100 results about "Rollback Operation" patented technology

The invention relates to the technical field of power monitoring system network security and real-time micropatch hot deployment, and discloses a power disaster recovery system-oriented micropatch non-inductive deployment engine, a resource scheduling method, a system, equipment and a medium, and the method comprises the steps: capturing system events through a kernel eBPF probe, and carrying out feature extraction and model reasoning; generating and transmitting an encrypted scheduling token; loading and verifying a patch fragment by a patch agent, inserting a jump instruction through a kernel interface to redirect an execution stream, and maintaining multi-kernel cache consistency; fusing multi-source telemetry data to carry out fusing judgment, realizing network isolation and calling a key service to cancel a key; and collecting runtime indexes and performing trend prediction, triggering a recovery or rollback operation according to a result, and storing an operation result and data through a block chain. According to the method, through combination of deep fusion of multi-source heterogeneous data, dynamic reasoning of a knowledge graph and strategy optimization of reinforcement learning, efficient perception and defense of a complex attack scene of a digital power grid are realized.

The invention relates to the field of DevOps intelligent execution, in particular to an MCP-based DevOps task intelligent arrangement and execution method and system, and the method comprises the steps: obtaining a tool function of each MCP server to form a global tool library; receiving a natural language task instruction of a user, and inputting the natural language task instruction into the large language model; performing task decomposition on the natural language task instruction to generate a structured tool calling plan; the client side executes the structured tool calling plan and calls target tool functions on the corresponding MCP server in sequence or in parallel through the MCP according to the execution logic and the dependency relationship; monitoring execution of each tool function, determining a subsequent process or triggering a preset rollback operation according to an execution state, and feeding back a final execution result to the large language model; and generating a natural language abstract containing the overall task execution state based on the execution result, and outputting the natural language abstract to a user. And cross-environment seamless operation automation is realized.

The invention relates to the technical field of database operation and maintenance, in particular to an automatic database operation and maintenance method and system. The method comprises the following steps: acquiring a transaction log in a database; analyzing the transaction log, and determining an operation service; analyzing the operation business, and determining business semantics and transaction association between transactions corresponding to the operation business; analyzing business semantics and transaction association, and determining an abnormal business and an operation atomicity level; determining rollback logic of the abnormal business according to the transaction association and the operation atomicity level; and according to the rollback logic, generating a multi-stage rollback path to maintain the abnormal business. According to the method, the rollback logic of the abnormal business can be determined, and the rollback operation is ensured to be executed according to the preset rollback logic, so that further confusion is avoided. The multi-stage rollback path is generated, so that the rollback operation is more flexible and efficient, the intermediate state in the transaction is gradually revoked, and the influence on the performance is reduced.

The invention provides a dual-mode OTA firmware upgrading system and method based on LoRa and BLE, relates to the technical field of Internet of Things equipment management, and solves the technical problems that the prior art is limited by a single communication mode and cannot give consideration to the requirements of coverage, efficiency, reliability and safety in Internet of Things equipment upgrading. The system comprises a Web management background which is used for obtaining a user instruction and issuing an upgrading task to a central gateway; the central gateway is used for downloading the upgrading firmware package according to the upgrading task and generating an upgrading instruction; communicating with a terminal device through a LoRa network, and transmitting an upgrade instruction and an upgrade firmware package in a broadcast mode; the mobile terminal App is used for establishing Bluetooth connection with specified terminal equipment in a BLE mode and transmitting an upgrading firmware package; and the terminal equipment is used for receiving and analyzing the upgrading instruction and the upgrading firmware package from the central gateway or the mobile terminal App, and executing firmware verification, updating and rollback operations. The OTA firmware upgrading method and device are used in the OTA firmware upgrading process.

The invention discloses a dynamic configuration management method for underwater acoustic components under an underwater acoustic open architecture, which belongs to the technical field of underwater acoustic systems and comprises the following steps: establishing an underwater acoustic component warehouse for performing full-life-cycle tracking management on the underwater acoustic components; establishing a dynamic access control model, dividing the underwater acoustic component into different security levels and operation categories based on the component identifier and the version number, and configuring a dynamically adjustable permission rule for each underwater acoustic component instance; when an operation request for a target underwater acoustic component is received, performing permission verification on the operation request through the dynamic access control model; recording an operation log in real time when the operation on any underwater acoustic component is executed; and when it is monitored that the version of the currently deployed underwater acoustic component causes system abnormality, automatically triggering rollback operation. According to the method, the rollback operation can be automatically triggered when the component defect is monitored, the system is quickly recovered to the previous stable state, and the robustness and the service continuity of the underwater acoustic system are remarkably improved.

The invention belongs to the field of big data, and provides a data-driven intelligent optimization method for a science and technology service supply chain, which comprises the following steps: acquiring service task node information in the science and technology service supply chain; in the execution process of the supply chain task, continuously obtaining the execution progress state of each service task node; determining an abnormal node in the supply chain through a set deviation judgment condition; executing the replacement operation for the abnormal node and adjusting the execution sequence of adjacent nodes; when the replacement operation cannot be executed or cannot meet the completeness of the execution path of the supply chain, triggering fallback control logic; and after the replacement operation or the rollback operation is completed, updating a task scheduling sequence and a resource allocation plan based on the current available human resources and the remaining task state, and forming a dynamic optimization execution strategy in the current supply chain state.

Systems and methods are disclosed for managing deployment of software patches across a plurality of client devices. A patch management server acquires vendor-supplied patch data, community-sourced patch data, and / or platform-based data, and evaluates the information using weighting logic that may be implemented by a machine-learning model trained on historical patch outcomes. Based on the weighted evaluation, the system generates a bounded risk representation indicating a likelihood that installation of the patch will have a particular effect on one or more client devices. The server selects a deployment action in accordance with the bounded risk representation and may generate and update deployment rings defining the order in which devices receive the patch. Deployment rings may be dynamically recalculated in response to updated data or anomaly conditions, and post-deployment monitoring may trigger rollback actions when thresholds are satisfied.

The invention discloses a tamper-proof MCU security data writing method and system, and relates to the technical field of data security, and the method comprises the steps: determining a to-be-upgraded MCU, obtaining an associated upgrade data packet, calculating an initial hash value retention, generating a random byte fragment according to a data size, and obtaining a plaintext upgrade data packet fragment sequence; secondly, randomly sorting from the anti-quantum encryption algorithm candidate pool to determine an encryption algorithm set sequence, generating a plaintext encryption algorithm mapping table, encrypting the plaintext encryption algorithm mapping table, and synchronously issuing the plaintext encryption algorithm mapping table along with a ciphertext upgrading data packet fragment; after the to-be-upgraded MCU obtains the related ciphertext, decryption is carried out to determine an encryption algorithm index, ciphertext fragments are decrypted, a hash value is calculated in a combined mode, and upgrading or rollback operation is determined; the MCU is monitored in real time in the process, all keys are cleared after the process is finished, data tampering is effectively prevented, and it is ensured that MCU upgrading is safe and reliable.

The invention relates to the technical field of distributed databases, and discloses a task execution method and device, computer equipment and a storage medium, and is applied to a distributed database, the method comprises the following steps: receiving an execution request for an operation and maintenance task of the distributed database uploaded by a user, carrying out content analysis on the execution request, and sending the analysis result to the user; acquiring initial state data of the operation and maintenance task; performing snapshot processing on the initial state data according to a preset snapshot execution strategy to obtain snapshot data of the operation and maintenance task; and executing the operation and maintenance task according to a preset task execution strategy, clearing the snapshot data when the execution of the operation and maintenance task is successful, and triggering a state rollback operation when the execution of the operation and maintenance task fails, so as to recover the current state data of the operation and maintenance task to the initial state data. In this way, the execution efficiency and reliability of the operation and maintenance task of the distributed database can be effectively improved.

The application provides a distributed transaction consistency execution method, device, equipment, medium and product, and relates to the technical field of distribution. The method comprises the following steps: receiving a transaction request initiated by a user, the transaction request being used for requesting execution of a distributed transaction; generating a unique transaction identifier used for identifying the distributed transaction according to the transaction request; generating reverse operation instructions corresponding to transaction operations of the distributed transaction according to the distributed transaction and the unique transaction identifier; storing the unique transaction identifier and the reverse operation instructions in association to a blockchain network; executing the distributed transaction, and when partial submission of the distributed transaction fails, extracting the reverse operation instructions associated with the unique transaction identifier from the blockchain network according to the unique transaction identifier; and executing the reverse operation instructions to realize a rollback operation of the distributed transaction. The method of the application effectively solves the problem of data inconsistency caused by partial submission failure of the distributed transaction while reducing the development complexity.

The application relates to the field of software testing, and provides an automatic testing and closed-loop repair method, device and storage medium for wireless device software. The method comprises the following steps: listening to a communication channel during wireless device operation, acquiring air interface data containing at least a Bluetooth or Wi-Fi protocol and corresponding radio frequency environment metadata; performing multidimensional analysis on the air interface data by using a machine learning model; automatically generating a machine executable defect report according to a predefined structured template based on the result of the multidimensional analysis; parsing an automatic repair trigger instruction in the machine executable defect report, automatically calling an application program interface of an external continuous integration system to trigger a code pulling, compiling and testing task chain for the defect; after the task chain is successfully completed, wirelessly pushing an update program generated to the wireless device, and when the pushing fails or the device runs abnormally after being updated, performing a predefined automatic retry operation or a predefined version rollback operation.

Disclosed herein is a method for updating firmware of an Internet of Things (IoT)-enabled device configured with first firmware. The method includes receiving, by a processor associated with the device, a firmware update corresponding to a second firmware of the device. The firmware update includes a delta component. The delta component includes a difference between a base firmware and a second firmware associated with the device. The method further includes performing, by the processor, a rollback operation of the firmware of the device from the first firmware to the base firmware in response to receiving the firmware update. The rollback operation is performed in a non-execution environment. The method further includes calculating, by the processor, a second firmware based on the base firmware and the delta component. The method further includes applying, by the processor, the calculated second firmware to configure the device with the second firmware.

The invention provides a host data set space allocation control method, device and equipment, a computer readable storage medium and a computer program product, and can be applied to the technical field of financial science and technology. The method comprises the following steps: receiving a data set creation request; obtaining the maximum distributable space size of a target disk group to which the target disk volume belongs; under the condition that the sum of the size of the first disk space and the size of the second disk space is larger than the maximum distributable space size, adjusting prompt information is generated and output, and the adjusting prompt information comprises at least one of the following information: an adjusting suggestion for the size of the first disk space and / or the size of the second disk space; recommending target alternative disk volume information; and executing corresponding adjustment operation according to confirmation feedback of the user on the adjustment prompt information, and triggering creation of the data set based on the adjusted parameters. According to the scheme, the risks of data set space depletion, job interruption and consequent complex data rollback operation caused by the fact that the secondary distribution requirement cannot be met can be reduced.

This invention provides a trusted update and risk-adaptive rollback method and system for over-the-air (OTA) updates of vehicle-side basic models. The method includes: receiving a new version of the basic model update package and performing a trusted verification; upon successful verification, initiating a shadow mode and collecting scenario distribution statistics; calculating multi-dimensional coverage metrics based on the scenario distribution statistics; and proceeding to canary release after successful verification; loading a multi-dimensional risk budget; dynamically deducting the remaining risk budget value based on operational risk events during the canary release process, and achieving adaptive rollback through risk budget gating; performing graded downgrade or automatic rollback operations when a risk threshold is triggered, and generating a standardized rollback reason code; and assigning a globally unique audit trail identifier to the entire OTA update process, generating bound anti-tampering audit records. This invention enables quantifiable assessment of scenario coverage, dynamic control of risk budgets, and adaptive canary release for OTA updates of vehicle-side basic models, improving the security and compliance of the update process.

This application provides a method, apparatus, and system for downloading control strategies for coal-fired power plants. The method includes collecting multi-source production data from the power plant, performing heterogeneous adaptation and standardization processing to generate standard data frames; loading the control strategy to be implemented into a shadow running unit, running it in parallel based on the standard data frames, and obtaining verification results; performing gray-scale downloading of the control strategy to be implemented under preset gating conditions; and real-time monitoring and execution of tiered rollback operations in case of abnormal situations. This application solves the problem of differences between offline simulation and the real operating environment by setting up a shadow running unit to run the control strategy to be implemented in parallel; by performing gray-scale downloading, it avoids the sudden operational risks caused by full write; furthermore, by real-time monitoring of the operating status and execution of tiered rollback operations, it can automatically and quickly handle abnormal situations, improving the safety and reliability of downloading control strategies for coal-fired power plants and reducing operational risks.

The invention relates to a model management method and device, communication equipment, a storage medium and a computer program product. The method is applied to a terminal, and comprises the following steps: receiving an RRC reconfiguration message sent by network equipment; the RRC reconfiguration message comprises at least one of configuration allowing the terminal to report an applicable function and / or an applicable model, a network side additional condition, first reasoning configuration information and a reporting type of the first message; sending a first message to the network device, wherein the first message comprises related information of an applicable function and / or related information of an applicable model in the terminal; a second message sent by the network device based on the first message is received, the second message is used for carrying out life cycle management on functions and / or models in the terminal, and the life cycle management comprises at least one operation of activation, deactivation, switching and rollback. By adopting the method, the reliability of the decision made by the network side on the life cycle management of the AI / ML model of the terminal side can be improved.

The application relates to the technical field of image recognition, in particular to a wire board wiring method and system based on image recognition, equipment and a medium. The application obtains standard format drawing data by pre-processing a cable layout drawing, extracts key features of the wire by using computer vision technology combined with color ID coding rules, and matches an adaptive wire board template from a standard template library; based on the feature data and the template parameters, the system calculates a non-crossing wire layout scheme and an optimal card placement rod distribution scheme; in actual operation, a display dynamically displays a process guide pattern, a camera is used to monitor the operation process in real time, and an alarm is given and a rollback operation is performed in a timely manner when an abnormality is found. The application solves the problems of low efficiency and unstable quality of traditional manual operation, realizes automatic planning of the wiring path, ensures controllability of the operation process, and improves the automation level and product quality of the wire board manufacturing.

The invention provides a data forgetting method and device based on sparse rollback, equipment and a medium, and the method replaces a gradient recalculation process of a traditional approximate correction method through a rapid query mechanism of a gradient index table, reduces the calculation amount required for searching influence data corresponding to forgotten data, and remarkably reduces the calculation complexity. Then sparse rollback operation is implemented in combination with reversible update records, the retraining process of the model and the fine adjustment process of the global model are avoided, the resource utilization rate of the model is improved, the sparse operation guided by contribution domain masks ensures that the rollback range is precisely limited in a target data influence area, the data rollback precision is effectively improved, and the method is suitable for large-scale popularization and application. Therefore, the calculation amount required by forgotten data is reduced, and the influence of the forgotten data is eliminated. The method can be applied to forgetting of certain data in the financial field or the medical field, so that the model utilization rate of the financial field or the medical field is improved while the influence of forgotten data on the financial field or the medical field model is eliminated.

The invention discloses a rollback duration determination method and device, equipment, a storage medium and a product. The method comprises the following steps: determining to enter a target date, and obtaining a preset rollback duration of a day before the target date and an actual rollback duration of the day before the target date; determining a preset rollback duration corresponding to the target date based on a preset rollback duration of a day before the target date, an actual rollback duration and a duration adjustment coefficient; and sending a preset rollback duration corresponding to the target date to the terminal device, so that the terminal device performs a rollback operation on the user audio data under the target date based on the preset rollback duration corresponding to the target date in response to the voice wake-up instruction. Thus, the flexibility of the rollback duration is improved, unnecessary audio data collection is reduced, and meanwhile privacy protection is achieved.

The application provides a snapshot processing method and device based on a blind area snapshot, and relates to the technical field of snapshot processing based on a blind area snapshot, wherein the method comprises: the snapshot processing method based on the blind area snapshot of the application embodiment can effectively avoid the damage of a snapshot rollback operation to a snapshot chain, maintain the integrity of the dependency relationship between each snapshot version, and thus improve the reliability and consistency of a distributed storage system in a data recovery process.

This application discloses a code data conversion method, system, and electronic device, relating to the field of high-performance computing technology. The code data conversion method of this application uses a pre-trained model fine-tuned based on different training sets to convert code data of different forms, improving the accuracy of code conversion. Furthermore, this application provides code correctness verification logic; in the event of verification failure, a conversion rollback operation is added, enabling automatic execution of code conversion and improving efficiency. Therefore, this application can solve the technical problems of low conversion accuracy and inefficiency, achieving the technical effect of improving both the efficiency and accuracy of code conversion.

The invention relates to a parameter rollback method and device of a cloud native database and electronic equipment. The method comprises the following steps: packaging a parameter adjustment task into a user-defined resource object, and determining old parameter values, target parameter values, database components to which all parameters to be adjusted in the user-defined resource object belong and parameter effective layer identifiers; for each to-be-adjusted parameter, generating a parameter rollback snapshot, and writing the parameter rollback snapshot into a state field of the user-defined resource object; for each to-be-adjusted parameter, issuing a target parameter value to at least one of a configuration resource layer, a container configuration file layer and a database memory layer corresponding to the to-be-adjusted parameter layer by layer; and when it is detected that the adjustment of the target to-be-adjusted parameter fails, according to the parameter effective layer identifier recorded in the parameter rollback snapshot of the target to-be-adjusted parameter, executing a hierarchical rollback operation to recover the target to-be-adjusted parameter to a corresponding old parameter value. The technical problem that parameter rollback coarseness is difficult to be accurate and consistent is solved.

The application discloses a kind of underwater acoustic open architecture under underwater acoustic component dynamic configuration management method, belong to underwater acoustic system technical field, comprising: establishing underwater acoustic component warehouse, for carrying out full life cycle tracking management to underwater acoustic component;Establish dynamic access control model, based on component identifier and version number, underwater acoustic component is divided into different security levels and operation categories, and the permission rule of each underwater acoustic component instance is configured dynamically adjustable;When receiving the operation request for target underwater acoustic component, the permission check of the operation request is carried out through dynamic access control model;When executing the operation to any underwater acoustic component, operation log is recorded in real time;When monitoring that the version of currently deployed underwater acoustic component causes system exception, automatically trigger rollback operation.The application can automatically trigger rollback operation when monitoring component defect, quickly restore system to previous stable state, significantly improve the robustness and service continuity of underwater acoustic system.

The invention provides a distributed transaction consistency guaranteeing method for precise time service and a terminal. Comprising the steps of obtaining a transaction request of a distributed system; receiving a standard time signal sent by an external precision event source, and generating a global timestamp of the transaction request based on the standard time signal; based on the global timestamp, establishing a strict partial order relationship of transactions corresponding to the transaction request, and performing global sorting on the transactions according to the strict partial order relationship to obtain a target transaction sequence; performing consistency verification with the target transaction sequence based on the strict partial order relationship; and on the basis of the target transaction sequence and the verification result, submission or rollback operation corresponding to the transaction request is executed in sequence. Through external precise timing and strict partial sequence theories, the distributed transaction clock and delay problems are solved, and the system performance is improved while high consistency is guaranteed.

The invention discloses a high-performance cache fault tolerance method with a speculative execution mechanism. According to the method, a cache controller, a check code encoder, a check code decoder and an instruction submission unit check determiner are arranged in a cache mechanism; in a cache access stage, a cache controller adopts a speculative execution mechanism for data, assumes a successfully matched data field in a cache line as correct to-be-read data, and sends successfully matched cache line data to an instruction submission unit verification determiner; and in an instruction submission stage, an instruction submission unit verification determiner judges the correctness of speculative execution based on the error detection and correction information of the check code, and if an error is detected, a rollback recovery mechanism is triggered to recover the execution state. According to the method, check code coding and decoding logic is shifted out of a critical path of cache access through a speculation execution mechanism, so that the performance of a processor is improved; meanwhile, according to the method, through rollback operation, high performance is kept, and meanwhile the accuracy of data is fully guaranteed.

The invention relates to the technical field of databases, and discloses a parameter set exception rollback method and device for a PostgreSQL database, and the method comprises the steps: carrying out the real-time analysis and feature extraction of a to-be-bound parameter set, and generating a parameter scale identifier after an SQL execution request containing parameters is received and before the coding and transmission of the parameters; after the PostgreSQL database connection is established, protocol support features of a target database are actively detected and acquired, and a database capability description model is constructed based on the protocol support features; selecting a target transmission strategy from a plurality of preset transmission strategies according to the parameter scale identifier and a database capability description model; according to the target transmission strategy, dynamically constructing and sending a corresponding protocol message sequence to complete transmission and query execution of the parameter data; real-time abnormity monitoring is carried out in the whole process of parameter transmission and execution; and when an exception is monitored, determining an exception type, and automatically triggering a corresponding rollback processing operation according to the exception type.

Systems and methods are disclosed for managing deployment of software patches across a plurality of client devices. A patch management server acquires vendor-supplied patch data, community-sourced patch data, and / or platform-based data, and evaluates the information using weighting logic that may be implemented by a machine-learning model trained on historical patch outcomes. Based on the weighted evaluation, the system generates a bounded risk representation indicating a likelihood that installation of the patch will have a particular effect on one or more client devices. The server selects a deployment action in accordance with the bounded risk representation and may generate and update deployment rings defining the order in which devices receive the patch. Deployment rings may be dynamically recalculated in response to updated data or anomaly conditions, and post-deployment monitoring may trigger rollback actions when thresholds are satisfied.

The invention relates to a virtual machine agent-free IP self-healing method suitable for a hyper-converged architecture. The method comprises the following steps: dividing a self-healing IP pool based on an etcd distributed cluster, and constructing an MAC-VM asset library; aRP flow is monitored through an OpenvSwitch port mirror image, and IP conflicts are accurately recognized in combination with a multiple confirmation mechanism; locating a conflicting virtual machine and a corresponding CephRBD disk path according to the conflicting MAC address; the IP configuration mode of the virtual machine is judged by integrating the multi-source data; determining a repair target according to the priority of the operation state priority, the configuration mode subordinate and the response time bottom; executing a hierarchical repair strategy for the DHCP mode, the static agency-free mode and the static agency mode; and the repair effect is ensured through repair verification and a closed loop mechanism, and rollback operation is executed when the repair effect fails. The method is compatible with an agency-free environment and a DHCP and static IP mixed deployment scene, permanent restoration of IP conflicts is achieved, manual intervention is greatly reduced, the stability and autonomous ability of a hyper-fusion platform are improved, and the method has the advantages of being safe and reliable in data, compatible in production-level operation and the like.

The application provides a stall control method and device of an electronic transmission, an electronic transmission and a bicycle. The method comprises: in a non-stall state, updating a counter according to a comparison result of an average motor current and a threshold value, and entering a stall retry state when the counter reaches the threshold value; in the retry state, performing a pulse driving mode, and monitoring an angle change in a driving off period; if the angle change exceeds a threshold value, resuming operation; if the retry times out and it is the first stall, entering a rollback processing state, performing a rollback operation by modifying a gear shifting target position, and returning to the non-stall state; if it is the second stall, ending protection; and in the resuming operation state, continuously monitoring a current to determine whether to enter the retry state again. Compared with the prior art, the application can reduce the stall misjudgment rate, and has the function of automatically resuming gear shifting stall.

The application discloses a database concurrent control method and device and a medium, and relates to the technical field of electric digital data processing. The method comprises the following steps: for a plurality of transactions currently running in a database, determining a transaction priority corresponding to the transaction according to a transaction characteristic of the transaction; in the case that a first transaction initiates a lock request to the database and the requested lock resource is held by a second transaction, judging whether the first transaction and the second transaction satisfy a preset lock scheduling trigger condition according to the transaction priority; if yes, calling a scheduler to send a lock release instruction to the second transaction, so that the second transaction releases the lock resource in response to the lock release instruction, and pre-rolling back a deadlock loop corresponding to the first transaction to pre-release a lock resource in conflict with the first transaction; updating a lock queue state based on the lock release operation and the pre-rollback operation, so that the first transaction acquires the lock resource through the lock queue state.