WO2024012221A1 - 基于版式数据流文件底板创建虚拟服务共享池的方法 - Google Patents

基于版式数据流文件底板创建虚拟服务共享池的方法 Download PDF

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Publication number
WO2024012221A1
WO2024012221A1 PCT/CN2023/103961 CN2023103961W WO2024012221A1 WO 2024012221 A1 WO2024012221 A1 WO 2024012221A1 CN 2023103961 W CN2023103961 W CN 2023103961W WO 2024012221 A1 WO2024012221 A1 WO 2024012221A1
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application resources
application
data information
dimensional virtual
shared
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PCT/CN2023/103961
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English (en)
French (fr)
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何冉冉
何中
蔡亚军
严伟
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江苏中威科技软件系统有限公司
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Publication of WO2024012221A1 publication Critical patent/WO2024012221A1/zh

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F9/00—Arrangements for program control, e.g. control units
    • G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
    • G06F9/46—Multiprogramming arrangements
    • G06F9/54—Interprogram communication
    • G06F9/544—Buffers; Shared memory; Pipes
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F9/00—Arrangements for program control, e.g. control units
    • G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
    • G06F9/44—Arrangements for executing specific programs
    • G06F9/455—Emulation; Interpretation; Software simulation, e.g. virtualisation or emulation of application or operating system execution engines
    • G06F9/45533—Hypervisors; Virtual machine monitors
    • G06F9/45558—Hypervisor-specific management and integration aspects
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
    • Y02D10/00—Energy efficient computing, e.g. low power processors, power management or thermal management

Definitions

  • the invention relates to the field of computer software, and in particular to a method for creating a virtual service sharing pool based on a layout data flow file base.
  • this application is based on the current status quo and taking into account more and more application systems and application resources, defining a new development environment, breaking people's dependence on operating systems, databases and browsers, while making various application resources The full integration of each other makes application resources more abundant, thus creating a new application ecological environment.
  • the technical problem to be solved by the present invention is to provide a method and system for creating a virtual service shared pool based on a layout data flow file backplane.
  • the technical solution adopted by the present invention is:
  • the first aspect provides methods for creating a virtual service shared pool based on the layout data flow file base, including:
  • Each multi-dimensional virtual shared partition is configured with a corresponding application resource identifier.
  • Various attached application resources map themselves or the data information generated by them to their respective multi-dimensional virtual shared partitions according to the application resource identifier, so that each application resource
  • the sources exist independently and form virtual shared partitions with corresponding data information. All multi-dimensional virtual shared data information is aggregated to form a virtual service sharing pool;
  • the computing center implements the function of sharing information on demand according to the mapping relationship between various attached application resources in the corresponding multi-dimensional virtual shared partitions, without the need to parse the various application resources themselves.
  • step S100 creates a layout data flow file baseboard that can be flexibly expanded on demand according to preset parameters, specifically including: using a reading device to build a displayable blank page, and the page is set to full screen by default. Display, the top, bottom, left and right sides of the display page can be expanded as needed.
  • a computing center is constructed on the layout data flow file base, wherein the computing center has the functions of attachment registration, routing attributes, association search, publishing and calling, monitoring and auditing various application resources, and managing various types of application resources.
  • Application resource life cycle functions are provided.
  • various application resources refer to content and tools that can directly provide services to humans through human senses; various application resources include application elements, various types of files, and application systems.
  • the application system in this embodiment may include tool software.
  • step S400 registers all kinds of application resources that need to be attached to the base plate to the computing center, so that various application resources form an attachment relationship with the layout data flow file base plate; during registration, the computing center parses the application resources. , obtain the data information of the application resource and store it in the corresponding multi-dimensional virtual shared partition; before step S400, a storage space needs to be created; the application resource is an independent application, and the data information is the information produced from the application resource ;
  • step S400 the default registration methods include:
  • data information means that various attached application resources share information that they can share in the multi-dimensional virtual shared partition of the layout data flow file base according to the mapping relationship;
  • Data information includes page numbers, text, phrases, life cycle processes, identity permissions, space, time, geography, logs, messages, AR, pictures, audio, video, models, input and output, interfaces, SDK, tools and engine information;
  • Various types of data information are stored in multi-dimensional virtual shared partitions.
  • the data information of each multi-dimensional virtual share is aggregated to form a virtual service sharing pool to realize the shared calling of data information.
  • attachment registration refers to a variety of independent application resources that are registered in the layout data flow file base according to the standard system of the file base, so that the application resources and the file base have a clear affiliation, and each application is parsed
  • the resource obtains the corresponding data information, and the obtained data information relationship is stored in the multi-dimensional virtual shared partition of the file base.
  • Multiple multi-dimensional virtual shared data information is aggregated to form a virtual service sharing pool;
  • Attribute routing refers to obtaining the request purpose by analyzing the received user request information, and using the registered information of the computing center to obtain the fastest and most efficient application resources and data information channels.
  • application resources it can be a location path;
  • data information it can be shared by virtual services The corresponding multi-dimensional virtual shared partition in the pool;
  • Association search refers to using the location path and multi-dimensional virtual shared partition correspondence provided by the computing center to find application resources on demand, quickly obtain data information and efficiently establish mutual relationships;
  • Release call means that whether it is an independent or combined application, existing or new application resources can provide services to users.
  • the hub loads the data information that users need to see into the memory, and then through the memory Parsing, using a unique reader to parse and render each page that the user can see;
  • Monitoring and auditing is to record the activities of various application resources registered on the file base from before to after the event. Under the premise of real-time observation of the whole process, statistical analysis is performed to ensure the authenticity, correctness, compliance and controllability of their activities. sex and effectiveness.
  • Some achievable methods also include: under the management of the computing center, various application resources run independently of each other in their own forms, and data information is shared to their respective multi-dimensional virtual shared partitions. All multi-dimensional virtual shares The combination of partitions generates a virtual service shared pool. According to the user's application needs in the virtual service shared pool, the virtual service shared pool generates new application scenarios by sharing data information. In the new application scenarios, each application resource generates a new combination, a new The composition includes application elements and application composition services, application elements and file composition services, application elements and tool composition services, multiple file composition services, multiple file and tool composition services, multiple file and application composition services, and multiple application composition services. , the above-mentioned new combination registers to the computing center again, accepts the overall management of the computing center, shares data information to the virtual service sharing pool, and changes dynamically with continuous registration and cancellation as needs change.
  • the second invention is a sharing system for creating a virtual service sharing pool based on a layout data flow file base, including: a creation module for creating a layout data flow file base that can be flexibly expanded on demand according to preset parameters;
  • the association module is used to build a computing center on the layout data flow file base, using the computing center as a unified entrance for various application resources to enter the file base, and the computing center coordinates and associates management of various application resources entering the base;
  • the partition module is used to flexibly divide multiple multi-dimensional virtual shared partitions on demand on the created file base;
  • the registration module is used to register all kinds of application resources that need to be attached to the base plate to the computing center, so that
  • Various application resources form an attachment relationship with the layout data flow file backplane; during registration, the computing center parses the application resources, obtains the data information of the application resources, and stores the data information relationship in the corresponding multi-dimensional virtual shared partition;
  • the shared pool generation module is used to configure each multi-dimensional virtual shared partition with a corresponding application resource identifier.
  • Various attached application resources map themselves or the file data information generated by them to their respective multi-dimensional virtual shared partitions based on the application resource identifier. , so that each application resource exists independently in each multi-dimensional virtual shared partition, and the data information shared by all multi-dimensional virtual partitions is summarized to form a virtual service sharing pool;
  • the sharing module is used by the computing center to realize the function of sharing information according to the mapping relationship of various attached application resources in the corresponding multi-dimensional virtual shared partitions, without the need to parse the various application resources themselves.
  • a terminal including: at least one processor; and a memory; wherein the memory stores a program that can be executed by at least one processor, and the instructions are executed by at least one processor, so that at least one processor can execute
  • the above method is to create a virtual service shared pool based on the layout data flow file backplane.
  • the present invention has the following advantages and effects:
  • the present invention creatively uses a lightweight file base to build a large-scale application ecosystem, forming a shared management model with the layout data flow file base as the attached assembly;
  • Figure 1 is a step flow chart of the method of creating a virtual service shared pool based on the layout data flow file backplane according to the present invention
  • Figure 2 is a step flow chart of an embodiment of a method for creating a virtual service shared pool based on a layout data flow file backplane according to the present invention
  • Figure 3 is a step flow chart of an embodiment of a method for creating a virtual service shared pool based on a layout data flow file backplane according to the present invention
  • Figure 4 is a step flow chart of an embodiment of a method for creating a virtual service shared pool based on a layout data flow file backplane according to the present invention
  • Figure 5 is a schematic structural representation of the sharing system for creating a virtual service sharing pool based on the layout data flow file backplane of the present invention
  • Figure 6 is a schematic structural representation of an embodiment of the registration module for creating a virtual service shared pool based on the layout data flow file backplane of the present invention
  • Figure 7 is a schematic structural representation of an embodiment of the registration module for creating a virtual service shared pool based on the layout data flow file backplane of the present invention
  • Figure 8 is a schematic structural representation of an embodiment of the registration module for creating a virtual service shared pool based on the layout data flow file backplane of the present invention
  • FIG. 9 is a schematic structural diagram of an embodiment of the present invention for creating a virtual service shared pool based on a layout data flow file backplane.
  • Figure 1 is a flow chart of a method for creating a virtual service shared pool based on a layout data flow file base provided by an embodiment of the present invention
  • the present invention provides a method for creating a virtual service sharing pool based on a layout data flow file base, including:
  • the computing center has the functions of attaching registration, routing attributes, association search, publishing calls, monitoring and auditing various application resources, and managing the life cycle of various application resources.
  • Various application resources are registered on the computing center, and the received various application resources form an attachment relationship with the layout data flow file base.
  • attachment registration refers to a variety of independent application resources that are registered into the layout data flow file base according to the standard system of the file base, so that the application resources have a clear affiliation with the file base, and each application resource is parsed to obtain the corresponding data information.
  • the obtained data information relationship is stored in the multi-dimensional virtual shared partition of the file base, and the data information of multiple multi-dimensional virtual shares is aggregated to form a virtual service sharing pool;
  • Attribute routing refers to obtaining the request purpose by analyzing the received user request information, and using the registered information of the computing center to obtain the fastest and most efficient application resources and data information channels.
  • application resources it can be a location path;
  • data information it can be shared by virtual services The corresponding multi-dimensional virtual shared partition in the pool;
  • Association search refers to using the location path and multi-dimensional virtual shared partition correspondence provided by the computing center to find application resources on demand, quickly obtain data information and efficiently establish mutual relationships;
  • Release call means that whether it is an independent or combined application, existing or new application resources can provide services to users.
  • the hub loads the data information that users need to see into the memory, and then through the memory Parsing, using a unique reader to parse and render each page that the user can see;
  • Monitoring and auditing is to record the activities of various application resources registered on the file base from before to after the event. Under the premise of real-time observation of the whole process, statistical analysis is performed to ensure the authenticity, correctness, compliance and controllability of their activities. sex and effectiveness.
  • data information refers to the information that can be shared by various attached application resources to the multi-dimensional virtual shared partition of the layout data flow file base according to the mapping relationship;
  • data information is extracted and produced by application resources, including but not limited to page numbers, text, phrases, life cycle processes, identity permissions, space, time, geography, logs, messages, AR, pictures, audio, video, model, lose Input and output, interface, SDK, tool and engine information;
  • application resources including but not limited to page numbers, text, phrases, life cycle processes, identity permissions, space, time, geography, logs, messages, AR, pictures, audio, video, model, lose Input and output, interface, SDK, tool and engine information;
  • Various types of data information are stored in multi-dimensional virtual shared partitions.
  • the data information of each multi-dimensional virtual share is aggregated to form a virtual service sharing pool to realize the shared calling of data information.
  • Each multi-dimensional virtual shared partition is configured with a corresponding application resource identifier.
  • Various attached application resources map themselves or the data information generated by them to their respective multi-dimensional virtual shared partitions according to the application resource identifier, so that each application resource
  • Each multi-dimensional virtual shared partition exists independently and forms its own corresponding data information partition, and multiple information queues are aggregated into a virtual service sharing pool;
  • the computing center implements the function of sharing information according to the mapping relationship between various attached application resources in the corresponding multi-dimensional virtual shared partitions, without parsing the various application resources themselves.
  • step S400 refer to content and tools that can directly provide services to humans through human senses; various application resources include various application elements, application files, and application systems.
  • This implementation The application system in the example may include tool software.
  • Various application elements include text elements, picture elements, audio elements, video elements, multimedia elements, models, etc.
  • step S400 registers all kinds of application resources that need to be attached to the bottom board into the layout data flow file bottom board, so that various application resources form an attachment relationship with the layout data flow file bottom board; the calculation center during registration
  • the application resources are parsed, the data information of the application resources is obtained, and stored in the corresponding multi-dimensional virtual shared partition; it should be noted that the application resources in this embodiment are independent applications, and the data information is information produced from the application resources.
  • a storage space needs to be created for placing uploaded application resources or application resource links.
  • the registration methods used include:
  • the above three registration methods may be included at the same time or only one or any two of them may be included. Registration method.
  • the present invention uses multiple registration methods to register various application resources into the layout data flow file base. There is no cross-relationship between various application resources and they are stored independently of each other. There is no need to create any association between files. At the same time, the link path of the uploaded application resources is only saved in the computing center. Therefore, multiple registration methods are provided to facilitate user selection, further saving network application resources, etc., simplifying the process of application resource processing, but greatly improving the efficiency of application resource management and optimizing the digital office environment.
  • any application resource uploaded to the multi-dimensional virtual service sharing pool changes, the original historical appearance of each application resource can be saved in a mirroring manner.
  • the file content at the relevant time point can be selected through the timeline. Therefore, when performing file retrieval, there is no need to directly retrieve the corresponding file. You only need to enter keywords or select a certain time point, and route through the computing center to achieve Unified allocation and scheduling to optimally display relevant search content.
  • various application resources run independently of each other in their own forms, share data and information to their respective multi-dimensional virtual shared partitions, and all multi-dimensional virtual shared partitions are combined to generate a virtual service shared pool, where , according to the user's application needs in the virtual service sharing pool, the virtual service sharing pool generates new application scenarios by sharing data information. In the new application scenarios, each application resource generates a new combination.
  • the new combination can include application elements and Application composition service, application element and file composition service, application element and tool composition service, multiple file composition service, multiple file and tool composition service, multiple file and application composition service, multiple application composition service, the above new combinations are passed Register to the computing center again, accept the overall management of the computing center, share data and information to the virtual service sharing pool, and dynamically change by continuously registering and canceling as needs change.
  • Figure 5 is a schematic structural diagram of a sharing system for creating a virtual service sharing pool based on a layout data flow file backplane provided by an embodiment of the present invention; this embodiment provides a sharing system for creating a virtual service sharing pool based on a layout data flow file backing, including:
  • Creation module 1 is used to create a layout data flow file base that can be flexibly expanded on demand according to preset parameters; wherein the layout data flow file base is a lightweight file base;
  • Association module 2 is used to build a computing center on the layout data flow file base, using the computing center as a unified entrance for various application resources to enter the file base, and the computing center carries out overall coordination and association management of various application resources entering the base;
  • Classification module 3 is used to flexibly divide multiple multi-dimensional virtual shared partitions on demand on the created file base;
  • Registration module 4 is used to register all kinds of application resources that need to be attached to the bottom board into the layout data flow file bottom board, so that various application resources form an attachment relationship with the layout data flow file bottom board; during registration, the computing center parses the application resources, Obtain the data information of application resources and store the data information relationship to the corresponding multi-dimensional virtual shared partition;
  • the shared pool generation module 5 is used to configure corresponding application resource identifiers for each multi-dimensional virtual shared partition.
  • Various attached application resources map themselves or the data information generated by them to their respective multi-dimensional virtual shared partitions according to the application resource identifiers. , so that each application resource exists independently in each multi-dimensional virtual shared partition and forms its corresponding data information partition.
  • the data information shared by all multi-dimensional virtual partitions is aggregated to form a virtual service sharing pool;
  • the sharing module 6 is used by the computing center to realize the function of sharing information according to the mapping relationship of various attached application resources in the corresponding multi-dimensional virtual shared partition, without the need to parse the various application resources themselves.
  • the present invention creatively uses a lightweight file backplane to build a large-scale application ecosystem, redefines the logical relationships of various information application resources, and aggregates multiple information queues into an application resource sharing pool, thereby integrating files that may not have any relationship with each other. Without doing any damage, new combinations are formed, and applications, tools, engines and various files that may not have been related are formed into new combinations, and all newly established combinations can be formed in such an ecosystem. New applications. As a result, countless application resources are associated with each other based on layout data flow file technology, which saves network application resources and improves the efficiency of application resource management.
  • the registration module 4 may include:
  • the receiving unit 310 is used to receive uploaded application resources
  • the first upload unit 311 is used to write uploaded application resources into the storage space
  • the first reading unit 312 is used to read data information of uploaded application resources
  • the first adding unit 313 is used to store the relationship of data information to the corresponding multi-dimensional virtual shared partition
  • the registration module can include:
  • the collection unit 320 is used to collect the path of application resources to be uploaded
  • the linking unit 321 is used to link application resources to the corresponding storage space according to the path;
  • the second reading unit 322 is used to read data information of application resources
  • the second adding unit 323 is used to store the relationship of data information to the corresponding multi-dimensional virtual shared partition
  • a list of areas for the backplane file can be collected and therefore configured automatically in the form of a link.
  • the registration module can include:
  • the capture unit 330 is used to capture the application resources that need to be uploaded or the path of uploaded application resources through the built-in function on the file base;
  • the layout data flow file base has a built-in capture function, such as intercepting, copying, taking photos, etc. to obtain the required application resources or paths to required application resources;
  • the third upload unit 331 uploads the captured upload application resources or paths to the storage space
  • the third reading unit 332 is used to read data information of uploaded application resources or paths;
  • the third adding unit 333 is used to store the data information of the uploaded application resources or paths into the corresponding multi-dimensional virtual shared partition.
  • the system may include the above three registration methods at the same time or only one or any two of them.
  • the present invention uses multiple registration methods to register the uploaded application resources into the layout data flow file base. There is no cross-relationship between the uploaded application resources and they are stored independently of each other. At the same time, the uploaded link path is only saved in In the computing center. Therefore, network application resources are further saved, the application resource sharing process is simplified, and the efficiency is greatly improved. Manage the efficiency of various application resources and optimize the digital office environment.
  • the file content at the relevant time point can be selected through the timeline. Therefore, when using this system for retrieval, you do not need to directly retrieve the corresponding files. You only need to enter keywords or select a certain time point, and route through the computing center to achieve unified distribution and scheduling, and optimally display relevant retrieval content. come out.
  • the sharing system for creating a virtual service shared pool based on the layout data flow file backplane shown in this embodiment can be executed by using the method for creating a virtual service sharing pool based on the layout data flow file backplane in the embodiment shown in Figure 1, which is implemented The principles and technical effects are the same and will not be described again here.
  • the present invention also provides a terminal, including: at least one processor; and a memory storing program instructions, wherein the program instructions are configured to be executed by at least one processor, and the program instructions include a method for executing the above layout-based data flow.
  • this article may provide demonstrations of parameters containing specific values, but these parameters need not be exactly equal to the corresponding values, but may be approximated within acceptable error tolerances or design constraints.
  • steps are specifically described or must occur in sequence, the order of the above steps is not limited to those listed above and may be changed or rearranged according to the required design.
  • the above-mentioned embodiments can be mixed and matched with each other or with other embodiments based on design and reliability considerations, that is, the technical features in different embodiments can be freely combined to form more embodiments.

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Abstract

一种基于版式数据流文件底板创建虚拟服务共享池的方法，包括：创建版式数据流文件底板；构建计算中枢并将计算中枢作为各类应用资源进入底板的统一入口，并对应用资源进行统筹关联管理；在底板上划分多个多维虚拟共享分区；将各类应用资源均附着注册到版式数据流文件底板中使各类应用资源与底板形成附着关系；计算中枢获得应用资源的数据信息的关系并存储到对应的多维虚拟共享分区，所有多维虚拟共享的数据信息汇总形成虚拟服务共享池；计算中枢按照应用资源在对应的多维虚拟共享分区的映射关系实现按需共享各自信息的功能。

Description

基于版式数据流文件底板创建虚拟服务共享池的方法
本申请要求于2022年07月13日提交中国专利局，申请号为202210821156.0，发明名称为“基于版式数据流文件底板创建虚拟服务共享池的方法”的中国专利申请的优先权，其全部内容通过引用结合在本申请中。
技术领域
本发明涉及计算机软件领域，特别涉及基于版式数据流文件底板创建虚拟服务共享池的方法。
背景技术
目前，由于大部分的应用开发是基于操作系统、浏览器以及数据库来实现的，使人们对上述环境的产生依赖。但是由于信息技术的高速发展，使得应用资源信息类别不断的更新变化，应用资源之间的跨界融合合作不紧密；同时也使得原本可发生的事务缺乏载体以及缺乏全新的应用生态环境。为了突破上述应用环境的技术壁垒，提出基于版式数据流文件底板创建虚拟服务共享池的方法，使得产生一种崭新的生态并能够欣欣向荣发展。
因此，本申请基于当前的现状以及考虑到越来越多的应用系统和应用资源，定义一种全新的开发环境，打破了人们对于操作系统、数据库以及浏览器的依赖，同时使各类应用资源相互间充分的融合，使得应用资源更加丰富，从而打造了一个全新的应用生态环境。
发明内容
本发明所要解决的技术问题是提供基于版式数据流文件底板创建虚拟服务共享池的方法及系统。
为解决上述技术问题，本发明所采用的技术方案是：
第一方面，提供基于版式数据流文件底板创建虚拟服务共享池的方法，包括：
S100.按照预设参数创建一个可按需进行弹性伸缩的版式数据流文件底板；
S200.在版式数据流文件底板上构建计算中枢，将计算中枢作为各类应用资源进入文件底板的统一入口，并由计算中枢对进入底板的各类应用资源进行统筹关联管理；
S300.在创建的文件底板上按需弹性划分多个多维虚拟共享分区；
S400.将需附着在底板上的各类应用资源均注册到计算中枢，使各类应用资源与版式数据流文件底板形成附着关系；注册时计算中枢解析应用资源，获得应用资源的数据信息，并存储到对应的多维虚拟共享分区；
S500.每个多维虚拟共享分区均配置有对应的应用资源标识，各类附着的应用资源将自身或其生成产生的数据信息根据应用资源标识映射到各自所属的多维虚拟共享分区，使各个应用资 源独立存在并形成各自对应的数据信息的虚拟共享分区，所有多维虚拟共享的数据信息，汇总形成虚拟服务共享池；
S600.计算中枢按照各种附着应用资源在对应多维虚拟共享分区映射关系实现按需共享各自信息的功能，无需解析各类应用资源本身。
在某些可实现的方式中，步骤S100按照预设参数创建一个可按需进行弹性伸缩的版式数据流文件底板，具体包括：采用阅读装置构建一个可展示的空白页面，页面默认设置为满屏展示，展示页面的上下左右均可以按需拓展。
在某些可实现的方式中，步骤S200中在版式数据流文件底板上构建计算中枢，其中，计算中枢具有附着注册、路由属性、关联查找、发布调用、监控审计各类应用资源以及管理各类应用资源生命周期的功能。
在某些可实现的方式中，各类应用资源是指能够直接通过人类感官为人类提供服务的内容和工具；各类应用资源包括应用元素、各类文件、应用系统。本实施例中的应用系统可以包括工具软件。
在某些可实现的方式中，步骤S400将需附着在底板上的各类应用资源均注册到计算中枢，使各类应用资源与版式数据流文件底板形成附着关系；注册时计算中枢解析应用资源，获得应用资源的数据信息，并存储到对应的多维虚拟共享分区；其中，在步骤S400之前，需创建一个存储空间；其中应用资源是独立的应用，数据信息是从应用资源中生产出来的信息；
步骤S400中，预设注册方式包括：
接收上传的应用资源；
将上传应用资源写入存储空间；
读取上传应用资源的数据信息；
将数据信息的关系存储至对应的多维虚拟共享分区；
和/或
采集上传应用资源的路径；
根据路径把应用资源链接到存储空间；
获取应用资源的数据信息；
将数据信息的关系存储至对应的多维虚拟共享分区；
和/或
通过文件底板上自带功能捕捉需上传应用资源或上传应用资源的路径；
将捕捉的上传应用资源或路径上传到存储空间中；
读取上传应用资源或路径的数据信息
将数据信息的关系存储至对应的多维虚拟共享分区；
在某些可实现的方式中，数据信息是指各种附着应用资源向版式数据流文件底板的多维虚拟共享分区中按照映射关系来共享各自可以共享的信息；
数据信息包括页码、文字、词组、生命周期过程、身份权限、空间、时间、地理、日志、消息、AR、图片、音频、视频、模型、输入输出、接口、SDK、工具和引擎信息；
各种类型的数据信息，各自存储在多维虚拟共享分区内，各多维虚拟共享的数据信息，汇总形成虚拟服务共享池，实现数据信息的共享调用。
在某些可实现的方式中，附着注册是指多种独立的应用资源，按照文件底板的标准体系登记到版式数据流文件底板中，使得应用资源与文件底板发生明确的从属关系，解析各应用资源获取对应的数据信息，获取到的数据信息关系存储在文件底板的多维虚拟共享分区内，多个多维虚拟共享的数据信息，汇聚形成虚拟服务共享池；
属性路由是指通过分析接收的用户请求信息获取请求目的，并利用计算中枢的登记的信息获取最为快捷高效的应用资源、数据信息通道，针对应用资源可以是位置路径；针对数据信息可以虚拟服务共享池中对应的多维虚拟共享分区；
关联查找是指利用计算中枢提供的位置路径和多维虚拟共享分区对应关系，按需找到应用资源，快速获取数据信息并高效地建立起相互的关系；
发布调用是指不管是独立的还是组合应用的、是已有的还是新生的应用资源都能够向应用者提供服务，中枢将用户所需要看到的数据信息加载到内存中，再通过对内存的解析，用特有的阅读器进行解析渲染生成用户能看到的每个页面；
监控审计是对文件底板注册的各类应用资源的活动进行事前到事后的行为记录，在全程实时观察的前提下，进行统计分析，确保其活动的真实性、正确性、合规性、可控性及有效性。
在某些可实现的方式中，还包括：在计算中枢的管理之下，各类应用资源以其各自的形式互相独立运行，将数据信息共享到各自所属多维虚拟共享分区，所有的多维虚拟共享分区组合生成虚拟服务共享池，其中，根据用户在虚拟服务共享池的应用需求，虚拟服务共享池通过共享数据信息产生全新的应用场景，在全新的应用场景下各应用资源产生全新的组合，全新组合包括应用元素和应用组合服务、应用元素和文件组合服务、应用元素和工具组合服务、多个文件组合服务、多个文件和工具组合服务、多个文件和应用组合服务、多个应用组合服务，上述全新组合通过再次注册到计算中枢，接受计算中枢的统筹管理，并向虚拟服务共享池共享数据信息，并随着需求的改变不断注册、注销而动态变化。
第二发明，本发明基于版式数据流文件底板创建虚拟服务共享池的共享系统，包括：创建模块，用于按照预设参数创建一个可按需进行弹性伸缩的版式数据流文件底板；
关联模块，用于在版式数据流文件底板上构建计算中枢，将计算中枢作为各类应用资源进入文件底板的统一入口，并由计算中枢对进入底板的各类应用资源进行统筹关联管理；
分区模块，用于在创建的文件底板上按需弹性划分多个多维虚拟共享分区；
注册模块，用于将需附着在所述底板上的各类应用资源均注册到计算中枢，使
各类应用资源与所述版式数据流文件底板形成附着关系；注册时计算中枢解析应用资源，获得应用资源的数据信息，并将数据信息关系存储到对应的多维虚拟共享分区；
共享池生成模块，用于将每个多维虚拟共享分区配置对应的应用资源标识，各类附着的应用资源将自身或其生成产生的文件数据信息根据应用资源标识映射到各自所属的多维虚拟共享分区，使各个应用资源在每个多维虚拟共享分区中独立存在，所有多维虚拟分区共享的数据信息，汇总形成虚拟服务共享池；
共享模块，用于计算中枢按照各种附着应用资源在对应多维虚拟共享分区映射关系实现共享各自信息的功能，无需解析各类应用资源本身。
第三方面，提供一种终端，包括：至少一个处理器；以及存储器；其中，存储器存储有可被至少一个处理器执行的程序，指令被至少一个处理器执行，以使至少一个处理器能够执行上述基于版式数据流文件底板创建虚拟服务共享池的方法。
本发明与现有技术相比，具有以下优点和效果：
1、本发明创造性地采用轻型的文件底板构建大型的应用生态，形成以版式数据流文件底板为附着总成的共享管理模式；
2、通过文件的特性，重新定义并构建了各类信息化应用资源的逻辑关系；
3、快速响应应用需求以及及时响应数据信息数量的增减；
4、通过构建中枢，创建一种新型的应用资源管理方法，使得原本无关联的不同类型、不同形态的五花八门的应用资源被有效的进行管理和应用；
5、将上述应用资源产生的数据信息汇聚到虚拟服务共享池，又使得原本无关联的不同类型、不同形态的各类数据信息相互碰撞并重新组合，从而为新的应用诞生做好了充分的准备。
附图说明
图1是本发明基于版式数据流文件底板创建虚拟服务共享池的方法的步骤流程图；
图2是本发明基于版式数据流文件底板创建虚拟服务共享池的方法的一实施例的步骤流程图；
图3是本发明基于版式数据流文件底板创建虚拟服务共享池的方法的一实施例的步骤流程图；
图4是本发明基于版式数据流文件底板创建虚拟服务共享池的方法的一实施例的步骤流程图；
图5是本发明基于版式数据流文件底板创建虚拟服务共享池的共享系统的结构示意；
图6是本发明基于版式数据流文件底板创建虚拟服务共享池的注册模块的一实施例的结构示意；
图7是本发明基于版式数据流文件底板创建虚拟服务共享池的注册模块的一实施例的结构示意；
图8是本发明基于版式数据流文件底板创建虚拟服务共享池的注册模块的一实施例的结构示意；
图9是本发明基于版式数据流文件底板创建虚拟服务共享池的一实施例的结构示意图。
具体实施方式
为了详细阐述本发明为达到预定技术目的而所采取的技术方案，下面将结合本发明实施例中的附图，对本发明实施例中的技术方案进行清晰、完整地描述，显然，所描述的实施例仅仅 是本发明的部分实施例，而不是全部的实施例，并且，在不付出创造性劳动的前提下，本发明的实施例中的技术手段或技术特征可以替换，下面将参考附图并结合实施例来详细说明本发明。
实施例一
图1为本发明实施例提供的基于版式数据流文件底板创建虚拟服务共享池的方法的流程图；本发明提供基于版式数据流文件底板创建虚拟服务共享池的方法，包括：
S100.按照预设参数创建一个可按需进行弹性伸缩的版式数据流文件底板；应当说明的，按照预设参数创建一个可按需进行弹性伸缩的版式数据流文件底板，具体包括：采用阅读装置构建一个可展示的空白页面，页面默认设置为满屏展示，展示页面的上下左右均可以按需拓展。比如说：我们需要A4纸张的底板，我们预设参数就设置为A4纸的大小。
S200.在版式数据流文件底板上构建计算中枢，将计算中枢作为各类应用资源进入文件底板的统一入口，并由计算中枢对进入底板的各类应用资源进行统筹关联管理；
应当说明的，其中，计算中枢具有附着注册、路由属性、关联查找、发布调用、监控审计各类应用资源以及管理各类应用资源生命周期的功能。各种应用资源在计算中枢上进行注册，接收的各种应用资源与版式数据流文件底板形成附着关系。
具体地，附着注册是指多种独立的应用资源，按照文件底板的标准体系登记到版式数据流文件底板中，使得应用资源与文件底板发生明确的从属关系，解析各应用资源获取对应的数据信息，获取到的数据信息关系存储在文件底板的多维虚拟共享分区内，多个多维虚拟共享的数据信息，汇聚形成虚拟服务共享池；
属性路由是指通过分析接收的用户请求信息获取请求目的，并利用计算中枢的登记的信息获取最为快捷高效的应用资源、数据信息通道，针对应用资源可以是位置路径；针对数据信息可以虚拟服务共享池中对应的多维虚拟共享分区；
关联查找是指利用计算中枢提供的位置路径和多维虚拟共享分区对应关系，按需找到应用资源，快速获取数据信息并高效地建立起相互的关系；
发布调用是指不管是独立的还是组合应用的、是已有的还是新生的应用资源都能够向应用者提供服务，中枢将用户所需要看到的数据信息加载到内存中，再通过对内存的解析，用特有的阅读器进行解析渲染生成用户能看到的每个页面；
监控审计是对文件底板注册的各类应用资源的活动进行事前到事后的行为记录，在全程实时观察的前提下，进行统计分析，确保其活动的真实性、正确性、合规性、可控性及有效性。
S300.在创建的文件底板上按需弹性划分多个多维虚拟共享分区；
S400.将需附着在底板上的各类应用资源均注册到计算中枢，使各类应用资源与版式数据流文件底板形成附着关系；注册时计算中枢解析应用资源，获得应用资源的数据信息，并存储到对应的多维虚拟共享分区；
应当予以说明的，数据信息是指各种附着应用资源向版式数据流文件底板的多维虚拟共享分区中按照映射关系来共享各自可以共享的信息；
具体地，数据信息是由应用资源提取和生产出来的，包括但不限于页码、文字、词组、生命周期过程、身份权限、空间、时间、地理、日志、消息、AR、图片、音频、视频、模型、输 入输出、接口、SDK、工具和引擎信息；
各种类型的数据信息，各自存储在多维虚拟共享分区内，各多维虚拟共享的数据信息，汇总形成虚拟服务共享池，实现数据信息的共享调用。
S500.每个多维虚拟共享分区均配置有对应的应用资源标识，各类附着的应用资源将自身或其生成产生的数据信息根据应用资源标识映射到各自所属的多维虚拟共享分区，使各个应用资源在每个多维虚拟共享分区中独立存在并形成各自对应的数据信息分区，多个信息队列汇聚成虚拟服务共享池；
S600.计算中枢按照各种附着应用资源在对应多维虚拟共享分区映射关系实现共享各自信息的功能，无需解析各类应用资源本身。
如图9所示，各种附着应用资源在版式数据流文件底板中的多维虚拟共享分区中按照映射关系进行分类，共享相互间的信息。
进一步地，应当予以说明的，步骤S400中的各类应用资源是指能够直接通过人类感官为人类提供服务的内容和工具；各类应用资源包括各类应用元素、应用文件、应用系统，本实施例中的应用系统可以包括工具软件。各类应用元素包括文字元素、图片元素、音频元素、视频视频、多媒体元素、模型等等。
作为一种可实现的方式，步骤S400将需附着在底板上的各类应用资源均注册到版式数据流文件底板中，使各类应用资源与版式数据流文件底板形成附着关系；注册时计算中枢解析应用资源，获得应用资源的数据信息，并存储到对应的多维虚拟共享分区；应当予以说明的，本实施例中的应用资源是独立的应用，数据信息是从应用资源中生产出来的信息。可选地，在步骤S400之前，需创建一个存储空间，用于放置上传的应用资源或应用资源链接等。
如图2所示，采用的注册方式包括：
S310.接收上传的应用资源；
S311.将上传应用资源写入存储空间；
S312.读取上传应用资源的数据信息；
S313.将数据信息存储至对应的多维虚拟共享分区；
和/或如图3所示，
S320.采集上传应用资源的路径；
S321.根据路径把应用资源链接到存储空间；
S322.获取应用资源的数据信息；
S323.将数据信息存储至对应的多维虚拟共享分区；
和/或如图4所示，
S330.通过文件底板上自带功能捕捉需上传应用资源或上传应用资源的路径；
S331.将捕捉的上传应用资源或路径上传到存储空间中；
S332.读取上传应用资源或路径的数据信息；
S333.将数据信息存储至对应的多维虚拟共享分区。
本实施例中，可以同时包括上述的三种注册方式或者只包括其中的一种或者任一两种的注 册方式。
本发明通过采用多种注册方式将各类应用资源注册到版式数据流文件底板中中，各类应用资源之间不产生的交叉关系，互相独立的存储，文件之间不需要创建任何关联关系，同时上传应用资源的链接路径仅保存在计算中枢中。因此，提供了多种注册方式便于用户选择，进一步节约了网络应用资源等，简化了应用资源处理的过程，却大大提高了应用资源管理的效率，优化了数字化办公环境。
在本实施例中，若上传至多维虚拟服务共享池中地任何一个应用资源发生改变时，都可以采用镜像的方式保存为每个应用资源的历史原貌。由此，可通过时间轴选择相关时间点的文件内容，从而在进行文件检索时，不需要直接检索对应的文件，只需输入关键词或选定某个时间点，通过计算中枢进行路由，实现统一分配调度，把相关的检索内容优选展示出来。
优选地，在计算中枢的管理之下，各类应用资源以其各自的形式互相独立运行，将数据信息共享到各自所属多维虚拟共享分区，所有的多维虚拟共享分区组合生成虚拟服务共享池，其中，根据用户在虚拟服务共享池的应用需求，虚拟服务共享池通过共享数据信息产生全新的应用场景，在全新的应用场景下各应用资源产生全新的组合，具体地，全新组合可以包括应用元素和应用组合服务、应用元素和文件组合服务、应用元素和工具组合服务、多个文件组合服务、多个文件和工具组合服务、多个文件和应用组合服务、多个应用组合服务，上述全新组合通过再次注册到计算中枢，接受计算中枢的统筹管理，并向虚拟服务共享池共享数据信息，并随着需求的改变不断注册、注销而动态变化。
实施例二
图5为本发明实施例提供的基于版式数据流文件底板创建虚拟服务共享池的共享系统的结构示意图；本实施例提供基于版式数据流文件底板创建虚拟服务共享池的共享系统，包括：
创建模块1，用于按照预设参数创建一个可按需进行弹性伸缩的版式数据流文件底板；其中，版式数据流文件底板为轻型的文件底板；
关联模块2，用于在版式数据流文件底板上构建计算中枢，将计算中枢作为各类应用资源进入文件底板的统一入口，并由计算中枢对进入底板的各类应用资源进行统筹关联管理；
分类模块3，用于在创建的文件底板上按需弹性划分多个多维虚拟共享分区；
注册模块4，用于将需附着在底板上的各类应用资源均注册到版式数据流文件底板中，使各类应用资源与版式数据流文件底板形成附着关系；注册时计算中枢解析应用资源，获得应用资源的数据信息，并将数据信息关系存储到对应的多维虚拟共享分区；
共享池生成模块5，用于给每个多维虚拟共享分区配置对应的应用资源标识，各类附着的应用资源将自身或其生成产生的数据信息根据应用资源标识映射到各自所属的多维虚拟共享分区，使各个应用资源在每个多维虚拟共享分区中独立存在并形成各自对应的数据信息分区，所有多维虚拟分区共享的数据信息，汇总形成虚拟服务共享池；
共享模块6，用于计算中枢按照各种附着应用资源在对应多维虚拟共享分区映射关系实现共享各自信息的功能，无需解析各类应用资源本身。
本发明创造性地采用轻型的文件底板构建大型的应用生态，重新定义了各类信息化应用资源的逻辑关系，将形成的多个信息队列汇聚成为应用资源共享池，从而将原本可能没有关系的文件在不做任何破坏的前提下，形成了新型的组合，将原本可能没有关系的应用、工具、引擎与各类文件等形成新型的组合，而所有新建立的组合在这样的生态中可以全部形成新的应用。由此，基于版式数据流文件技术将无数个应用资源创建关联关系，节约了网络应用资源，也提高了应用资源管理的效率。
实施例四
作为一种可实现的方式，在上述实施例的基础上参考附图可知，为了丰富基于版式数据流文件底板创建虚拟服务共享池的共享系统注册方式的多样性，优选地，针对第一种注册方式，如图6所示，注册模块4可以包括：
接收单元310，用于接收上传应用资源；
第一上传单元311，用于将上传应用资源写入存储空间；
第一读取单元312，用于读取上传应用资源的数据信息；
第一添加单元313，用于将数据信息的关系存储至对应的多维虚拟共享分区；
举例说明，比如采取拖拽文件到指定虚拟分区或者也可以在指定多维虚拟共享分区中选择文件，添加指定多维虚拟共享分区。
如图7所示，针对第二种注册方式，注册模块可以包括：
采集单元320，用于采集需上传应用资源的路径；
链接单元321，用于根据路径把应用资源链接到对应的存储空间；
第二读取单元322，用于读取应用资源的数据信息；
第二添加单元323，用于将数据信息的关系存储至对应的多维虚拟共享分区；
在该系统中，可以采集获取底板文件的区域列表，因此可以以链接形式自动配置。
如图8所示，针对第三种注册方式，注册模块可以包括：
捕获单元330，用于通过文件底板上自带功能捕捉需上传应用资源或上传应用资源的路径；版式数据流文件底板上自带有捕获功能，比如说采用截取、复制、拍照等手段获取所需的应用资源或者所需应用资源的路径；
第三上传单元331，将捕捉的上传应用资源或路径上传到存储空间中；
第三读取单元332，用于读取上传应用资源或路径的数据信息；
第三添加单元333，用于将上传应用资源或路径的数据信息存储至对应的多维虚拟共享分区。
具体地，在实际应用中，该系统可以同时包括上述的三种注册方式或者只包括其中的一种或者任一两种的注册方式。
本实施例中，本发明采用多种注册方式将上传应用资源注册到版式数据流文件底板中，上传的应用资源之间不产生的交叉关系，互相独立的存储，同时上传的链接路径仅保存在计算中枢中。因此，进一步节约了网络应用资源等，简化了应用资源共享处理的过程，却大大提高了 管理各类应用资源的效率，优化了数字化办公环境。
在版式数据流文件中，可通过时间轴选择相关时间点的文件内容。由此，在使用该系统进行检索时，不需要直接检索对应的文件，只需输入关键词或选定某个时间点，通过计算中枢进行路由，实现统一分配调度，把相关的检索内容优选展示出来。
本实施例所示的基于版式数据流文件底板创建虚拟服务共享池的共享系统可利用在图1所示的实施例中的基于版式数据流文件底板创建虚拟服务共享池的方法中执行，其实现原理与技术效果相同，此处不再赘述。
本发明还提供一种终端，包括：至少一个处理器；以及存储器，存储有程序指令，其中，程序指令被配置为适于由至少一个处理器执行，程序指令包括用于执行上述基于版式数据流文件底板创建虚拟服务共享池的方法的指令。
需要说明的是，在附图或说明书正文中，未绘制或描述的实现方式，均为所属技术领域中普通技术人员所知的实现方式，并未进行详细说明。此外，上述对各元件和方法的定义并不仅限于实施例中提到的各种具体结构、形状或方式。
还需要说明的是，本文可提供包含特定值的参数的示范，但这些参数无需确切等于相应的值，而是可在可接受的误差容限或设计约束内近似于相应值。此外，除非特别描述或必须依序发生的步骤，上述步骤的顺序并无限制于以上所列，且可根据所需设计而变化或重新排列。并且上述实施例可基于设计及可靠度的考虑，彼此混合搭配使用或与其他实施例混合搭配使用，即不同实施例中的技术特征可以自由组合形成更多的实施例。
以上所述，仅是本发明的较佳实施例，并非对本发明作任何形式上的限制，虽然本发明已以较佳实施例揭露如上，然而并非用以限定本发明，任何熟悉本专业的技术人员，在不脱离本发明技术方案范围内，当可利用上述揭示的技术内容做出些许改动或修饰为等同变化的等效实施例，但凡是未脱离本发明技术方案内容，依据本发明的技术实质，在本发明的精神和原则内，对以上实施例所作的任何简单的修改、等同替换与改进等，均在本发明技术方案的保护范围之内。

Claims (10)

  1. 一种基于版式数据流文件底板创建虚拟服务共享池的方法，其特征在于，包括：
    S100.按照预设参数创建一个可按需进行弹性伸缩的版式数据流文件底板；
    S200.在所述版式数据流文件底板上构建计算中枢，将所述计算中枢作为各类应用资源进入所述文件底板的统一入口，并由所述计算中枢对进入所述底板的各类应用资源进行统筹关联管理；
    S300.在创建的文件底板上按需弹性划分多个多维虚拟共享分区；
    S400.将需附着在所述底板上的各类应用资源均注册到版式数据流文件底板中，使各类应用资源与所述版式数据流文件底板形成附着关系；注册时计算中枢解析应用资源，获得应用资源的数据信息，并将数据信息的关系存储到对应的多维虚拟共享分区；
    S500.每个所述多维虚拟共享分区均配置有对应的应用资源标识，各类附着的应用资源将自身或其生成产生的数据信息根据应用资源标识映射到各自所属的多维虚拟共享分区，使各个应用资源独立存在并形成各自对应的数据信息的虚拟共享分区，所有多维虚拟共享的数据信息，汇总形成虚拟服务共享池；
    S600.所述计算中枢按照各种附着应用资源在对应多维虚拟共享分区映射关系实现按需共享各自信息的功能，无需解析各类应用资源本身。
  2. 如权利要求1所述的基于版式数据流文件底板创建虚拟服务共享池的方法，其特征在于：步骤S100按照预设参数创建一个可按需进行弹性伸缩的版式数据流文件底板，具体包括：采用阅读装置构建一个可展示的空白页面，页面默认设置为满屏展示，展示页面的上下左右均可以按需拓展。
  3. 如权利要求1所述的基于版式数据流文件底板创建虚拟服务共享池的方法，其特征在于：步骤S200中在所述版式数据流文件底板上构建计算中枢，其中，所述计算中枢具有附着注册、路由属性、关联查找、发布调用、监控审计各类应用资源以及管理各类应用资源生命周期的功能。
  4. 如权利要求1所述的基于版式数据流文件底板创建虚拟服务共享池的方法，其特征在于：所述各类应用资源是指能够直接通过人类感官为人类提供服务的内容和工具；所述各类应用资源包括各类应用元素、各类文件、应用系统，所述应用系统包括工具软件。
  5. 如权利要求1所述的基于版式数据流文件底板创建虚拟服务共享池的方法，其特征在于：步骤S400将需附着在所述底板上的各类应用资源均注册到计算中枢，使各类应用资源与所述版式数据流文件底板形成附着关系；注册时计算中枢解析应用资源，获得应用资源的数据信息，并将数据信息的关系存储到对应的多维虚拟共享分区；其中，在步骤S400之前，需创建一个存储空间；其中应用资源是独立的应用，数据信息是从应用资源中生产出来的信息；
    步骤S400中，采用的注册方式包括：
    接收上传的应用资源；
    将上传应用资源写入所述存储空间；
    读取所述上传应用资源的数据信息；
    将数据信息的关系存储至对应的多维虚拟共享分区；
    和/或
    采集上传应用资源的路径；
    根据所述路径把应用资源链接到所述存储空间；
    获取应用资源的数据信息；
    将数据信息的关系存储至对应的多维虚拟共享分区；
    和/或
    通过文件底板上自带功能捕捉需上传应用资源或上传应用资源的路径；
    将捕捉的上传应用资源或路径上传到所述存储空间中；
    读取所述上传应用资源或路径的数据信息；
    将数据信息的关系存储至对应的多维虚拟共享分区。
  6. 如权利要求5所述的基于版式数据流文件底板创建虚拟服务共享池的方法，其特征在于：所述数据信息是指各种附着应用资源向版式数据流文件底板的多维虚拟共享分区中按照映射关系来共享各自可以共享的信息；
    数据信息是由应用资源提取和生产出来的，包括页码、文字、词组、生命周期过程、身份权限、空间、时间、地理、日志、消息、AR、图片、音频、视频、模型、输入输出、接口、SDK、工具和引擎信息；
    各种类型的数据信息，各自关系存储在多维虚拟共享分区内，多个多维虚拟共享的数据信息，汇总形成虚拟服务共享池，实现数据信息的共享调用。
  7. 如权利要求3所述的基于版式数据流文件底板创建虚拟服务共享池的方法，其特征在于：
    所述附着注册是指多种独立的应用资源，按照文件底板的标准体系登记到版式数据流文件底板中，使得应用资源与文件底板发生明确的从属关系，解析各应用资源获取对应的数据信息，获取到的数据信息关系存储在文件底板的多维虚拟共享分区内，多个多维虚拟共享的数据信息，汇聚形成虚拟服务共享池；
    所述属性路由是指通过分析接收的用户请求信息获取请求目的，并利用计算中枢的登记的信息获取最为快捷高效的应用资源、数据信息通道，针对应用资源可以是位置路径；针对数据信息可以虚拟服务共享池中对应的多维虚拟共享分区；
    所述关联查找是指利用计算中枢提供的位置路径和多维虚拟共享分区对应关系，按需找到应用资源，快速获取数据信息并高效地建立起相互的关系；
    所述发布调用是指不管是独立的还是组合应用的、是已有的还是新生的应用资源都能够向应用者提供服务，中枢将用户所需要看到的数据信息加载到内存中，再通过对内存的解析，用特有的阅读器进行解析渲染生成用户能看到的每个页面；
    所述监控审计是对文件底板注册的各类应用资源的活动进行事前到事后的行为记录，在全程实时观察的前提下，进行统计分析，确保其活动的真实性、正确性、合规性、可控性及有效 性。
  8. 如权利要求1所述的基于版式数据流文件底板创建虚拟服务共享池的方法，其特征在于：还包括：在所述计算中枢的管理之下，各类应用资源以其各自的形式互相独立运行，将数据信息共享到各自所属多维虚拟共享分区，所有多维虚拟共享的数据信息，汇总形成虚拟服务共享池；其中，根据用户在所述虚拟服务共享池的应用需求，虚拟服务共享池通过共享数据信息产生全新的应用场景，在全新的应用场景下各应用资源产生全新的组合，全新组合包括应用元素和应用元素组合、应用元素和文件组合、应用元素和应用系统组合、文件间相互组合、文件和应用系统组合、应用系统与应用系统组合、应用元素和文件及应用系统组合，上述全新组合通过再次注册到计算中枢，接受计算中枢的统筹管理，并向虚拟服务共享池共享数据信息，并随着需求的改变不断注册、注销而动态变化。
  9. 一种基于版式数据流文件底板创建虚拟服务共享池的共享系统，其特征在于：创建模块，用于按照预设参数创建一个可按需进行弹性伸缩的版式数据流文件底板；
    关联模块，用于在版式数据流文件底板上构建计算中枢，将计算中枢作为各类应用资源进入文件底板的统一入口，并由计算中枢对进入底板的各类应用资源进行统筹关联管理；
    分区模块，用于在创建的文件底板上按需弹性划分多个多维虚拟共享分区；
    注册模块，用于将需附着在所述底板上的各类应用资源均注册到版式数据流文件底板中，使各类应用资源与所述版式数据流文件底板形成附着关系；注册时计算中枢解析应用资源，获得应用资源的数据信息，并将数据信息关系存储到对应的多维虚拟共享分区；
    共享池生成模块，用于将每个多维虚拟共享分区配置对应的应用资源标识，各类附着的应用资源将自身或其生成产生的文件数据信息根据应用资源标识映射到各自所属的多维虚拟共享分区，使各个应用资源在每个多维虚拟共享分区中独立存在，所有多维虚拟分区共享的数据信息，汇总形成虚拟服务共享池；
    共享模块，用于计算中枢按照各种附着应用资源在对应多维虚拟共享分区映射关系实现共享各自信息的功能，无需解析各类应用资源本身。
  10. 一种终端，包括：至少一个处理器；以及存储器；其中，所述存储器存储有可被所述至少一个处理器执行的程序，指令被所述至少一个处理器执行，以使所述至少一个处理器能够执行权利要求1-8任一项所述的基于版式数据流文件底板创建虚拟服务共享池的方法。
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