CN114629705A - License authorization configuration method and system for mimicry system - Google Patents
License authorization configuration method and system for mimicry system Download PDFInfo
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Abstract
The invention provides a license authorization configuration method and a license authorization configuration system for a mimicry system, wherein the method comprises the following steps: a license unified monitor of a scheduling module monitors whether a first license certificate expiration prompting message, a second license certificate expiration prompting message or a third license certificate expiration prompting message is received in real time, if so, a license certificate expiration processing message is generated and executed, and a mimicry system is smoothly transited into a non-mimicry system through the scheduling module; the license certificate expiration processing message is used for shielding the mimicry service processing function. The License verifying module in the mimicry assembly verifies whether the License certificate expires, monitors the License expiration condition of the mimicry assembly by means of the License unified monitor, and smoothly transits the mimicry system to a non-mimicry system by the scheduling module.
Description
Technical Field
The invention relates to the technical field of mimicry defense, in particular to a license authorization configuration method and system of a mimicry system.
Background
The mimicry defense technology changes the game rules of network space defense and provides a brand-new solution for realizing network security of a network system. The mimicry defense system is not operated by a certain program singly, but is a comprehensive system consisting of a plurality of modules of an input agent, a resolver, a scheduling module and a heterogeneous executive body. After the mimicry system is commercialized, a license authentication function is necessarily required to be introduced to control the service life of the mimicry defense system, however, if the license authentication function is limited to a certain module, an illegal user may crack the license authentication function of the system by reversely developing the module function and combining with other non-authentication modules.
Therefore, how to introduce license authentication function on each module of the simulation assembly and ensure that the simulation defense system can stably and smoothly transition to the non-simulation defense system after license authentication fails is significant for the commercial development of the simulation defense system
In order to solve the above problems, people are always seeking an ideal technical solution.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provides a license authorization configuration method and system for a pseudo system.
In order to achieve the purpose, the invention adopts the technical scheme that:
the invention provides a license authorization configuration method of a mimicry system, which comprises the following steps:
a license check module I is preset in an input proxy to determine whether a license certificate of the input proxy is expired; when a license certificate of an input agent expires, generating first license certificate expiration prompt information and sending the first license certificate expiration prompt information to a license unified monitor of a scheduling module; the license unified monitor is preset in the scheduling module;
a license verification module II is preset in the arbitrator to determine whether a license certificate of the arbitrator expires; when the license certificate of the arbitrator expires, generating a second license certificate expiration prompt message and sending the second license certificate expiration prompt message to the license unified monitor of the scheduling module,
a license verification module III is preset in the scheduling module to determine whether a license certificate of the scheduling module is due; when the license certificate of the scheduling module expires, generating third license certificate expiration prompt information and sending the third license certificate expiration prompt information to the license unified monitor of the scheduling module;
a license unified monitor of a scheduling module monitors whether a first license certificate expiration prompting message, a second license certificate expiration prompting message or a third license certificate expiration prompting message is received in real time, if so, a license certificate expiration processing message is generated and executed, and a mimicry system is smoothly transited into a non-mimicry system through the scheduling module; the license certificate expiration processing message is used for shielding the mimicry service processing function.
Further, after generating and executing the license certificate expiration processing message, the following steps are also executed:
after generating and executing the license certificate expiration processing message, further executing the following steps:
judging whether the license certificate expiration processing message is a first expiration processing message, if so, configuring: canceling the distribution function of an input agent, keeping an online execution body in an online running state, adjusting the rest online execution bodies to be in an offline state, and adjusting the resolver from a resolution mode to a first transparent transmission mode;
and in the first transparent transmission mode, the arbitrator selects the output data of a certain online executive body in an online running state to be transmitted to the outside.
Further, after generating and executing the license certificate expiration processing message, the following steps are also executed:
after generating and executing the license certificate expiration processing message, further executing the following steps:
judging whether the license certificate expiration processing message is a second expiration processing message, if so, configuring: the input agent, the scheduling module and the executive body are not changed, and the arbitrator is adjusted from the arbitrating mode to a second transparent transmission mode;
and in a second transparent transmission mode, the arbitrator randomly selects the output data of one executive body to be transmitted outwards.
The invention provides a mimicry license authorization configuration system, which comprises an input agent, a scheduling module, N online executives and a resolver, wherein the input agent is respectively in communication connection with the N online executives;
the input agent comprises a license check module I and executes the function of the input agent in the simulated system license authorization configuration method;
the arbitrator comprises a license check module II and executes the function of the arbitrator in the simulated system license authorization configuration method;
the scheduling module comprises a license verification module III and a license unified monitor, and executes the functions of the scheduling module in the license authorization configuration method of the mimicry system.
A third aspect of the present invention provides a readable storage medium having stored thereon instructions which, when executed by a processor, carry out the steps of the proposed system license authorization configuration method as described above.
Compared with the prior art, the invention has prominent substantive features and remarkable progress, in particular to the following aspects:
in the invention, license check modules are respectively preset in an input agent, a scheduling module and a resolver to respectively monitor whether license certificates of the input agent, the scheduling module and the resolver are due; after monitoring that the license certificate is expired, shielding the mimicry service processing function of the mimicry system, and simultaneously ensuring that the arbitrator still has corresponding service result data to be returned to the client;
therefore, the method and the device solve the problem of overall control of the license on the mimicry component, and ensure that the service function of the mimicry system can still stably run on the premise of failure of the mimicry function after the license certificate expires.
Drawings
FIG. 1 is a flow chart of a license authorization configuration method of a mimicry system of the present invention;
fig. 2 is a schematic structural diagram of a mimetic license authorization configuration system of the present invention.
Detailed Description
The technical solution of the present invention is further described in detail by the following embodiments.
Example 1
Fig. 1 shows a pseudo system license authorization configuration method, which includes the following steps:
a license check module I is preset in an input proxy to determine whether a license certificate of the input proxy is expired; when a license certificate of an input agent expires, generating first license certificate expiration prompt information and sending the first license certificate expiration prompt information to a license unified monitor of a scheduling module; the license unified monitor is preset in the scheduling module;
a license verification module II is preset in the arbitrator to determine whether a license certificate of the arbitrator is due; when the license certificate of the arbitrator expires, generating a second license certificate expiration prompt message and sending the second license certificate expiration prompt message to the license unified monitor of the scheduling module,
a license verification module III is preset in the scheduling module to determine whether a license certificate of the scheduling module is due; when the license certificate of the scheduling module expires, generating third license certificate expiration prompt information and sending the third license certificate expiration prompt information to the license unified monitor of the scheduling module;
a license unified monitor of a scheduling module monitors whether first license certificate expiration prompting information or second license certificate expiration prompting information or third license certificate expiration prompting information is received in real time, if yes, license certificate expiration processing information is generated and executed, and the mimicry system is smoothly transited into a non-mimicry system through the scheduling module; the license certificate expiration processing message is used for shielding the mimicry service processing function.
It can be understood that, under normal conditions, license certificates of the input agent, the arbitrator and the scheduling module expire at the same time, but under the condition that license verification is not consistent, because the running environment time of the input agent, the arbitrator and the scheduling module is possibly different, or license certificates of a certain module are destroyed, and the like, factors may occur; therefore, the invention distinguishes the sources of the license certificate expiration prompt information through the first, the second and the third license certificate expiration prompt information to ensure the accuracy of license verification and further improve the accuracy of license authorization configuration.
After the mimicry service processing is started, an input agent, a resolver and a scheduling module in the mimicry system check license certificate states according to a preset strategy (at regular time or in service idle time), wherein the check results comprise states of expiration, non-expiration and coming to expire; and generating and executing a license certificate expiration processing message after detecting the license certificate expiration, thereby shielding the mimicry service processing function of the mimicry system and simultaneously ensuring that the decider still has corresponding service result data to return to the client, on one hand, solving the problem of overall control of the license on the mimicry component, and on the other hand, ensuring that the system service function can still stably run on the premise of failure of the mimicry function after the license certificate expires.
It should be noted that the license unified monitor uniformly monitors the license certificate use condition of each mimicry component; when the situation that license authentication expires in the mimicry component is monitored, the license unified monitor firstly sends a feedback signal to the mimicry component, the feedback signal only indicates that the license unified monitor receives a message, and the license expired mimicry component is recorded; and then, the license unified monitor informs the scheduling module to shield the mimicry service processing function of the mimicry system. The shielding modes are 2:
(1) judging whether the license certificate expiration processing message is a first expiration processing message, if so, configuring: canceling the distribution function of an input agent, keeping an online execution body in an online running state, adjusting the rest online execution bodies to be in an offline state, and adjusting the resolver from a resolution mode to a first transparent transmission mode;
in a first transparent transmission mode, the arbitrator selects output data of a certain online executive body in an online running state to be transmitted to the outside;
(2) judging whether the license certificate expiration processing message is a second expiration processing message, if so, configuring: the input agent, the scheduling module and the executive body are not changed, and the arbitrator can receive output data (service processing results) of all online executive bodies and adjust the arbitrator from the arbitrating mode to a second transparent transmission mode;
and in a second transparent transmission mode, the arbitrator randomly selects the output data of one executive body to be transmitted outwards.
It should be noted that, before starting the mimetic service processing, the mimetic system license authorization configuration method further includes:
after a license check module I is preset in an input agent, the following steps are also executed:
after initializing a license check module program of an input proxy, starting a license certificate of the input proxy to check for the first time so as to determine whether the license certificate of the input proxy expires for the first time, if so, generating a license certificate expiration prompt message I, sending the license certificate expiration prompt message I to a license unified monitor of a scheduling module, and waiting for a feedback signal of the license unified monitor;
after a license verification module II is preset in the arbitrator, the following steps are also executed:
after initializing a license check module program of the arbitrator, starting a license certificate of the arbitrator for the first time for checking to determine whether the license certificate of the arbitrator expires for the first time, if so, generating license certificate expiration prompt information II, sending the license certificate expiration prompt information II to a license unified monitor of the scheduling module, and waiting for a feedback signal of the license unified monitor;
after a license verification module III is preset in the scheduling module, the following steps are also executed:
after initializing a license check module program of a scheduling module, starting a license certificate of the scheduling module for first check to determine whether the license certificate of the scheduling module is due for the first time, if so, generating license certificate due prompt information III, sending the license certificate due prompt information III to a license unified monitor of the scheduling module, and waiting for a feedback signal of the license unified monitor;
when license certificates of the input agent, the arbitrator and the scheduling module pass the first verification (are not overdue), respectively initializing the input agent, the arbitrator and the scheduling module by a mimic component program;
after the initialization of the mimicry component program is completed, the input agent starts to receive the mimicry service request data from the client and starts to process the mimicry service.
It should be noted that the license check module and the mimic component program (input agent, arbitration, scheduling) run in series, and in order to reduce the overhead of the license check module agent, the mimic system license authorization configuration method further includes the following steps: an input agent, a resolver and a scheduling module are configured in advance, and license check is carried out in the idle time when the mimicry service request data is not received, as shown in the attached figure 1;
it can be understood that, if no mimicry service data of the mimicry component program needs to be processed at a certain moment, license check is executed, if a license certificate expires, a license unified monitor is notified, a feedback signal of the license unified monitor is waited, and if the license certificate does not expire, the process continues to enter the mimicry service processing flow.
Example 2
The present example differs from example 1 in that: the license authorization configuration method of the mimicry system further comprises the following steps:
when the license certificate of the input agent is not due, whether the residual time T of the license certificate is smaller than a first preset value or not is judged, if yes, whether new mimicry service request data from a client side are received or not is judged, if yes, prompt information that the license certificate is about to expire is generated, and the prompt information is transmitted to a license unified monitor of the scheduling module;
the license certificate validity periods of the input agent, the arbitrator and the scheduling module are the same, and the prompt information about the coming due of the license certificate comprises the remaining time T of the license certificate and the service type of the new mimicry service request data;
when the license unified monitor receives the prompt message that the license certificate is about to expire, the service type of the new mimicry service request data is analyzed, and the task processing time TP corresponding to the new mimicry service request data is determined according to the service type of the new mimicry service request data; the license unified monitor is pre-configured with a relation mapping table of service types and task processing time TP;
and calling a corresponding mode adjustment strategy based on the comparison relation between the residual time T of the license certificate and the task processing time TP corresponding to the new mimicry service request data.
Specifically, the first preset value may be 24 hours, 12 hours, 6 hours, 3 hours, 2 hours, 1 hour, 30 minutes, 10 minutes, or may be adaptively modified according to actual needs.
Further, based on the comparison relationship between the remaining time T of the license certificate and the task processing time TP corresponding to the new mimicry service request data, when a corresponding mode adjustment strategy is invoked, the following steps are executed:
and executing the following steps when a corresponding mode adjustment strategy is called based on the comparison relation between the residual time T of the license certificate and the task processing time TP corresponding to the new mimicry service request data:
when the task processing time TP is larger than the preset time T0, the mimicry system is adjusted to be in a non-mimicry service mode, and new services are processed in the non-mimicry service mode;
when the residual time T of the license certificate is less than or equal to the task processing time TP is less than or equal to the preset time T0, after the new service is processed in the mimicry service mode, the mimicry system is adjusted to be in a non-mimicry service mode;
when the task processing time TP is less than the residual time T of the license certificate, processing a new service in a mimicry service mode;
wherein the preset time T0=2 × the remaining time T of the license certificate.
Example 3
FIG. 2 shows a mimetic license grant configuration system, which includes an input agent, a scheduling module, N online executors and a resolver, wherein the input agent is respectively connected with the N online executors in communication, the N online executors are respectively connected with the resolver in communication, and the scheduling module is respectively connected with the input agent, the N online executors and the resolver in communication;
the input agent comprises a license check module I and executes the function of the input agent in the license authorization configuration method of the mimicry system in the embodiment 1 or 2;
the arbitrator comprises a license check module II and executes the function of the arbitrator in the simulation system license authorization configuration method in the embodiment 1 or 2;
the scheduling module comprises a license verification module III and a license unified monitor, and executes the functions of the scheduling module in the license authorization configuration method of the pseudo system in the embodiment 1 or 2.
It should be noted that the mimetic license authorization configuration system verifies the license certificate expiration condition of the mimetic component by means of the license verification module, considers the mimetic system license expiration condition in a unified manner through the license monitor, and simultaneously smoothly converts the mimetic system into a non-mimetic system by using the scheduling module, so that on one hand, the problem of overall control of the mimetic component by the license is solved, and on the other hand, after the license certificate expires, the service function of the mimetic system can still stably run on the premise that the mimetic function fails.
Example 4
The present embodiment presents a readable storage medium, on which a computer program is stored, which computer program, when being executed by a processor, implements the steps of the pseudo system license authorization configuration method as in embodiment 1 or 2.
In the above embodiments, the descriptions of the respective embodiments have respective emphasis, and reference may be made to the related descriptions of other embodiments for parts that are not described or illustrated in a certain embodiment.
In the embodiments provided in the present application, it should be understood that the disclosed system may be implemented in other ways. For example, the above-described system embodiments are merely illustrative, and for example, the division of the above modules is only one logical functional division, and other divisions may be realized in practice, for example, multiple units may be combined or integrated into another system, or some features may be omitted, or not executed.
In addition, functional units in the embodiments of the present application may be integrated into one processing unit, or each unit may exist alone physically, or two or more units are integrated into one unit. The integrated unit can be realized in a form of hardware, and can also be realized in a form of a software functional unit.
The above-described integrated module, if implemented in the form of a software functional unit and sold or used as a separate product, may be stored in a computer-readable storage medium. Based on such understanding, all or part of the flow in the method of the embodiments described above may be implemented by a computer program, which may be stored in a computer-readable storage medium and can implement the steps of the embodiments of the methods described above when the computer program is executed by a processor. The computer program includes computer program code, and the computer program code may be in a source code form, an object code form, an executable file or some intermediate form.
Finally, it should be noted that: the above examples are only intended to illustrate the technical solution of the present invention and not to limit it; although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that: modifications to the specific embodiments of the invention or equivalent substitutions for parts of the technical features may be made; without departing from the spirit of the present invention, it is intended to cover all aspects of the invention as defined by the appended claims.
Claims (9)
1. A license authorization configuration method of a mimicry system is characterized by comprising the following steps:
a license check module I is preset in an input proxy to determine whether a license certificate of the input proxy is expired; when a license certificate of an input agent expires, generating first license certificate expiration prompt information and sending the first license certificate expiration prompt information to a license unified monitor of a scheduling module; the license unified monitor is preset in the scheduling module;
a license verification module II is preset in the arbitrator to determine whether a license certificate of the arbitrator expires; when the license certificate of the arbitrator expires, generating a second license certificate expiration prompt message and sending the second license certificate expiration prompt message to the license unified monitor of the scheduling module,
a license verification module III is preset in the scheduling module to determine whether a license certificate of the scheduling module is due; when the license certificate of the scheduling module expires, generating third license certificate expiration prompt information and sending the third license certificate expiration prompt information to the license unified monitor of the scheduling module;
a license unified monitor of a scheduling module monitors whether a first license certificate expiration prompting message, a second license certificate expiration prompting message or a third license certificate expiration prompting message is received in real time, if so, a license certificate expiration processing message is generated and executed, and a mimicry system is smoothly transited into a non-mimicry system through the scheduling module; the license certificate expiration processing message is used for shielding the mimicry service processing function.
2. The license authorization configuration method of the mimicry system according to claim 1, wherein after generating and executing license certificate expiration processing message, the following steps are further executed:
judging whether the license certificate expiration processing message is a first expiration processing message, if so, configuring: canceling the distribution function of an input agent, keeping an online execution body in an online running state, adjusting the rest online execution bodies to be in an offline state, and adjusting the resolver from a resolution mode to a first transparent transmission mode;
and in the first transparent transmission mode, the arbitrator selects the output data of a certain online executive body in an online running state to be transmitted to the outside.
3. The license authorization configuration method of the mimicry system according to claim 1 or 2, characterized in that after generating and executing license certificate expiration processing message, the following steps are further executed:
judging whether the license certificate expiration processing message is a second expiration processing message, if so, configuring: the input agent, the scheduling module and the executive body are not changed, and the arbitrator is adjusted from the arbitrating mode to a second transparent transmission mode;
in the second transparent transmission mode, the arbitrator randomly selects the output data of one executive body to be transmitted.
4. The license authorization configuration method of the mimicry system according to claim 1,
after a license check module I is preset in an input agent, the following steps are also executed:
after initializing a license check module program of an input agent, starting a license certificate of the input agent for the first time to determine whether the license certificate of the input agent expires or not for the first time, if so, generating license certificate expiration prompt information I, sending the license certificate expiration prompt information I to a license unified monitor of a scheduling module, and waiting for a feedback signal of the license unified monitor;
after a license verification module II is preset in the arbitrator, the following steps are also executed:
after initializing a license check module program of the arbitrator, starting a license certificate of the arbitrator for the first time for checking to determine whether the license certificate of the arbitrator expires for the first time, if so, generating license certificate expiration prompt information II, sending the license certificate expiration prompt information II to a license unified monitor of the scheduling module, and waiting for a feedback signal of the license unified monitor;
after a license verification module III is preset in the scheduling module, the following steps are also executed:
after initializing a license check module program of a scheduling module, starting a license certificate of the scheduling module for first check to determine whether the license certificate of the scheduling module expires for the first time, if so, generating license certificate expiration prompt information III, sending the license certificate expiration prompt information III to a license unified monitor of the scheduling module, and waiting for a feedback signal of the license unified monitor;
when license certificates of the input agent, the arbitrator and the scheduling module pass the first verification, respectively initializing a mimicry component program for the input agent, the arbitrator and the scheduling module;
and after the initialization of the mimicry component program is completed, enabling the input agent to start receiving the mimicry service request data from the client and carrying out mimicry service processing.
5. The license authorization configuration method of the mimicry system according to claim 1, further comprising the steps of:
and configuring an input agent, a resolver and a scheduling module in advance, and checking license in the idle time when the mimicry service request data is not received.
6. The license authorization configuration method for the pseudo-system according to claim 1, further comprising the steps of:
when the license certificate of the input agent is not due, whether the residual time T of the license certificate is smaller than a first preset value or not is judged, if yes, whether new mimicry service request data from a client side are received or not is judged, if yes, prompt information that the license certificate is about to expire is generated, and the prompt information is transmitted to a license unified monitor of the scheduling module;
the license certificate validity periods of the input agent, the arbitrator and the scheduling module are the same, and the prompt information about the coming due of the license certificate comprises the remaining time T of the license certificate and the service type of the new mimicry service request data;
when the license unified monitor receives the prompt message that the license certificate is about to expire, the service type of the new mimicry service request data is analyzed, and the task processing time TP corresponding to the new mimicry service request data is determined according to the service type of the new mimicry service request data; the license unified monitor is pre-configured with a relation mapping table of service types and task processing time TP;
and calling a corresponding mode adjusting strategy based on the comparison relation between the residual time T of the license certificate and the task processing time TP corresponding to the new mimicry service request data.
7. The license authorization configuration method of the mimicry system according to claim 6, wherein based on the comparison relationship between the remaining time T of the license certificate and the task processing time TP corresponding to the new mimicry service request data, when invoking the corresponding mode adjustment policy, executing:
when the task processing time TP is larger than the preset time T0, the mimicry system is adjusted to be in a non-mimicry service mode, and new services are processed in the non-mimicry service mode;
when the residual time T of the license certificate is less than or equal to the task processing time TP is less than or equal to the preset time T0, after the new service is processed in the mimicry service mode, the mimicry system is adjusted to be in a non-mimicry service mode;
when the task processing time TP is less than the residual time T of the license certificate, processing a new service in a mimicry service mode;
wherein the preset time T0=2 × the remaining time T of the license certificate.
8. A pseudo license authorization configuration system, characterized in that: the online execution system comprises an input agent, a scheduling module, N online executives and a resolver, wherein the input agent is respectively in communication connection with the N online executives;
the input agent comprises a license check module I and executes the function of the input agent in the license authorization configuration method of the mimicry system of any one of claims 1 to 7;
the arbitrator comprises a license check module II and executes the function of the arbitrator in the license authorization configuration method of the mimicry system of any one of claims 1 to 7;
the scheduling module comprises a license verification module III and a license unified monitor, and executes the functions of the scheduling module in the license authorization configuration method of the mimicry system of any one of claims 1 to 7.
9. A readable storage medium having instructions stored thereon, characterized in that: the instructions, when executed by a processor, implement the steps of the mimetic system license authorization configuration method according to any one of claims 1 to 7.
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