CN113726744A - Visual safety alarm processing system and method based on task arrangement - Google Patents
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Abstract
The invention discloses a visual safety alarm processing system and method based on task arrangement, which comprises a processing meta-task, a decision meta-task and a processing workflow; the disposal meta-task comprises a plurality of groups of service components, and each service component is respectively used for realizing an alarm disposal task linked with different disposal safety facilities and supporting custom configuration; the decision element task comprises a plurality of groups of judgment service components, and each judgment service component is respectively used for step judgment in the safety alarm processing task; the handling workflow comprises a plurality of groups of business flow components, and each business flow component is used for customizing different alarm handling task flow logics; the processing workflow and the processing meta-task call the processing meta-task and support the complete association of the processing workflow; and the processing workflow calls a decision element task and supports judgment in the implementation process of the processing workflow. The invention can realize the automatic retry of the disposal task and the self-operation according to the condition, and improves the disposal efficiency of the safety alarm.
Description
Technical Field
The invention belongs to the technical field of network security, and particularly relates to a visual security alarm handling system and method based on task arrangement.
Background
For a long time, in the technical field of network security, after a security operator finds a security alarm in a system, the security operator performs policy configuration by sequentially and directly operating security devices such as a firewall, an isolation device and the like, and then realizes security alarm handling. However, there are a number of problems with the handling of different classes of security alarms in the traditional security domain: first, for a class of similar security alarms that require multiple dispositions, the security operator cannot dispose of the similar alarms with one configuration. Secondly, there is no general, visual way to configure linkage handling for security alarms. Furthermore, the configured disposal method has no page with observed results, and currently, the disposal method still needs to be switched to a different device for viewing. Finally, dynamic shutdown cannot be realized for different alarm handling methods through a unified switch.
Disclosure of Invention
Aiming at the problems, the invention provides a visual safety alarm handling system and method based on task arrangement, which realize the automatic retry and the conditional self-running of the handling task and improve the handling efficiency of the safety alarm.
In order to achieve the technical purpose and achieve the technical effects, the invention is realized by the following technical scheme:
in a first aspect, the invention provides a visual safety alarm handling system based on task arrangement, which comprises a handling meta-task, a decision meta-task and a handling workflow;
the disposal meta-task comprises a plurality of groups of service components, and each service component is respectively used for realizing an alarm disposal task linked with different disposal safety facilities and supporting custom configuration;
the decision element task comprises a plurality of groups of judgment service components, and each judgment service component is respectively used for step judgment in the safety alarm processing task;
the disposal workflow comprises a plurality of groups of business flow components, and each business flow component is used for customizing different alarm disposal task flow logics;
the processing workflow and the processing meta-task have a calling relationship, the processing meta-task is called, and the complete association of the processing workflow is supported;
the processing workflow and the decision-making meta-task have a calling relationship, the decision-making meta-task is called, and judgment in the implementation process of the processing workflow is supported.
Optionally, the handling meta-task comprises:
the first interface is used for being connected with different safety facilities and realizing a task calling function aiming at the safety facilities with different processing functions;
the second interface is used for being connected with the arranged registration page to realize the function of registering the basic element tasks of different safety facilities;
and the third interface is used for connecting with the disposal workflow to realize the function of supporting and completing the realization of the disposal business process.
Optionally, the handling meta-task comprises:
the fourth interface is used for being connected with the arranged registration page to realize the registration and the creation of the decision-making element task;
and the fifth interface is used for being connected with the disposal workflow and realizing the realization of the judgment function in the supporting and finishing disposal business process.
Optionally, the treatment workflow comprises:
the sixth interface is used for connecting with the arranged operation page to realize the functions of editing and viewing the alarm handling scheme of the support page;
the seventh interface is used for connecting with the processing meta-task, calling the processing meta-task and supporting the complete association of the processing workflow;
and the eighth interface is used for connecting with the decision-making meta-task, calling the decision-making meta-task and supporting the judgment in the implementation engineering of the processing workflow.
Optionally, the judgment result of each judgment service component includes two types, i.e., "success" and "failure".
In a second aspect, the present invention provides a method for a visual safety alarm handling apparatus based on task orchestration according to any one of the first aspects, including:
registering disposal element tasks and preset decision element tasks which are adapted to different safety facilities, and storing relevant configurations into a structured database;
configuring disposal schemes aiming at different alarm types by a user in a provided visual workflow arrangement page in a dragging mode, and associating the selected disposal meta-task with the decision meta-task to generate a disposal workflow;
setting conditions for starting a disposal workflow in a provided visual arrangement page by a user;
when the condition of the disposal workflow is met, the disposal workflow is automatically triggered, and the automatic disposal response of the safety alarm is realized;
and viewing the running state and the running result of the handling workflow at the page.
Optionally, the condition for initiating the treatment workflow comprises a time and period for initiating the treatment workflow.
Compared with the prior art, the invention has the beneficial effects that:
the visual safety alarm processing method and system based on task arrangement fully utilize a task scheduling push mechanism of an open source Conductor, reuse a native open source server to realize the registration of tasks, and realize the decoupling of service logic and technical interfaces. And each level is enabled to respectively perform its own functions and coordinate to complete the arrangement, scheduling and disposal of the visual alarm disposal task.
The invention establishes a unified and complete safety alarm handling mechanism, liberates users in the traditional and complicated operation flow of safety equipment handling, improves the operation flexibility, adopts the automatic response of the SOAR, sets the starting and ending time of the handling workflow in the system, realizes the automatic retry of the handling task and the self-running according to the condition, and improves the handling efficiency of the safety alarm.
Drawings
In order that the present disclosure may be more readily and clearly understood, reference is now made to the following detailed description of the present disclosure taken in conjunction with the accompanying drawings, in which:
FIG. 1 is a system implementation architecture of an embodiment of the present invention;
FIG. 2 is a method flow of one embodiment of the present invention;
FIG. 3 is a flow chart illustrating interaction between an API layer and a task orchestration server according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail with reference to the following embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and do not limit the scope of the invention.
The following detailed description of the principles of the invention is provided in connection with the accompanying drawings.
Example 1
The embodiment of the invention provides a visual safety alarm handling system based on task arrangement, which comprises a handling meta-task, a decision meta-task and a handling workflow, as shown in fig. 1-2;
the disposal meta-task comprises a plurality of groups of service components, and each service component is respectively used for realizing an alarm disposal task linked with different disposal safety facilities and supporting custom configuration;
the decision element task comprises a plurality of groups of judgment service components, each judgment service component is respectively used for step judgment in the safety alarm processing task, the judgment result of each judgment service component comprises success and failure, and self-definition is not supported;
the disposal workflow comprises a plurality of groups of business flow components, and each business flow component is used for customizing different alarm disposal task flow logics; one disposal workflow corresponds to one type of alarm disposal method;
the processing workflow and the processing meta-task have a calling relationship, the processing meta-task is called, and the complete association of the processing workflow is supported;
the processing workflow and the decision-making meta-task have a calling relationship, the decision-making meta-task is called, and judgment in the implementation process of the processing workflow is supported.
In a specific implementation manner of the embodiment of the present invention, the handling meta-task includes:
the first interface is used for being connected with different safety facilities and realizing a task calling function aiming at the safety facilities with different processing functions;
the second interface is used for being connected with the arranged registration page to realize the function of registering the basic element tasks of different safety facilities;
and the third interface is used for connecting with the disposal workflow to realize the function of supporting and completing the realization of the disposal business process.
In a specific implementation manner of the embodiment of the present invention, the handling meta-task includes:
the fourth interface is used for being connected with the arranged registration page to realize the registration and the creation of the decision-making element task;
and the fifth interface is used for being connected with the disposal workflow and realizing the realization of the judgment function in the supporting and finishing disposal business process.
In a specific implementation of the embodiment of the present invention, the treatment workflow includes:
the sixth interface is used for connecting with the arranged operation page to realize the functions of editing and viewing the alarm handling scheme of the support page;
the seventh interface is used for connecting with the processing meta-task, calling the processing meta-task and supporting the complete association of the processing workflow;
and the eighth interface is used for connecting with the decision-making meta-task, calling the decision-making meta-task and supporting the judgment in the implementation engineering of the processing workflow.
The visualization security alarm handling system based on task orchestration in the embodiment of the present invention is described in detail below with reference to fig. 1 and 2. As shown in FIG. 1, the system comprises four layers, a presentation layer, an API layer, a business layer and a persistence layer. Each layer takes its own role and completes the visual operation of the alarm disposal arrangement system.
The display layer realizes the visualization of the arrangement of the alarm handling tasks, and comprises the following four pages:
1) task registration page: a registration for decision-making and handling of the meta-tasks;
2) arranging and editing pages: the user carries out visual arrangement tasks aiming at the services of different alarm handling scenes, wherein the visual arrangement tasks comprise a sequence of tasks and a series of complete processes for judging the tasks;
3) workflow schema overview page: displaying the scheme of the alarm disposal workflow arranged by the user to realize the overview of the scheme;
4) handle workflow status and results page: and the background displays the execution states and the processing results of different workflow schemes according to the user setting.
The API layer and the task arranging server carry out deep interaction to complete actual task registration and workflow operation flow. The method comprises the following steps: metadata, workflow and task.
1) Metadata: namely: non-separable atomic data, wherein class data (namely metadata) obtained after abstraction of each service related meta-task is abstracted into various (safety alarm) handling meta-tasks or decision meta-tasks in a safety alarm handling scene;
2) workflow: namely: arranging different tasks according to services, and abstracting a disposal solution aiming at different alarm types into a safety alarm disposal flow defined by a user in a safety alarm disposal scene;
3) task: namely: and adding a task associated with the business and capable of configuring parameter logic on the basis of the meta-task, and abstracting a triggering condition of the safety alarm handling defined by the user in a safety alarm handling scene.
The business layer implements actual business execution related to safe alarm handling, including: workflow service, processing task service, decision service and queue service.
1) Workflow services: the scheme flow of the alarm handling service is completely realized;
2) handling task traffic: the handling alarm is specially and strongly associated with the business task for supporting the workflow;
3) and (4) decision service: the task of supporting the branch structure is realized based on the judgment of the task service result without processing;
4) queue service: the business of actually realizing the circulation of the task flow provides the business of checking the state flow of the alarm handling by the upper layer.
The persistent layer realizes persistent storage of background data and supports circulation and display of upper-layer services.
The system comprises a NetflixCoctor open source framework which is an orchestrator running on a streaming media content platform and can support orchestration with a plurality of services.
As shown in fig. 3, the data interaction relationship among the presentation layer, the API layer, the service layer, and the persistence layer is:
the presentation layer task registration page initiates a metadata registration request to the business layer through an API, the business layer requests the arrangement server side to execute a task, and only once decision metadata and business metadata are registered and stored in a persistence layer database;
a user modifies or creates a workflow through a visual page of a display layer, sends a workflow management service request to a business layer, and the business layer requests an editing server to edit the workflow and stores the workflow to a persistence layer;
a user executes a workflow through a visual page of a display layer, sends a request to a business layer, the business layer sends an execution service request to an arrangement server, and process data are stored to a persistence layer;
the scheduling server executes a safe disposal process by scheduling tasks through the persistent workflow tasks;
and the user sends a request for checking the safety disposal workflow to the business layer through the displayed visual page, and checks the execution condition of the self-defined task.
Example 2
An embodiment of the present invention provides a method for handling visual safety alarms based on task orchestration according to any one of embodiments 1, including:
registering disposal element tasks and preset decision element tasks which are adapted to different safety facilities, and storing relevant configurations into a structured database; the main business of the general model of the decision task is judged based on branches, and the treatment element task is based on the realized safety alarm treatment task, so that the registration is only needed once, repeated registration is not needed for many times, and a user can not intervene in the operation process;
step two, selecting a disposable alarm by a visual page, checking whether a workflow capable of being directly used (edited) exists, if so, directly determining whether to start, if not, and performing step three;
step three, establishing a disposal workflow, providing registered tasks on a newly opened page, configuring disposal schemes aiming at different alarm types on a provided visual workflow arrangement page by a user in a dragging mode, and associating the selected disposal meta-tasks with the decision meta-tasks to generate the disposal workflow; in the specific implementation process, relevant parameters of the synchronous handling meta-task are used for a user to select configuration of detail parameters in the corresponding workflow, and if the configuration of the detail parameters does not exist, the generated workflow is directly stored;
setting a condition for starting a disposal workflow in the provided visual arrangement page by the user; in a specific implementation, the condition for starting the disposal workflow comprises the time and period for starting the disposal workflow;
step five, when the condition of the disposal workflow is met, the disposal workflow is automatically triggered, and the automatic disposal response of the safety alarm is realized;
and step six, checking the operation state and the operation result of the handling workflow on the page (namely displaying a list of safety alarm handling and displaying the handling result and the operation state of the workflow).
The foregoing shows and describes the general principles and broad features of the present invention and advantages thereof. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are described in the specification and illustrated only to illustrate the principle of the present invention, but that various changes and modifications may be made therein without departing from the spirit and scope of the present invention, which fall within the scope of the invention as claimed. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (7)
1. A visual security alarm handling system based on task orchestration, characterized by: the method comprises the steps of processing a meta-task, a decision meta-task and a processing workflow;
the disposal meta-task comprises a plurality of groups of service components, and each service component is respectively used for realizing an alarm disposal task linked with different disposal safety facilities and supporting custom configuration;
the decision element task comprises a plurality of groups of judgment service components, and each judgment service component is respectively used for step judgment in the safety alarm processing task;
the disposal workflow comprises a plurality of groups of business flow components, and each business flow component is used for customizing different alarm disposal task flow logics;
the processing workflow and the processing meta-task have a calling relationship, the processing meta-task is called, and the complete association of the processing workflow is supported;
the processing workflow and the decision-making meta-task have a calling relationship, the decision-making meta-task is called, and judgment in the implementation process of the processing workflow is supported.
2. A visual security alarm handling system based on task orchestration according to claim 1, wherein the handling meta-task comprises:
the first interface is used for being connected with different safety facilities and realizing a task calling function aiming at the safety facilities with different processing functions;
the second interface is used for being connected with the arranged registration page to realize the function of registering the basic element tasks of different safety facilities;
and the third interface is used for connecting with the disposal workflow to realize the function of supporting and completing the realization of the disposal business process.
3. A visual security alarm handling system based on task orchestration according to claim 1, wherein the handling meta-task comprises:
the fourth interface is used for being connected with the arranged registration page to realize the registration and the creation of the decision-making element task;
and the fifth interface is used for being connected with the disposal workflow and realizing the realization of the judgment function in the supporting and finishing disposal business process.
4. A visual security alarm handling system based on task orchestration according to claim 1, wherein the handling workflow comprises:
the sixth interface is used for connecting with the arranged operation page to realize the functions of editing and viewing the alarm handling scheme of the support page;
the seventh interface is used for connecting with the processing meta-task, calling the processing meta-task and supporting the complete association of the processing workflow;
and the eighth interface is used for connecting with the decision-making meta-task, calling the decision-making meta-task and supporting the judgment in the implementation engineering of the processing workflow.
5. A visual security alarm handling system based on task orchestration according to claim 1, wherein: the judgment result of each judgment service component comprises two types of success and failure.
6. A method for task orchestration based visual security alarm handling device according to any one of claims 1-5, comprising:
registering disposal element tasks and preset decision element tasks which are adapted to different safety facilities, and storing relevant configurations into a structured database;
configuring disposal schemes aiming at different alarm types by a user in a provided visual workflow arrangement page in a dragging mode, and associating the selected disposal meta-task with the decision meta-task to generate a disposal workflow;
setting conditions for starting a disposal workflow in a provided visual arrangement page by a user;
when the condition of the disposal workflow is met, the disposal workflow is automatically triggered, and the automatic disposal response of the safety alarm is realized; and viewing the running state and the running result of the handling workflow at the page.
7. The visual security alarm handling method based on task orchestration according to claim 6, wherein: the conditions for initiating the treatment workflow include the time and period for initiating the treatment workflow.
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