51 results about "File (record)" patented technology

The embodiment of the invention discloses an interface permission control method and device, and the method comprises the steps: setting a user-defined permission annotation on at least one target API method of a business API interface, and enabling the user-defined permission annotation to comprise a preset permission code used for uniquely identifying the target API method; obtaining a permission configuration file deployed along with the plug-in, wherein the permission configuration file records a declaration permission list which is declarated by the plug-in and is formed by one or more permission codes which are allowed to be called by the plug-in; during running of the plug-in, when it is detected that the plug-in tries to call a target API method, intercepting the call request through a aspect programming mechanism; in response to interception, a preset permission code is extracted from a user-defined permission annotation of the called target API method to serve as a target permission code, a declaration permission list is obtained, and whether the target permission code exists in the declaration permission list or not is checked; and according to a verification result, if the verification is passed, allowing the call request to continue to be executed, and if the verification is not passed, stopping the execution of the call request.

This invention discloses a full lifecycle management system and method for scientific computing programs. The system includes a build environment subsystem and a production environment subsystem. The former provides computer resources for the build process of the scientific computing program throughout its lifecycle, while the latter provides computer resources for the testing and deployment processes. This invention, through a full lifecycle management method for scientific computing programs, operates on corresponding computing resources, encompassing a series of steps including querying, triggering scheduling, build execution, result distribution, and test deployment. It automatically generates the executable file of the scientific computing program and configures its runtime dependencies. Simultaneously, it automatically generates a corresponding description file recording the entire lifecycle process. Furthermore, based on version management of these description files and their sets, it achieves full lifecycle traceability and cross-platform migration and deployment of scientific computing programs in a high-performance computing environment.

The embodiment of the invention provides a positioning method for a training stagnation problem, and a model training system, device and equipment, and relates to the technical field of computers. The method comprises the steps of obtaining a plurality of tracking files recorded in a training process of an AI model, wherein each tracking file is used for correspondingly recording a task execution condition of a processing unit at a timestamp; dividing the plurality of tracking files into at least one tracking file group according to rounds of set communication respectively executed by each communication group; and based on the at least one tracking file group, positioning the position where the training stagnation problem occurs in the training process. A method for locating a training stagnation problem occurring in a training process of an artificial intelligence model is provided. And recording the tracking file in the training process of the artificial intelligence model, determining whether a training stagnation problem occurs in the training process according to whether the data recorded in the tracking file is abnormal, and positioning the position where the training stagnation problem occurs in the training process.

A system, method, and computer-program product includes receiving, from a third-party identity management system, an authentication response indicating a set of login attributes; obtaining, from an identity resolution service, a set of identity and authorization attributes using the set of login attributes, the set of identity and authorization attributes including a unique user identifier (UID); granting, by the identity resolution service, a session initiation token when the set of identity and authorization attributes satisfy predefined authorization criteria; in response to the identity resolution service granting the session initiation token: allocating a compute session and a persistent storage resource to the unique UID; executing, via the compute session, an operation that modifies files stored in the persistent storage resource; and transmitting, to a version control system, a version control operation that records the files modified in the persistent storage resource to a code repository using the unique UID or group identifiers.

The invention provides a software package synchronization method, which utilizes templates to synchronize software packages of different scene program projects, and comprises the following steps: obtaining a target software package of a target scene program project and a corresponding software package record file, the software package recording file records a template identifier and a template version used when the target software package is generated; wherein the software package is generated based on the template version of the reference template; according to the template identifier, determining the reference template corresponding to the target software package; comparing the current version of the reference template with the template version, and checking whether difference content exists or not; and if the difference content exists, synchronizing the difference content to a target software package of the target scene. The invention further provides a corresponding device and program item synchronization. According to the application, accurate mapping between a plurality of target software packages and software package versions can be established in robot application program development under multiple application scenes, and batch updating of the software packages is realized.

This disclosure provides a data processing method, an electronic device, and a computer program product. One data processing method includes: generating a configuration file capable of processing financial data in a business service, the business service including the business department to which the financial data belongs, business type, and transaction type; the configuration file recording data processing logic adapted to the business service; forming a hot-loading index recording the association between the business service corresponding to the financial data and an executable program capable of calling the configuration file; responding to a processing request for target data, determining a target executable program capable of calling the target configuration file from the hot-loading index, the target configuration file being a configuration file applicable to the target business service to which the target data belongs; and triggering the target executable program to execute the target configuration file on the target data to obtain the processing result of the target data.

A method for synchronizing a MySQL database to a ClickHouse database relates to the technical field of different database synchronization processing methods, and comprises the following steps: step 1, configuring the MySQL database; starting a binlog function, setting a binlog format as an ROW mode, and starting a GTID mode; step 2, configuring a ClickHouse database; defining a ClickHouse table structure generation rule in the configuration file; step 3, synchronizing total data; step 4, synchronizing incremental data; monitoring a data change event by analyzing a binlog of the MySQL; 5, recording a synchronization state; and creating a synchronization state file, and recording a binlog file position, an offset and a GTID set so as to ensure that the synchronization can be continued from a correct GTID position after being interrupted. The efficient synchronization of data is realized, the deployment process is simplified, and the development and maintenance cost is reduced.

A configuration / method / system for cross-platform capture / replay of an emulation of a circuit design. The system receives, during an emulation of a circuit design performed on a first platform, time-annotated ready bits messages (TARBMs), and generates a first set of TARBM files, each corresponding to a particular FPGA in the first set of FPGAs. The system also generates a first set of bitmap file for the first platform, and a second set of bitmap file for a second platform. Each bitmap file records a bit index of each ready bit of an FPGA in a corresponding platform. The system then generates a second set of TARBM files based in part on the first set of TARBM files and the two sets of bitmap files. The emulation of the circuit design can then be replayed on the second platform based in part on the second set of TARBM files.

The invention belongs to the field of fault detection of charging equipment, and particularly relates to a remote acquisition method and system for fault information of the charging equipment. Comprising the steps that when the charging equipment breaks down, fault information of the charging equipment is recorded in a log file mode through the charging equipment, and the fault information is uploaded to a platform end; after the platform end receives the fault information of the charging equipment, acquiring a charging log list under the condition of determining that the charging equipment has response capability; the charging log list comprises log file records generated by the charging equipment; the single log file record comprises information for representing identity characteristics of the single charging equipment log file; if the log file record is successfully acquired, displaying the log file record in the list through the platform end so as to select a corresponding log file according to the log file record, and driving the charging equipment to upload the log file to the platform end according to a selection result; and if the log file is successfully acquired, generating a log record of equipment fault generation according to the acquired log file for equipment analysis.

The application discloses a generation method of a software system for debugging. GN is used to generate a Ninja build file for a current software system, and a link response file is generated when the Ninja build file is required to build. Ninja is used as a build tool for the current software system, and the modified Ninja build file is used for building. A target path is newly created, and a linker script, a link response file, static library files and object files listed in the link response file in the current software system are copied to the target path. Absolute paths of all object files and static library files recorded in the link response file in the target path are updated. A CMake special configuration file is modified, and all directories and files in the target path constitute a software system for debugging. The application generates a simplified software system for debugging from an originally huge software system, and the copyright is protected.

Embodiments of the present application provide a file storage method, a file access method, an electronic device and a storage medium, and relate to the field of information technology. The method comprises: obtaining an installation package file; decompressing a runtime library compressed file in the installation package file to obtain a runtime library file corresponding to the runtime library compressed file; recording a correspondence relationship and a first offset, and releasing one or more data blocks of the runtime library compressed file in the installation package file; wherein the correspondence relationship is used to represent the correspondence relationship between the one or more data blocks of the runtime library compressed file in the installation package file and the runtime library file, and the first offset is used to represent the offset of the one or more data blocks of the runtime library compressed file in the installation package file. The method provided by the embodiments of the present application can save the space occupied by the installation package file, thereby improving the storage efficiency.

The invention relates to a disk CDP-based long-term and short-term data backup storage method and device, and belongs to the field of disaster recovery backup. The method comprises the steps of creating and generating a data mirror image, a bitmap, an I / O log and metadata under a current directory, recording real-time change data by using the files, modifying a directory name of the current directory, deleting the I / O log, obtaining a T0 directory and a file thereof, repeating the previous steps, and generating incremental data according to a subsequently triggered incremental data generation instruction. And sequentially obtaining directories from T1 to TN and files of the directories, and carrying out mirror image rollback on the long-term data through data in the directories from T0 to TN. The device comprises a short-term data directory generation module, a short-term data recording module, a long-term data generation module, a subsequent long-term data generation module and a real-time data storage module. According to the method, long-term and short-term data can be returned through one set of system, the strategy configuration is unified, the storage overhead is low, and one-stop and low-TCO data protection is provided for high-compliance and high-continuity scenes.

The invention relates to the technical field of computer aided design, in particular to a bidirectional verification method for a three-dimensional model and a two-dimensional drawing based on an HIT file. The method comprises the steps that S1, when a two-dimensional isometric drawing is generated from three-dimensional design software, an HIT file is synchronously exported, and the HIT file records a unique identifier of each element in the two-dimensional isometric drawing and two-dimensional coordinate information of the element in the two-dimensional isometric drawing; s2, performing forward verification from a three-dimensional model to a two-dimensional isometric mapping; s3, performing reverse verification from the two-dimensional equiaxed mapping to the three-dimensional model; according to the method, through an automatic mapping mechanism based on the HIT file and an enhanced element feature matching algorithm, a traditional manual one-by-one eye movement comparison mode is thoroughly replaced, the verification speed is increased by dozens of times, human errors and omissions caused by fatigue and negligence are effectively eradicated, and 100% coverage verification of the consistency between the three-dimensional model and the two-dimensional drawing is achieved.

The application discloses a conversion file generation method and device, electronic equipment and a storage medium. The method comprises the following steps: acquiring a configuration file, wherein the configuration file records related conversion information of a source structure; generating a target test file meeting the requirements of a test source code file by using a preset command source code file and the related conversion information; running the target test file, and acquiring internal member variable information of the source structure based on the running state of the target test file; and generating a target conversion file by using the target test file, the internal member variable information and a preset variable conversion logic. The internal member variable information of the structure written in a static strong type language is acquired through the target test file, so that the target conversion file for automatically detecting types and converting the concept-consistent variable assignment is generated, and the efficiency of concept conversion on related codes is improved by using the target conversion file.

The invention provides a calibration description file generation method and device, a storage medium and equipment, and the method comprises the steps: obtaining a header file which records ECU memory allocation and calibration parameters in a target platform, obtaining a data dictionary and compilation products of software engineering at the same time, and then building a new blank description file; and copying the obtained information in the header file to the beginning part of the blank description file, obtaining variable description information according to the data dictionary and the compiled product, and updating the variable description information to the description file containing the header file to obtain a calibration description file. Therefore, automatic generation of the calibration description file is realized, and platform compatibility is improved, so that convenience is provided for development of calibration work, and project development efficiency is effectively improved.

This application discloses a chip verification method, apparatus, device, and readable storage medium. The scheme includes: when verifying a chip based on HVP, querying a mapping configuration file; the mapping configuration file records at least one mapping group, each mapping group including at least one mutually mapped test case and at least one coverage group; during the verification process, recording the coverage information corresponding to each mapping group and adding it to the HVP verification result file to obtain a verification report. This application clearly defines for each mapping group which test case contributes to which coverage group and how much testing. In addition to existing verification plans and verification result information, the verification report also includes the mapping relationship between test cases and coverage groups, the size of the testing contribution, etc., which is beneficial for technicians to check the verification progress and verification effect. The chip verification apparatus, device, and readable storage medium provided in this application also have the above-mentioned technical effects.

The invention relates to the technical field of information, in particular to a method for achieving interest calculation in a hardware wallet, computer equipment, a computer readable storage medium and a computer program product, and the method comprises the steps that the hardware wallet calculates interest according to file records and stores the interest records to an interest detail information file; the wallet balance recorded in the wallet special file is read, the accumulated interest in the latest interest record in the interest detail information file is read, and the wallet balance and the accumulated interest are displayed through a display screen. The technical problem that in the prior art, a hardware wallet does not support deposited funds in the wallet to generate earnings is solved, meanwhile, the hardware wallet also supports query operation, and the balance and interest earnings of the wallet can be displayed according to the key operation of the user.

The invention discloses a data file processing method and device, a storage medium and electronic equipment. The method comprises the steps of obtaining target configuration information, a target file record list and a target file processing task through a target thread; according to the target configuration information, the target file record list and the target file processing task, generating a task processing thread corresponding to each file type; generating a task execution thread corresponding to each financial institution according to the information of the plurality of financial institutions in the first file record list through the task processing thread corresponding to each file type; and processing the data file corresponding to the second file record list through the task execution thread corresponding to each financial institution to obtain a processing result. Through the method and the device, the problem of relatively low processing efficiency caused by processing various types of data files of each bank in a single-thread mode in related technologies is solved.

The application is suitable for the upgrading technical field, and provides an upgrading method of a medical device, the medical device and a computer program product. The upgrading method of the medical device comprises the following steps: extracting upgrading configuration information of a to-be-upgraded object in a configuration file, the configuration file recording at least one upgrading item, each upgrading item recording the upgrading configuration information of a corresponding upgradable object, and the upgrading item being configured to be changed along with the upgrading of the corresponding upgradable object; and controlling the to-be-upgraded object to perform upgrading according to the upgrading configuration information of the to-be-upgraded object. The embodiment of the application can realize the separation of the upgrading logic and the upgrading object, improve the flexibility of the maintenance and upgrading of the medical device, and facilitate the update iteration of the medical device.

The embodiment of the invention discloses a file deployment method and device, a server and a storage medium. The method relates to software operation and maintenance and online technologies, and facilitates efficient completion of file online deployment tasks. The method comprises the steps that uploaded file deployment parameters and a deployment package are received, the deployment parameters comprise code storage warehouse information and deployment target equipment information, and the deployment package carries a to-be-deployed file and a deployment description file; decompressing the deployment package, and obtaining a to-be-deployed file and a deployment description file; the to-be-deployed file is a target code file which is identified and processed by calling a preset file Hash comparison algorithm and has changed content based on code storage warehouse information; the deployment description file records deployment path information corresponding to the to-be-deployed files and is used for indicating storage positions of the to-be-deployed files on the deployment target equipment; and based on the deployment target device information and the deployment path information, deploying the to-be-deployed file to a corresponding storage position of the deployment target device to complete file deployment.

A communication apparatus includes a time control unit configured to manage date and time information, a file acquisition unit configured to acquire a file, a recording unit configured to record an acquisition date and time at which the file has been acquired, based on the date and time information managed by the time control unit, and a transmission control unit configured to compare an acquisition date and time of a file to be transmitted to an external device with a current date and time managed by the time control unit, and, when a comparison result does not satisfy a predetermined condition, to prevent transmission of the file to the external device.

The application discloses a task instruction one-key generation method based on Qxlsx, wherein parameter reading obtains instruction code sequences and parameters of each task by reading an autonomous task design file, instruction one-key generation software loads a dynamic instruction library, and corresponding dynamic instructions are called through instruction code matching, finally, instruction code words are generated to a specific directory, and a log file is generated to record the generation process, and the application can solve the problems of low autonomous task instruction generation efficiency and complex method in the prior art.

Provided in the implementation of the present application is a data synchronization method, device, electronic equipment and readable storage medium. In response to a data update operation on a source data set in a distributed database, the method takes an execution timestamp of the data update operation as an operation identifier of an update log and writes the operation identifier into a source log file of the source data set. The source log file records the update log, and the update log is used to record the data update operation. The update log in the source log file is sequentially synchronized to a specified directory of a target data set to be synchronized in the distributed database according to the operation identifier, so as to obtain a target log file. The data stored in the source data set is associated with the data stored in the target data set. The data in the target data set is updated based on the target log file. In this way, the synchronization can be performed according to the operation identifier of the update log, so that the synchronization process is consistent with the execution order of each operation, and the accuracy and consistency of data synchronization are ensured.

The present specification provides a method and device for tracing database tables affected by database changes, the method comprising: obtaining a file list related to a database in a project file where a database change occurs; obtaining a file recording a data access layer method from the file list, further extracting a data operation layer method name, and storing it to a data access layer list; obtaining a file recording a data operation layer method from the file list, extracting a database table name used by the data operation layer method in the file recording the data operation layer method, and the data operation layer method name, and storing the database table name and the data operation layer method name in association to a data operation layer list; if any data operation layer method name is in both the data access layer list and the data operation layer list, storing the database table name associated with the data operation layer method name in the data operation layer list to a database table impact list.

A hardware-implemented file reader (20) includes an interface (32), a plurality of hardware-implemented column readers (36), and a record reconstructor (40). The interface is configured to access a file (24) comprising a plurality of records. The recording stores values according to a nested structure that supports selectable values and duplicate values. The file is stored in a column format having a plurality of columns, each column storing (i) a compressed value and (ii) corresponding compressed structure information associating values in the column with a recorded nested structure. Each column reader is configured to be assigned to a respective selected column, and to read and decompress values and structure information from at least a portion of the selected column. The record reconstructor is configured to reconstruct one or more of the records according to at least a portion of the column read by the column reader, and output the reconstructed records.

The application discloses a file detection method and device, a nonvolatile storage medium and a processor. The method comprises the following steps: acquiring an update file set in a preset time period, wherein the update file set comprises a plurality of to-be-detected boxes, the plurality of to-be-detected boxes are obtained by performing a binning operation on files in the update file set, and each to-be-detected box comprises update files in a preset time length range; identifying a file update amount of each to-be-detected box, and determining a box score of each to-be-detected box; extracting to-be-detected files from each to-be-detected box according to a preset extraction ratio to perform abnormality detection, and determining an abnormal file quantity of each to-be-detected box; and determining an abnormal box based on the box score and the abnormal file quantity of each to-be-detected box, wherein the update files recorded in the abnormal box are abnormal files. The application solves the technical problem that a conventional detection method cannot quickly and accurately detect and identify abnormal files.

The application discloses a data synchronization method and device, electronic equipment and a computer readable medium, relates to the technical field of big data data exchange, and a specific embodiment comprises receiving a data synchronization request, obtaining corresponding end-of-day batch processing data; calling a database archiving tool to generate corresponding database archiving files based on the end-of-day batch processing data and store the database archiving files; reading the database archiving files and dividing the database archiving files into pieces according to a set number to obtain piece files; and concurrently executing a synchronization process on each piece file. Large amounts of data can improve data transmission efficiency through large file transmission, meet non-functional requirements by controlling the concurrent processing speed of files, and reduce the pressure on the database; and the data processing stack customizes the processing mode of file records, providing flexibility for data in different code formats. The piece files set the concurrency degree according to non-functional requirements, ensure that the pressure on the database is controllable, and improve the generality and extreme TPS data processing performance.

The invention relates to the technical field of electric digital data processing, in particular to a patent analysis method and retrieval system based on distinguishing technical means traceability. The patent analysis method based on distinguishing technical means traceability comprises the steps that 1, a technical file recording a public technical scheme close to a to-be-analyzed technical scheme is obtained through retrieval, or patent analysis reports of other technical schemes, close to the to-be-analyzed technical scheme, in the field are selected to serve as comparison files; 2, comparing the to-be-analyzed technical scheme with a comparison file, and identifying and distinguishing technical means; 3, performing traceability analysis on the different technical means; and identifying the patent infringement risk of the to-be-analyzed technical scheme. The method has the beneficial effects that the workload is small, the acceptance check is convenient, the accuracy of retrieval is not interfered by an unsubstantially examined or invalid patent protection range, the coverage range is large, and the retrieval can be accepted.

The invention discloses an online editing method and system for importing an Excel file and a storage medium, and the method comprises the following steps: importing the Excel file, recording a user import record, and verifying the consistency of a header and a template file; asynchronously reading data, updating an import state to be that analysis is started, filtering null rows, and carrying out user-defined annotation analysis on a target column; verifying the data line by line and column by column according to a preset rule, identifying the content of the image data, extracting keywords and verifying the keywords, recording line and column information and results, and marking the results to be abnormal; after the user submits, the updating state is completed, and if the exception is not handled, the table without the exception value is returned; the front end verifies the task state, if the task state is not completed, timed polling is carried out, data is displayed after a result is obtained, abnormity is marked, a modification entry is provided, and the result is returned. The problems that switching and editing are tedious, error checking is difficult, picture checking is low in efficiency and rule adaptability is poor are solved, and online exception handling, accurate error positioning, large-model-assisted picture compliance checking and multi-business scene adaptation are achieved.

The embodiment of the invention discloses a method, a device and equipment for constructing a three-dimensional geographic model based on geographic space data. The method comprises the following steps: extracting geometric information and attribute information of a geographic object in the geographic space data; converting the coordinates of the geometric information to a target coordinate system; constructing a three-dimensional OBJ model based on the geometric information and the attribute information; exporting the three-dimensional OBJ model as an OBJ file in which basic information of the three-dimensional OBJ model is recorded and an MTL file in which attribute information of the three-dimensional OBJ model is recorded; converting the content of the OBJ file into a GLTF format or a GLB format to obtain a GLTF file or a GLB file, associating attribute information of the geographic object to a corresponding node in the GLTF file or the GLB file, and associating attribute information of the three-dimensional OBJ model in the MTL file to a corresponding node in the GLTF file or the GLB file; and generating a file in a B3DM format.