provided with binary or source code, forming a digest by a hashing method; if the micro service is provided, providing a summary according to a specific transmission protocol; if the video is offline, the video is required to be shot as a summary by a resource provider.
6. The unified access method for heterogeneous resources in the medical and health field according to claim 1, wherein the specific process of step S5 is as follows:
s51, generating a unified resource calling character, wherein the format is as follows: the platform domain name/randomly generates nine characters/calls the method name;
s52, generating a resource calling program according to the code template corresponding to the metadata, and calling the resource calling program when the resource caller accesses the resource calling program so as to shield specific calling details.
7. The unified access method for heterogeneous resources in the medical and health field according to claim 1, wherein the specific process of step S7 is as follows:
the resource calling party evaluates the resource after calling the resource, specifically, the cost of calling the resource, the speed of calling the resource and the quality of the called resource, then generates a comprehensive score, and the platform recommends the resource according to different dimensions when other calling parties call similar resources next time.
8. The utility model provides a medical and health field heterogeneous resource unification access system which characterized in that includes: the medical health resource management module, the resource evaluation module and the resource discovery module;
the medical health resource management module is used for uniformly accessing and managing medical health resources, and comprises a resource name, a resource holder name, whether the resources are on-line resources or off-line resources, whether the types of the resources are data, service or technology, addresses of the resources, a method for calling the resources, parameters for calling the needs of the resources, returned parameters, a resource keep-alive frequency, rights for calling the resources, reserved expansion fields, uniform resource invokers and specific programs corresponding to the resource call;
the resource evaluation module is used for evaluating the cost, quality and speed of the use of medical and health resources and generating a comprehensive evaluation score for the resource discovery module to serve as a sequencing basis;
the resource discovery module is used for searching specific resources by a resource calling party or giving recommendation when certain types of resources are called.
9. The medical and health field heterogeneous resource unified access system is characterized by comprising a memory and one or more processors, wherein executable codes are stored in the memory, and the one or more processors are used for realizing the medical and health field heterogeneous resource unified access method according to any one of claims 1-7 when executing the executable codes.
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