CN111049665B - Self-defined dynamic policy deployment server, communication system and method - Google Patents
Self-defined dynamic policy deployment server, communication system and method Download PDFInfo
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- H—ELECTRICITY
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- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/20—Network architectures or network communication protocols for network security for managing network security; network security policies in general
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Abstract
The invention relates to a server, a communication system and a method for self-defining dynamic strategy deployment. The server for deploying the custom dynamic strategy comprises a communication module, an analysis processing module and a storage module, wherein the communication module is used for transmitting strategies and messages; the analysis processing module is used for analyzing and judging session properties, strategy properties and message properties and verifying the strategy; the storage module is used for storing a policy pool for the client to call and storing the policy custom set by the client. The beneficial effects are as follows: the storage module of the server stores a policy pool for the client to call, and based on the input board policy application design of the client, the communication participant can select selectable policies in the policy pool at any time through the input board in the communication establishment and communication process, adjust the message receiving mode, the content reminding mode, the message type and the like, finish the custom dynamic policy deployment, and the user can customize the policies, so that the message processing is more free and flexible.
Description
Technical Field
The present invention relates to the field of communications technologies, and in particular, to a server, a communication system, and a method for deploying a custom dynamic policy.
Background
When the communication participants perform message interaction, the prior art can only use interaction modes uniformly regulated by a system, such as texts, voice, pictures, videos, expressions and the like, and can not flexibly customize and expand; in the interaction process, the user cannot self-define dynamic filtering or focus reminding of the concerned data, particularly in the group session, the user receives all session messages, so that the flow is increased, and excessive storage space is occupied.
Patent CN104853043a discloses a filtering and controlling system for notification messages, which is used for filtering and controlling the notification messages according to a certain policy when a smart phone pushes the notification messages to a smart watch, so as to reduce interference to users. Comprising the following steps: the smart phone acquires a filtering and controlling strategy; when the notification message exists, the notification message is filtered and controlled according to the filtering and control strategy; and pushing the notification message conforming to the filtering and control strategy to the intelligent watch. But this solution is used for the smart phone to push the context of notification messages to the smart watch, and the user cannot dynamically customize the policy of the receiver during the interaction.
In the current communication modes, a large number of communication modes are message transmission among client application programs, such as WeChat; in the prior art, although a label is added for a transmitted message, a scheme of intercepting the message which does not meet the set parameters through a communication firewall is adopted, the technical scheme realizes the self definition of message reception to a certain extent, but policy setting among multiparty session members cannot be realized in a group session, the message parameters cannot be dynamically set in the session process, and the type of the received message cannot be limited.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provides a server, a communication system and a method for deploying a custom dynamic strategy. By improving the server and adding a dynamic policy control function in the communication process, a communication participant can select optional policies in a server policy pool at any time in the communication establishment and communication processes, adjust a message receiving mode, a content reminding mode, a message type and the like, and save a message storage space. The method solves the problem that in the prior art, a user cannot self-define dynamic filtering or focus reminding of the concerned data in the interaction process by dynamically formulating the strategy.
The invention provides a server for self-defining dynamic strategy deployment, which has the technical scheme that:
the server for deploying the self-defined dynamic strategy comprises a communication module, an analysis processing module and a storage module, wherein the communication module is used for transmitting strategies and messages; the analysis processing module is used for analyzing and judging session properties, strategy properties and message properties and verifying the strategy; the storage module is used for storing a policy pool for the client to call and storing the policy custom set by the client.
The invention also provides a communication system for the self-defined dynamic strategy deployment, which comprises a client and a server, wherein the client comprises a communication module, an analysis processing module, an input module, a display module and a storage module, and the server is the server for the self-defined dynamic strategy deployment;
the client communication module is used for transmitting strategies and messages; the analysis processing module is used for analyzing and judging session properties, strategy properties and message properties and verifying the strategy; the input module is used for inputting strategy parameters and messages; the display module is used for displaying the message and the notification message; the storage module is used for storing the information and the local policy library.
Preferably, an input module of the client can call the strategy from a strategy pool of the server, receive the strategy and parameter input selected by the user, and finish the custom setting of the strategy; the analysis processing module stores the strategy in a local strategy library or transmits the strategy to the server by the communication module according to the conversation property and the strategy property.
Preferably, the server communication module receives the strategy sent by the client; and the analysis processing module stores the strategy in a session strategy library according to the session property and the strategy property or transmits the strategy to the corresponding client by the communication module.
Preferably, the client receives the policies sent by the server and stores the policies in a local policy repository of the client.
Preferably, the client verifies the policies in the local policy repository when sending and/or receiving messages; the server verifies the policies in the corresponding session policy repository when sending and/or receiving messages.
The invention also provides a method for verifying the strategy of the server, the server receives the information of the sending client, verifies the information according to the strategy in the session strategy library of the session stored by the server, and sends the information to the receiving client if the verification is passed.
The invention also provides a communication method of the communication system, which is used for carrying out policy verification according to the local policy library stored by the sending client, the session policy library stored by the server and the local policy library stored by the receiving client in sequence when or during the process of mutual messaging.
Preferably, the client terminal selects one or more policies from the server policy pool based on the input board at the time of session initiation or during the session;
and realizing policy parameter input according to the selected policy, and storing the policy in a local policy library, uploading the policy to a server or transmitting the policy to a client of the opposite party through the server according to session properties and policy properties.
Preferably, the policy pool is formulated according to each node of message transmission during communication.
The implementation of the invention comprises the following technical effects:
the invention stores the strategy pool for the client to call in the storage module of the server, and based on the input board strategy application design of the client, the communication participator can select the optional strategy in the strategy pool at any time through the input board in the communication establishment and communication process, adjust the message receiving mode, the content reminding mode, the message type and the like, finish the self-defined dynamic strategy deployment, store the self-defined strategy in the conversation strategy library of the server or the local strategy library of the client, analyze and judge the conversation property, the strategy property and the message property by the server analysis and processing module when the client and the receiving client send the message mutually, and perform the strategy verification. The method solves the problem that the user cannot self-define the dynamic filtering or focus reminding of the concerned data in the interaction process in the prior art by dynamically making the strategy.
By adopting the technical scheme of the invention, the user can also define the script strategy, so that the message processing is more free and flexible.
By adopting the technical scheme of the invention, each group member can customize the object and the type of the sent or received message in the group session, the non-disturbing mode is diversified, the degree of freedom is higher, the storage space can be effectively saved, and the flow is saved.
By adopting the technical scheme of the invention, a dynamic policy control function is added in the communication process, and both a session initiator and a receiver can customize policies and can change the policies during session initiation and in session, thereby realizing dynamic custom deployment of policies.
Drawings
Fig. 1 is a schematic diagram of a communication system with custom dynamic policy deployment according to an embodiment of the present invention.
Fig. 2 is a schematic diagram of a communication system design principle of custom dynamic policy deployment according to an embodiment of the present invention.
FIG. 3 is a schematic diagram of policy classification.
Fig. 4 is a schematic flow chart of a communication method for user-defined dynamic policy deployment according to an embodiment of the present invention.
FIG. 5 is a flow chart intent for the formulation of a policy pool.
Detailed Description
The invention will now be described in detail with reference to the following examples and the accompanying drawings, it being pointed out that the examples described are intended only to facilitate an understanding of the invention and are not intended to be limiting in any way.
In the invention, the analysis processing modules of the server and the client analyze the session property, the strategy property and the message property, serve as the premise of strategy verification, and make corresponding processing according to the session property, the strategy property and the message property. Before describing the technical scheme of the present invention in detail, several concepts will be explained first:
session properties include single chat or group chat, for example, for a policy of "receive only certain type of message", for single chat mode, the policy is issued to the sending client by the server, policy verification is performed when the message is sent, and forbidden message types are not allowed to be sent, so that the traffic of the sender is saved; for the group chat mode, the policy is only uploaded to the server, and is not required to be issued to the sending client, the message sent by the sending client is verified in the server, and the server does not forward the related message to the group member with the policy, so that the flow of a receiving party is saved.
Policy properties include alert policies, no receive policies, blacklist policies, whitelist policies, client script policies, server script policies, tablet application policies, and so forth.
Message properties include information on sender, message type (text, voice, picture, video, file, etc.), whether recipient is specified, etc.
The notification message refers to a message that the analysis processing module performs policy verification and feeds back a verification result; for example, the notification message may be a feedback message sent by the server that the message receiving client does not receive the message; or a feedback message that prohibits the messaging client from sending out the message.
Policy parameters refer to their corresponding parameters for a certain policy type, each policy having one or more policy parameters.
The local policy library refers to a policy of self-client custom setting (selecting setting from a server policy pool) and a policy of opposite party client custom setting (selecting setting from a server policy pool) and sends the policies to a plurality of policy sets stored by the self-client through a server; the policy set is verified by the client at or during the session.
The policy pool refers to a set of policies set by the system and stored in the server for the client to call and customize the selection settings.
The session policy repository refers to a set of policies that are custom set (selected from a server policy pool) by the session party and stored in the server, which is verified by the server at the time of session or during the session.
The embodiment provides a server for self-defining dynamic strategy deployment, which comprises a communication module, an analysis processing module and a storage module, wherein the communication module is used for transmitting strategies and messages; the analysis processing module is used for analyzing and judging session properties, strategy properties and message properties and verifying the strategy; the storage module is used for storing a policy pool for the client to call and storing the policy custom set by the client. The storage module of the server stores a policy pool for the client to call, and based on the design of the input board policy application of the client, in the process of communication establishment and communication, the communication participant can select optional policies in the policy pool at any time through the input board, adjust a message receiving mode, a content reminding mode, a message type and the like, finish the self-defined dynamic policy deployment, store the self-defined set policies in a session policy library of the server or a local policy library of the client, and when the client sends messages to each other, the server analysis processing module analyzes and judges session properties, policy properties and message properties and performs policy verification. The method solves the problem that the user cannot self-define the dynamic filtering or focus reminding of the concerned data in the interaction process in the prior art by dynamically making the strategy.
Referring to fig. 1, the embodiment further provides a communication system for deploying a custom dynamic policy, which comprises a client and a server, wherein the client comprises a communication module, an analysis processing module, an input module, a display module and a storage module, and the server is the server for deploying the custom dynamic policy;
the client communication module is used for transmitting strategies and messages; the analysis processing module is used for analyzing and judging session properties, strategy properties and message properties and verifying the strategy; the input module is used for inputting strategy parameters and messages; the display module is used for displaying the message and the notification message; the storage module is used for storing the information and the local policy library. The client verifies the strategy in the local strategy library when sending and/or receiving the message; the server verifies the policies in the corresponding session policy repository when sending and/or receiving messages.
Referring to fig. 2, the arrow in the figure indicates the trend of policy operations, and the upper part of the dotted line indicates the procedure for setting a mandatory/optional policy by the initiator; the process of the recipient setting the mandatory/optional policy is shown below the dashed line. Specifically, an input module of the client can call the strategy from a strategy pool of the server, receive the strategy and parameter input selected by a user, and finish the custom setting of the strategy; the analysis processing module stores the strategy in a local strategy library or transmits the strategy to the server by the communication module according to the conversation property and the strategy property. The server communication module receives a strategy sent by a client; and the analysis processing module stores the strategy in a session strategy library of the session or transmits the strategy to a corresponding client by the communication module according to the session property and the strategy property. The client receives the strategy sent by the server and stores the strategy in a local strategy library of the client. For example, selecting a "hint only" policy in single chat mode, the policy being stored only in a local policy repository; the group chat mode selects a "do not receive someone message" policy that will be transmitted by the client communication module to the server, stored in a server session policy repository.
Specifically, policies are classified into standard policies and alternative policies. The number of conversations may be 2 (single chat) or more than 2 (group chat). Referring to fig. 3, the policies include a group policy, a script policy, and an input board application policy, where the input board application policy is a common policy, and policy output is implemented through the input board application policy. Group policies include, but are not limited to: in group chat mode, shielding certain people, only receiving @, only receiving certain types of messages, only receiving certain people messages, only prompting, automatic synchronization, forbidding/speaking, etc.; script policies, including client side script policies and server side script policies. In a group session, a high-rights user can set optional policy content of a low-rights user, for example, a group owner user can issue a forbidden right to an administrator user.
The invention also provides a strategy verification method based on the server, the server receives the information of the sending client, verifies the information according to the strategy in the session strategy library of the session stored by the server, and sends the information to the receiving client if the verification is passed.
Referring to fig. 4, the invention also provides a communication method based on the communication system, and when or during the process of sending messages, the method needs to perform policy verification according to the local policy library stored by the sending client, the session policy library stored by the server, and the local policy library stored by the receiving client in sequence.
Specifically, the step of verifying the local policy repository of the sending client performs policy verification according to the local policy repository before the message is sent, and the message is sent to the server after the verification is passed; and if the verification is not passed, displaying a notification message. The server session policy library verification step is that the server receives the message of the sending client, verifies according to the session policy library stored by the server, and sends the message to the receiving client after verification; the step of verifying the local policy bank of the receiving client is that the receiving client receives the message sent by the server, verifies according to the local policy bank and displays or reminds according to the policy.
The establishment of the custom dynamic strategy is completed through the following steps: during session initiation or session, the client terminal selects one or more policies in a server policy pool based on the input board; clicking the "policy" button while retrieving the policy may enter the parameter setting interface, selecting a policy from the policy pool, e.g., selection of recipient/sender, selection of file type, selection of receiving mode, etc.
The strategy parameters are input according to the selected strategy, and the strategy is stored in a local strategy library according to session properties and strategy properties, uploaded to a server session strategy library or issued to a local strategy library of a client of the opposite party by a server after strategy judgment is carried out by the server;
in this embodiment, according to session properties and policy properties, determining at which stage a policy needs to be verified, storing the corresponding policy in a corresponding policy repository, for example, in a single chat mode, for a policy of "only receiving a certain type of message", the policy needs to be issued to a sending client and stored in a local policy repository of the sending client, and performing policy verification when sending a message, and not allowing a forbidden message type to be sent, thereby saving traffic of the sending end; for the group chat mode, the policy is only uploaded to the server and stored in a server session policy library, and the policy does not need to be issued to a sending client, a message sent by the sending client is verified in the server, and the server does not forward related messages to the group members with the policy, so that the flow of a receiving end is saved. The reminding strategy only needs to store the strategy in a local strategy library of the receiving client, and corresponding reminding is carried out when the message is received.
In the group chat mode, the policies are stored in a local policy repository according to the policy properties, uploaded to a server or transmitted to a peer client through the server, and the following are exemplified:
if the strategy is to shield some people, only receive @, only receive some types of messages and only receive some people messages, the strategy is uploaded to a server;
if the policy is only prompt and automatic synchronization, the policy is stored in a local policy library; these policies are no-issue policies;
if the policies are forbidden/speaking, the policies are transmitted to the opposite client via the server, and the policies are issued. The client receiving the policy stores the received policy in a local policy repository.
Referring to fig. 5, policy pools are formulated based on individual nodes of message transmissions during a communication. Regarding the generation of the policy pool, according to the message type (for example, a policy of not receiving a file greater than 1M is formulated, the policy is issued to the opposite party, the sender cannot send a file greater than 1M), the message prompting mode (for example, the interactive message containing a specific keyword is convexly displayed), the session property (single chat or group chat), and the like, and the corresponding output mode, display mode and processing mode, each node for carding out the message transmission formulates a corresponding interaction policy and a client response instruction. The data sources for formulating the policy pool include one or any of a message table (from, to, time, status, data, attachment, type), a group membership table (temail, role), a group session table (session, from, data, status), or a tablet application table (inputAppName, toontype, icon, outputData, bubbleTemplate, approuter, bubbleRouter). The policy pool is formulated based on fields such as from, to, type, etc., the fields in fig. 5 being exemplified by the fields involved in programming.
In order to explain the technical scheme of the present invention in more detail, a method for executing the single chat mode policy and a method for executing the group chat mode policy are further described below by specific examples.
The method for executing the single chat mode strategy comprises the following steps:
in the A-B single chat mode, a B client makes a strategy of 'not receiving files larger than 1M' and 'only prompting', wherein the strategy of 'not receiving files larger than 1M' is issued to the A client and stored in a local strategy library of the A client; the "hint only" policy is stored only in the B client local policy repository.
When the A client sends a file larger than 1M, the local strategy verification is failed and cannot be sent, and the A client displays a notification message that the A client cannot send; when the A client sends a file or other message smaller than 1M, the local policy verification is passed, and the message is forwarded to the B client through the client. And B, the client performs local policy verification, only prompts a new message, and does not display the specific content of the message.
The method for executing the group chat mode strategy comprises the following steps:
a certain member C in the chat group sets a strategy through a client, selects a strategy of 'only receiving certain person information', sets strategy parameters, and selects group member D, E, F, namely, establishes a strategy of only receiving D, E, F information and shielding the rest person information; setting a prompt-only strategy at the same time; the policy "receive message only of member D, E, F" is uploaded to the server; storing the strategy of 'only prompt' to a local strategy library;
the group owner D sets a policy through a client, selects a forbidden language policy, sets policy parameters, and selects a group member G, namely, formulates the policy for forbidden language of the member G; the strategy is uploaded to a server, and the strategy is issued to a G client by the server;
the G client saves the forbidden language strategy to a local strategy library;
g, the client initiates group information, the local strategy verification is not passed, the information can not be sent, and the notification information of 'forbidden' is displayed;
e, the client initiates a group message, and the local strategy verification passes; the server receives the message and performs policy verification, and after the policy verification, the message is issued to all clients, wherein the client C prompts that a new message enters;
the H client initiates a group message, and the local strategy verification passes; the server receives the information and performs policy verification, and after the policy verification, the information is sent to the clients of the rest group members except the C.
Alternatively, the group owner D may issue the forbidden right to the designated member.
Finally, it should be noted that the above embodiments are only for illustrating the technical solution of the present invention, and not for limiting the scope of the present invention, and although the present invention has been described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that modifications or equivalent substitutions can be made to the technical solution of the present invention without departing from the spirit and scope of the technical solution of the present invention.
Claims (5)
1. A communication system for self-defining dynamic strategy deployment comprises a client and a server, wherein the client comprises a communication module, an analysis processing module, an input module, a display module and a storage module,
the client communication module is used for transmitting strategies and messages; the analysis processing module is used for analyzing and judging session properties, strategy properties and message properties and verifying the strategy; the input module is used for inputting strategy parameters and messages; the display module is used for displaying the message and the notification message; the storage module is used for storing the information and the local policy library; the client verifies the strategy in the local strategy library when sending and/or receiving the message; the server verifies the strategies in the corresponding session strategy library when sending and/or receiving the message;
the input module of the client can call the strategy from the strategy pool of the server, receive the strategy and parameter input selected by the user and finish the custom setting of the strategy;
the analysis processing module of the client stores the strategy in a local strategy library or transmits the strategy to a server by a communication module according to session properties and strategy properties;
the server comprises a communication module, an analysis processing module and a storage module, wherein the communication module is used for transmitting strategies and messages; the analysis processing module is used for analyzing and judging session properties, strategy properties and message properties and verifying the strategy; the storage module is used for storing a policy pool for the client to call and storing a policy set by the client in a self-defining way;
the server communication module receives a strategy sent by a client; the server analysis processing module stores the strategy in a session strategy library of the session or transmits the strategy to the corresponding client by the communication module according to the session property and the strategy property.
2. The custom dynamic policy-deployed communication system according to claim 1, wherein the policies sent by the server are received by the client and stored in a local policy repository of the client.
3. A communication method of a communication system according to claim 1, wherein, during or during the process of sending the message each other, policy verification is performed sequentially according to a local policy repository stored in the sending client, a session policy repository stored in the server, and a local policy repository stored in the receiving client.
4. A communication method according to claim 3, wherein,
during session initiation or session, the client terminal selects one or more policies from the server policy pool based on the input board;
and realizing policy parameter input according to the selected policy, and storing the policy in a local policy library, uploading the policy to a server or transmitting the policy to a client of the opposite party through the server according to session properties and policy properties.
5. A communication method according to claim 3, wherein the policy pool is formulated based on individual nodes of message transmission during communication.
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