CN111274600A - Computer-implemented method for importing object on source system into target system - Google Patents
Computer-implemented method for importing object on source system into target system Download PDFInfo
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- CN111274600A CN111274600A CN202010113476.1A CN202010113476A CN111274600A CN 111274600 A CN111274600 A CN 111274600A CN 202010113476 A CN202010113476 A CN 202010113476A CN 111274600 A CN111274600 A CN 111274600A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/60—Protecting data
- G06F21/602—Providing cryptographic facilities or services
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/60—Protecting data
- G06F21/62—Protecting access to data via a platform, e.g. using keys or access control rules
- G06F21/6218—Protecting access to data via a platform, e.g. using keys or access control rules to a system of files or objects, e.g. local or distributed file system or database
- G06F21/6245—Protecting personal data, e.g. for financial or medical purposes
- G06F21/6263—Protecting personal data, e.g. for financial or medical purposes during internet communication, e.g. revealing personal data from cookies
Abstract
The invention relates to the technical field of data transmission, and discloses a computer implementation method for importing an object on a source system into a target system, which has the technical scheme key points that the method comprises the following steps: uploading, namely, the cloud server acquires an object from a source system to store, backup and encrypt the object; a downloading step: after receiving the secret key, the target receiving system sends a signal and the secret key to the cloud server, and the cloud server decrypts the corresponding part in the object after receiving the signal and the secret key and sends the object to the target receiving system; the target receiving system checks and verifies the object, and if the object is matched with the target receiving system, the target receiving system enters an importing step; and an importing step, wherein the object is imported into a target receiving system when the object is complete, if the object is missing, the number identification unit identifies and matches the number information of the object, if the object is not matched, the automatic creating unit automatically fills the object, and if the object is matched, the target receiving system prompts whether to create the missing data structure reference. The method improves the transmission efficiency of the missing object and improves the privacy.
Description
Technical Field
The invention relates to the technical field of data transmission, in particular to a computer implementation method for importing an object on a source system into a target system.
Background
Objects edited and created in the source system typically need to be imported to several terminals below, and such new objects created in the source system may contain references to records or data structures. The data structure reference may be, for example, a file, radio button, drop down list, table, attribute, context of use, and the like. In general, references to such data structures complicate the import of new objects into the target system. The data structure must generally be available in the target system to enable successful import of the new object. Thus, data structures and objects must be imported in a certain order or format. If the specified order or format is not followed, it is often the case that import cannot be done.
Such as a data center of a hospital, stores the physical condition information of a patient, including condition information of a plurality of parts or a plurality of systems of the patient's body, when a patient goes to different departments to check, the data center transmits all physical condition information of the patient to the terminal of the corresponding department for doctors to use, however, the information received by the departments may have partial missing condition for various reasons, in the existing method, the terminal can jump out of the prompt at all the positions of the missing part of the information for the doctor to process, however, the missing part of the information may contain the information which is not needed to be used in the current department, processing this information will undoubtedly increase the physician's processing time, reduce the efficiency of the medical visit to the patient, meanwhile, the doctor is more or less influenced by displaying all the physical condition information of the patient.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide a computer implementation method for importing objects on a source system into a target system, so as to solve the problems of low transmission efficiency and poor confidentiality of some existing objects with missing data structure references in the background technology.
In order to achieve the above purpose, the invention provides the following technical scheme:
a computer implementation method for importing an object on a source system into a target system provides the object to be transmitted, the source system for establishing and developing the object and a target receiving system for receiving the object, wherein the target receiving system comprises a first database, a second target system and a third database, a data structure in a metadata file of the object comprises a plurality of data structure references, the metadata file of the object also comprises a plurality of number information, and each number information respectively corresponds to each data structure reference in the data structure; the method also comprises the steps of providing a cloud server for storing the object, leading the object into the cloud server after the object is led out from the source system, then leading the object into the target system from the cloud server, and enabling the object to be in an encrypted state when the object is stored in the cloud server;
the source system comprises an editing unit for editing the data structure and inputting a data structure reference;
the first database, the second database and the third database need to be imported into the metadata files of the object with different data structure references, and each of the first database, the second database and the third database comprises a checking unit, a verifying unit, a receiving template, an input unit and an automatic creating unit; the first database comprises a first serial number identification unit and a first secret key matching unit, the second database comprises a second serial number identification unit and a second secret key matching unit, and the third database comprises a third serial number identification unit and a third secret key matching unit;
the method comprises the following steps:
an editing step: the data structure obtains the data structure reference through the editing unit, and the uploading step is carried out;
uploading: the cloud server acquires the edited object from the source system through data transmission modes such as wired transmission, wireless transmission and the like, stores, backs up and encrypts the object, and enters a downloading step;
a downloading step: after the target receiving system receives a secret key input by a user and the first secret key matching unit, the second secret key matching unit or the third secret key matching unit, the first database, the second database or the third database sends a signal and the secret key to the cloud server, the cloud server receives the signal and the secret key and then decrypts a part which can be decrypted by the secret key in the object, meanwhile, other parts of the object are kept in an encrypted state, then the object subjected to partial decryption is sent to the target receiving system, and a checking step is carried out;
and (3) checking: the target receiving system checks whether the object which needs to be introduced by the target system exists in the transmission through the checking unit, and if the object exists, the target receiving system enters a verification step;
a verification step: after the target receiving system receives the object transmitted by the cloud server, verifying whether a data structure matched with each data structure quoted in the object metadata file is available in the target receiving system through the verification unit, and if the data structure is available, entering an importing step;
an importing step: when the object needing to be imported is complete, importing the object into the target receiving system; when one or more data structure references in the data structures in the object metadata file are missing, the first number identification unit in the first database, the second number identification unit in the second database or the third number identification unit in the third database identifies and matches number information in the object metadata file, if the number information corresponding to the missing data structure references does not match the number information which needs to be identified by one of the number identification units, the automatic creation unit automatically fills the missing data structure references to match the receiving template, and if the number corresponding to the missing data structure references matches the number identification unit, the target receiving system prompts whether to create the missing data structure references.
In the present invention, it is preferable that when the target receiving system prompts whether to create the missing data structure reference, if the creation is selected, the missing data structure reference is input through the input unit, so that the data structure in the metadata file of the object is available in the target receiving system and the data structure reference in the metadata file of the object is matched with the receiving template.
In the present invention, preferably, when the target receiving system prompts whether to create the missing data structure reference, if not, the automatic creation unit automatically fills the missing data structure reference to match the receiving template.
In the present invention, preferably, the source system further includes a first comparison template, before the object is transmitted from the source system to the cloud server, the source system compares a data structure in the metadata file of the object with the first comparison template, and if there is no missing of a reference of the data structure in the metadata file of the object after the comparison, the source system transmits the object to the cloud server.
In the present invention, preferably, if the data structure reference in the metadata file of the object is missing after the comparison, the source system prompts whether to create the missing data structure reference, and if the creation is selected, the missing data structure reference is input through the editing unit.
In the present invention, preferably, when the source system prompts whether to create the missing data structure reference, if not, the source system transmits the object to the cloud server.
In the present invention, preferably, second comparison templates for judging the integrity of the object are provided on the first database, the second database and the third database, the object that passes the verification step and is available is compared with the second comparison templates, and if the object is complete, the importing step is performed; if one or more data structure references in the object metadata file are missing, the target receiving system sends a signal to the source system through the cloud server to confirm whether the transmitted object is not missing in the source system with the first comparison template, and if not, the cloud server transmits the object to the target receiving system again; if the deletion is found, entering the leading-in step.
In the present invention, preferably, the cloud server further includes a counting unit, when the target receiving system sends a signal to a source system through the cloud server to confirm that the result of comparing the transmitted object with the first comparison template is non-missing, and the cloud server transmits the object to the target receiving system again, the counting unit performs counting once, when the counting unit performs counting ten times, the counting number of the counting unit is cleared, the cloud server stops repeatedly sending the same object to the target receiving system, and the target receiving system enters an importing step.
Compared with the prior art, the invention has the beneficial effects that:
when the missing data structure citation in the object is supplemented and completed, the target receiving system can automatically fill the part of the information which cannot be used, and only when the missing data structure citation needs to be used, prompt is carried out, so that the design greatly improves the efficiency of transmitting the object containing the missing data structure citation; meanwhile, the cloud server is arranged and the secret key encryption is carried out on the object, so that the privacy and the safety of the object are improved, and the privacy of patients is guaranteed in some use scenes, such as hospitals.
Drawings
FIG. 1 is a flow chart of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used in the description of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.
Referring to FIG. 1, a preferred embodiment of the present invention provides a computer implemented method for importing objects from a source system to a target system, providing objects to be transferred, a source system for creating and developing objects, and a target receiving system for receiving objects.
The target receiving system comprises a first database, a second target system and a third database, wherein a data structure in a metadata file of an object comprises a plurality of data structure references, the metadata file of the object also comprises a plurality of number information, and each number information corresponds to each data structure reference in the data structure respectively; the method also comprises the steps of providing a cloud server for storing the object, leading the object into the cloud server after the object is led out from the source system, then leading the object into the target system from the cloud server, and keeping the object in an encrypted state when the object is stored in the cloud server; the source system comprises an editing unit, a data structure reference unit and a data processing unit, wherein the editing unit is used for editing the data structure and inputting the reference of the data structure; the data structure references in the metadata files of the objects required to be imported into the first database, the second database and the third database are different, and the first database, the second database and the third database respectively comprise a checking unit, a verifying unit, a receiving template, an input unit and an automatic creating unit; the first database comprises a first serial number identification unit and a first secret key matching unit, the second database comprises a second serial number identification unit and a second secret key matching unit, and the third database comprises a third serial number identification unit and a third secret key matching unit;
the method comprises the following steps:
an editing step: the data structure obtains the data structure reference through an editing unit, and an uploading step is carried out;
uploading: the cloud server acquires the edited object from the source system through data transmission modes such as wired transmission, wireless transmission and the like, stores, backs up and encrypts the object, and enters a downloading step;
a downloading step: after a target receiving system receives a secret key input by a user and a first secret key matching unit, a second secret key matching unit or a third secret key matching unit, a first database, a second database or a third database sends a signal and the secret key to a cloud server, the cloud server receives the signal and the secret key and then decrypts a part which can be decrypted by the secret key in an object, meanwhile, other parts of the object are kept in an encrypted state, then the object subjected to partial decryption is sent to the target receiving system, and a checking step is carried out;
and (3) checking: the target receiving system checks whether an object which needs to be introduced by the target system exists in transmission through the checking unit, and if the object exists, the verification step is carried out;
a verification step: after the target receiving system receives the object transmitted by the cloud server, verifying whether a data structure matched with each data structure quoted in the object metadata file is available in the target receiving system through a verification unit, and if the data structure is available, entering an importing step;
an importing step: when the object needing to be imported is complete, importing the object into a target receiving system; when one or more data structure references in the data structures in the object metadata file are missing, a first number identification unit in a first database or a second number identification unit in a second database or a third number identification unit in a third database identifies and matches number information in the object metadata file, if the number information corresponding to the missing data structure references does not match the number information which needs to be identified by one number identification unit, an automatic creation unit automatically fills the missing data structure references to match a receiving template, and if the number corresponding to the missing data structure references matches the number identification unit, a target receiving system prompts whether the missing data structure references are created. For example, a hospital imports a medical report, i.e., an object, of a patient a from a data center, i.e., a source system, to terminals of various departments, i.e., a target receiving system, such as a terminal of an orthopedics department, i.e., a first database, a terminal of an ophthalmology department, i.e., a second database, and a terminal of a medicine department, i.e., a third database; in the editing step, all health information of the patient A is input into the data center through the editing unit to generate a medical report of the patient A; the data center is connected with a cloud server of a hospital through a network, the medical report is uploaded to the cloud server in the uploading step, and the cloud server stores, backups and encrypts the medical report of the patient A; in the loading step, if a certain department needs to use related content in a medical report of the patient a, for example, an ophthalmologist needs to call various items of information about eyes in the medical report of the patient a, the ophthalmologist inputs a secret key to a first secret key matching unit of a first database, if the input secret key is suitable for the first secret key matching unit, the first database sends a signal and the secret key to a cloud service area, a cloud server receives the signal and the secret key and decrypts a part of the medical report of the patient a which can be decrypted by the secret key, namely related information needed by the first database, and meanwhile other information in the medical report of the patient a is kept in an encrypted state, and then the medical report of the patient a which is partially decrypted is sent to the first database; in the checking step, the first database performs basic check on the format and language of a source file corresponding to the medical report of the patient A through the checking unit, if the format and language of the source file corresponding to the medical report are valid, namely, the object is really the medical report, the verification step is carried out, and if the source file is invalid, namely, the object is other information irrelevant to the information required by the target receiving system, the first database does not receive the information; in the verification step, the first database extracts the data structure reference in the object metadata file through a verification unit, namely, the health information of the patient A contained in the medical report verifies whether the information arrangement format in the medical report is matched and available in a receiving template in the first database, meanwhile, whether the content in the medical report is missing is verified, and if the content in the medical report is available, the importing step is carried out; in the importing step, the receiving template in the first database receives a medical report of a patient A, the first number identification unit identifies and matches number information in the medical report, if the identification and matching are carried out, the number information corresponding to the missing content does not match the number information needing to be identified by the first number identification unit, the automatic creation unit automatically fills the missing content to match the receiving template, and if the number corresponding to the missing content matches the first number identification unit, the first database prompts whether an ophthalmologist creates corresponding missing content through the input unit. By the design, the first database can automatically fill the unused information, does not need to inquire an ophthalmologist, and only jumps out of the prompt when the required information is missing, so that the workload of the ophthalmologist is greatly reduced, and the efficiency of the doctor in seeing a doctor for a patient is improved.
When the target receiving system prompts whether to create the missing data structure reference, if the creation is selected, the missing data structure reference is input through the input unit, so that the data structure in the metadata file of the object is available in the target receiving system and the data structure reference in the metadata file of the object is matched with the receiving template; when the target receiving system prompts whether to create the missing data structure reference, if not, the automatic creation unit automatically populates the missing data structure reference to match the receiving template. For example, after the first database receives the medical report of the patient a, the missing content in the medical report is the content required by the first database, that is, the related information required when the ophthalmologist performs treatment on the eyes of the patient, at this time, the first database prompts the ophthalmologist whether to input the missing related information, if the input is selected, the ophthalmologist can input the information through the input unit, and if the input is not selected, the automatic creation unit automatically fills the missing content.
The source system further comprises a first comparison template, before the object is transmitted from the source system to the cloud server, the source system compares a data structure in a metadata file of the object with the first comparison template, if the reference of the data structure in the metadata file of the object after comparison is not missing, the source system transmits the object to the cloud server, if the reference of the data structure in the metadata file of the object after comparison is missing, the source system prompts whether to create the missing reference of the data structure, if creation is selected, the missing reference of the data structure is input through an editing unit, and if creation is not selected, the source system transmits the object to the cloud server. For example, before the medical report of the patient a is transmitted from the data center to the cloud server, the medical report is compared with the first comparison template, whether the content of the medical report is completely created or not is determined, if the content of the medical report is not completely created, the medical report is uploaded to the cloud server, if the content of the medical report is not completely created, whether the medical report is created or not is prompted, and if the medical report is created, the medical report is supplemented and perfected in the data center through the editing unit; and if the medical report is not created, the medical report is directly uploaded to the cloud server.
Second comparison templates for judging the integrity of the object are arranged on the first database, the second database and the third database, the verification step is carried out, the available object is compared with the second comparison templates, and if the object is complete, the importing step is carried out; if one or more data structure references in the object metadata file are missing, the target receiving system sends a signal to the source system through the cloud server to confirm whether the result of comparison between the transmitted object and the first comparison template in the source system is that the data structure references are not missing or not, and if the result is that the data structure references are not missing, the cloud server transmits the object to the target receiving system again; if the deletion is found, entering the leading-in step. For example, after receiving a medical report of a patient a transmitted from the cloud server, the first database judges whether the medical report is complete or not through the second comparison template, if the medical report is complete, the importing step is performed, if the medical report is complete, the first database sends a signal to the data center through the cloud server, and the result of comparison between the medical report of the patient a and the first comparison template in the data center is that whether the medical report is complete or not is judged, if the medical report is complete or not, the data is probably lost due to network and other reasons in the data transmission process, and at the moment, the cloud server transmits the medical report to the first database again, so that the possibility of content loss of the medical report due to transmission is reduced; if the comparison result is missing, entering an importing step;
the cloud server also comprises a counting unit, when the target receiving system sends a signal to the source system through the cloud server to confirm that the transmitted object is not lost as a result of comparison between the first comparison template and the target receiving system, the counting unit counts once, when the counting unit counts ten times, the counting number of the counting unit is cleared, the cloud server stops repeatedly sending the same object to the target receiving system, and the target receiving system enters the leading-in step. For example, the cloud server sends the medical report of the patient a to the first database, and the sending is stopped when the number of times of repeated sending reaches 10 times. Such multiple transmissions greatly improve the integrity of the information ultimately obtained by the ophthalmologist from the first database.
The second database and the third database adopt the same principle as the first database, and are not repeated again.
The above description is intended to describe in detail the preferred embodiments of the present invention, but the embodiments are not intended to limit the scope of the claims of the present invention, and all equivalent changes and modifications made within the technical spirit of the present invention should fall within the scope of the claims of the present invention.
Claims (8)
1. A computer-implemented method of importing an object on a source system into a target system, providing the object to be transferred, the source system for creating and developing the object, and the target receiving system for receiving the object, characterized by: the target receiving system comprises a first database, a second target system and a third database, wherein a data structure in a metadata file of the object comprises a plurality of data structure references, the metadata file of the object also comprises a plurality of number information, and each number information respectively corresponds to each data structure reference in the data structure; the method also comprises the steps of providing a cloud server for storing the object, leading the object into the cloud server after the object is led out from the source system, then leading the object into the target system from the cloud server, and enabling the object to be in an encrypted state when the object is stored in the cloud server;
the source system comprises an editing unit for editing the data structure and inputting a data structure reference;
the first database, the second database and the third database need to be imported into the metadata files of the object with different data structure references, and each of the first database, the second database and the third database comprises a checking unit, a verifying unit, a receiving template, an input unit and an automatic creating unit; the first database comprises a first serial number identification unit and a first secret key matching unit, the second database comprises a second serial number identification unit and a second secret key matching unit, and the third database comprises a third serial number identification unit and a third secret key matching unit;
the method comprises the following steps:
an editing step: the data structure obtains the data structure reference through the editing unit, and the uploading step is carried out;
uploading: the cloud server acquires the edited object from the source system through data transmission modes such as wired transmission, wireless transmission and the like, stores, backs up and encrypts the object, and enters a downloading step;
a downloading step: after the target receiving system receives a secret key input by a user and the first secret key matching unit, the second secret key matching unit or the third secret key matching unit, the first database, the second database or the third database sends a signal and the secret key to the cloud server, the cloud server receives the signal and the secret key and then decrypts a part which can be decrypted by the secret key in the object, meanwhile, other parts of the object are kept in an encrypted state, then the object subjected to partial decryption is sent to the target receiving system, and a checking step is carried out;
and (3) checking: the target receiving system checks whether the object which needs to be introduced by the target system exists in the transmission through the checking unit, and if the object exists, the target receiving system enters a verification step;
a verification step: after the target receiving system receives the object transmitted by the cloud server, verifying whether a data structure matched with each data structure quoted in the object metadata file is available in the target receiving system through the verification unit, and if the data structure is available, entering an importing step;
an importing step: when the object needing to be imported is complete, importing the object into the target receiving system; when one or more data structure references in the data structures in the object metadata file are missing, the first number identification unit in the first database, the second number identification unit in the second database or the third number identification unit in the third database identifies and matches number information in the object metadata file, if the number information corresponding to the missing data structure references does not match the number information which needs to be identified by one of the number identification units, the automatic creation unit automatically fills the missing data structure references to match the receiving template, and if the number corresponding to the missing data structure references matches the number identification unit, the target receiving system prompts whether to create the missing data structure references.
2. The computer-implemented method of importing an object on a source system into a target system of claim 1, wherein: when the target receiving system prompts whether to create the missing data structure reference, if the creation is selected, the missing data structure reference is input through the input unit, so that the data structure in the metadata file of the object is available in the target receiving system and the data structure reference in the metadata file of the object is matched with the receiving template.
3. The computer-implemented method of importing an object on a source system into a target system of claim 1, wherein: when the target receiving system prompts whether to create the missing data structure reference, if not, the automatic creation unit automatically fills the missing data structure reference to match the receiving template.
4. The computer-implemented method of importing an object on a source system into a target system of claim 1, wherein: the source system further comprises a first comparison template, before the object is transmitted from the source system to the cloud server, the source system compares a data structure in the metadata file of the object with the first comparison template, and if the data structure in the metadata file of the object is not lack after comparison, the source system transmits the object to the cloud server.
5. The computer-implemented method of importing an object on a source system into a target system of claim 4, wherein: and if the data structure reference in the metadata file of the object is missing after comparison, the source system prompts whether to create the missing data structure reference, and if the creation is selected, the missing data structure reference is input through the editing unit.
6. The computer-implemented method of importing an object on a source system into a target system of claim 5, wherein: and when the source system prompts whether to create the missing data structure reference, if not, the source system transmits the object to the cloud server.
7. The computer-implemented method of importing an object on a source system into a target system of claim 1, wherein: second comparison templates for judging the integrity of the object are arranged on the first database, the second database and the third database, the object which is subjected to the verification step and is available is compared with the second comparison templates, and if the object is complete, the importing step is carried out; if one or more data structure references in the object metadata file are missing, the target receiving system sends a signal to the source system through the cloud server to confirm whether the transmitted object is not missing in the source system with the first comparison template, and if not, the cloud server transmits the object to the target receiving system again; if the deletion is found, entering the leading-in step.
8. The computer-implemented method of importing an object on a source system into a target system of claim 7, wherein: the cloud server further comprises a counting unit, when the target receiving system sends a signal to a source system through the cloud server to confirm that the transmitted object is not missing from the first comparison template, and the cloud server transmits the object to the target receiving system again, the counting unit counts for one time, when the counting unit counts for ten times, the counting number of the counting unit is cleared, the cloud server stops repeatedly sending the same object to the target receiving system, and the target receiving system enters a leading-in step.
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Application publication date: 20200612 |