CN117272278B - Decentralization management method and device for digital asset platform - Google Patents
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Abstract
Description
技术领域Technical field
本发明涉及数据处理技术,尤其涉及一种用于数字资产平台的去中心化管理方法及装置。The present invention relates to data processing technology, and in particular, to a decentralized management method and device for a digital asset platform.
背景技术Background technique
数字资产是指企业或个人拥有或控制的,以电子数据形式存在,在日常活动中持有以备出售或处于生产过程中的非货币性资产。Digital assets refer to non-monetary assets owned or controlled by enterprises or individuals, existing in the form of electronic data, and held for sale or in the production process during daily activities.
现有技术中,在对数字资产进行管理时,通常都是一个管理端对数字资产进行管理,在数字资产较多时,通过现有技术中的方式可能无法结合多个管理端的权限信息对数字资产进行相应的操作处理,使得数字资产的管理效率低下。In the existing technology, when digital assets are managed, one management terminal usually manages the digital assets. When there are many digital assets, it may not be possible to combine the permission information of multiple management terminals to manage the digital assets through the methods in the existing technology. Carry out corresponding operations and processing, making the management of digital assets inefficient.
因此,如何结合多个管理端的权限信息对数字资产进行管理,提高数字资产的管理效率,成了如今亟需解决的问题。Therefore, how to combine the permission information of multiple management terminals to manage digital assets and improve the management efficiency of digital assets has become an urgent problem that needs to be solved today.
发明内容Contents of the invention
本发明实施例提供一种用于数字资产平台的去中心化管理方法及装置,可以结合多个管理端的权限信息对数字资产进行管理,提高数字资产的管理效率。Embodiments of the present invention provide a decentralized management method and device for a digital asset platform, which can manage digital assets by combining the authority information of multiple management terminals and improve the management efficiency of digital assets.
本发明实施例的第一方面,提供一种用于数字资产平台的去中心化管理方法,包括:A first aspect of the embodiment of the present invention provides a decentralized management method for a digital asset platform, including:
接收管理端对各数字资产配置的初始等级信息,根据反向更新策略对所述初始等级信息进行更新,得到各数字资产的当前等级信息,基于所述当前等级信息确定各数字资产对应的允许网络组;Receive the initial level information configured by the management end for each digital asset, update the initial level information according to the reverse update strategy, obtain the current level information of each digital asset, and determine the allowed network corresponding to each digital asset based on the current level information. Group;
响应操作端的操作请求,对所述操作端进行一级验证,得到一级验证结果,根据所述一级验证结果发送预设网络组的触发网络至所述操作端,所述触发网络为所述预设网络组中的最低级网络;In response to the operation request of the operating terminal, a first-level verification is performed on the operating terminal to obtain a first-level verification result, and a triggering network of a preset network group is sent to the operating terminal according to the first-level verification result, and the triggering network is the The lowest level network in the default network group;
获取所述操作端对所述触发网络的二级验证信息,根据所述二级验证信息调取逐级切换策略对所述操作端的升级请求和等级配置信息进行处理,得到所述操作端的当前网络;Obtain the secondary verification information of the triggering network by the operating terminal, call the step-by-step switching strategy according to the secondary verification information, process the upgrade request and level configuration information of the operating terminal, and obtain the current network of the operating terminal. ;
根据所述当前网络和各数字资产对应的所述允许网络组确定操作资产,生成所述操作资产对应的操作界面发送给所述操作端,接收所述操作端对所述操作资产的操作数据,将所述操作数据上链存储至对应的资产区块链。Determine the operation assets according to the current network and the allowed network group corresponding to each digital asset, generate an operation interface corresponding to the operation assets and send it to the operation terminal, and receive the operation data of the operation assets from the operation terminal, The operation data is uploaded and stored in the corresponding asset blockchain.
可选地,在第一方面的一种可能实现方式中,接收管理端对各数字资产配置的初始等级信息,根据反向更新策略对所述初始等级信息进行更新,得到各数字资产的当前等级信息,基于所述当前等级信息确定各数字资产对应的允许网络组,包括:Optionally, in a possible implementation of the first aspect, the initial level information configured by the management end for each digital asset is received, and the initial level information is updated according to the reverse update strategy to obtain the current level of each digital asset. Information, based on the current level information, determine the allowed network group corresponding to each digital asset, including:
接收管理端对各数字资产配置的初始等级信息,根据所述初始等级信息得到相应所述数字资产对应的初始等级;Receive the initial level information configured by the management end for each digital asset, and obtain the initial level corresponding to the corresponding digital asset based on the initial level information;
获取所述预设网络组中各预设网络对应的预设等级,按照等级从低到高对各所述预设等级进行排列,得到反向等级序列;Obtain the preset levels corresponding to each preset network in the preset network group, arrange the preset levels according to the level from low to high, and obtain a reverse level sequence;
选取所述反向等级序列中与所述初始等级对应的预设等级作为第一目标等级,以及所述反向等级序列中位于所述第一目标等级之后的预设等级作为第二目标等级;Select the preset level corresponding to the initial level in the reverse level sequence as the first target level, and the preset level located after the first target level in the reverse level sequence as the second target level;
根据所述第一目标等级和所述第二目标等级得到相应所述数字资产的当前等级信息;Obtain the current level information corresponding to the digital asset according to the first target level and the second target level;
获取所述预设网络组中与所述当前等级信息对应的预设网络作为允许网络,根据所述允许网络生成相应所述数字资产对应的允许网络组。Obtain the preset network corresponding to the current level information in the preset network group as an allowed network, and generate an allowed network group corresponding to the digital asset according to the allowed network.
可选地,在第一方面的一种可能实现方式中,响应操作端的操作请求,对所述操作端进行一级验证,得到一级验证结果,根据所述一级验证结果发送预设网络组的触发网络至所述操作端,所述触发网络为所述预设网络组中的最低级网络,包括:Optionally, in a possible implementation of the first aspect, in response to the operation request of the operating terminal, a first-level verification is performed on the operating terminal, a first-level verification result is obtained, and a preset network group is sent according to the first-level verification result. A trigger network to the operation terminal, the trigger network being the lowest network in the preset network group, including:
响应操作端的操作请求,获取所述操作端的身份信息,调取预设身份表,根据所述身份信息和所述预设身份表对所述操作端进行一级验证;Respond to the operation request of the operating terminal, obtain the identity information of the operating terminal, retrieve the preset identity table, and perform first-level verification on the operating terminal based on the identity information and the preset identity table;
若所述预设身份表中存在与所述身份信息对应的预设身份信息,则生成验证通过信息,所述一级验证结果包括验证通过信息;If there is preset identity information corresponding to the identity information in the preset identity table, verification passing information is generated, and the first-level verification result includes verification passing information;
基于所述验证通过信息获取所述预设网络组中预设等级最低的最低级网络作为触发网络,将所述触发网络发送至所述操作端。Based on the verification information, the lowest-level network with the lowest preset level in the preset network group is obtained as a trigger network, and the trigger network is sent to the operation terminal.
可选地,在第一方面的一种可能实现方式中,获取所述操作端对所述触发网络的二级验证信息,根据所述二级验证信息调取逐级切换策略对所述操作端的升级请求和等级配置信息进行处理,得到所述操作端的当前网络,包括:Optionally, in a possible implementation manner of the first aspect, the secondary verification information of the operating terminal for the triggering network is obtained, and the step-by-step switching strategy for the operating terminal is retrieved according to the secondary verification information. The upgrade request and level configuration information are processed to obtain the current network of the operator, including:
获取所述操作端对所述触发网络输入的网络密钥,根据所述网络密钥的密钥通过信息得到二级验证信息;Obtain the network key input by the operating terminal to the triggering network, and obtain secondary verification information based on the key pass information of the network key;
基于所述二级验证信息获取所述操作端的升级请求,确定所述升级请求对应的验证网络,根据所述等级配置信息和所述升级请求对所述验证网络进行逐级切换验证,得到所述操作端对应的当前网络。Obtain the upgrade request of the operating terminal based on the secondary verification information, determine the verification network corresponding to the upgrade request, perform step-by-step switching verification on the verification network according to the level configuration information and the upgrade request, and obtain the The current network corresponding to the operator.
可选地,在第一方面的一种可能实现方式中,基于所述二级验证信息获取所述操作端的升级请求,确定所述升级请求对应的验证网络,根据所述等级配置信息和所述升级请求对所述验证网络进行逐级验证,得到所述操作端对应的当前网络,包括:Optionally, in a possible implementation of the first aspect, the upgrade request of the operator is obtained based on the secondary verification information, the verification network corresponding to the upgrade request is determined, and the verification network is determined based on the level configuration information and the The upgrade request performs step-by-step verification on the verification network to obtain the current network corresponding to the operation terminal, including:
响应所述升级请求,获取所述预设网络组中位于所述触发网络上一预设级别的预设网络作为验证网络,确定所述验证网络的预设级别为验证级别;In response to the upgrade request, obtain a preset network located at a preset level above the trigger network in the preset network group as a verification network, and determine that the preset level of the verification network is the verification level;
若所述等级配置信息中存在所述验证级别对应的配置级别,则将所述验证网络发送至所述操作端,所述等级配置信息包括所述操作端对应的多个配置级别;If the configuration level corresponding to the verification level exists in the level configuration information, then the verification network is sent to the operation terminal, and the level configuration information includes multiple configuration levels corresponding to the operation terminal;
获取所述操作端对所述验证网络的三级验证信息,基于所述三级验证信息获取所述操作端的升级请求,确定所述预设网络组中位于所述验证网络上一预设级别的预设网络作为下一个验证网络;Obtain the three-level verification information of the operation terminal for the verification network, obtain the upgrade request of the operation terminal based on the three-level verification information, and determine the preset network group located at a preset level above the verification network. The default network is used as the next verification network;
重复上述步骤,直至所述操作端停止输入所述升级请求或所述等级配置信息中不存在所述验证级别对应的配置级别时,停止重复,获取所述操作端最后一个升级请求对应的验证网络作为当前网络。Repeat the above steps until the operation terminal stops inputting the upgrade request or when the configuration level corresponding to the verification level does not exist in the level configuration information, stop repeating and obtain the verification network corresponding to the last upgrade request of the operation terminal. as the current network.
可选地,在第一方面的一种可能实现方式中,在根据所述二级验证信息调取逐级切换策略对所述操作端的升级请求和等级配置信息进行处理之前,还包括:Optionally, in a possible implementation of the first aspect, before invoking the step-by-step switching strategy according to the secondary verification information to process the upgrade request and level configuration information of the operator, the method further includes:
获取动态配置端对所述操作端的授权信息,根据所述授权信息得到所述操作端对应的授权数据;Obtain authorization information from the dynamic configuration end to the operation end, and obtain authorization data corresponding to the operation end based on the authorization information;
确定所述授权数据中预设定位词对应的位置栏为目标栏,获取所述目标栏的目标信息,对所述目标信息进行等级分析得到最高等级;Determine the position column corresponding to the preset positioning word in the authorization data as the target column, obtain the target information of the target column, and conduct a level analysis on the target information to obtain the highest level;
基于正向更新策略对所述最高等级进行更新得到多个配置等级,根据所述配置等级得到相应所述操作端对应的等级配置信息;Update the highest level based on a forward update strategy to obtain multiple configuration levels, and obtain level configuration information corresponding to the operating terminal according to the configuration levels;
调取所述动态配置端配置的授权密钥表,获取所述授权密钥表中与所述等级配置信息中各所述配置等级对应的等级截取线,所述授权密钥表中包括多个预设等级对应的等级截取线;Retrieve the authorization key table configured by the dynamic configuration end, and obtain the level interception lines corresponding to each configuration level in the level configuration information in the authorization key table. The authorization key table includes multiple The grade interception line corresponding to the preset grade;
根据所述等级截取线对所述授权密钥表中各所述配置等级的配置密钥进行截取,得到多个子密钥信息,对多个子密钥信息进行汇总得到密钥信息发送至相应所述操作端;The configuration keys of each configuration level in the authorization key table are intercepted according to the level interception line to obtain multiple sub-key information, and the multiple sub-key information are summarized to obtain the key information and sent to the corresponding operating end;
根据各所述操作端对应的等级配置信息生成汇总信息发送至所述动态配置端。Summary information is generated according to the level configuration information corresponding to each operation terminal and sent to the dynamic configuration terminal.
可选地,在第一方面的一种可能实现方式中,基于正向更新策略对所述最高等级进行更新得到多个配置等级,根据所述配置等级得到相应所述操作端对应的等级配置信息,包括;Optionally, in a possible implementation of the first aspect, the highest level is updated based on a forward update strategy to obtain multiple configuration levels, and level configuration information corresponding to the operation terminal is obtained according to the configuration levels. ,include;
按照等级从高到低对所述预设网络组中各预设网络的预设等级进行排列,得到正向等级序列;Arrange the preset levels of each preset network in the preset network group from high to low to obtain a forward level sequence;
选取所述正向等级序列中与所述最高等级对应的预设等级、以及所述正向等级序列中位于所述最高等级之后的预设等级作为配置等级;Select the preset level corresponding to the highest level in the forward level sequence and the preset level located after the highest level in the forward level sequence as the configuration level;
根据所述配置等级得到相应所述操作端对应的等级配置信息。Level configuration information corresponding to the operating terminal is obtained according to the configuration level.
可选地,在第一方面的一种可能实现方式中,根据各所述操作端对应的等级配置信息生成汇总信息发送至所述动态配置端,包括:Optionally, in a possible implementation of the first aspect, summary information is generated according to the level configuration information corresponding to each operation terminal and sent to the dynamic configuration terminal, including:
调取预设的信息填充表,所述信息填充表包括多个主体填充区以及各所述主体填充区对应的等级填充区和授权填充区;Call up a preset information filling table, which includes a plurality of subject filling areas and a level filling area and an authorization filling area corresponding to each of the subject filling areas;
获取各所述操作端对应的主体信息,将各所述主体信息填充在所述主体填充区内;Obtain the subject information corresponding to each of the operation terminals, and fill each of the subject information in the subject filling area;
将各所述操作端对应的等级配置信息填充至与相应所述主体填充区对应的等级填充区内;Fill the level configuration information corresponding to each operation terminal into the level filling area corresponding to the corresponding main body filling area;
将各所述操作端对应的授权数据填充至与相应所述主体填充区对应的授权填充区内,得到信息汇总表,根据所述信息汇总表得到汇总信息发送至所述动态配置端。The authorization data corresponding to each operation terminal is filled into the authorization filling area corresponding to the corresponding body filling area, and an information summary table is obtained. The summary information is obtained according to the information summary table and sent to the dynamic configuration terminal.
可选地,在第一方面的一种可能实现方式中,根据所述当前网络和各数字资产对应的所述允许网络组确定操作资产,生成所述操作资产对应的操作界面发送给所述操作端,包括:Optionally, in a possible implementation of the first aspect, operating assets are determined based on the current network and the allowed network group corresponding to each digital asset, and an operating interface corresponding to the operating assets is generated and sent to the operation end, including:
获取所述当前网络的当前等级,若所述允许网络组中存在所述当前等级对应的允许网络,则将所述允许网络组对应的数字资产作为操作资产;Obtain the current level of the current network, and if there is an allowed network corresponding to the current level in the allowed network group, use the digital asset corresponding to the allowed network group as an operating asset;
调取初始界面,基于所述操作资产对所述初始界面进行更新得到操作界面发送给所述操作端。The initial interface is called, and the initial interface is updated based on the operation assets to obtain the operation interface and sent to the operation terminal.
本发明实施例的第二方面,提供一种用于数字资产平台的去中心化管理装置,包括:A second aspect of the embodiment of the present invention provides a decentralized management device for a digital asset platform, including:
配置模块,用于接收管理端对各数字资产配置的初始等级信息,根据反向更新策略对所述初始等级信息进行更新,得到各数字资产的当前等级信息,基于所述当前等级信息确定各数字资产对应的允许网络组;The configuration module is used to receive the initial level information configured by the management end for each digital asset, update the initial level information according to the reverse update strategy, obtain the current level information of each digital asset, and determine each number based on the current level information. The allowed network group corresponding to the asset;
验证模块,用于响应操作端的操作请求,对所述操作端进行一级验证,得到一级验证结果,根据所述一级验证结果发送预设网络组的触发网络至所述操作端,所述触发网络为所述预设网络组中的最低级网络;The verification module is used to respond to the operation request of the operating terminal, perform first-level verification on the operating terminal, obtain the first-level verification result, and send the trigger network of the preset network group to the operating terminal according to the first-level verification result, the The trigger network is the lowest network in the preset network group;
切换模块,用于获取所述操作端对所述触发网络的二级验证信息,根据所述二级验证信息调取逐级切换策略对所述操作端的升级请求和等级配置信息进行处理,得到所述操作端的当前网络;A switching module is used to obtain the secondary verification information of the triggering network by the operating terminal, and retrieve the level-by-level switching strategy according to the secondary verification information to process the upgrade request and level configuration information of the operating terminal to obtain the Describe the current network of the operator;
操作模块,用于根据所述当前网络和各数字资产对应的所述允许网络组确定操作资产,生成所述操作资产对应的操作界面发送给所述操作端,接收所述操作端对所述操作资产的操作数据,将所述操作数据上链存储至对应的资产区块链。An operation module, configured to determine operation assets according to the current network and the allowed network group corresponding to each digital asset, generate an operation interface corresponding to the operation assets and send it to the operation terminal, and receive the operation terminal's response to the operation The operation data of the asset is uploaded and stored in the corresponding asset blockchain.
本发明实施例的第三方面,提供一种电子设备,包括:存储器、处理器以及计算机程序,所述计算机程序存储在所述存储器中,所述处理器运行所述计算机程序执行本发明第一方面及第一方面各种可能涉及的所述方法。A third aspect of the embodiment of the present invention provides an electronic device, including: a memory, a processor, and a computer program. The computer program is stored in the memory, and the processor runs the computer program to execute the first step of the present invention. Aspects and various methods that may be involved in the first aspect.
本发明实施例的第四方面,提供一种可读存储介质,所述可读存储介质中存储有计算机程序,所述计算机程序被处理器执行时用于实现本发明第一方面及第一方面各种可能涉及的所述方法。A fourth aspect of the embodiments of the present invention provides a readable storage medium. A computer program is stored in the readable storage medium. When the computer program is executed by a processor, it is used to implement the first aspect of the present invention and the first aspect thereof. Various methods may be involved.
本发明的有益效果如下:The beneficial effects of the present invention are as follows:
1、本发明可以结合多个管理端的权限信息对数字资产进行管理,提高数字资产的管理效率。具体的,本发明会依据各个数字资产的当前等级信息确定其对应的允许网络组,从而可以通过允许网络组确定能够访问各个数字资产的网络,然后在接收到操作端的操作请求后,本发明会对操作端进行一级验证,并在验证通过后发送最低级网络给操作端进行二级验证,在二级验证通过后,本发明会依据操作端的升级请求和等级配置信息依次对多个等级的网络进行逐级切换验证,以此来得到操作端最终选定的当前网络,从而可以提高操作端访问数字资产时的安全性。最后本发明会通过当前网络和允许网络组确定操作资产发送给操作端进行相应的操作,并将操作端的操作数据上链储存至对应的资产区块链中,从而可以对各个操作端的操作数据进行溯源处理。1. The present invention can manage digital assets by combining the permission information of multiple management terminals to improve the management efficiency of digital assets. Specifically, the present invention will determine the corresponding allowed network group based on the current level information of each digital asset, so that the network that can access each digital asset can be determined through the allowed network group, and then after receiving the operation request from the operator, the present invention will Perform first-level verification on the operating end, and after passing the verification, send the lowest-level network to the operating end for second-level verification. After passing the second-level verification, the present invention will sequentially perform multiple levels of verification based on the operating end’s upgrade request and level configuration information. The network performs step-by-step switching verification to obtain the current network finally selected by the operator, which can improve the security of the operator when accessing digital assets. Finally, the invention determines the operating assets through the current network and the allowed network group and sends them to the operating terminal for corresponding operations, and stores the operating data of the operating terminal in the corresponding asset blockchain, so that the operating data of each operating terminal can be processed. Traceability processing.
2、本发明在依据操作端的升级请求和等级配置信息依次对多个等级的网络进行逐级切换验证时,会首先对操作端对最低级网络输入的密钥信息进行验证,在密钥信息验证通过后,如果操作端输入了升级请求,本发明会确定下一个级别的预设网络是否在操作端对应的等级配置信息中,如果存在的话本发明会继续将下一个级别的预设网络发送给操作端进行密钥验证,并按照上述步骤一样的方式逐级对多个预设网络进行验证,直至操作端不再发送升级请求或者等级配置信息中不存在下一个级别的预设网络的等级时停止重复,通过这种方式,可以提高操作端获取相应数字资产时的安全性。并且通过这种方式,可以多个操作端同时进行相应的操作,能够提高数字资产操作处理时的效率。2. When the present invention performs step-by-step switching verification on multiple levels of networks based on the upgrade request and level configuration information of the operating end, it will first verify the key information input by the operating end for the lowest level network. After the key information verification After passing, if the operating terminal inputs an upgrade request, the present invention will determine whether the default network of the next level is in the corresponding level configuration information of the operating terminal. If it exists, the present invention will continue to send the default network of the next level to The operator performs key verification and verifies multiple preset networks step by step in the same manner as the above steps until the operator no longer sends an upgrade request or the level of the next level of preset network does not exist in the level configuration information. Stop duplication. In this way, the security of the operation end when obtaining the corresponding digital assets can be improved. And in this way, multiple operating terminals can perform corresponding operations at the same time, which can improve the efficiency of digital asset operations and processing.
3、本发明在获取各个操作端对应的等级配置信息时,会先得到各个操作端对应的授权数据中的最高等级,然后再调取正向更新策略对最高等级进行更新得到操作端对应的等级配置信息,从而可以通过最高等级自动对各个操作端对应的配置等级进行更新,进而可以依据配置等级快速得到各个操作端对应的等级配置信息。本发明还会依据等级配置信息对授权密钥表中与操作端对应的密钥信息进行截取后发送给相应的操作端,从而可以让操作端能够通过密钥信息得知相应网络的密钥。并且本发明还会依据各个操作端的等级配置信息生成汇总信息发送给动态配置端,从而使得动态配置端可以对多个操作端的等级信息进行查看和追溯。3. When obtaining the level configuration information corresponding to each operating terminal, the present invention will first obtain the highest level in the authorization data corresponding to each operating terminal, and then call the forward update strategy to update the highest level to obtain the corresponding level of the operating terminal. Configuration information, so that the configuration level corresponding to each operator can be automatically updated through the highest level, and the level configuration information corresponding to each operator can be quickly obtained based on the configuration level. The present invention also intercepts the key information corresponding to the operating terminal in the authorization key table based on the level configuration information and sends it to the corresponding operating terminal, so that the operating terminal can learn the key of the corresponding network through the key information. Moreover, the present invention will also generate summary information based on the level configuration information of each operating terminal and send it to the dynamic configuration terminal, so that the dynamic configuration terminal can view and trace the level information of multiple operating terminals.
附图说明Description of the drawings
图1是本发明实施例提供的一种应用场景示意图;Figure 1 is a schematic diagram of an application scenario provided by an embodiment of the present invention;
图2是本发明实施例提供的一种用于数字资产平台的去中心化管理装置的结构示意图。Figure 2 is a schematic structural diagram of a decentralized management device for a digital asset platform provided by an embodiment of the present invention.
具体实施方式Detailed ways
为使本发明实施例的目的、技术方案和优点更加清楚,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楚、完整地描述,显然,所描述的实施例仅仅是本发明一部分实施例,而不是全部的实施例。基于本发明中的实施例,本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments These are only some embodiments of the present invention, rather than all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts fall within the scope of protection of the present invention.
参见图1,是本发明实施例提供的一种应用场景示意图,本发明可以结合多个操作端的权限信息对数字资产进行相应的操作处理。具体的,本发明会依据各个数字资产的当前等级信息确定其对应的允许网络组,然后在接收到操作端的操作请求后,本发明会对操作端进行一级验证,并在验证通过后发送最低级网络给操作端进行二级验证,在二级验证通过后,本发明会依据操作端的升级请求和等级配置信息依次对多个等级的网络进行逐级切换验证,从而得到操作端最终选定的当前网络,通过当前网络和允许网络组确定操作资产发送给操作端进行相应的操作,从而可以提高数字资产的安全性,并且多个操作端能够同时进行相应的资产操作,可以提高数字资产处理时的效率。Refer to Figure 1, which is a schematic diagram of an application scenario provided by an embodiment of the present invention. The present invention can perform corresponding operations on digital assets in combination with the authority information of multiple operating terminals. Specifically, the present invention will determine the corresponding allowed network group based on the current level information of each digital asset, and then after receiving the operation request from the operating terminal, the present invention will perform a first-level verification on the operating terminal, and send the lowest level after the verification is passed. The level network performs secondary verification for the operating terminal. After the secondary verification is passed, the present invention will sequentially perform level-by-level switching verification on multiple levels of networks based on the operating terminal's upgrade request and level configuration information, thereby obtaining the final selection of the operating terminal. The current network, through the current network and the allowed network group, determines the operating assets and sends them to the operating terminal for corresponding operations, which can improve the security of digital assets, and multiple operating terminals can perform corresponding asset operations at the same time, which can improve the processing time of digital assets. s efficiency.
本申请的执行主体可以包括但不限于以下中的至少一个:用户设备、网络设备等。其中,用户设备可以包括但不限于计算机、智能手机、个人数字助理(Personal DigitalAssistant,简称:PDA)及上述提及的电子设备等。网络设备可以包括但不限于单个网络服务器、多个网络服务器组成的服务器组或基于云计算的由大量计算机或网络服务器构成的云,其中,云计算是分布式计算的一种,由一群松散耦合的计算机组成的一个超级虚拟计算机。本实施例对此不做限制。包括步骤S1至步骤S4,具体如下:The execution subject of this application may include but is not limited to at least one of the following: user equipment, network equipment, etc. Among them, user equipment may include but is not limited to computers, smartphones, personal digital assistants (Personal Digital Assistant, PDA for short), and the above-mentioned electronic devices. Network devices may include, but are not limited to, a single network server, a server group of multiple network servers, or a cloud composed of a large number of computers or network servers based on cloud computing. Cloud computing is a type of distributed computing consisting of a group of loosely coupled computers. A super virtual computer composed of computers. This embodiment does not limit this. Including step S1 to step S4, the details are as follows:
S1,接收管理端对各数字资产配置的初始等级信息,根据反向更新策略对所述初始等级信息进行更新,得到各数字资产的当前等级信息,基于所述当前等级信息确定各数字资产对应的允许网络组。S1, receive the initial level information configured by the management end for each digital asset, update the initial level information according to the reverse update strategy, obtain the current level information of each digital asset, and determine the corresponding level of each digital asset based on the current level information. Allow netgroups.
值得一提的是,本方案会为不同的数字资产对应不同的网络接口,即上述的允许网络组,以使得不同的网络级别接入时,具有不同的访问权限。本方案是基于企业场景下进行的,其中的网络是指公司覆盖范围内网络,例如是WiFi网络,这样可以在范围上进行操作的限定,使得操作端只有在公司范围内才可以接入网络进行操作。另外,本方案考虑到数字资产越重要时其操作的限制等级就需要越高,且本方案考虑到现有技术中单一的网络密码容易被破解的缺陷,因此,后续还设置了升级验证的方案,使得越重要的数字资产的验证越复杂。It is worth mentioning that this solution will correspond to different network interfaces for different digital assets, that is, the above-mentioned allowed network groups, so that different network levels have different access rights when accessed. This solution is based on an enterprise scenario, where the network refers to the network within the company's coverage, such as a WiFi network. This allows operations to be limited in scope, so that the operator can only access the network within the company's scope. operate. In addition, this plan takes into account that the more important the digital asset is, the higher the level of restrictions on its operation needs to be, and this plan takes into account the shortcomings of a single network password in the existing technology that is easily cracked. Therefore, an upgrade verification plan is also set up later. , making the verification of more important digital assets more complex.
本方案会先依据初始等级信息确定各个数字资产对应的当前等级信息,然后再依据当前等级信息确定其对应的允许网络组,从而可以在后续通过操作端接入的当前网络和各个数字资产对应的允许网络组得到相应操作端对应的数字资产,并将该数字资产发送给相应的操作端进行相应的操作。This solution will first determine the current level information corresponding to each digital asset based on the initial level information, and then determine its corresponding allowed network group based on the current level information, so that the current network and each digital asset corresponding to the subsequent access through the operation terminal can be Allow the network group to obtain the digital assets corresponding to the corresponding operating terminal and send the digital assets to the corresponding operating terminal for corresponding operations.
可以理解的是,本方案中的访问权限是通过操作端对应的当前网络所确定的,因此为了能够确定当前网络所对应的数字资产,本方案会为各个数字资产配置与其对应的允许网络组,通过允许网络组确定能够对数字资产进行访问的网络,然后再通过当前网络和允许网络组获取操作端能够进行访问的数字资产发送给操作端进行相应的操作处理。It can be understood that the access rights in this solution are determined by the current network corresponding to the operating terminal. Therefore, in order to determine the digital assets corresponding to the current network, this solution will configure the corresponding allowed network group for each digital asset. Determine the networks that can access digital assets through the allowed network group, and then obtain the digital assets that the operator can access through the current network and the allowed network group and send them to the operator for corresponding operation processing.
在上述实施例的基础上步骤S1的具体实现方式可以是:Based on the above embodiment, the specific implementation of step S1 may be:
S11,接收管理端对各数字资产配置的初始等级信息,根据所述初始等级信息得到相应所述数字资产对应的初始等级。S11: Receive the initial level information configured by the management end for each digital asset, and obtain the initial level corresponding to the corresponding digital asset based on the initial level information.
在实际应用中,管理端可以为各个数字资产配置相应的初始等级,该初始等级可以是预设网络组中某一个预设网络所对应的预设等级。例如,如果预设网络组中共有1-10级的预设网络,则初始等级信息可以是1-10级中的3级,可以这么理解,用户只需要配置一个初始等级信息即可,后续可以进行自动推导,提高配置效率。In practical applications, the management end can configure a corresponding initial level for each digital asset, and the initial level can be a preset level corresponding to a preset network in the preset network group. For example, if there are preset networks of levels 1-10 in the preset network group, the initial level information can be level 3 among levels 1-10. It can be understood that the user only needs to configure an initial level information, and then can Perform automatic derivation to improve configuration efficiency.
S12,获取所述预设网络组中各预设网络对应的预设等级,按照等级从低到高对各所述预设等级进行排列,得到反向等级序列。S12: Obtain the preset levels corresponding to each preset network in the preset network group, and arrange the preset levels from low to high to obtain a reverse level sequence.
在实际应用中,工作人员可以事先为预设网络中的多个预设网络配置相应的预设等级。在依据反向更新策略对初始等级信息进行更新时,本方案会对各个预设等级从低到高进行排列,然后依据得到的反向等级序列对初始等级信息进行相应的更新,得到当前等级信息。In practical applications, workers can configure corresponding preset levels for multiple preset networks in the preset network in advance. When updating the initial level information according to the reverse update strategy, this solution will arrange each preset level from low to high, and then update the initial level information accordingly based on the obtained reverse level sequence to obtain the current level information. .
S13,选取所述反向等级序列中与所述初始等级对应的预设等级作为第一目标等级,以及所述反向等级序列中位于所述第一目标等级之后的预设等级作为第二目标等级。S13, select the preset level corresponding to the initial level in the reverse level sequence as the first target level, and the preset level located after the first target level in the reverse level sequence as the second target. grade.
可以理解的是,本方案是通过网络访问的方式对数字资产进行访问操作的。其中,数字资产对应的允许网络组是可以对数字资产进行访问操作的网络,网络的等级越高,其能够访问的数字资产也会越多,低级网络能够访问的数字资产高级网络一般情况下也是能够访问的,但是由于低级网络的访问权限有限,其一般是不能够访问高级网络所能访问的所有数字资产的。It is understandable that this solution accesses digital assets through network access. Among them, the allowed network group corresponding to digital assets is the network that can access digital assets. The higher the level of the network, the more digital assets it can access. In general, the digital assets that low-level networks can access and high-level networks are also It can be accessed, but due to the limited access rights of low-level networks, it is generally not able to access all digital assets that can be accessed by high-level networks.
由于反向等级序列中的等级是逐级递加的,所以反向等级序列中位于后面的预设等级对应的预设网络是能够对位于前面的预设等级对应的预设网络的数字资产进行访问的,因此可以将初始等级作为能够对数字资产进行访问的第一目标等级,并将第一目标等级之后的预设等级作为能够对数字资产进行访问的第二目标等级。Since the levels in the reverse level sequence are incremental, the default network corresponding to the later preset level in the reverse level sequence can perform digital assets on the preset network corresponding to the previous preset level. Therefore, the initial level can be used as the first target level that can access digital assets, and the preset level after the first target level can be used as the second target level that can access digital assets.
S14,根据所述第一目标等级和所述第二目标等级得到相应所述数字资产的当前等级信息。S14: Obtain the current level information corresponding to the digital asset according to the first target level and the second target level.
其中,当前等级信息包括能够对数字资产进行访问操作的所有等级。Among them, the current level information includes all levels that can access digital assets.
S15,获取所述预设网络组中与所述当前等级信息对应的预设网络作为允许网络,根据所述允许网络生成相应所述数字资产对应的允许网络组。S15: Obtain the preset network corresponding to the current level information in the preset network group as an allowed network, and generate an allowed network group corresponding to the digital asset based on the allowed network.
在获取允许网络时,可以获取预设网络组中预设等级与当前等级信息中的第一目标等级和第二目标等级一致的预设网络作为允许网络。When obtaining an allowed network, a preset network whose preset level is consistent with the first target level and the second target level in the current level information in the preset network group may be acquired as an allowed network.
通过上述方式,可以依据初始等级信息自动获取各个数据资产的当前等级信息,从而可以依据当前等级信息得到能够访问相应数字资产的允许网络组,提高对数字资产进行权限配置时的效率。Through the above method, the current level information of each data asset can be automatically obtained based on the initial level information, so that the allowed network group that can access the corresponding digital assets can be obtained based on the current level information, improving the efficiency of configuring permissions for digital assets.
S2,响应操作端的操作请求,对所述操作端进行一级验证,得到一级验证结果,根据所述一级验证结果发送预设网络组的触发网络至所述操作端,所述触发网络为所述预设网络组中的最低级网络。S2, respond to the operation request of the operation terminal, perform first-level verification on the operation terminal, obtain the first-level verification result, and send the trigger network of the preset network group to the operation terminal according to the first-level verification result. The trigger network is The lowest level network in the preset network group.
在接收到操作端的操作请求后,本方案会对操作端先进行一级验证,在一级验证通过后才会将触发网络发送给操作端进行后续的验证。其中,一级验证是指身份验证,通过一级验证可以判断操作端的身份是否符合操作条件,当身份符合操作条件时,本方案才会继续后续的操作步骤,从而可以提高数字资产访问时的安全性。After receiving the operation request from the operator, this solution will first conduct a first-level verification on the operator. After the first-level verification is passed, the trigger network will be sent to the operator for subsequent verification. Among them, the first-level verification refers to identity verification. Through the first-level verification, it can be judged whether the identity of the operator meets the operating conditions. When the identity meets the operating conditions, this solution will continue with the subsequent operating steps, thus improving the security of digital asset access. sex.
可以理解的是,为了提高数字资产访问时的安全性,本方案在对网络进行验证时是逐级向上进行验证的,因此在通过一级验证后,本方案会将预设网络组中的最低级网络发给操作端进行验证,然后再在后续逐级对各个级别的网络进行验证,从而得到操作端对应的当前网络。It is understandable that in order to improve the security when accessing digital assets, this solution verifies the network step by step. Therefore, after passing the first-level verification, this solution will remove the lowest number in the preset network group. The network at each level is sent to the operator for verification, and then the network at each level is verified step by step in the subsequent steps to obtain the current network corresponding to the operator.
在一些实施例中,可以通过以下步骤对操作端进行一级验证,并通过一级验证结果发送预设网络组的触发网络至操作端:In some embodiments, the following steps can be used to perform first-level verification on the operating terminal, and send the trigger network of the preset network group to the operating terminal through the first-level verification result:
S21,响应操作端的操作请求,获取所述操作端的身份信息,调取预设身份表,根据所述身份信息和所述预设身份表对所述操作端进行一级验证。S21. Respond to the operation request of the operating terminal, obtain the identity information of the operating terminal, retrieve the preset identity table, and perform first-level verification on the operating terminal based on the identity information and the preset identity table.
在实际应用中,预设身份表中的预设身份信息可以是事先录入的,其可以是能够进行访问的操作端的身份信息。In practical applications, the preset identity information in the preset identity table may be entered in advance, and may be the identity information of the operating terminal that can be accessed.
S22,若所述预设身份表中存在与所述身份信息对应的预设身份信息,则生成验证通过信息,所述一级验证结果包括验证通过信息。S22: If there is preset identity information corresponding to the identity information in the preset identity table, generate verification pass information, and the first-level verification result includes verification pass information.
如果预设身份表中存在身份信息对应的预设身份信息,说明相应操作端的身份信息是符合条件的。If there is preset identity information corresponding to the identity information in the preset identity table, it means that the identity information of the corresponding operator meets the conditions.
S23,基于所述验证通过信息获取所述预设网络组中预设等级最低的最低级网络作为触发网络,将所述触发网络发送至所述操作端。S23. Based on the verification information, obtain the lowest network with the lowest preset level in the preset network group as the trigger network, and send the trigger network to the operation terminal.
在操作端的身份信息通过之后可以调取触发网络发送给操作端继续进行后续的验证。After the identity information of the operator is passed, the trigger network can be called and sent to the operator for subsequent verification.
通过上述方式,可以对操作端的身份信息进行验证,从而可以提高数字资产的安全性。Through the above method, the identity information of the operator can be verified, thereby improving the security of digital assets.
S3,获取所述操作端对所述触发网络的二级验证信息,根据所述二级验证信息调取逐级切换策略对所述操作端的升级请求和等级配置信息进行处理,得到所述操作端的当前网络。S3: Obtain the secondary verification information of the trigger network from the operating terminal, retrieve the level-by-level switching strategy according to the secondary verification information, process the upgrade request and level configuration information of the operating terminal, and obtain the operating terminal's upgrade request and level configuration information. Current network.
其中,二级验证信息是指密钥验证信息, 在实际应用中,在一级验证信息通过后,可以发送一个网络码给操作端,在操作端对网络码进行扫描后将触发网络发送给操作端进行相应的登录操作。Among them, the second-level verification information refers to the key verification information. In practical applications, after the first-level verification information passes, a network code can be sent to the operator. After the operator scans the network code, the network will be triggered and sent to the operator. Perform corresponding login operations on the terminal.
在上述实施例的基础上步骤S3的具体实现方式可以是:Based on the above embodiment, the specific implementation of step S3 may be:
S31,获取所述操作端对所述触发网络输入的网络密钥,根据所述网络密钥的密钥通过信息得到二级验证信息。S31: Obtain the network key input by the operating terminal to the triggering network, and obtain secondary verification information based on the key pass information of the network key.
在实际应用中,如果网络密钥输入错误,可以生成提示信息提醒用户重新输入密钥,只有在网络密钥正确时才会继续后续的升级步骤或者调取相应的数字资产发送给操作端进行操作。In practical applications, if the network key is entered incorrectly, a prompt message can be generated to remind the user to re-enter the key. Only when the network key is correct will the subsequent upgrade steps be continued or the corresponding digital assets will be retrieved and sent to the operator for operation. .
S32,基于所述二级验证信息获取所述操作端的升级请求,确定所述升级请求对应的验证网络,根据所述等级配置信息和所述升级请求对所述验证网络进行逐级切换验证,得到所述操作端对应的当前网络。S32: Obtain the upgrade request of the operating terminal based on the secondary verification information, determine the verification network corresponding to the upgrade request, and perform step-by-step switching verification on the verification network according to the level configuration information and the upgrade request, to obtain The current network corresponding to the operating terminal.
在实际应用中,用户可能还会想要继续登录级别更高的网络对数字资产进行操作,因此在密钥信息通过后如果还接收到了操作端的升级请求,则可以依据等级配置信息和升级请求对相应的验证网络进行逐级切换验证,得到操作端最终对应的当前网络,通过该当前网络在后续对相应的数字资产进行调取。In actual applications, users may want to continue to log in to a higher-level network to operate digital assets. Therefore, if an upgrade request from the operator is received after the key information is passed, the user can log in to a higher-level network based on the level configuration information and upgrade request. The corresponding verification network performs step-by-step switching verification to obtain the current network that the operator finally corresponds to, and the corresponding digital assets are subsequently retrieved through this current network.
具体的,步骤S32可以通过步骤S321至步骤S324实现,具体如下:Specifically, step S32 can be implemented through step S321 to step S324, as follows:
S321,响应所述升级请求,获取所述预设网络组中位于所述触发网络上一预设级别的预设网络作为验证网络,确定所述验证网络的预设级别为验证级别。S321. In response to the upgrade request, obtain a preset network located at a preset level above the trigger network in the preset network group as a verification network, and determine that the preset level of the verification network is the verification level.
例如,如果共有低级、中级和高级三个级别,触发网络对应的级别是低级,上述验证网络对应的级别则是中级。For example, if there are three levels: low level, medium level and high level, the level corresponding to the trigger network is low level, and the level corresponding to the above verification network is mid level.
S322,若所述等级配置信息中存在所述验证级别对应的配置级别,则将所述验证网络发送至所述操作端,所述等级配置信息包括所述操作端对应的多个配置级别。S322. If there is a configuration level corresponding to the verification level in the level configuration information, send the verification network to the operation terminal. The level configuration information includes multiple configuration levels corresponding to the operation terminal.
可以理解的是,操作端不同,其所对应的权限信息可能也是不同的,因此本方案会为各个操作端配置与其对应的等级配置信息,通过等级配置信息确定验证网络的验证级别是否在操作端对应的配置级别中,如果等级配置信息中存在验证级别对应的配置级别,说明操作端是能够对验证网络进行访问的,因此可以将验证网络发送给操作端继续进行后续的验证操作。It can be understood that different operating terminals may have different corresponding permission information. Therefore, this solution will configure corresponding level configuration information for each operating terminal, and determine whether the verification level of the verification network is on the operating terminal through the level configuration information. In the corresponding configuration level, if there is a configuration level corresponding to the verification level in the level configuration information, it means that the operator can access the verification network, so the verification network can be sent to the operator to continue subsequent verification operations.
同样的,在将验证网络发送给操作端时也可以发送一个网络码给操作端,在操作端对网络码进行扫描后将验证网络发送给操作端进行相应的登录操作。Similarly, when sending the verification network to the operation terminal, a network code can also be sent to the operation terminal. After the operation terminal scans the network code, the verification network is sent to the operation terminal for corresponding login operations.
S323,获取所述操作端对所述验证网络的三级验证信息,基于所述三级验证信息获取所述操作端的升级请求,确定所述预设网络组中位于所述验证网络上一预设级别的预设网络作为下一个验证网络。S323: Obtain the third-level verification information of the operating terminal for the verification network, obtain the upgrade request of the operating terminal based on the third-level verification information, and determine a preset network group located on the verification network in the preset network group. level's default network as the next verification network.
其中,三级验证信息是指密钥验证信息,同样的,只有在操作端对验证网络输入的密钥正确时,本方案才会继续获取操作端的升级请求或者将当前的验证网络作为操作端最后对应的当前网络。Among them, the third-level verification information refers to the key verification information. Similarly, only when the key input by the operator to the verification network is correct, this solution will continue to obtain the operator's upgrade request or use the current verification network as the operator's last The corresponding current network.
S324,重复上述步骤,直至所述操作端停止输入所述升级请求或所述等级配置信息中不存在所述验证级别对应的配置级别时,停止重复,获取所述操作端最后一个升级请求对应的验证网络作为当前网络。S324. Repeat the above steps until the operation terminal stops inputting the upgrade request or the configuration level corresponding to the verification level does not exist in the level configuration information. Stop repeating and obtain the configuration level corresponding to the last upgrade request of the operation terminal. Verify the network as the current network.
可以理解的是,如果操作端停止输入升级请求,说明操作端可能想要通过当前的验证网络调取相应的数字资产进行操作处理,因此在这种情况下可以将相应的验证网络作为当前网络。It is understandable that if the operator stops inputting upgrade requests, it means that the operator may want to call the corresponding digital assets through the current verification network for operation and processing, so in this case, the corresponding verification network can be used as the current network.
还可以理解的是,如果等级配置信息中不存在验证级别对应的配置级别,说明操作端是没有相应的权限对下一个级别的网络进行访问的,因此在这种情况下,也可以将相应的验证网络作为当前网络。It can also be understood that if there is no configuration level corresponding to the verification level in the level configuration information, it means that the operator does not have the corresponding permission to access the network of the next level. Therefore, in this case, the corresponding Verify the network as the current network.
通过上述方式,可以对多个网络进行逐级切换验证,从而能够提高操作端通过当前网络访问数字资产时的安全性。Through the above method, multiple networks can be switched and verified step by step, thereby improving the security of the operator when accessing digital assets through the current network.
此外,在根据所述二级验证信息调取逐级切换策略对所述操作端的升级请求和等级配置信息进行处理之前,本方案还包括以下实施例:In addition, before calling the step-by-step switching strategy according to the secondary verification information to process the upgrade request and level configuration information of the operator, this solution also includes the following embodiments:
A1,获取动态配置端对所述操作端的授权信息,根据所述授权信息得到所述操作端对应的授权数据。A1: Obtain the authorization information of the dynamic configuration end for the operation end, and obtain the authorization data corresponding to the operation end based on the authorization information.
在实际应用中,授权数据可以是授权书,授权书中可以有操作端对应的等级信息以及该等级信息对应的授权说明,通过授权数据可以确定各个操作端对应的权限级别。In practical applications, the authorization data can be a letter of authorization, which can contain the level information corresponding to the operator and the authorization instructions corresponding to the level information. The authorization level corresponding to each operator can be determined through the authorization data.
其中,动态配置端是对预设网络进行密钥配置的终端,动态配置端在对预设网络进行密钥配置后,可以依据各个操作端的授权数据发送相应的密钥给相应的操作端进行查看。具体的,操作端可以先将授权数据发送给动态配置端进行查验,动态配置端在确定授权数据中的信息无误后可以对相应的操作端输入授权信息,从而可以在后续依据该授权信息获取相应的密钥信息发送给相应的操作端进行查看。Among them, the dynamic configuration terminal is a terminal that performs key configuration on the preset network. After the dynamic configuration terminal performs key configuration on the preset network, it can send the corresponding key to the corresponding operation terminal for viewing based on the authorization data of each operation terminal. . Specifically, the operating terminal can first send the authorization data to the dynamic configuration terminal for verification. After confirming that the information in the authorization data is correct, the dynamic configuration terminal can input the authorization information to the corresponding operating terminal, so that it can subsequently obtain the corresponding authorization information based on the authorization information. The key information is sent to the corresponding operator for viewing.
A2,确定所述授权数据中预设定位词对应的位置栏为目标栏,获取所述目标栏的目标信息,对所述目标信息进行等级分析得到最高等级。A2: Determine the position column corresponding to the preset positioning word in the authorization data as the target column, obtain the target information of the target column, and conduct a level analysis on the target information to obtain the highest level.
在实际应用中,授权数据中可以有多个数据信息对应的位置栏,每个位置栏可以对应的不同的数据信息,例如可以对应的等级信息和授权信息等,预设定位词可以是与等级信息有关的词组,从而可以通过预设定位词对授权数据中等级信息所在的位置栏进行锁定。In practical applications, the authorization data can have multiple location columns corresponding to data information. Each location column can correspond to different data information, such as corresponding level information and authorization information. The preset positioning word can be the same as the level. Information-related phrases, so that the position column where the level information in the authorization data is located can be locked through the preset positioning words.
在对目标信息进行等级分析时,可以对目标信息中与等级有关的数据进行提取,通过提取的数据得到相应操作端对应的最高等级。其中,最高等级可以是管理端为各个操作端配置的等级。When performing level analysis on the target information, the data related to the level in the target information can be extracted, and the highest level corresponding to the corresponding operation terminal can be obtained through the extracted data. Among them, the highest level may be the level configured by the management end for each operating end.
A3,基于正向更新策略对所述最高等级进行更新得到多个配置等级,根据所述配置等级得到相应所述操作端对应的等级配置信息。A3: Update the highest level based on a forward update strategy to obtain multiple configuration levels, and obtain level configuration information corresponding to the operating terminal according to the configuration levels.
本方案在得到操作端的最高等级后,还会调取正向更新策略对最高等级进行更新,从而可以得到操作端对应的完整等级,即上述多个配置等级,然后再依据配置等级得到操作端对应的等级配置信息。After getting the highest level of the operator, this solution will also call the forward update strategy to update the highest level, so that the complete level corresponding to the operator can be obtained, that is, the multiple configuration levels mentioned above, and then the corresponding level of the operator can be obtained based on the configuration level. level configuration information.
在一些实施例中,可以通过以下步骤得到上述等级配置信息:In some embodiments, the above-mentioned level configuration information can be obtained through the following steps:
A31,按照等级从高到低对所述预设网络组中各预设网络的预设等级进行排列,得到正向等级序列。A31: Arrange the preset levels of each preset network in the preset network group from high to low to obtain a forward level sequence.
可以理解的是,高级别一般是可以包含低级别的,因此在获取操作端的等级配置信息时,本方案会对各个预设等级按照等级从高到低进行排列,得到正向等级序列,从而可以通过该正向等级序列筛选出操作端对应的所有配置等级。It can be understood that high levels can generally include low levels. Therefore, when obtaining the level configuration information of the operator, this solution will arrange each preset level from high to low to obtain a forward level sequence, so that All configuration levels corresponding to the operator end are filtered out through this forward level sequence.
A32,选取所述正向等级序列中与所述最高等级对应的预设等级、以及所述正向等级序列中位于所述最高等级之后的预设等级作为配置等级。A32: Select the preset level corresponding to the highest level in the forward level sequence and the preset level located after the highest level in the forward level sequence as the configuration level.
可以理解的是,由于正向等级序列中的等级是逐级递减的,所以正向等级序列中位于前面的预设等级是可以包含位于后面的预设等级的,因此可以将正向等级序列中最高等级对应的预设等级、以及位于最高等级之后的预设等级作为配置等级。It can be understood that since the levels in the forward level sequence are decreasing step by step, the preset level at the front in the forward level sequence can include the preset level at the back, so the forward level sequence can be included in the The default level corresponding to the highest level and the default level after the highest level are used as configuration levels.
A33,根据所述配置等级得到相应所述操作端对应的等级配置信息。A33: Obtain the level configuration information corresponding to the operating terminal according to the configuration level.
通过上述方式,可以通过最高等级自动对各个操作端对应的配置等级进行更新,从而可以快速得到各个操作端对应的完整等级。Through the above method, the configuration level corresponding to each operating terminal can be automatically updated with the highest level, so that the complete level corresponding to each operating terminal can be quickly obtained.
A4,调取所述动态配置端配置的授权密钥表,获取所述授权密钥表中与所述等级配置信息中各所述配置等级对应的等级截取线,所述授权密钥表中包括多个预设等级对应的等级截取线。A4: Retrieve the authorization key table configured by the dynamic configuration end, and obtain the level interception lines corresponding to each configuration level in the level configuration information in the authorization key table. The authorization key table includes Level interception lines corresponding to multiple preset levels.
在实际应用中,授权密钥表中可以包含多个预设等级的预设网络对应的密钥,每个等级的密钥都可以对应有预设的等级截取线,该等级截取线可以是密钥所在行对应的上边缘线和下边缘线。In practical applications, the authorization key table can contain keys corresponding to multiple preset levels of preset networks. Each level of key can correspond to a preset level interception line. The level interception line can be a password. The upper and lower edge lines corresponding to the row where the key is located.
A5,根据所述等级截取线对所述授权密钥表中各所述配置等级的配置密钥进行截取,得到多个子密钥信息,对多个子密钥信息进行汇总得到密钥信息发送至相应所述操作端。A5, intercept the configuration keys of each configuration level in the authorization key table according to the level interception line to obtain multiple sub-key information, summarize the multiple sub-key information and send the key information to the corresponding The operating end.
在对多个子密钥信息进行汇总时,可以将多个子密钥信息按照等级高低进行排列后进行拼接,得到密钥信息发送给相应的操作端。When summarizing multiple sub-key information, the multiple sub-key information can be arranged according to levels and then spliced together, and the obtained key information is sent to the corresponding operator.
A6,根据各所述操作端对应的等级配置信息生成汇总信息发送至所述动态配置端。A6: Generate summary information according to the level configuration information corresponding to each operation terminal and send it to the dynamic configuration terminal.
可以理解的是,由于操作端可能会有很多,每个操作端的等级配置信息可能都是不一样的,为了可以对各个操作端的等级配置信息进行追溯,可以生成汇总信息发送给动态配置端,使得动态配置端可以依据汇总信息对各个操作端对应的等级信息进出查看和追溯。It is understandable that since there may be many operating terminals, the level configuration information of each operating terminal may be different. In order to trace the level configuration information of each operating terminal, summary information can be generated and sent to the dynamic configuration terminal, so that The dynamic configuration terminal can view and trace the level information corresponding to each operation terminal based on the summary information.
在一些实施例中,步骤A6可以通过步骤A61至步骤A64实现,具体如下:In some embodiments, step A6 can be implemented through step A61 to step A64, as follows:
A61,调取预设的信息填充表,所述信息填充表包括多个主体填充区以及各所述主体填充区对应的等级填充区和授权填充区。A61, call a preset information filling table, which includes a plurality of subject filling areas and a level filling area and an authorization filling area corresponding to each of the subject filling areas.
其中,主体填充区是用来填充各个操作端所对应的主体信息的,等级填充区是用来填充各个操作端对应的等级配置信息的,授权填充区是用来填充各个操作端对应的授权数据的,通过信息填充表可以对各个操作端对应的等级信息进行相应的填充。Among them, the subject filling area is used to fill in the subject information corresponding to each operating terminal, the level filling area is used to fill in the level configuration information corresponding to each operating terminal, and the authorization filling area is used to fill in the authorization data corresponding to each operating terminal. , the level information corresponding to each operating terminal can be filled accordingly through the information filling table.
A62,获取各所述操作端对应的主体信息,将各所述主体信息填充在所述主体填充区内。A62: Obtain the subject information corresponding to each operation terminal, and fill each subject information in the subject filling area.
在实际应用中,各个操作端的主体信息可以对应各个操作端的身份信息。In practical applications, the subject information of each operator can correspond to the identity information of each operator.
A63,将各所述操作端对应的等级配置信息填充至与相应所述主体填充区对应的等级填充区内。A63: Fill the level configuration information corresponding to each operation terminal into the level filling area corresponding to the corresponding main body filling area.
可以理解的是,为了能够将等级信息与相应的操作端进行对应,因此在填充等级配置信息时可以将等级配置信息填充至与主体填充区对应的等级填充区内。It can be understood that, in order to be able to correspond the level information with the corresponding operating terminal, when filling the level configuration information, the level configuration information can be filled into the level filling area corresponding to the main body filling area.
A64,将各所述操作端对应的授权数据填充至与相应所述主体填充区对应的授权填充区内,得到信息汇总表,根据所述信息汇总表得到汇总信息发送至所述动态配置端。A64: Fill the authorization data corresponding to each operation terminal into the authorization filling area corresponding to the corresponding body filling area, obtain an information summary table, and send the summary information obtained according to the information summary table to the dynamic configuration terminal.
通过上述方式,可以对多个操作端的等级信息进行汇总,使得动态配置端可以对多个操作端的等级信息进行查看和追溯。Through the above method, the level information of multiple operating terminals can be summarized, so that the dynamic configuration terminal can view and trace the level information of multiple operating terminals.
S4,根据所述当前网络和各数字资产对应的所述允许网络组确定操作资产,生成所述操作资产对应的操作界面发送给所述操作端,接收所述操作端对所述操作资产的操作数据,将所述操作数据上链存储至对应的资产区块链。S4: Determine operating assets based on the current network and the allowed network group corresponding to each digital asset, generate an operating interface corresponding to the operating assets and send it to the operating terminal, and receive operations on the operating assets from the operating terminal. Data, the operation data is uploaded and stored to the corresponding asset blockchain.
在得到当前网络和各个数字资产的允许网络组后,便可以确定操作端对应的操作资产发送给操作端进行相应的操作,在操作时,可以生成操作资产对应的操作界面发送给操作端进行操作,并且为了可以对各个操作端的操作数据进行溯源,本方案还会将操作数据上链储存至对应的资产区块链中。After obtaining the current network and the allowed network group of each digital asset, the operation assets corresponding to the operation terminal can be determined and sent to the operation terminal for corresponding operations. During operation, the operation interface corresponding to the operation assets can be generated and sent to the operation terminal for operation. , and in order to trace the operation data of each operation terminal, this solution will also upload the operation data and store it in the corresponding asset blockchain.
在上述实施例的基础上步骤S4的具体实现方式可以是:Based on the above embodiment, the specific implementation of step S4 may be:
S41,获取所述当前网络的当前等级,若所述允许网络组中存在所述当前等级对应的允许网络,则将所述允许网络组对应的数字资产作为操作资产。S41. Obtain the current level of the current network. If there is an allowed network corresponding to the current level in the allowed network group, use the digital assets corresponding to the allowed network group as operating assets.
可以理解的是,如果允许网络组中存在当前等级对应的允许网络,说明当前网络是能够对相应数字资产进行访问操作的,因此可以将相应允许网络组对应的数字资产作为操作资产。It can be understood that if there is an allowed network corresponding to the current level in the allowed network group, it means that the current network is able to access the corresponding digital assets, so the digital assets corresponding to the corresponding allowed network group can be used as operational assets.
S42,调取初始界面,基于所述操作资产对所述初始界面进行更新得到操作界面发送给所述操作端。S42: Call up the initial interface, update the initial interface based on the operation assets to obtain the operation interface and send it to the operation terminal.
在实际应用中,操作界面中可以包括多个操作资产,从而可以让操作端能够通过操作界面对相应的操作资产进行相应的操作处理。In actual applications, the operation interface can include multiple operation assets, so that the operation terminal can perform corresponding operation processing on the corresponding operation assets through the operation interface.
通过上述方式,可以快速得到各个操作端对应的操作资产,提高获取操作资产时的效率,并且还可以对多个操作端的操作数据进行追溯。Through the above method, the operation assets corresponding to each operation terminal can be quickly obtained, improving the efficiency of obtaining operation assets, and the operation data of multiple operation terminals can also be traced.
参见图2,是本发明实施例提供的一种用于数字资产平台的去中心化管理装置的结构示意图,该用于数字资产平台的去中心化管理装置包括:Referring to Figure 2, which is a schematic structural diagram of a decentralized management device for a digital asset platform provided by an embodiment of the present invention. The decentralized management device for a digital asset platform includes:
配置模块,用于接收管理端对各数字资产配置的初始等级信息,根据反向更新策略对所述初始等级信息进行更新,得到各数字资产的当前等级信息,基于所述当前等级信息确定各数字资产对应的允许网络组;The configuration module is used to receive the initial level information configured by the management end for each digital asset, update the initial level information according to the reverse update strategy, obtain the current level information of each digital asset, and determine each number based on the current level information. The allowed network group corresponding to the asset;
验证模块,用于响应操作端的操作请求,对所述操作端进行一级验证,得到一级验证结果,根据所述一级验证结果发送预设网络组的触发网络至所述操作端,所述触发网络为所述预设网络组中的最低级网络;The verification module is used to respond to the operation request of the operating terminal, perform first-level verification on the operating terminal, obtain the first-level verification result, and send the trigger network of the preset network group to the operating terminal according to the first-level verification result, the The trigger network is the lowest network in the preset network group;
切换模块,用于获取所述操作端对所述触发网络的二级验证信息,根据所述二级验证信息调取逐级切换策略对所述操作端的升级请求和等级配置信息进行处理,得到所述操作端的当前网络;A switching module is used to obtain the secondary verification information of the triggering network by the operating terminal, and retrieve the level-by-level switching strategy according to the secondary verification information to process the upgrade request and level configuration information of the operating terminal to obtain the Describe the current network of the operator;
操作模块,用于根据所述当前网络和各数字资产对应的所述允许网络组确定操作资产,生成所述操作资产对应的操作界面发送给所述操作端,接收所述操作端对所述操作资产的操作数据,将所述操作数据上链存储至对应的资产区块链。An operation module, configured to determine operation assets according to the current network and the allowed network group corresponding to each digital asset, generate an operation interface corresponding to the operation assets and send it to the operation terminal, and receive the operation terminal's response to the operation The operation data of the asset is uploaded and stored in the corresponding asset blockchain.
本发明还提供一种电子设备,该电子设备包括:处理器、存储器和计算机程序;其中,存储器,用于存储所述计算机程序,该存储器还可以是闪存(flash)。所述计算机程序例如是实现上述方法的应用程序、功能模块等。The present invention also provides an electronic device, which includes: a processor, a memory, and a computer program; wherein the memory is used to store the computer program, and the memory can also be a flash memory (flash). The computer program is, for example, an application program, functional module, etc. that implements the above method.
处理器,用于执行所述存储器存储的计算机程序,以实现上述方法中设备执行的各个步骤。具体可以参见前面方法实施例中的相关描述。A processor, configured to execute the computer program stored in the memory to implement each step performed by the device in the above method. For details, please refer to the relevant descriptions in the previous method embodiments.
可选地,存储器既可以是独立的,也可以跟处理器集成在一起。Optionally, the memory can be either independent or integrated with the processor.
当所述存储器是独立于处理器之外的器件时,所述设备还可以包括:When the memory is a device independent of the processor, the device may also include:
总线,用于连接所述存储器和处理器。Bus used to connect the memory and processor.
本发明还提供一种可读存储介质,所述可读存储介质中存储有计算机程序,所述计算机程序被处理器执行时用于实现上述的各种实施方式提供的方法。The present invention also provides a readable storage medium. A computer program is stored in the readable storage medium. When the computer program is executed by a processor, the computer program is used to implement the methods provided by the above-mentioned various embodiments.
其中,可读存储介质可以是计算机存储介质,也可以是通信介质。通信介质包括便于从一个地方向另一个地方传送计算机程序的任何介质。计算机存储介质可以是通用或专用计算机能够存取的任何可用介质。例如,可读存储介质耦合至处理器,从而使处理器能够从该可读存储介质读取信息,且可向该可读存储介质写入信息。当然,可读存储介质也可以是处理器的组成部分。处理器和可读存储介质可以位于专用集成电路(ApplicationSpecific Integrated Circuits,简称:ASIC)中。另外,该ASIC可以位于用户设备中。当然,处理器和可读存储介质也可以作为分立组件存在于通信设备中。可读存储介质可以是只读存储器(ROM)、随机存取存储器(RAM)、CD-ROM、磁带、软盘和光数据存储设备等。The readable storage medium may be a computer storage medium or a communication medium. Communication media includes any medium that facilitates transfer of a computer program from one place to another. Computer storage media can be any available media that can be accessed by a general purpose or special purpose computer. For example, a readable storage medium is coupled to a processor such that the processor can read information from the readable storage medium and write information to the readable storage medium. Of course, the readable storage medium may also be an integral part of the processor. The processor and the readable storage medium may be located in Application Specific Integrated Circuits (ASIC for short). Additionally, the ASIC can be located in the user equipment. Of course, the processor and the readable storage medium may also exist as discrete components in the communication device. Readable storage media can be read-only memory (ROM), random access memory (RAM), CD-ROM, tapes, floppy disks, optical data storage devices, etc.
本发明还提供一种程序产品,该程序产品包括执行指令,该执行指令存储在可读存储介质中。设备的至少一个处理器可以从可读存储介质读取该执行指令,至少一个处理器执行该执行指令使得设备实施上述的各种实施方式提供的方法。The present invention also provides a program product. The program product includes execution instructions, and the execution instructions are stored in a readable storage medium. At least one processor of the device can read the execution instruction from the readable storage medium, and at least one processor executes the execution instruction to cause the device to implement the methods provided by the various embodiments described above.
在上述设备的实施例中,应理解,处理器可以是中央处理单元(英文:CentralProcessing Unit,简称:CPU),还可以是其他通用处理器、数字信号处理器(英文:DigitalSignal Processor,简称:DSP)、专用集成电路(英文:Application Specific IntegratedCircuit,简称:ASIC)等。通用处理器可以是微处理器或者该处理器也可以是任何常规的处理器等。结合本发明所公开的方法的步骤可以直接体现为硬件处理器执行完成,或者用处理器中的硬件及软件模块组合执行完成。In the embodiments of the above device, it should be understood that the processor may be a central processing unit (English: Central Processing Unit, referred to as: CPU), or other general-purpose processor, digital signal processor (English: Digital Signal Processor, referred to as: DSP ), Application Specific Integrated Circuit (English: Application Specific Integrated Circuit, abbreviation: ASIC), etc. A general-purpose processor may be a microprocessor or the processor may be any conventional processor, etc. The steps of the method disclosed in the present invention can be directly implemented by a hardware processor, or executed by a combination of hardware and software modules in the processor.
最后应说明的是:以上各实施例仅用以说明本发明的技术方案,而非对其限制;尽管参照前述各实施例对本发明进行了详细的说明,本领域的普通技术人员应当理解:其依然可以对前述各实施例所记载的技术方案进行修改,或者对其中部分或者全部技术特征进行等同替换;而这些修改或者替换,并不使相应技术方案的本质脱离本发明各实施例技术方案的范围。Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the present invention, but not to limit it. Although the present invention has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand that: The technical solutions described in the foregoing embodiments can still be modified, or some or all of the technical features can be equivalently replaced; and these modifications or substitutions do not deviate from the essence of the corresponding technical solutions from the technical solutions of the embodiments of the present invention. scope.
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