CN114895990A - Technology for realizing dynamic combination application of attached resources based on file backplane - Google Patents
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Abstract
The invention discloses a technology for realizing dynamic combination application of attached resources based on a file bottom plate, which is used for establishing the file bottom plate which can be stretched and contracted as required, constructing a calculation center, forming an attachment relation between various application resources and the file bottom plate, analyzing the application resources to obtain data information of the application resources, classifying and sharing the data information in each multi-dimensional virtual sharing partition, and converging the data information into a virtual service sharing pool to construct an operating environment. In the environment, a user issues an instruction, the instruction addresses associated data information through an attribute routing function of the central hub, the searched data information is recombined to generate an application relation carrier, the data information corresponds to respective application resources, the various application resources are combined into a new application resource according to the requirements of the carrier, the new application resource is attached and registered to a file bottom plate, and the central hub is used for overall planning and association management. With the addition of new application resources and the continuous emergence of new combined application resources, new data information is continuously gathered to the virtual service sharing pool. New data information and new application resources are not available.
Description
Technical Field
The invention relates to the field of computer networks and service science, in particular to a technology for realizing dynamic combination application of attached resources based on a file backplane.
Background
Currently, most application development is implemented based on an operating system, a browser and a database, so that people depend on the environment. However, due to the high-speed development of the information technology, the resource information category is continuously updated and changed, and the cross-border fusion and cooperation among the resources are not tight; meanwhile, the originally generated affairs lack carriers and brand-new application ecological environment. In order to break through the technical barrier of the application environment, a method for realizing the dynamic combination application technology of the attached resources based on the file backplane is provided, so that a brand-new ecology is generated and can be developed.
Therefore, based on the current situation and considering more and more application systems and application resources, the method defines a brand-new development environment, breaks through the dependence of people on an operating system, a database and a browser, and simultaneously enables various application resources to be fully fused with one another, so that the application resources are richer, and a brand-new application ecological environment is created.
Disclosure of Invention
The present invention is directed to a technique for implementing dynamic combination application of attached resources based on a file backplane, which solves one or more of the above-mentioned problems in the prior art.
In a first aspect, a technology for implementing dynamic combination application of attached resources based on a file backplane is provided, including:
s100, creating a file bottom plate capable of elastically stretching as required according to preset parameters, wherein the elastic stretching fingers can extend the file bottom plate to a required direction as required;
s200, constructing a calculation center on the file bottom plate, taking the calculation center as a uniform inlet for various application resources to enter the file bottom plate, and performing overall associated management on the various application resources entering the file bottom plate by the calculation center;
s300, attaching and registering application resources on a file bottom plate, enabling various application resources to form attachment relations with the file bottom plate, and analyzing and acquiring data information of the application resources by a computing center;
s400, storing the acquired various data information relations into the multidimensional virtual sharing partitions on the file bottom plate, and summarizing all multidimensional virtual sharing data information to form a virtual service sharing pool;
s500, acquiring an instruction, acquiring a corresponding partition according to the data information requirement in the instruction, searching for associated application resources according to the data information relation in the partition, and forming a brand new combination of all the application resources according to the requirement;
s600, comprehensively managing application resources in the brand-new combination to perform related operations according to instructions;
s700, integrating results obtained by the brand-new combination to a file bottom plate, and issuing, calling and displaying through a reader.
In some embodiments, the technology for implementing dynamic resource combination application based on a file backplane further includes elastically dividing a plurality of multidimensional virtual shared partitions on the file backplane as required and creating a storage space;
each application resource which needs to be attached to the file bottom plate is registered to the file bottom plate, and the computing center analyzes each application resource during registration to obtain the data information relation of the application resource and stores the data information relation to the corresponding multidimensional virtual sharing partition;
the computing center has the functions of attaching registration, attribute routing, correlation searching, issuing and calling, monitoring and auditing various application resources and managing the life cycle of each application resource,
the attached registration refers to that multiple independent application resources are registered in a file bottom plate according to a standard system of the file bottom plate, so that the application resources and the file bottom plate generate a definite subordination relation, each application resource is analyzed to obtain corresponding data information, the data information relation is stored in a multi-dimensional virtual sharing partition of the file bottom plate, and the multiple multi-dimensional virtual sharing data information are converged to form a virtual service sharing pool;
the attribute routing is to obtain a request purpose by analyzing received user request information and obtain the most rapid and efficient application resources and data information channels by using registered information of a calculation center, and the application resources can be position paths; for data information, a corresponding multidimensional virtual shared partition in a virtual shared pool;
the correlation search is to find application resources as required by using a corresponding relation between a position path provided by a computing center and a multi-dimensional virtual sharing partition, quickly acquire data information and efficiently establish a mutual relation;
the issuing and calling means that whether the application resources are independent or combined, existing or new, can provide services for an application person, a central pivot loads data information required to be seen by a user into a memory, and each page which can be seen by the user is generated by analyzing and rendering the data information through a special reader through analyzing the memory;
the monitoring audit is to record the behavior of various application resources registered on the file bottom board from the front to the back, and carry out statistical analysis on the premise of real-time observation in the whole process, so as to ensure the authenticity, correctness, compliance, controllability and effectiveness of the activities.
In some embodiments of the present invention, the substrate is,
the adopted registration mode comprises the following steps:
receiving the uploaded application resources;
writing the uploaded application resource into the storage space;
reading data information of the uploaded application resources;
storing the data information relationship to the corresponding multidimensional virtual sharing partition;
and/or
Collecting a path of uploading and/or applying resource combination;
linking an application resource to the storage space according to the path;
acquiring data information of application resources;
storing the data information relationship to the corresponding multidimensional virtual sharing partition;
and/or
Capturing application resources to be uploaded or a path for uploading the application resources through self-contained functions on a file bottom plate;
uploading the captured uploaded application resource or the path of the uploaded application resource to the storage space;
reading the uploaded application resource or the data information of the path of the uploaded application resource;
and storing the data information relation to the corresponding multidimensional virtual sharing partition.
In some embodiments of the present invention, the substrate is,
each multidimensional virtual sharing partition is configured with a corresponding identifier, and each attached application resource maps the application resource or data information generated by the application resource to the multidimensional virtual sharing partition to which the application resource belongs according to the identifier, so that each application resource exists independently and forms the multidimensional virtual sharing partition corresponding to the multidimensional virtual sharing partition for storing the data information;
summarizing all multidimensional virtual shared data information to form a virtual service sharing pool;
a new carrier is generated through sharing of data information, and all application resources generate a brand new combination; and the brand new combination is registered to the file bottom plate again, the calculation center is managed, data information is shared to the virtual service sharing pool, and the data information in the virtual service sharing pool is dynamically changed along with continuous registration and logout of the change of the application requirement.
In some embodiments of the present invention, the substrate is,
the application resources comprise application elements, files and application systems, and the application elements comprise characters, pictures, audios and videos, multimedia application elements and models; the application system comprises tool software;
the types of data information include page number, text, phrase, life cycle process, identity authority, space, time, geography, log, message, AR, picture, audio, video, model, input and output, interface, SDK, tool and engine information;
the brand new combination comprises one or more of an application element and an application element combination, an application element and a file combination, an application element and an application system combination, a mutual combination of files, a file and application system combination, an application system and application system combination, and an application element, file and application system combination.
In some embodiments, the reader can read not only files, text, images, audio/video, pictures, models, charts, but also various application resources and brand new combinations thereof.
In some embodiments, registration of new application resources, cancellation of original resources, creation of various new combined application resources, creation of new resources, implantation of the new resources into a hub of a file backplane, and generation of new data information, corresponding to a multi-dimensional virtual sharing partition, and convergence of the new data information into a virtual service sharing pool, thereby creating sufficient conditions for a unique novel development and application ecological environment generated based on the file backplane and a reader.
In some embodiments, the new combination includes a combination of the application element and other application resources, the other application resources including one or more of an application element, a file, an application system,
in the file backplane, there is a human or natural association between an application element and other application resources; triggering multiple operations of application elements, and operating by acquiring data information of various application resources from a virtual service sharing pool through a computing center, wherein the operation types comprise: searching for association, command heading, label annotation, global replacement, content comparison and obtaining a result;
the process of establishing new relation between application elements and other application resources in the technical execution process of realizing the dynamic combination application of the attached resources based on the file backplane comprises the following steps:
acquiring data information which a user wants to acquire from other application elements, files and application systems;
intervening other application elements through the application elements, wherein the intervening mode comprises replacing labels to form knowledge points;
detecting which application elements, files, application systems and application systems have relations, and obtaining the purpose which a user wants to achieve through the influence of the application elements, so that a new relation is established between the originally isolated application elements and the originally unrelated application systems, and the application elements can play a very critical role;
and acquiring results, namely extracting various forms of achievements of data, charts, text documents and models formed by the operations in other application element resources, files and application system resources by taking the application elements as clues, applying the achievements to other scenes and rendering and showing the achievements.
In some embodiments, the novel combination includes an application system in combination with an application system,
the application system based on the file bottom plate attachment registration comprises: the application system comprises a workflow list system, an instant messaging system, a conversion service, a website, a handwriting engine system, a short message platform, an operating system, a database, middleware, voice recognition, face recognition, AR, VR, various application systems aiming at realizing services and tool software. Calculating a calling entry and conventional operation corresponding to the pivot record application system; the method comprises the steps that when the application systems are used, action information registered by each application system is obtained, and the operation of a plurality of service systems is split and recombined; operations between application systems include:
mutually implanting application systems;
merging and displaying the application systems;
the application system is partially or completely recombined to form new application resources;
the application systems join the same application resource together.
In a second aspect, an application of the above technology for implementing dynamic combination application of attached resources based on a file backplane is provided,
the brand new combination comprises file mutual combination, file and application system combination, application elements and file and application system combination, wherein the file format comprises wps,. true, doc/docx, xls/xlsx, ppt/pptx, cad, jpg, tif, gif, png, pdf, ofd, html and txt, and the application process comprises the following steps:
registering files with different formats based on a file bottom plate, acquiring data information of the files by a computing center, and storing the data information relation into a corresponding multidimensional virtual sharing partition;
the method comprises the steps that a calculation center calls a file conversion service in an application system according to different file types, wherein an original file corresponding to a file is kept unchanged and is continuously stored at an original position, the file is converted into one or more of an OFD (office file format), a PDF (Portable document Format) format file and an Html (Hypertext markup language) file, data information of the file is obtained, the data information comprises page numbers and contents, and the data information is shared into a virtual service sharing pool;
selecting to open multiple files of different types or the same type in a reader for reading, calculating a central pivot analysis request instruction, finding a corresponding multidimensional virtual sharing partition by an attribute route according to data information contained in the request instruction, associating and searching the data information, forming a uniform directory by the reader according to the files correspondingly obtained by the data information, and generating and displaying files in a form of a bound book; the files can be displayed together, and the original files can also be directly opened and viewed;
integrating the functions of the application system into a new file combination, so that when the new file combination is displayed, the original functions and the application functions which are not originally added to a single file or a combined file are added to the new file combination, and the new functions comprise:
various functions including handwriting, such as indication, editing, retrieval, labeling, calculation, identification and partition are added;
the identity authentication, authority, tracing and related safety functions are added;
the communication and command functions are increased;
other personalization functions.
The technology for realizing the dynamic combination application of the attached resources based on the file backplane has the advantages that:
1. creatively generates a carrier through collision of data information to form a series of novel application development environments.
2. By controlling the reader, the range, content and quality of the application release presentation are greatly expanded.
3. The original barriers of various application resources are broken through, and the relationship among application elements, files and application systems is reestablished and expanded, so that a batch of brand new applications are created.
4. By brand-new definition of the file bottom plate and the reader, an environment which is not lifelike in application development is created.
Drawings
FIG. 1 is a block flow diagram of a technique for implementing dynamic combinatorial application of attached resources based on a file backplane in some embodiments of the invention;
fig. 2 is a schematic flowchart of an implementation of a technique for implementing dynamic combination application of attached resources based on a file backplane in embodiment 3;
FIG. 3 is a schematic diagram of a reader page structure in a specific application of embodiment 3;
fig. 4 is a schematic flowchart of an implementation of a technique for implementing dynamic combination application of attached resources based on a file backplane in embodiment 4;
fig. 5 is a schematic view of a page structure of the reader in specific application in embodiment 4.
Detailed Description
The various types of application resources refer to contents and tools that can directly provide services to human beings through human senses.
Example 1
With reference to the content shown in fig. 1, this embodiment proposes a technology for implementing dynamic combination application of attached resources based on a file backplane, including:
s1, creating a virtual file backplane capable of performing elastic expansion and contraction according to preset parameters on the application device, for example: a format data stream file backplane, or a file backplane of another existing file format, wherein the process of creating a virtual file backplane comprises: creating a blank page according to preset parameters, for example: the dimensions of the created document bottom plate are: 1440 x 900; in practical use, if the space of the page is insufficient, the page can be extended in any one or more directions of up, down, left and right according to needs, the application device comprises a reader, and the reader can read not only files, text contents, images, audios and videos, pictures, models and diagrams, but also various application resources and new combinations thereof;
s2, building a calculation center on the file bottom board, using the calculation center as a uniform entrance for each application resource to enter the file bottom board, and performing overall associated management on each application resource entering the file bottom board by the calculation center, wherein the calculation center has the functions of attaching registration, attribute routing, associated searching, releasing and calling, monitoring and auditing various application resources and managing the life cycle of each application resource, the application resources on the file bottom board are independent from each other, and the application resources are distributed by the calculation center in scheduling use,
it should be noted that, the attachment registration refers to that multiple independent application resources are registered in the file backplane according to a standard system of the file backplane, so that a definite dependency relationship occurs between the application resources and the file backplane, each application resource is analyzed to obtain corresponding data information, the obtained data information relationship is stored in a multidimensional virtual sharing partition of the file backplane, and multiple multidimensional virtual shared data information are aggregated to form a virtual service sharing pool;
the attribute routing is to analyze the received user request information to obtain a request purpose and obtain the most rapid and efficient application resource and data information channel by using the registered information of the calculation center, and the application resource can be the application resource itself or a position path corresponding to the application resource when the attribute routing is executed; the data information can be the data information itself or the data information relationship in the corresponding multidimensional virtual sharing partition in the virtual sharing pool;
the association search is to find application resources as required by using a corresponding relation between a position path provided by a computing center and a multi-dimensional virtual sharing partition, quickly acquire data information and efficiently establish a mutual relation;
the release call refers to that the existing or new application resources, independent or combined application, can provide services for an application person, a central pivot loads data information required to be seen by a user into a memory, and each page which can be seen by the user is generated by analyzing and rendering the memory through a special reader;
the monitoring audit is to record the behavior from the front to the back of the activity of various application resources registered on the file bottom board, and carry out statistical analysis on the premise of real-time observation in the whole process to ensure the authenticity, correctness, compliance, controllability and effectiveness of the activity;
s3, elastically dividing a plurality of multidimensional virtual sharing partitions on the created file bottom plate as required, and creating a storage space;
s4, registering each application resource to be attached to the file bottom board, so that each application resource and the file bottom board form an attachment relation; the computing center analyzes each application resource during registration to obtain the data information relationship of the application resource, and stores the data information relationship into the corresponding multidimensional virtual sharing partition to form multidimensional shared data information, wherein the adopted registration mode comprises the following steps:
receiving the uploaded application resources;
writing the uploaded application resource into the storage space;
reading data information of the uploaded application resources;
storing the data information relationship to the corresponding multidimensional virtual sharing partition;
and/or
Collecting a path of uploading and/or applying a resource combination;
linking an application resource to the storage space according to the path;
acquiring data information of application resources;
storing the data information relationship to the corresponding multidimensional virtual sharing partition;
and/or
Capturing application resources to be uploaded or a path for uploading the application resources through self-contained functions on a file bottom plate;
uploading the captured uploaded application resource or the path of the uploaded application resource to the storage space;
reading the uploaded application resource or the data information of the path of the uploaded application resource;
storing the data information relationship to the corresponding multidimensional virtual sharing partition;
it should be noted that the application resources include application elements, files, and application systems, where the application elements include, but are not limited to, text, pictures, audio and video, multimedia application elements, and models, the data information includes page numbers, text, phrases, lifecycle processes, identity rights, space, time, geography, logs, messages, ARs, pictures, audio, video, models, input/output, interfaces, SDKs, tools, and engine information, the application systems include tool software, and the application systems include, but are not limited to, workflow list systems, instant messaging systems, conversion services, websites, handwriting engine systems, short message platforms, operating systems, databases, middleware, voice recognition, face recognition, ARs, VRs, and various application systems targeting service implementation;
s5, each multi-dimensional virtual sharing partition is configured with a corresponding identifier, and each attached application resource maps the application resource or data information generated by the application resource to the multi-dimensional virtual sharing partition to which the application resource belongs according to the identifier, so that each application resource exists independently in each multi-dimensional virtual sharing partition and forms a corresponding data information partition;
s6, summarizing all data information to generate a virtual service sharing pool;
s7, the calculation center receives the instruction issued by the user, address the associated data information through the attribute routing function of the center according to the instruction, recombine the searched data information, generate the application relation carrier, obtain the data information partition matched with the application relation carrier, then the computing center calls the related application resources according to the mapping relation between the data information in the data information partition and the application resources, the various application resources are combined to form a total new combination according to the requirements of the carrier, the instructions comprise data information and specific operation instructions, and the brand-new combinations comprise one or more of application element and application element combinations, application element and file combinations, application element and application system combinations, inter-file combinations, file and application system combinations, application system and application system combinations and application element and file and application system combinations;
s8, registering the brand-new combination to the file bottom plate again, receiving the management of the calculation center, sharing data information to the virtual service sharing pool, wherein the data information in the virtual service sharing pool is dynamically changed along with the continuous registration and logout of the change of the application requirement;
s9, performing related operations on the application resources in the brand-new combination by overall management of the computing center according to the instructions;
and S10, integrating and releasing the results obtained by the new combination through related operations to a file bottom board for display, wherein the step can be directly realized by adopting the prior art, and therefore, the details are not repeated herein.
The reader can read not only files, text contents, image audios and videos, pictures, models and diagrams, but also various application resources and new combinations thereof.
The uploading mode of the application resource includes but is not limited to:
the method comprises the following steps that firstly, the application resources are moved to the designated position of a file bottom plate through dragging, and the designated position is a vector position for recording the application resources to be registered in the file bottom plate;
selecting and uploading application resources by right-clicking any area on the file bottom plate, and attaching the application resources to the appointed position of the file bottom plate;
and thirdly, uploading the application resources to a temporary storage space corresponding to the file backplane through other business systems, and optionally placing the application resources on a specified position in an interval of the file backplane or calling the application resources to display, wherein a cloud storage space can be adopted as the temporary storage space.
As a practical way, the application resource attached in S2 may continue to build one or more attachment layers on itself to attach other application resources, including existing attached application resources on the file backplane and/or application resources that are not attached on the file backplane.
As an implementable manner, in the instruction operation process, the information of the application resources (for example, the sum of the times of inquiry or use) inquired or used by the record of the central pivot is calculated, the autonomous learning is performed, and then the application resources are rearranged according to a certain rule (for example, the application resources are arranged according to the descending order of the times) according to the recording result to form a new application resource list, wherein the autonomous learning, the application resource ordering and the like can be directly realized by adopting the existing technology, and therefore, the detailed description is omitted here.
By the method, various application resources are attached and registered on a center constructed by the bottom plate based on the virtual file bottom plate capable of elastically stretching as required, the center is managed and forms an attachment relation with the file bottom plate, the application resources attached to the file bottom plate run independently to form an application resource pool shared by virtual services, and the various application resources in the application resource pool can be freely and dynamically combined and used as required. A large-scale application ecology is constructed by adopting a light file bottom plate, and a sharing management mode with the file bottom plate as an attachment assembly is formed. In operation, new data information is generated and implanted into a central pivot of a file bottom plate when formed new application resources are registered, original resources are unregistered and various application resources are generated, the new data information is generated and corresponds to a multi-dimensional virtual sharing partition to be gathered to a virtual service sharing pool, so that sufficient conditions are created for a unique novel development and application ecological environment generated based on the file bottom plate and a reader, more brand new applications are generated, and the application resources, the data information and the like are not used.
Example 2
The brand new combination formed in the process of embodiment 1 execution is a brand new combination of application elements and other application resources, including one or more of elements, files, application systems.
The application elements include: and application elements such as characters, pictures, audio and video, multimedia application elements and models.
Application elements are attached and registered to the file backplane in a variety of ways. Detecting which application elements, files, application systems and application systems have relations, and obtaining the purpose which a user wants to achieve through the influence of the application elements (such as the incidence relation between the application elements and other application resources), so that a new relation is established between the originally isolated application elements and the originally unrelated application systems, the application elements can play a very important and critical role, and great benefit is generated; there is an artificial or natural association between application elements and other application resources, where
Human association: the user selects the data information and the executive program needed by the user in one or more application elements, files and application systems, and defines the data information and the executive program and one or more application elements as the corresponding and binding incidence relation. The user's application goals are accomplished through this manually defined relationship. The similar operation can be directly realized by the prior art, and therefore, the detailed description is not needed herein;
and (3) natural association: in one or more application elements, files, application systems, there is a large amount of data information, and the data information contains the same data information as in one or more application elements. The user can establish the binding association relationship between the application elements and the data information in other applications (including elements, files and application systems) through the inherent same relationship, and the application target of the user is realized by directly acquiring or developing a novel application system.
In the file bottom board, artificial or natural association exists between the application elements and each application, file application elements and tools;
by triggering multiple operations of application elements, the computing center acquires data information of various application resources from the virtual service sharing pool to operate, and the operation types comprise: finding associations, commanding headings, labeling annotations, global replacement, and content comparison. The method comprises the steps of searching for association (such as retrieving, establishing a relation group, synchronizing information or running a program), commanding forward (such as initiating an instruction, calling a section of program and displaying some contents), labeling (such as marking and labeling a resource), globally replacing (such as replacing all the original data A with the original data B), comparing contents (such as checking some types of data), and obtaining a result (such as extracting various forms of results of data, diagrams, text documents and models formed by the operations in other application elements, files and application system resources by taking the application elements as clues), and then applying the results to other scenes and rendering and showing).
The process of establishing new relation between the application elements and other application resources in the process of carrying out relevant operation and displaying on the application resources in the brand-new combination of overall management of the computing center according to the instructions is as follows:
the computing center acquires the registration of a novel brand-new application system and newly generated data information thereof, which are established by a user through artificial association or natural association relationship from the combination of the application elements and other application elements, files and application systems.
And newly generated data information corresponds to different multidimensional virtual spaces and is added into the virtual service sharing pool. The newly added data information is possibly combined with other original or later added data information to form a new application carrier according to the requirements of users, so that conditions are created for the creation of new applications, and the applications of the environment are lifelong and continuously developed.
Example 3
The completely new combination formed in the process performed in embodiment 1 is an application system and an application system combination,
it should be noted that when the application system and the application system are combined, the application system and the application system are low in coupling, and a plurality of application systems are generally integrated or integrated through codes.
The process of realizing the dynamic combination application of the attached resources based on the file bottom plate comprises the following steps:
all the application systems needing to be attached to the bottom plate are registered to a computing center, so that the application systems and the file bottom plate form an attachment relation; when registering, the computing center analyzes the application system, obtains the data information of the application system, and stores the data information relation to the corresponding multidimensional virtual sharing partition;
when a user checks an application system by adopting a reader, a calculation center receives an instruction issued by the user, addresses associated data information through an attribute routing function of the calculation center according to the instruction, recombines the searched data information to generate an application relation carrier, acquires a data information partition matched with the data information partition, then calls the associated application system by the calculation center according to a mapping relation between the data information in the data information partition and the application system, and combines various application systems to form a completely new combination according to the requirements of the carrier;
and constructing a page with embedded functions and default display as blank, namely a whiteboard system for short, in the reader, and pasting data information to obtain the staged result of the application combination. The whiteboard system supports further development, is attached with auxiliary computing or display tools, and is further enriched to form a sharable business system. With the addition of new application resources and the continuous emergence of new combined application resources, new data information is continuously gathered to the virtual service sharing pool. New data information and new application resources are not available.
With reference to fig. 2 and fig. 3, the technical contents described in this embodiment are applied to traffic management, and various application systems attached to the document base include a human image comparing system, a vehicle management system, a trajectory query system, a communication query system, a personnel tag library, a video query system, a fingerprint comparing system, a DNA query system, and the like; when a user checks an application system by adopting a reader, a calculation center receives an instruction issued by the user, addresses associated data information through an attribute routing function of the calculation center according to the instruction, recombines the searched data information to generate an application relation carrier, and forms a brand-new combination to be displayed on a whiteboard system of the reader, for example: combining the reader page structure shown in fig. 3, form the report information containing time, place, people, event, license plate number, telephone number, text + picture + voice for on-site investigation and evidence-taking, and driver's certificate information on the reader page, and according to the license plate number and telephone number related to the vehicle, the attribute routing function of the calculation center addresses the associated vehicle management system to obtain the certificate information related to the vehicle, violation information and the like, and displays the certificate information and the violation information below the report information.
Example 4
The brand-new combinations formed in the process executed in embodiment 1 are inter-file combination and file and application system combination, and in conjunction with the contents shown in fig. 4 and 5, the process of application includes:
various files or other application resources which need to be attached to a file bottom plate are registered in the file bottom plate, so that various application resources and the file bottom plate form an attachment relation, a calculation center analyzes the files and other application resources during registration to obtain data information of the files, and the data information relation and the mapping relation between the data information and the application resources are stored in a corresponding multi-dimensional virtual sharing partition; collecting the data information shared in all the multidimensional virtual partitions to form a virtual service sharing pool;
the method comprises the steps that a calculation hub calls file conversion services in an application system according to different file types, wherein original files corresponding to files are kept unchanged and are continuously stored in original positions, the files are converted into one or more of OFD (office file format), PDF (Portable document Format) format files and Html (Hypertext markup language) files, data information of the files is obtained, the data information comprises page numbers (including front covers, back covers, fly pages and other page numbers) and contents and link addresses of each page, and the data information is sent to a virtual service sharing pool, wherein the file formats before conversion comprise wps, true, doc/docx, xls/xlsx, pptx, cad, jf, tif, gif, png, PDF, OFD, Html and tpg;
selecting to open multiple files of different types or the same type in a reader for reading, calculating a central pivot analysis request instruction, finding a corresponding multidimensional virtual sharing partition by an attribute route according to data information contained in the request instruction, associating and searching the data information, forming a uniform directory by the reader according to the files correspondingly obtained by the data information, displaying the files in a bound book form, and increasing bound book page numbers; the files can be displayed together for reading, and the original file can be directly read and checked by opening; the user can see the respective page numbers of the original documents and the combined page numbers and apply the combined page numbers.
In addition to the above operations, tools, applications, and combinations thereof may also be performed, with related operations including:
searching (retrieving) and forwarding the file;
taking the lookup as an example:
1. during searching, the attribute routing acquires a keyword of a request by analyzing received user request information, and acquires the most rapid and efficient application resource and data information channel by using the registered information of the calculation center, wherein the application resource can be a position path; aiming at the data information, a corresponding multidimensional virtual sharing partition in the service sharing pool can be virtualized;
2. performing association search on files, finding application resources as required by adopting a position path provided by a calculation center and a corresponding relation of a multi-dimensional virtual sharing partition, quickly acquiring data information and efficiently establishing a mutual relation;
3. issuing and calling the searched file, loading the file data information searched by association into a memory by a computing center, analyzing the memory, analyzing and rendering by using a special reader to generate a multi-file merging display page which can be seen by a user, such as: forming a page structure as shown in fig. 5;
integrating the functions of the application system into a new file combination, so that the new file combination is displayed with the original functions and the application functions which are not originally added to the single file or the combined file, wherein the functions comprise:
1. various functions including handwriting, such as indication, editing, retrieval, labeling, calculation, identification and partition are added;
2. the identity authentication, authority, tracing and related safety functions are added;
3. the communication and command functions are increased;
4. other personalization functions.
Example 5
In this embodiment, a system for implementing the technology for dynamically combining and applying the attached resources based on the file backplane includes a plurality of terminals installed with readers, the terminals are connected with each other through a network, each terminal is at least provided with a memory and a processor, the memory has at least one program executed by the processor, and the processor is configured to implement the technology for implementing dynamically combining and applying the attached resources based on the file backplane according to any one of embodiments 1 to 4 based on the service system execution program.
Through the operation of the step, the data information of the application resources in the technology of realizing the dynamic combination application of the attached resources based on the file backplane is continuously enriched.
The above embodiments 1 to 5 may be implemented by constructing a file backplane of format data stream, and may also be implemented by constructing file backplanes of other formats.
It should be noted that in the drawings or in the specification, the implementation manners not shown or described are all the implementation manners known by the person skilled in the art, and are not described in detail. Furthermore, the above definitions of the various elements and methods are not limited to the specific structures, shapes, or configurations shown in the examples.
It is also noted that the illustrations herein may provide examples of parameters that include particular values, but that these parameters need not be exactly equal to the corresponding values, but may be approximated to the corresponding values within acceptable error tolerances or design constraints. In addition, unless steps are specifically described or must occur in sequence, the order of the steps is not limited to that listed above and may be changed or rearranged as desired. The embodiments described above may be mixed and matched with each other or with other embodiments based on design and reliability considerations, i.e., technical features in different embodiments may be freely combined to form further embodiments.
Although the present invention has been described with reference to a preferred embodiment, it should be understood that various changes, substitutions and alterations can be made herein without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (10)
1. The technology for realizing dynamic combination application of attached resources based on a file backplane is characterized by comprising the following steps:
s100, creating a file bottom plate capable of elastically stretching as required according to preset parameters, wherein the elastic stretching fingers can extend the file bottom plate to a required direction as required;
s200, constructing a calculation center on the file bottom plate, taking the calculation center as a uniform inlet for various application resources to enter the file bottom plate, and performing overall associated management on the various application resources entering the file bottom plate by the calculation center;
s300, attaching and registering application resources on a file bottom plate, enabling various application resources to form attachment relations with the file bottom plate, and analyzing and acquiring data information of the application resources by a computing center;
s400, storing the acquired various data information relations into the multidimensional virtual sharing partitions on the file bottom plate, and summarizing all multidimensional virtual sharing data information to form a virtual service sharing pool;
s500, acquiring an instruction, acquiring a corresponding partition according to the data information requirement in the instruction, searching for associated application resources according to the data information relation in the partition, and forming a brand new combination of all the application resources according to the requirement;
s600, comprehensively managing application resources in the brand-new combination to perform related operations according to instructions;
s700, integrating results obtained by the brand-new combination to a file bottom plate, and issuing, calling and displaying through a reader.
2. The technique for implementing dynamically combined application of attached resources based on file backplane as claimed in claim 1, wherein the technique for implementing dynamically combined application of attached resources based on file backplane further comprises dividing a plurality of multidimensional virtual sharing partitions on the file backplane flexibly as required and creating a storage space;
each application resource which needs to be attached to the file bottom board is registered to the file bottom board, the computing center analyzes each application resource during registration to obtain data information of the application resource, and the data information relation is stored in the corresponding multidimensional virtual sharing partition;
the computing center has the functions of attaching registration, attribute routing, correlation searching, issuing and calling, monitoring and auditing various application resources and managing the life cycle of each application resource,
the attached registration refers to that multiple independent application resources are registered in a file bottom plate according to a standard system of the file bottom plate, so that the application resources and the file bottom plate generate a definite subordination relation, each application resource is analyzed to obtain corresponding data information, the obtained data information relation is stored in a multi-dimensional virtual sharing partition of the file bottom plate, and the multiple multi-dimensional virtual sharing data information are converged to form a virtual service sharing pool;
the attribute routing is to obtain a request purpose by analyzing received user request information and obtain the most rapid and efficient application resources and data information channels by using registered information of a calculation center, and the application resources can be position paths; for a corresponding multidimensional virtual shared partition in the virtual shared pool that the data information may be;
the correlation search is to find application resources as required by using a corresponding relation between a position path provided by a computing center and a multi-dimensional virtual sharing partition, quickly acquire data information and efficiently establish a mutual relation;
the release call refers to that whether independent or combined application, existing or new application resources can provide services for an application person, a central pivot loads data information required to be seen by a user into a memory, and each page which can be seen by the user is generated by analyzing and rendering the data information through a special reader through analyzing the memory;
the monitoring audit is to record the behavior of various application resources registered on the file bottom board from the front to the back, and carry out statistical analysis on the premise of real-time observation in the whole process, so as to ensure the authenticity, correctness, compliance, controllability and effectiveness of the activities.
3. The technique for enabling dynamic combinatorial application of attached resources based on a file backplane of claim 2, wherein,
the adopted registration mode comprises the following steps:
the uploaded application resource is received and,
writing an upload application resource to the memory space,
reading the data information of the uploaded application resource,
storing the data information relationship to the corresponding multidimensional virtual sharing partition;
and/or
Collecting the path of uploading and/or applying resource combination,
linking an application resource to the storage space according to the path,
the data information of the application resource is acquired,
storing the data information relationship to the corresponding multidimensional virtual sharing partition;
and/or
The application resource to be uploaded or the path of the application resource to be uploaded is captured through the self-contained function on the file bottom plate,
uploading the captured uploaded application resource or the path of the uploaded application resource into the storage space,
reading the data information of the uploaded application resource or the path of the uploaded application resource,
and storing the data information relation to the corresponding multidimensional virtual sharing partition.
4. The technique for enabling dynamic combinatorial application of attached resources based on a file backplane of claim 1, wherein,
each multidimensional virtual sharing partition is configured with a corresponding identifier, and each attached application resource maps the application resource or data information generated by the application resource to the multidimensional virtual sharing partition to which the application resource belongs according to the identifier, so that each application resource exists independently and forms the multidimensional virtual sharing partition corresponding to the multidimensional virtual sharing partition for storing the data information;
summarizing all multidimensional virtual shared data information to form a virtual service sharing pool;
a new carrier is generated through sharing of data information, and all application resources generate a brand new combination; and the brand new combination is registered to the file bottom plate again, receives the management of the calculation center and shares the data information with the virtual service sharing pool, and the data information in the virtual service sharing pool is dynamically changed along with the continuous registration and logout of the change of the application requirement.
5. The technique for implementing attached resource dynamic portfolio application based on a file backplane according to any one of claims 1-4,
the application resources comprise application elements, files and application systems, and the application elements comprise characters, pictures, audios and videos, multimedia application elements and models; the application system comprises tool software;
the types of data information include page number, text, phrase, life cycle process, identity authority, space, time, geography, log, message, AR, picture, audio, video, model, input and output, interface, SDK, tool and engine information;
the brand new combination comprises one or more of an application element and an application element combination, an application element and a file combination, an application element and an application system combination, a mutual combination of files, a file and application system combination, an application system and application system combination, and an application element, file and application system combination.
6. The technology for realizing the dynamic combination application of the attached resources based on the file backplane as claimed in claim 5, wherein the reader can read not only files, text contents, images, audios and videos, pictures, models and diagrams, but also various application resources and brand new combinations thereof.
7. The technology for realizing dynamic combination and application of the attached resources based on the file backplane as claimed in claim 5, wherein new resources are generated by registering new application resources, canceling original resources, and birth of various new combined application resources and are implanted into the hub of the file backplane, and new data information is generated and is converged to the virtual service sharing pool corresponding to the multi-dimensional virtual sharing partition, thereby creating sufficient conditions for a unique novel development and application ecological environment generated based on the file backplane and the reader.
8. The technique for implementing attached resource dynamic portfolio applications based on the file backplane of claim 5, wherein the brand new portfolio comprises a portfolio of application elements and other application resources comprising one or more of application elements, files, application systems,
in the file backplane, there is a human or natural association between an application element and other application resources; triggering multiple operations of application elements, and acquiring data information of various application resources from a virtual service sharing pool by a computing center for operation, wherein the operation types comprise: searching for association, command heading, label annotation, global replacement, content comparison and obtaining a result;
the process of establishing new relation between application elements and other application resources in the technical execution process of realizing the dynamic combination application of the attached resources based on the file backplane comprises the following steps:
acquiring data information which a user wants to acquire from other application elements, files and application systems;
intervening other application elements through the application elements, wherein the intervening mode comprises replacing labels to form knowledge points;
detecting which application elements, files, application systems and application systems have relations, and obtaining the purpose which a user wants to achieve through the influence of the application elements, so that a new relation is established between the originally isolated application elements and the originally unrelated application systems, and the application elements can play a very critical role;
and acquiring results, namely extracting various forms of achievements of data, charts, text documents and models formed by the operations in other application elements, files and application system resources by taking the application elements as clues, applying the achievements to other scenes and rendering and showing the achievements.
9. The technique for implementing a dynamic combinatorial application of attached resources based on a file backplane as claimed in claim 5, wherein the completely new combinations comprise application system and application system combinations,
the application system based on the file bottom plate attachment registration comprises: the application system comprises a workflow list system, an instant communication system, a conversion service, a website, a handwriting engine system, a short message platform, an operating system, a database, middleware, voice recognition, face recognition, AR, VR and various application systems aiming at realizing services, and a computing center records a calling inlet and conventional operation corresponding to the application system; the method comprises the steps that when the application systems are used, action information registered by each application system is obtained, and the operation of a plurality of service systems is split and recombined; operations between application systems include:
mutually implanting application systems;
merging and displaying the application systems;
the application system is partially or completely recombined to form new application resources;
the application systems join the same application resource together.
10. The use of the techniques for implementing a dynamic combinatorial application of attached resources based on a file backplane as recited in any of claims 1-8, wherein the completely new combinations include inter-file combinations, file and application system combinations, application elements and file and application system combinations, wherein the files have formats including wps,. true, doc/docx, xls/xlsxx, ppt/pptx, cad, jpg, tif, gif, png, pdf, ofd, html, txt, and wherein the process of applying comprises:
registering files with different formats based on a file bottom plate, acquiring data information of the files by a computing center, and storing the data information relation into a corresponding multidimensional virtual sharing partition;
the method comprises the steps that a calculation center calls a file conversion service in an application system according to different file types, wherein an original file corresponding to a file is kept unchanged and is continuously stored at an original position, the file is converted into one or more of an OFD (office file format), a PDF (Portable document Format) format file and an Html (Hypertext markup language) file, data information of the file is obtained, the data information comprises page numbers and contents, and the data information is shared into a virtual service sharing pool;
selecting to open multiple files of different types or the same type in a reader for reading, calculating a central pivot analysis request instruction, finding a corresponding multidimensional virtual sharing partition by an attribute route according to data information contained in the request instruction, associating and searching the data information, forming a uniform directory by the reader according to the files correspondingly obtained by the data information, and generating and displaying files in a form of a bound book; the files can be displayed together, and the original files can also be directly opened and viewed;
integrating the functions of the application system into a new file combination, so that when the new file combination is displayed, the original functions and the application functions which are not originally added to a single file or a combined file are added to the new file combination, and the new functions comprise:
various functions including handwriting, such as indication, editing, retrieval, labeling, calculation, identification and partition are added;
the identity authentication, authority, tracing and related safety functions are added;
the communication and command functions are increased;
other personalization functions.
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| TW112126258A TW202347123A (en) | 2022-07-13 | 2023-07-13 | Method for dynamically combining and applying attached resources based on document baseboard |
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Also Published As
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| TW202347123A (en) | 2023-12-01 |
| WO2024011816A1 (en) | 2024-01-18 |
| CN114895990B (en) | 2022-11-04 |
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