304 results about "File server" patented technology

Examples of file analytics systems are described that may obtain metadata data and events data from a virtualized file server. The file analytics systems may detect one or more events from the events data matching a criteria indicating malicious activity. The file analytics systems may validate the detection of malicious activity. The validation may be performed by comparing the file type, such as the MIME type, of sample files before and after the suspected malicious activity. The systems may recover a share of the distributed file server including the one or more affected files by replacing the one or more affected files with stored versions of the one or more affected files from a snapshot of the share taken prior to the detected malicious activity.

Examples of systems described herein provide for share-level disaster recovery on, for example, virtualized file servers by enabling additional snapshots, including self-service recovery (SSR) snapshot migration in addition to replication snapshot migration to a disaster recovery location. In examples, a disaster recovery location may receive a replication of a share of a file system, the snapshot configured for recovery of the share at the disaster recovery location. The replication snapshot may include one or more additional snapshots, each taken since a time of a previous replication snapshot. At least one of the one or more additional snapshots may include an SSR snapshot, identifiable based at least on a tag associated with a process used to create the SSR snapshot at a primary location. The at least one additional snapshot may be extracted for use by another instance of the process at the disaster recovery location.

Systems and methods are described for dynamic execution of artificial intelligence (“AI”) agents. A server can receive, from a client device, an input associated with an AI agent. Based on a manifest file or user profile, the server can identify a management policy that applies to the AI agent. The server then dynamically configures access to the agent objects based on applying the management policy. The management policy is applied to a device status of the client device, a user profile of a user of the client device, and / or a network configuration of the client device. The server then executes a modified workflow based on the dynamically configured access, wherein the modified workflow bypasses or changes operation of at least one of the agent objects. Based on the modified workflow, the server transmits an output to the client device.

In one embodiment, a system for managing a virtualization environment includes a set of host machines, each of which includes a hypervisor, virtual machines, and a virtual machine controller, and a first virtualized file server configured to receive a request to access a storage item located at a second virtualized file server, determine that the storage item is designated as being accessible by other virtualized file servers, identify an FSVM of the second virtualized file server at which the storage item is located, and forward the request to the FSVM of the second virtualized file server. The storage item may be designated as being accessible by other virtualized file servers when the storage item is associated with a predetermined tag value indicating that the storage item is shared among virtualized file servers. The predetermined tag value may be stored in a sharding map in association with the storage item.

Examples of file analytics systems are described that may obtain metadata data and events data from a virtualized file server. The metadata may be obtained by scanning one or more snapshots of the virtualized file server. The metadata and event data may be used to report various metrics relating to the virtualized file server.

Examples of file analytics systems are described that may obtain event data from a virtualized file server. The event data may be aggregated and / or filtered to provide metrics. The file analytics system may obtain event data from the virtualized file server. The file analytics system may process multiple streams of event data in parallel by separating messages corresponding to the event data message topic into multiple partition pipelines. To avoid processing events related to a particular file out of chronological order, the analytics tool may distribute events for the particular file to the same message topic partition pipeline.

The invention discloses a data security intelligent treatment method based on data identification. The method comprises the following steps: identifying a data source and identifying the data source; configuring the category and the level of the data, obtaining a classification and grading retrieval rule of the data content, and performing classification prediction on the data content by utilizing the intelligent classification model obtained by training; identifying structured data in various databases, identifying various unstructured data in various file servers, and extracting identification information; various data security protection devices are added and managed, and a security protection strategy based on data identification is configured and issued; collecting logs and identification information, and obtaining an abnormal record or a risk alarm through a security audit strategy; obtaining an abnormal data access behavior of the log, recording abnormal feature information, and generating an abnormal detection result; and carrying out fusion correlation analysis on the obtained abnormal record or risk alarm and the abnormal detection result. According to the invention, efficient, intelligent and system-linked data security management is realized.

Examples of file analytics systems are described that may obtain metadata data from a virtualized file server using a snapshot of the file virtualized file. The analytics system may mount a snapshot to retrieve metadata used in determining an overall size, structure, owner, permissions, and / or storage locations of parts of a file system managed by the virtualized file server. The analytics tool may communicate directly with each of file server virtual machines of the virtualized file server during the metadata collection process to retrieve the respective portions of the metadata. During the metadata collection process, the analytics system may add a checkpoint or marker (e.g., index) after every completed metadata transaction to indicate where it left off accessing the metadata snapshots. The checkpoint may allow the analytics system to return to the checkpoint to resume the process should the process be interrupted for some reason.

Examples of file analytics systems are described that may obtain event data from a virtualized file server. The event data may be aggregated and / or filtered to provide metrics which may be adjusted based on the operation of an application used to accomplish a user action. For example, actions relating to an application's temporary file handling may be aggregated and / or excluded when reporting metrics for the virtualized file server. To facilitate reporting of metrics, the file analytics system may provide a lineage index storing an association between files related through operation of the application used to accomplish the user action.

Examples of a virtualized file server that persistently stores file system event data records are described. The virtualized file server may include an audit framework with a connector publisher that is configured to publish the event data records and other information for consumption by other services using a message system. The event data records may include data related to various operations on the file system executed by the VFS. The VFS may persistently store event data records according to a data retention policy and / or until an event data record is consumed by one or more particular services.

A replication policy management and scheduling technique of a Files service is configured for deployment in multi-site data replication environments. The technique involves policy management for data distribution and / or data consolidation (concentration) where multiple sources, e.g., file system (FS) clusters or sites, replicate the data to a central target FS site, e.g., in a spoke and hub arrangement typical of remote office / branch office environments. The technique also involves creation and configuration of a main replication policy by a customer at a central resource manager configured to interact and manage the FS sites, each of which includes one or more file server virtual machines.

The invention provides a charging pile software updating method and device, computer equipment and a storage medium, local software version information of each module in a charging pile and cloud software version information of each module in a file server are obtained, and the software version information comprises updating file information and updating file state; performing version self-checking on local software version information of each module based on a hash table in which latest software version information of each module is stored, and updating the hash table based on a version self-checking result; performing version check on the cloud software version information of each module based on the hash table, and updating the hash table based on a version check result; and in response to a software updating signal, performing software updating on each module in the charging pile based on the hash table. By adopting the method, the deployment, operation and maintenance cost of the system during software updating is reduced, and meanwhile, the universality and success rate of software updating are improved.

The invention discloses a cloud cipher machine cluster management method and device, and the device comprises a cloud cipher machine management platform, a cloud cipher machine host and a file server, does not depend on the equipment of a specific manufacturer, has certain universality, reduces the logic complexity of the cloud cipher machine management platform, improves the development and construction efficiency of a cipher management platform, and reduces the cost. Management of cloud password devices of different manufacturers is supported; the method comprises the following steps: receiving a cluster management request, and analyzing the cluster management request; analyzing the cluster management request, and calling a cluster management command line tool to complete cluster management work according to the cluster management instruction; obtaining a cluster node state according to the cluster state monitoring request, and calling a cluster monitoring command line tool according to the cluster monitoring instruction to obtain a current virtual machine state; and making a corresponding processing strategy according to the state of the virtual machine. Automatic drifting of fault nodes is supported, automatic fault repairing is achieved, fault time is shortened, operation and maintenance cost is reduced, and usability and reliability of a cloud cipher machine cluster are improved.

An example file server manager updates a selected share of a destination distributed file server based on a snapshot of at least a portion of a selected share of a source distributed file server. The selected share of the destination distributed file server is updated while the source distributed file server serves client requests for storage items of the selected share of the source distributed file server. The file server manager receives a request to failover from the source distributed file server to the destination distributed file server and configures the destination distributed file server to service read and write requests for storage items of the selected share of the destination distributed file server. The file server manager further redirects client requests for storage items of the selected share of the source distributed file server to the destination distributed file server by updating active directory information.

The invention provides a file uploading method and a file processing system, and relates to the technical field of data transmission. The method comprises the steps that front-end equipment obtains a to-be-uploaded resource file input by a user, a target distribution package is called based on a preset interface, the target distribution package comprises a portable compiling file, and the portable compiling file is an executable file obtained by compiling and packaging a target logic code; the portable compiling file is used for generating a hash value, the target logic code is compiled based on a target programming language, the front-end equipment runs the target distribution packet to obtain the hash value of the resource file, and the front-end equipment uploads the resource file to a file server according to the hash value of the resource file. According to the method, the portable compiling file written based on the target programming language is introduced, a traditional Hash calculation mode is replaced by original compiling code execution with better performance, the Hash value generation efficiency of the large-size resource file is remarkably improved, and then the file uploading efficiency is improved.

The invention relates to a data processing method, electronic equipment and a storage medium, and the method comprises the steps: obtaining a first translation parameter of a front-end page, the first translation parameter at least comprising a business type and a language type; determining the name of the target translation file according to the first translation parameter; and obtaining the target translation file corresponding to the name from the translation file of a file server, wherein the file server is used for storing the translation file published by the internationalization platform. According to the technical scheme, management and distribution of the translation files are separated, the classified translation files are stored through the file server, efficient management and rapid distribution of the translation files are achieved, and user experience is improved.

The present invention belongs to the field of seismic exploration technology and discloses a system, method, device, and medium for online migration of seismic exploration project data. The system comprises a data file server and a seismic data migration client. The data file server is configured to respond to requests from the seismic data migration client for data directory structure information, database data, and disk file data, convert the data into corresponding byte streams, and transmit them to the seismic data migration client. The seismic data migration client is configured to receive the corresponding byte streams sent by the data file server and complete data migration for the seismic exploration project. The present invention is applicable to migrating data for seismic exploration projects and solves the problem of data non-interoperability and migration difficulties among multiple projects during seismic exploration.

The invention relates to a geotechnical engineering three-dimensional intelligent design system and a construction method of a resource library of the geotechnical engineering three-dimensional intelligent design system. The method comprises the following steps of: classifying input data according to professional attributes and data types (structured and unstructured) according to requirements of geotechnical engineering three-dimensional design and artificial intelligence AI model training and application on the input data; and constructing relational databases such as a standard library, a rock and soil parameter library, a physical property index library, an industrial profile library, a reinforcing member library, a reinforcing scheme library, a monitoring instrument library and the like for the structured professional data according to professions. The unstructured data is processed in two modes, one mode is classified and managed according to documents, images, two-dimensional diagrams and three-dimensional models, and the other mode is to construct indexes of sections, standard components or parts and the incidence relation between the three-dimensional models and the indexes. The constructed resource library is coded by a computer to form a resource layer in a B / S or C / S architecture software system, structured data is stored and managed by adopting a relational database, and unstructured data is managed by adopting a file database or a file server.

The invention relates to the technical field of distributed file management, and discloses a college cross-campus distributed file collaborative management system. The system comprises a file operation sensing module, a collaborative strategy decision module and a distributed execution engine module. The file operation sensing module is deployed at each campus file server node, captures user editing operation and converts the user editing operation into an operation feature vector set with a timestamp; the collaborative strategy decision-making module generates a conflict probability matrix by analyzing the operation feature vector, and generates a transmission path scheme and a real-time synchronization instruction in combination with a network state and load data; and the distributed execution engine module is responsible for analyzing the instruction, adjusting transmission parameters, processing conflicts and generating a global audit tracking report. According to the system, refined perception, conflict pre-judgment, intelligent transmission, dynamic synchronization and comprehensive auditing of cross-campus file operation are realized, the efficiency and reliability of college cross-campus file collaborative management are improved, and the system is suitable for a multi-campus college file collaborative management scene.

In one embodiment, a system for managing a virtualization environment comprises a plurality of host machines, one or more virtual disks comprising a plurality of storage devices, a virtualized file server (VFS) comprising a plurality of file server virtual machines (FSVMs), wherein each of the FSVMs is running on one of the host machines and conducts I / O transactions with the one or more virtual disks, and a virtualized file server self-healing system configured to identify one or more corrupt units of stored data at one or more levels of a storage hierarchy associated with the storage devices, wherein the levels comprise one or more of file level, filesystem level, and storage level, and when data corruption is detected, cause each FSVM on which at least a portion of the unit of stored data is located to recover the unit of stored data.

The present invention relates to medical image data security technology, and discloses a medical image data security management method and system based on blockchain, which includes: a server creates a blockchain database, selects an image file, the server generates an image ID for the received image file, calculates the image fingerprint, and stores the blockchain database; uploads the image file to the image cloud database, and uploads the block address to the image cloud record; retrieves the image from the image cloud database or generates an image access record, and stores the blockchain database; updates the blockchain database according to the Merkle tree; and sends the updated content to other hospitals. The present invention stores the image fingerprint and the image access record of the blockchain database, thereby verifying whether the image has changed through the image fingerprint. By storing the image access record, while realizing image data sharing, it ensures that the image data cannot be tampered with and the access record is traceable.

The invention discloses a method for automatically generating library table resources based on data collection, and relates to the technical field of big data. Comprising the steps of 1, configuring basic information of library table resources through a front end, 2, uploading an Excel data file, 3, creating a library table: automatically detecting whether the library table exists or not, updating a table structure if the library table exists, and automatically constructing a data table structure according to the configured basic information of the library table resources if the library table does not exist, 4, importing data: sending a request to a file server, the method comprises the following steps: step 1, acquiring an Excel file by introducing a unique identifier of a file, analyzing file content, and generating and executing SQL (Structured Query Language) statements to import data in batches, and step 2, creating library table resources: associating the imported data with a corresponding catalog according to a configured information resource catalog, and setting resource attributes: setting a corresponding attribute for each library table resource, the method comprises the following steps of: storing basic information of library table resources in a metadata system, and generating and managing the library table resources: generating a library table resource management system which comprises all imported data tables and catalogs and metadata information associated with the data tables, data resources are managed and queried through a system.

The embodiment of the invention discloses a defect image file processing method and device, terminal equipment and a storage medium, and the method comprises the steps: regularly executing a first operation according to a first preset timing rule: obtaining at least two pieces of standard structured data, and generating at least one piece of defect image original data based on the at least two pieces of standard structured data; executing a second operation regularly according to a second preset timing rule: generating at least one defect image file based on the at least one defect image original data, and storing the at least one defect image file in the file server; when the request used for obtaining the defect graph file is received, according to the index field used for indexing the defect graph file and included in the request, the at least one target defect graph file associated with the index field is output based on the at least one defect graph file stored in the file server, the drawing speed and the calling speed of the defect graph file are high, and the defect graph file can be quickly drawn and called. And the reusability and the applicability are high.

The present disclosure relates to a 5G or 6G communication system for supporting a higher data transmission rate. The present disclosure discloses a method for provisioning a large number of configuration files for a terminal in a terminal manufacturing plant environment, in which the method acquires key information and index information for configuration file installation, transmits a configuration file request for plant injection including an index ID to a configuration file server, a binding profile package (BPP) and profile installation key information including index information are received from a profile server, the received BPP and profile installation key information are transmitted to a terminal, and an encryption key is selected to decrypt the BPP with reference to an index ID in an eUICC of the terminal.

A server-side restore technique enables restoring of files / folders of a distributed share directly on a file server executing on a node by a file server administrator using self-service restore (SSR) snapshots in accordance with an atomic 2-phase restore-commit transaction. The technique involves share-level restore wherein the entire share state transitions to a previous state of a snapshot, i.e., the granularity of the restore is at the share level (not the file level) for the technique (whereas file level restore granularity is typically used for the client-side restore). The technique is directed to server-side share level restore that allows an “undo” (i.e., rollback) of a previous restore operation into a live snapshot that has become corrupted by a subsequent rollback to a last known good (LKG) snapshot that is uncorrupted. An administration interface may be used to trigger the server-side restore technique for the distributed share.

The invention provides a wafer-level packaging atlas processing method and system, and belongs to the technical field of semiconductors, and the method comprises the steps: uploading a received incoming material atlas to a specified file server based on a client code and an atlas type, binding the received incoming material atlas with a wafer batch, and converting the bound incoming material atlas into an internal atlas; generating an internal atlas number based on the client code, the process flow, the atlas format and the site name of the internal atlas; according to the yield requirement, determining the yield standard threshold of the associated wafer of the internal atlas, and performing associated storage with the internal atlas number; performing optical detection and electrical test on the associated wafer to obtain a detection atlas, comparing the detection atlas with the reference atlas, counting the defect condition of the chip unit of the associated wafer based on the comparison result, and calculating to obtain the wafer yield and the batch yield; and judging the wafer yield and the batch yield with a wafer yield standard-reaching threshold value and a batch yield standard-reaching threshold value in the yield standard-reaching threshold values respectively to obtain judgment results. According to the invention, the accuracy and traceability of wafer yield judgment are improved.

A replication policy management and scheduling technique of a Files service is configured for deployment in multi-site data replication environments. The technique involves policy management for data distribution and / or data consolidation (concentration) where multiple sources, e.g., file system (FS) clusters or sites, replicate the data to a central target FS site, e.g., in a spoke and hub arrangement typical of remote office / branch office environments. The technique also involves creation and configuration of a main replication policy by a customer at a central resource manager configured to interact and manage the FS sites, each of which includes one or more file server virtual machines.

An example file server manager disclosed herein receives a registration for a distributed file server, where the distributed file server is hosted in a virtualization environment and includes a cluster of file server virtual machines configured to provide access to a file system. The file server manager further synchronizes metadata with the distributed file server, the metadata including identification of each of the file server virtual machines of the cluster of file server virtual machines, the metadata including information regarding the file system and receiving a management request for the distributed file server. The file server manager further formats the management request for the virtualization environment based on the metadata and utilizing information from the registration to access the distributed file server with the formatted management request.

The application relates to the technical field of SDN, in particular to a data processing method and device based on an SDN controller. The method comprises the following steps: acquiring data list information of each network device under the control of the SDN controller, wherein the data list information of one network device comprises the device identifier of the network device, the data identifier and the first abstract information of the target data cached on the network device; acquiring the data identifier and the second abstract information of each data stored on a file server; judging whether the first abstract information and the second abstract information of each target data are consistent based on the data identifier of each target data; if the first abstract information and the second abstract information of any target data are determined to be inconsistent, determining a target network device which caches the target data, and issuing an aging instruction of the target data to the target network device.

The present application provides a grayscale publishing method, device and system. After the developer completes the modification of the code file and / or configuration file of the target application, the developer packages the determined files to be released, sends the obtained update file package to the file server for storage, and configures the corresponding update grayscale information for the first production environment server that needs to be updated, so as to instruct the first production environment server to pull the target update file package (update code package or update configuration package) required for running the target application from the file server for loading and execution. The grayscale effectiveness of the files to be released can be achieved without restarting, thereby improving development efficiency and reducing development costs. Moreover, the grayscale effectiveness configured according to the production environment server improves the reliability of grayscale modification and system stability. Even when an update error occurs, the original file can still be pulled for loading and execution, so as not to affect online services and user experience on a large scale.