478 results about "Disk array" patented technology

The invention relates to the technical field of intelligent temperature control, in particular to a solid state disk intelligent temperature control method and system based on edge computing. The method comprises the following steps: acquiring solid state disk array data; performing array topology analysis on the solid state disk array data to generate solid state disk array topology data; performing initial self-organizing heat dissipation network construction on the solid state disk array data based on the solid state disk array topological data to obtain an initial self-organizing heat dissipation network; edge computing node deployment is carried out on the initial self-organizing heat dissipation network, and temperature data of the solid state disk are collected according to edge computing nodes; and network heat conduction path optimization is carried out on the initial self-organizing heat dissipation network through the temperature data, and a self-organizing heat dissipation optimization network is generated. According to the invention, through self-organization of the heat dissipation network, edge calculation optimization, thermal-electric mode conversion and long-term prediction, SSD array-level intelligent temperature control is realized, and the heat dissipation efficiency, the response speed and the long-term stability are improved.

The invention discloses a disk array fault early warning method and related equipment, and relates to the technical field of computer storage, and the method comprises the steps: responding to a preset period triggering condition, and applying a preset mechanical excitation signal to a target disk array; collecting a vibration response frequency spectrum and an acoustic response waveform of the target disk array under the action of the mechanical excitation signal; performing fusion analysis on the vibration response frequency spectrum and the acoustic response waveform through a preset feature fusion model to obtain a fault probability prediction vector; and determining a real-time fault early warning instruction for the target disk array according to the fault probability prediction vector and a preset health reference vector. Through periodic mechanical excitation and multi-mode signal fusion analysis, high-precision, non-intrusive and real-time fault early warning of the disk array can be realized, the reliability of the disk array is improved, and the operation and maintenance cost is reduced.

The invention relates to the technical field of servers, and particularly provides a firmware integration test method for a disk array card, a terminal and a storage medium, and the method comprises the steps: expanding a management command for a disk array and a volume into a script debugging command matched with a communication protocol of the disk array, and generating an execution sequence for the script debugging command based on a test demand; according to the execution sequence, script debugging commands are sequentially issued to the disk array cards with script analysis layers, and the script analysis layers are used for extracting management commands from the script debugging commands so that the firmware to be tested can execute corresponding operation; and acquiring a firmware log of the to-be-tested firmware, extracting an actual operation of the to-be-tested firmware from the firmware log, and generating a test result based on the actual operation. According to the method, the labor cost and the time cost in the testing process are saved, and the repeated workload of developers or testers is reduced.

The invention relates to the technical field of computers, and discloses a data management method and device, computer equipment and a storage medium, and the method comprises the following steps: obtaining target data of a disk array; grouping the target data to obtain corresponding grouped data under each preset category; writing the grouped data into the corresponding storage positions; after the storage fault corresponding to the disk array is recovered, data to be recovered are obtained in the storage position according to the preset reading sequence, the data to be recovered are utilized to recover the data of the disk array, and the data to be recovered are contained in the target data. The problems that when RAID data are stored, write-in operation needs to be repeatedly carried out, so that storage space loss is caused, and the storage process is very time-consuming due to log introduction are solved.

The invention provides a data transmission efficiency improving method and device, equipment and a storage medium, and the method comprises the steps: carrying out the equipment recognition and address space mapping of expansion card equipment connected with a PCIe interface on a GPU, and obtaining GPU data transmission configuration information; according to the configuration information, carrying out storage space division and transmission channel establishment on the expansion card equipment to obtain a GPU data transmission channel configuration result; scheduling and distributing the GPU data to be transmitted based on the configuration result and a preset CUDA (Compute Unified Device Architecture) shared storage mechanism to obtain a data transmission execution scheme; and starting, controlling, monitoring in real time and dynamically adjusting the transmission process of the data to be transmitted according to the execution scheme and a preset RAID (Redundant Array of Independent Disks) disk array. According to the method, the expansion card equipment and the RAID disk array are introduced, and a CUDA shared storage mechanism is combined, so that the available storage space of the GPU is effectively expanded, the data transmission process is optimized, the data transmission efficiency when the GPU processes a large-scale data set is remarkably improved, and meanwhile, relatively low hardware cost is kept.

The invention relates to the technical field of storage, in particular to a test method, device, equipment, system, medium and product, and the method comprises the steps: obtaining a test management command of an input and output management command representing error injection in a real working environment of a disk array controller chip; the command is analyzed to obtain the error injection test type and the corresponding related parameters, and the error processing mode is changed according to the error injection test type, so that the exception is only reported and not processed when encountering the exception in the test, the interference of exception processing on the test process is avoided, and the test can be smoothly carried out according to the preset error injection scene; and according to the error injection test type and the related parameters, constructing analog input and output and injecting the analog input and output into the target hardware unit to perform an execution behavior test, thereby realizing accurate test of the specific hardware unit in a specific error scene in an environment of performing input and output test based on a read-write input and output test program, so that the test is more comprehensive, and the test efficiency is improved. And the test precision is higher.

The invention discloses a hard disk information monitoring method, a product, equipment and a storage medium, and relates to the technical field of hard disks, and the method comprises the steps: when monitoring that target equipment is started, obtaining a reset signal of a physical slot position where a disk array card in the target equipment is located, and judging whether the reset signal is located at a rising edge or not; taking a condition that the reset signal is located at the rising edge as a triggering condition to trigger a preset time information statistical operation to obtain a time information statistical result; and if the time information statistical result meets a preset condition, reading a register of the disk array card to obtain various state information of each hard disk connected with the disk array card. According to the method and the device, the disk array card and the hard disk cannot be lost due to restarting of the target equipment, so that the influence on a data backup function is reduced, the safety and the reliability of the hard disk during restarting of the target equipment are ensured, the utilization rate of the whole target equipment is improved, and the user experience is improved. And the reliability, the stability and the safety of the target equipment are ensured.

Disclosed are a disk array redundancy method and system. The method includes: monitoring a running state of a disk array, and sending abnormal information to a state machine in response to a monitored abnormal running state of the disk array to start a timer according to a preset redundancy duration; sending a silent request to an agent to execute silent processing to suspend input and output operations of the disk array, and switching from a normal running mode to a temporary running mode; sending a silent recovery request to the agent to execute silent recovery processing to recover the input and output operations; and after the silent recovery processing is completed, switching a running mode to the normal running mode in response to the fact that timing time of a timer does not exceed a present redundancy duration and the running state is recovered to be normal.

The invention discloses a data verification method and device for a redundant disk array, equipment and a medium, and relates to the technical field of data verification, when a data verification value of target data is generated, the target data is firstly divided into a plurality of data blocks, and correspondingly reference data is also divided into one-to-one corresponding reference blocks; then, the unit verification value of each data block is determined by taking the data block as a unit, and the data verification value of the target data is obtained through block-by-block calculation, so that the data verification of the target data is realized according to the data verification value, the memory occupation in the data verification value generation process is reduced, the storage requirement of temporary data is reduced, and the data verification efficiency is improved. The high memory overhead of processing the whole target data at a time is avoided, and the calculation efficiency of the data verification value is improved. The size of the data block can be flexibly adjusted according to requirements, the application range is wide, the flexibility is high, the check and problem positioning of the stored data are facilitated, and the troubleshooting of abnormal conditions such as data damage of the stored data is facilitated.

The invention discloses an abnormal data positioning method and device, equipment, a program product and a storage medium, belongs to the field of redundant arrays of independent disks, is used for positioning a disk where abnormal data is located in a stripe, and solves the problem that the disk where the abnormal data is located cannot be positioned. In consideration of the fact that in a target stripe with abnormal data, if a check chain with a zero calculation result exists, it is indicated that each business data block is normal, and at the moment, a disk corresponding to a check chain with a non-zero calculation result is a disk where the abnormal data is located, so that the target stripe with the abnormal data can be subjected to the non-zero calculation, and the abnormal data can be stored in the target stripe. According to the method and the device, the check chain calculation result of each check chain is determined, and if the check chain calculation result part is zero, the disk corresponding to the check chain of which the calculation result is not zero can be used as the disk where the abnormal data is located, so that the disk where the abnormal data is located can be efficiently and accurately positioned, the abnormal data can be conveniently recovered, and the user experience is improved.

The invention relates to the technical field of data storage, in particular to a high-speed data unloading and storage system and method. The system mainly comprises to-be-unloaded equipment loaded with target data, a server for remotely reading and analyzing the target data and a storage and unloading integrated device, the storage and unloading integrated device comprises an unloading module which is connected with to-be-unloaded equipment through a network and is used for unloading target data; the main control module is used for unloading the unloaded target data; the main control module communicates with the unloading module through a heartbeat network; the data transfer backboard is connected to the main control module, the unloading module and the hard disk array at the same time; the hard disk array comprises a plurality of SAS / SATA hard disks and a plurality of NVMe hard disks; and each NVMe hard disk is connected to the data transfer backboard in a dual-port form. The system is high in transmission capability upper limit in hardware configuration; on the aspect of software protocols, the universality is high; and high-speed data unloading and storage requirements of various ground data centers can be met.

The invention relates to a server disk RAID state monitoring method and device and a readable storage medium. The method comprises the steps that the health state of a battery backup unit is judged according to RAID hardware information; obtaining SMART attribute information to judge the health state of a server disk; obtaining the state of a server disk RAID array, reconstruction progress information and availability information of a hot spare disk so as to judge the performance of the server disk; when the RAID array has the degradation state, a fault disk corresponding to the degradation state in the RAID array is determined, reconstruction of the RAID array is automatically triggered, replacement operation of the fault disk is executed, and alarm information is sent to an upper computer; the RAID hardware information, the SMART attribute information, the state of the RAID array, the reconstruction progress information, the availability information of the hot spare disk and the position information of the fault disk are uploaded to a log file; and encrypting the log file by using an AES algorithm. The accuracy of the method for monitoring the RAID state of the server disk and the safety and reliability of the log file are improved.

The invention provides a disk array level migration method and device and electronic equipment. Relates to the technical field of level migration. The method comprises the following steps: determining the size of a fixed-length region; the size of the fixed-length area is related to attribute information of the disk array; the disk array comprises a plurality of stripes; determining to-be-migrated data in a first region of the disk array based on the size of the fixed-length region; backing up the data to be migrated to a second area of the disk array; the second area is started under the condition that the to-be-migrated data is backed up; performing level migration on the to-be-migrated data in the stripes of the second area in a parallel mode to obtain target migration data; and based on the target migration data, updating the to-be-migrated data in the first area. Through the method and the device, the data security can be improved, and the efficiency of level migration can be improved.

The invention relates to the technical field of software testing, and discloses a code coverage rate determination method and device, computer equipment and a storage medium, and the method comprises the following steps: obtaining a plurality of source code files of a firmware module of a disk array card, compiling the source code files into execution files, performing instrumentation processing on the plurality of source code files in the compiling process, and obtaining the execution files; the execution information of each source code is updated when the execution file is operated; generating basic block files corresponding to the plurality of source code files, wherein the basic block files comprise pointers pointing to execution information of the corresponding source code files; running the execution file to enable the disk array card to map execution information of the basic block file and the source code file to a host cache region; after the execution file is operated, obtaining execution information of each source code file, and writing the execution information into an execution information file; and analyzing the execution information file and the basic block file to obtain the code coverage rate of each source code file. According to the invention, the coverage rate of the software code of the disk array card can be obtained.

The invention discloses a fault reconstruction method, device and equipment for a mechanical hard disk and a storage medium, and relates to the technical field of storage, and the method comprises the following steps: obtaining fault area information of a current fault hard disk in a disk array group; wherein the fault area information is information of a strip of a disk array group where a fault occurring in the current fault hard disk is located; the fault area information comprises a fault hard disk identifier and a fault strip identifier; determining a target reconstruction region corresponding to the fault region information; wherein the target reconstruction area is an area in the current mechanical hard disk; reconstructing data of a fault area in the current fault hard disk in the target reconstruction area, and recording a corresponding relation between the target reconstruction area and the fault area; reconstruction is still carried out on the faulty mechanical hard disk, a new disk does not need to be inserted, the reconstruction efficiency of the RAID group and the utilization rate of the faulty mechanical hard disk are improved, the cost is greatly reduced, and therefore the IO performance of a host is improved.

The invention discloses a processing analysis system and method based on information data storage, and relates to the technical field of information processing. Comprising an NAS server, a network switch and a computer group, the computer group is formed by connecting a plurality of computers with the network switch, the NAS server comprises an HDD hard disk array, a processor, an SSD read cache and an SSD write-in cache, the data storage mode of the HDD hard disk array is RAID10, the HDD hard disk array exchanges data with the computers in the computer group through the network switch, and the processor is connected with the SSD read cache and the SSD write-in cache. According to the method, the idle computer memory and the idle computer hard disk are used for balancing the continuous read-write requirement which cannot be met by the NAS server, the upper limit of the data read-write redundancy performance of the NAS server is improved, the computer memory and the computer hard disk are evaluated and graded, the data read-write redundancy performance of the NAS server is improved, and the storage capacity of the SSD read cache and the storage capacity of the SSD write cache are consistent. The read-write performance response speed outside the NAS server can be improved, and the read-write experience of the computer group is optimized.

The invention discloses a performance tuning configuration method, device and equipment for a disk array card and a medium, and relates to the technical field of storage, and the method comprises the steps: obtaining a pre-stored configuration data file from a firmware layer of the disk array card, and carrying out the initial configuration of each firmware system in the disk array card through the configuration data file; if the to-be-corrected parameter is the software and hardware quota of the input / output control unit, setting the current software and hardware quota of the input / output control unit by using a software and hardware quota value in the configuration data file under the currently set target disk topological structure, and executing a test case corresponding to the current software and hardware quota to obtain a system performance index value; and correcting the current software and hardware quota based on the system performance index value to obtain a software and hardware quota optimal value of the input / output control unit under the target disk topological structure, and storing the software and hardware quota optimal value to the configuration data file so as to load the software and hardware quota optimal value in the configuration data file when each firmware system runs.

The invention discloses a disk scheduling method, and relates to the technical field of storage systems, and the method comprises the steps: collecting a historical input / output access mode of a disk array card, the mode covering access information of a disk requested to be input / output in a historical time period, and generating a disk scheduling strategy adaptive to a business rule by using a pre-trained disk scheduling model; and meanwhile, monitoring the interface traffic of the disk array card in real time, calculating the bandwidth utilization rate of the disk array card according to the interface traffic, and dynamically adjusting the number of active and dormant disks in combination with a strategy. Therefore, the disk number and bandwidth allocation are flexibly self-adapted, the problems of bandwidth imbalance, burst load response delay and the like caused by rigid configuration in the traditional technology are effectively solved, and the service continuity and the system reliability are guaranteed.

The invention provides a disk reconstruction method and device, equipment and a storage medium, relates to the technical field of disk management, is applied to a controller, and comprises the following steps: when a target member disk in a disk array breaks down, classifying each strip in the target member disk based on a reconstruction bitmap, obtaining a first strip containing the data and a second strip not containing the data; performing reconstruction operation on the data of the stripe in the new disk based on the reconstruction bitmap and the first stripe; after the reconstruction operation is completed, metadata, corresponding to the second stripe, in the reconstruction bitmap is copied to an initialization bitmap corresponding to the new disk, in the copying process, the to-be-initialized stripe in the new disk is determined by checking the reconstruction bitmap and the initialization bitmap, then initialization is conducted, and the reconstructed disk is obtained. Therefore, according to the method and the device, the data are reconstructed firstly, then the metadata are copied, and stripe initialization is performed in combination with the metadata of the reconstructed bitmap or the initialized bitmap, so that the occupation of the reconstructed bitmap can be reduced, and the efficiency is improved.

The invention discloses an intelligence management method and system based on network security, and relates to the technical field of network security, and the method comprises the steps: setting a firewall between a client network and a server network; performing encryption processing on the key data by using a key encryption algorithm; carrying out virus detection and intrusion detection, and applying an intrusion detection technology and vulnerability scanning in a server network; user identity verification is carried out, a user login process is designed, and login operation of the user is controlled and managed; tracking and positioning the source of the security problem; corresponding server network data processing authority is given to the user; double servers and a disk array are adopted for data storage, and the data are automatically backed up every preset backup cycle. The information collection module and the information management module are arranged to effectively block illegal invasion and virus spreading programs, so that the safety of user information and information is protected, and the confidentiality of the information in the transmission and storage process is ensured.

The invention discloses a multi-channel high-speed sampling data storage system and a control method. The system comprises a disk array, an upper computer, a DDR3 memory particle cache module, a PXIe transport protocol module, an Aurora transport protocol module, a DDR3 memory bank cache module, a data acquisition and signal processing module and an A / D conversion module. The control method comprises the steps that an upper computer issues a control instruction in a PIO mode through a PXIe transmission protocol module and issues reconfiguration data in a DMA reading mode, a first FPGA chip stores the reconfiguration data into a DDR3 memory particle cache module, and reconfiguration of a second FPGA chip is initiated; after configuration is completed, the first FPGA chip transmits a control command and parameters to the second FPGA chip through an Aurora protocol, receives a digital intermediate frequency signal converted by the A / D conversion module according to the command, and carries out corresponding signal processing and logic control in three modes of single point, real time and triggering according to an instruction of an upper computer.

The invention relates to the technical field of storage, and particularly provides a data processing method of a combined disk array, a terminal and a storage medium, the data processing method comprises the steps that the combined disk array is disassembled into a parent array and a sub-array, and the sub-array is a basic disk array with a corresponding hardware acceleration unit; splitting a parent volume corresponding to the parent array into a corresponding number of sub-volumes based on the number of the sub-arrays, and establishing a corresponding relationship between the sub-volumes and the sub-arrays; and disassembling a write command received by the parent volume into sub-commands based on the corresponding relationship, and writing the sub-commands into the sub-arrays by utilizing the corresponding sub-volumes. According to the method, the hardware acceleration unit of the basic disk array is fully utilized, and the data processing efficiency of the combined disk array is ensured.

The invention relates to the technical field of servers, and discloses a foreground task processing method and device for a disk array, equipment and a medium, and the method comprises the following steps: obtaining an operation range of a foreground task and a state interval of the disk array corresponding to the foreground task; according to the operation range and the state interval, a first identifier corresponding to the foreground task is obtained, and the first identifier is used for determining the state interval corresponding to the operation range; a second identifier of the disk array and third identifiers of all disks in the disk array are obtained, the second identifier is used for determining whether background tasks exist in the disk array or not, and the third identifiers are used for determining whether the disks are operated by the background tasks or not; and according to the first identifier, the second identifier and the third identifier, determining a care-over strategy of the foreground task, the care-over strategy being used for determining to use firmware or hardware to process the foreground task. According to the invention, the problems of frequent interaction between software and hardware and low IO task processing efficiency caused by transferring a large number of IO tasks to software for processing are solved.

The invention discloses a command execution method and device, equipment and a medium, and relates to the field of command processing, and the method comprises the steps: determining whether to update a current aggregation command based on an original read-write command or not by judging whether the original read-write command currently issued by a host meets a preset aggregation condition or not; wherein the preset aggregation condition comprises that the original read-write command and the current aggregation command correspond to the same target disk array card and have the same identification information; and if the original read-write command does not meet a preset aggregation condition or the updated current aggregation command meets a preset end condition, determining the number of logic blocks required by a full stripe based on the target disk array card, and splitting the current aggregation command so as to execute corresponding read-write operation on the target disk array card based on the split command. According to the method, the aggregation command is subjected to full stripe splitting, and the read-write operation is executed on the disk array card based on the split command, so that the read-write frequency of the disk in the disk array card can be reduced, and the read-write performance of the disk is improved.

Embodiments of the present disclosure provide a method, apparatus, device and medium for processing a distributed file. The method comprises: receiving (201) a read request sent by a user, wherein a file is distributedly written into a magnetic disk array in a sliced data form; querying (202) a pre-read chain list in a memory according to the read request, wherein each file node in the pre-read chain list comprises at least one chain of ordered data blocks; when a pre-read condition is satisfied (203), reading (204) sliced data from the magnetic disk array according to a pre-read policy and the read request to generate ordered pre-read data, to store the pre-read data into a file node of the pre-read chain list in an ordered manner in the data block form, and to send a read response containing the target data to the user.

The invention discloses a method for a substrate management controller to acquire and record hard disk positions and electronic equipment, and relates to the technical field of servers, and the method comprises the following steps: acquiring a hard disk logic view from a disk array card by establishing an out-of-band communication session, traversing each hard disk in sequence after ensuring that all hard disk positioning lamps are turned off, a mapping relation table of a hard disk logic identifier and physical slot position information is accurately established and persistently stored through an automatic closed-loop process of lighting on, querying a hard disk backboard monitoring module, recording a physical slot position and turning off, manual plugging and naked eye recognition are replaced, and automatic discovery and recording of the physical position of the hard disk are achieved; and slot position information is directly obtained through the hard disk backboard monitoring module, so that the accuracy of the corresponding relationship between logic and physical positions is ensured.

The invention discloses a block code determination method of a storage system and the storage system, and relates to the technical field of storage systems.The method comprises the steps that space distribution of a redundant array of the storage system is divided into a plurality of data sets with the total number of disks as the cycle period, and strip distribution modes of all the data sets in the cycle period are repeated; spatial distribution is strictly aligned on physical storage, spatial distribution optimization of the independent redundant array of the storage system is achieved, no matter whether the number of disks is an odd number or an even number, a uniform cycle period model is adopted, continuous read-write operation of the disk array is facilitated, a cache structure is queried according to a data group number, block numbers are returned if a cache is hit, and the cache structure is optimized. If not, the block number is dynamically calculated, and the calculation result is written into the corresponding position, so that the step of solving the block code is simplified. Through a cyclic period space distribution structure and a cache acceleration mechanism, the problem that block numbering calculation is complex and time-consuming in the prior art is solved, and the performance and universality of a storage system are remarkably improved.

The invention discloses a configuration method and device of a disk array card, equipment, a medium and a product, is applied to a preset command line interface tool, and relates to the technical field of storage management, and the method comprises the following steps: analyzing an obtained configuration command meeting a preset command line format to obtain configuration parameter information; repackaging a first target area of a first original management command in the NVMe protocol by using the configuration parameter information to construct a target submission command; sending the target submission command to a disk array card, so that the disk array card executes a configuration operation on the target attribute of the target business object; obtaining a target completion command constructed based on an NVMe protocol and sent by the disk array card after the configuration operation is completed, and displaying an attribute configuration result in a command line interface; the target completion command is a command obtained by repackaging a second target area of a second original management command in the NVMe protocol. An efficient and universal RAID card configuration method can be provided.

The present application relates to the technical field of data storage, and discloses a disk array capacity expansion method and apparatus, a storage system, and a product. The method comprises: according to an array chunk size, dividing a newly added hard disk space into a plurality of newly added data chunks, and adding the plurality of newly added data chunks to a disk array; marking all the newly added data chunks as unexpanded data chunks, and keeping the spatial distribution of original data chunks and parity chunks in the disk array unchanged; when data is to be written into an unexpanded data chunk for the first time, generating full-sized chunk data on the basis of data to be written and writing the full-sized chunk data into the unexpanded data chunk, and updating parity data of a stripe to which the data chunks belongs; and after the full-sized chunk data is written into the unexpanded data chunk for the first time, marking the data chunk as an expanded data chunk. The method can avoid a large amount of data migration during disk expansion, speed up a capacity expansion process, and improve the IO request processing performance of a storage system during capacity expansion.

The invention discloses a method and device for adjusting signal parameters of a transmission link and electronic equipment, and relates to the field of computers.The method comprises the steps that in the first starting stage of a server, under the condition that it is determined that the current performance state of a disk array card of the server is inconsistent with the theoretical performance state, the current performance state of the disk array card is not consistent with the theoretical performance state; and adjusting the signal parameter of the link where the disk array card is located as the target parameter. In a second starting stage of the server, reading a signal parameter of a target link where the disk array card is located; under the condition that the signal parameter of the target link is inconsistent with the target parameter, the signal parameter of the target link is adjusted to be the target parameter, and the second starting stage is after the first starting stage. According to the method, the performance of the disk array card is detected and the link parameters are adjusted in the two different starting stages, so that the performance of the disk array card is stable, the performance reduction of the server caused by the performance reduction of the disk array card is avoided, and the comprehensive performance of the server is improved.