54 results about "Load file" patented technology

The invention provides a playback method of a database load file, a medium, a product and equipment. The method comprises the following steps: in response to a playback instruction, obtaining a to-be-played-back load file; determining the original execution time of each to-be-played-back instruction and the original thinking time after the to-be-played-back instruction is executed according to the to-be-played-back load file, wherein the original thinking time is the interval time from the end of execution of the previous database instruction to the start of execution of the next database instruction; determining a target playback mode through the playback instruction; and in the playback process of the to-be-played-back load file, adjusting the original thinking time based on the target playback mode to obtain corrected thinking time, and performing playback according to the corrected thinking time. Through the method, a flexible time processing mechanism is realized, so that balance between execution time consumption and thinking time is optimized through a selectable playback strategy, and it is ensured that an original load can be played back efficiently, truly and controllably in different performance scenes.

The embodiment of the invention discloses a binary loadable file downloading method and device, equipment and a medium. The method comprises the steps that a binary intermediate file generated after a program source code is compiled and a binary link file of a module where the binary intermediate file is imported are obtained; converting the binary intermediate file into a binary loadable file according to the binary link file; in response to a downloading command stream, downloading the binary loadable file to a resource-constrained device to obtain a binary execution file; wherein the binary loadable file comprises a first segment, a function segment, a global segment and a code segment. According to the technical scheme provided by the embodiment of the invention, the downloading and execution efficiency of the WebAssessment module in the resource-constrained equipment can be improved, and the resource consumption of the equipment is reduced.

The invention discloses a data insertion method and device, a storage medium and electronic device.The data insertion method comprises the steps that according to a preset naming strategy, the file name of a to-be-installed file is analyzed so as to determine a template identifier of an installation number template corresponding to the to-be-installed file, and the template identifier is used for uniquely identifying the installation number template; obtaining the installation number template through the template identifier, and analyzing at least one label value and at least one dictionary value in the installation number template based on a template structure through a configuration item template processor, determining a file type and a target database table of the file to be packaged according to the at least one label value and the at least one dictionary value; and inserting the first data in the file to be loaded into the target database table through an analyzer corresponding to the file type. By adopting the technical scheme, the problem that the data loading scheme cannot adapt to different types of files to be loaded and different types of library tables to be loaded is solved.

The application relates to a data loading method, device and computer equipment. The method comprises the following steps: obtaining loading configuration information of to-be-processed file data; pre-processing the to-be-processed file data according to the loading configuration information, obtaining to-be-loaded file data meeting a preset loading condition; and loading the to-be-loaded file data to a target database. The method can avoid problems such as human resource waste, low efficiency, untimeliness and inaccuracy caused by manual scheduling.

The application provides a method and device for generating test data, relates to the technical field of testing, and can be applied to the financial field or other technical fields.The method comprises the following steps: obtaining a table header field of a to-be-loaded file, creating a data table which is the same as the table header field; the data of the data table except the table header field is empty; generating record data used as benchmark data in the data table according to an interface document attribute of the to-be-loaded file; and generating test data corresponding to an abnormal test data type in the data table according to the interface document attribute and the record data.The device executes the above method.The method and device for generating test data provided in the embodiment of the application can improve the work efficiency of test data acquisition.

The invention discloses a method applied to lathe CX coordinate conversion analysis, which comprises the following steps of: (a) capturing commands and feedback waveforms of C and X in a machining process by using a new-generation analysis platform tool, and loading a file by using a CX analysis conversion tool loading file button; (b) inputting shaft names to be converted, and respectively filling corresponding axial actual shaft names; (c) setting cutter length data H, (d) setting start and end of a time period, loading a processing file through a program, and preliminarily judging problem paragraphs needing to be processed; and (e) performing orthogonal decomposition on each time point to obtain XY components of the current time point. The direction of the problem can be preliminarily clarified, and a system control problem or a mechanism problem can be quickly judged; after conversion, an analysis platform is used for carrying out 2D processing and path analysis, so that problems can be conveniently found; and controlling variable adjustment parameters or data subjected to mechanism conversion to be loaded together, and searching a problem rule by using an overlapping graph analysis tool.

The invention discloses a whole vehicle CAN network message period abnormal fluctuation detection method, device and equipment, and relates to the technical field of message detection, and the method comprises the steps: carrying out the attribute definition of a normal period and an overdue percentage upper limit on messages needing to be subjected to period fluctuation statistics in a DBC file; loading the DBC file in a compiler environment in a file stream form, and analyzing the DBC file to obtain a normal period and an overdue percentage upper limit of each message; loading a to-be-detected CAN message in the DBC file to a compiler environment, and calculating to obtain an actual period of the to-be-detected CAN message; and based on the actual period of the to-be-detected CAN message, the corresponding normal period and the upper limit of the overdue percentage, realizing overdue judgment of each to-be-detected CAN message, counting the overdue condition and outputting the overdue condition. According to the method, the detection of the abnormal fluctuation of the CAN message period can be efficiently realized.

The application relates to a multi-stage Boot starting method of an embedded processor single starting mirror image and an embedded system; the method comprises the following steps: configuring a BIF file of the starting mirror image, the BIF file encapsulates and packs program segments in an ELF; adding a configuration segment type in the type of the program segments of the BIF file, including segment contents executed by the configuration segment type in the program segments of the configuration segment type, and setting a segment moving destination address as an entry address of the segment contents executed by the segment; a Bootloader program runs processor execution single-stage loading, and loads program segments in the BIF file according to the BIF file; judging that the currently executed program segment is a configuration segment, moving the segment contents of the configuration segment to an execution address according to the segment moving destination address, and handing over processor running permission to the configuration segment to execute the segment contents; after the execution is completed, handing over the processor running permission back to the Bootloader program, and continuing to load subsequent program segments. The application improves the flexibility and expandability of the single-stage loading Bootloader program under the condition of saving ROM storage space.

The invention provides a method capable of smoothly displaying super-multi-line pattern data, which comprises a host end for editing and looking up a pattern file and a test end for executing the pattern file, the host end is in data intercommunication with an external cache region for storing the pattern file, the host end loads the pattern file to store in an internal cache region, the host end reads and analyzes each byte in the internal cache region, and the test end is used for displaying the pattern file. Displaying the pattern file to complete the display of the pattern file; the pattern text comprises a plurality of data lines, the data lines comprise a plurality of state characters in one-to-one correspondence with the binary numbers, the multiple state characters are recorded in bytes, the bytes are analyzed according to the corresponding relation between the state characters and the binary numbers, and rapid analysis of the data lines is completed. According to the method, the analysis speed of the pattern file can be increased, and the technical effect of smooth display is achieved.

The invention provides a fatigue strength simulation method and device and a readable storage medium. An electronic device establishes a finite element model for a planet carrier with the fatigue strength to be simulated, and the finite element model is used for outputting a finite element simulation file set of the planet carrier under the unit working condition. Then, the electronic equipment generates an input file set of simulation software according to the time sequence load file of the planet carrier and the finite element simulation file set; finally, the input file set is processed through simulation software to obtain a simulation result of the fatigue strength of the planet carrier, the automation degree is high, the accuracy is high, the fatigue strength simulation efficiency is improved to a great extent, and the labor cost is saved.

The invention discloses a data quality inspection method and system based on an Excel file, and belongs to the technical field of data processing, and the method comprises the following steps: establishing a quality inspection template containing an Excel file header field according to different scene requirements, and matching a quality inspection rule for a field to be subjected to quality inspection; aiming at each field in the Excel file, establishing a corresponding relationship between the field and the matched quality inspection rule; a user uploads an Excel file to be subjected to quality inspection, and the system performs correctness verification and format specification verification on the file; loading an Excel file and extracting a header and data; performing formatting output on each row of data; according to the quality inspection mapping relation, calling corresponding quality inspection rules in sequence for each field in each row of data after formatting output for quality inspection; and generating a quality inspection report. According to the method, efficient, flexible and accurate automatic quality inspection of the Excel data can be realized, a reliable foundation is laid for subsequent data processing, and the method is suitable for Excel data quality control scenes in various industries.

The invention discloses a dynamic extension algorithm parameter visual configuration method, which comprises the following steps of S1, predefining a Json Schema rule, and reading a Json file of algorithm parameters; s2, the Json file generates a corresponding Schema structure according to a predefined Json Schema rule; s3, configuring a Schema field corresponding to each parameter item in the Schema structure, and storing the Schema structure; and S4, reloading the Json file and applying a Schema structure to generate a visual user interface. Compared with the prior art, the algorithm parameter page is generated in a Json + Json Schema mode. The Json file is adopted as a parameter, customized solutions can be generated for different clients, meanwhile, the Json format is simple and high in structural performance, and a universal interface is easy to generate.

This application provides a system defense method, apparatus, medium, and electronic device based on a whitelist. The system defense method includes: obtaining a target whitelist policy file based on the attribute information of a file to be processed, wherein the target whitelist policy file is one of multiple whitelist policy files, and the multiple whitelist policy files include at least a system whitelist policy file and a container whitelist policy file; and determining whether the file to be processed is a loadable or executable file based on the target whitelist policy file. The whitelist policy file in this application stores hash values ​​and file paths. When executing or loading a file, the corresponding file can be quickly located through the file path and its hash value compared, improving processing speed. This application is compatible with kernel module files, script files, and files not directly stored in the system (e.g., Docker image files).

The invention provides a CPU / FPGA high-reliability loading method and device based on triple modular redundancy, and relates to the field of electrical digital data processing.The method comprises the steps that multiple loading files are configured for a CPU and / or an FPGA, and the loading files are stored in at least one set of hot backup memories and at least one set of cold backup memories respectively; wherein the hot backup memory and the cold backup memory both adopt a triple modular redundancy design; in response to power-on of the CPU or the FPGA, reading the loading files from the hot backup memory in sequence, and judging final data from the read loading files according to a preset judgment mode to serve as the loading files of the CPU or the FPGA; whether the CPU or the FPGA is successfully loaded or not is judged, and if the CPU or the FPGA fails to be loaded, the corresponding loading process is executed again; and if the CPU or the FPGA is successfully loaded, the corresponding loading process does not need to be executed. According to the invention, rapid and reliable switching of multiple modes in different working states is realized, and the system continuity requirement in an extreme environment is met.

The invention provides a compiling optimization method and electronic equipment, and relates to the field of compiling optimization. The compiling optimization method provided by the invention is applied to a server, the server sends a target system installation package to the terminal equipment, odex files corresponding to N system applications are preset in the target system installation package, and after the terminal equipment installs the target system installation package and restarts, the odex files corresponding to the N system applications are stored in the terminal equipment. And loading the odex file in a process of running the system application so as to execute compilation optimization at a speed-profile level. By adopting the method provided by the embodiment of the invention, the system application in the electronic equipment can directly load the corresponding odex file during running so as to execute speed-profile level compilation optimization, the running speed and the performance of the system application are improved, and the running power consumption of the system application is reduced.

The invention discloses a loading detection method and device, a vehicle, a medium and a product. The method comprises the following steps: acquiring a check code in a firmware loading file from a digital signal processor; verifying the firmware based on the verification code to obtain a verification result; acquiring loading constraint information of the firmware from the digital signal processor under the condition that the verification result indicates that the firmware is successfully loaded; and detecting the firmware based on the loading constraint information, and determining a loading result of the firmware. According to the technical scheme, the verification code in the firmware loading file is obtained, firmware verification code verification is carried out, if verification succeeds, the constraint information is used for verifying whether firmware is correctly loaded or not, and the loading result is obtained. Through multiple verification, the success rate and the accuracy rate of firmware loading of the digital signal processor are ensured, the soundless problem of a vehicle-mounted entertainment system is effectively avoided, and then the use experience and the driving safety of a user are improved.

The application relates to the technical field of big data resource scheduling, and provides a file processing method and device, computer equipment, a storage medium and a computer program product. The application can improve the resource utilization rate of each subnode in file data processing, thereby improving the processing efficiency of a large number of files in the whole file processing system. The method comprises the following steps: obtaining a to-be-processed file set corresponding to a file processing task through an idle subnode, loading file data in the to-be-processed file set into a cache pool through a data reading operation, and obtaining the file data in the cache pool through a data processing operation to obtain a file processing result; wherein the proportion of the process number corresponding to the data reading operation and the data processing operation of the idle subnode is balanced according to the relative size of the processing speed corresponding to the data reading operation and the data processing operation.

The embodiment of the invention provides a file protection method, device and system, equipment, a storage medium and a program product, and relates to the technical field of computing security. The file protection method comprises the following steps: in response to an access request of a user process to a file in a kernel space, loading a file access strategy based on an extended Berkley data packet filter eBPF, performing security check on the access request based on the file access strategy, and releasing or intercepting the access request according to a security check result; wherein the file access strategy is that the security service module of the user space receives the file access strategy from the server side and sends the file access strategy to the file security module, and the file security module stores the file access strategy in the kernel space in advance based on the eBPF. The technical scheme provided by the embodiment of the invention is relatively high in universality and security for various kernel versions.

This application relates to the field of virtual machine technology, specifically providing a virtual machine and a method, apparatus, device, and medium for generating its loading file, aiming to solve the problem that applications can only support one programming language on limited hardware resources. To this end, the loading file generation method of this application includes: generating a target linker file for a first application programming interface based on a predefined loading file format and linker file format for the target virtual machine; generating a second application programming interface for at least one second programming language based on the target linker file; and compiling and converting a target application that calls the second application programming interface based on the second application programming interface and the target linker file to generate the loading file for the target virtual machine. This method supports program development in multiple programming languages, improving the freedom of language selection and development efficiency. Furthermore, the implementation of the application programming interface does not require maintaining multiple versions, simplifying the management and maintenance of the interface source code.

The application provides a BIM and GIS model application method, system and readable storage medium in a WebGL game engine, the application method comprises the following steps: S1: importing a bridge rvt original model file, and deleting elements invisible to users; S2: exporting the attributes of the rvt to a database; S3: exporting into gltf, and performing a same-material merging operation on the gltf and performing compression processing through a compression algorithm; S4: loading the gltf file and materials through threejs on the front end; S5: configurable compression of Nginx to reduce transmission time; S6: after an object loaded by threejs is clicked, the object is associated with the attribute data saved in the database through an id, and is used for display; and S7: loading threejs on cesium or other maps, the BIM model loading based on the game engine is improved in user experience, so that a first person and an immersive experience can be realized, and light and shadow effects can be added.

The embodiment of the invention discloses an embedded virtual machine application debugging method and device, an operating system, a virtual machine, equipment, a terminal, a medium and a program.The method comprises the steps that when an application converter converts a binary intermediate file into a binary loadable file, debugging information generated when the binary intermediate file is compiled is obtained; in the process of compressing and converting the compiled binary intermediate file into a binary executable file by the application converter, converting and generating a target debugging file according to the debugging information; and debugging the embedded virtual machine application according to the target debugging file. According to the technical scheme, the analysis process of the debugging information can be optimized, the debugging efficiency and the debugging performance of the embedded virtual machine application are improved, and then the debugging experience is optimized.

1. Name of the product in this design: Computer with a graphical user interface for labeling machine software operating system. 2. Purpose of this design: This design is used for monitoring and providing early warnings when running programs and performing application operations on the Windows system. 3. The key design features of this product are the content and layout of the graphical user interface. 4. The image or photograph that best illustrates the design's key features: the front view. 5. If the design details are not involved, the rear view, bottom view, top view, left view, and right view are omitted. 6. Purpose of the graphical user interface: This design is for user management and operation of the terminal labeling machine. 7. Human-computer interaction method of graphical user interface: The main view is the initial page; the interface change state diagram 1 is the interface displayed after clicking the "Load File" graphic button in the middle of the main view interface; the interface change state diagram 2 is the interface displayed after clicking the "Settings" graphic button in the upper middle of the interface in the interface change state diagram 1, so that the labeling machine can perform automated operation.

The embodiment of the application discloses a kind of embedded virtual machine application debugging method, device, operating system, virtual machine, equipment, terminal, medium and program, wherein the method comprises: when binary intermediate file is converted to binary loadable file by application converter, the debugging information generated when compiling the binary intermediate file is obtained;In the process that the binary intermediate file after compiling is compressed and converted to binary executable file by the application converter, the target debugging file is converted and generated according to the debugging information;Embedded virtual machine application is debugged according to the target debugging file.The technical scheme of the embodiment of the application can optimize the analysis process of debugging information, improve the debugging efficiency and debugging performance of embedded virtual machine application, and then optimize the debugging experience.

The invention relates to the technical field of big data, and particularly discloses a file loading method and device, computer equipment, a readable storage medium and a program product. The method comprises the following steps: splitting a to-be-loaded file to obtain a plurality of sub-files; performing fragmentation processing on each sub-file to obtain file fragmentation information of each sub-file; generating a sub-task corresponding to the file fragment information of each sub-file according to the file fragment information; obtaining a plurality of sub-tasks corresponding to each sub-file based on the sub-tasks corresponding to the file fragment information of each sub-file; and calling concurrent multiple threads, obtaining target data corresponding to each subtask from the subfile corresponding to each subtask based on the initial position information and the end position information included in each subtask, performing corresponding data processing on the target data to obtain processed data, and sending the processed data to the server. And loading the processed data into a target data table corresponding to the to-be-loaded file. By adopting the method, the file loading efficiency can be improved.

The invention discloses a loadable file creation method, an executable module installation method and an application operation control method. The loadable file creation method comprises the steps of obtaining an application module intermediate file and a configuration file obtained after compiling an application program source code; generating an application module loadable file according to the application module intermediate file and the configuration file; according to the embodiment of the invention, the simple identification information used for identifying the executable module to which the callback interface belongs is added in the configuration file, so that the executable module data segment used for recording the interface representation of each callback interface realized by the executable module can be added in the application module loadable file; according to the method, the configuration parameters written for the executable module in the configuration file are simplified, each callback interface realized by the executable module is identified in the application conversion process, the consistency and rationality of each callback interface can be checked, the interface identification and check realized by an embedded operating system are avoided, and the operation efficiency is improved. And application program codes are also simplified.

Systems, methods and products are disclosed for providing the ability to generate a universal bookmark link that can be generated by an integrating application that enables viewing of client files in many different formats by converting them to a common viewing format. The universal bookmark link can be provided to users who are external to the viewing application, and the users can access the link to open an instance of the application and viewer, load the publication of the file, and position the viewer at the location of the linked bookmark.

The invention discloses an instruction optimization and instruction execution method and device, equipment, a terminal and a medium. The instruction optimization method comprises the steps of identifying a target condition jump instruction in a binary intermediate file code segment, obtaining a paired target numerical value comparison instruction, determining a composite instruction code in a target composite jump instruction according to at least one of the target numerical value comparison instruction and a stack pressing instruction of a next comparison value and the target condition jump instruction, and according to the operand in the target condition jump instruction, calculating the operand in the target composite jump instruction, and according to the target composite jump instruction, optimizing each instruction associated with the target condition jump instruction in the code segment of the binary intermediate file to obtain the code segment of the binary loadable file. According to the instruction optimization method provided by the embodiment of the invention, the memory space occupied by the code segment of the binary loadable file can be effectively reduced, so that the optimized binary loadable file is more suitable for running on resource-constrained equipment.