109 results about "Root directory" patented technology

The invention relates to the technical field of computational fluid mechanics data post-processing, and particularly discloses an OpenFOAM unsteady state simulation result-oriented boundary surface physical quantity calculation method, which comprises the following steps of: setting a working root directory, reading a grid file and establishing an example grid; accessing a time control function, and reading simulation time information of each time folder; establishing a global blank file to store boundary surface physical quantity results, first line writing time and physical quantity variable names at all moments; sequentially reading field quantity data required by calculation in the time folder; appointing and searching the name of a concerned boundary surface, creating a scalar field magSf of the boundary surface, and calculating and storing the area of a grid surface element; defining and initializing physical quantities and intermediate quantities of boundary surfaces, calculating physical quantities and intermediate variables of surface elements of each grid, and traversing the grids; and writing a result from the second line of the global file according to a time sequence, and traversing all times. By the adoption of the method, key data at all moments can be accurately extracted, errors and complexity caused by manual processing are avoided, and the calculation efficiency is greatly improved.

The invention provides a permission configuration method and device. The method comprises the following steps: acquiring a source code and relative path information of a target document edited in a current editing environment; wherein the relative path information is used for representing position information of the target document relative to a root directory of a working area of the current editing environment; analyzing the source code to obtain a document structure object of the target document; performing node traversal on the document structure object to identify a target node corresponding to the interaction component from each node of the document structure object; according to the permission attribute corresponding to the target node and the relative path information, generating an attribute value of the permission attribute in the source code; wherein the attribute value is used for performing permission configuration of the interaction component, so that the accuracy and consistency of permission configuration are improved, the workload of manual permission configuration of developers is reduced, and the development efficiency is improved.

The invention relates to the technical field of computer networks, in particular to a webpage project construction and access control method, which comprises the following steps: acquiring a Web project source code file, packaging the Web project source code file, configuring a root directory to correspond to the action of a rendering page, and generating a packaged resource file; uploading the packaged resource file to a code warehouse for code hosting, triggering an assembly line execution process, and storing the packaged resource file in a workpiece generated in the assembly line execution process; receiving an access request of a user, and determining item positioning information through a unique identifier in the access request; verifying the user access authority; if the user permission state indicates that the user permission verification is passed, requesting a corresponding resource file from a workpiece, and generating rendering page information containing API basic address information; and sending the rendering page information to a browser for page rendering.

The invention relates to the field of Linux operating systems, and provides a system hierarchical isolation method and device, equipment and a storage medium. The method comprises the steps that when a temporary root file system configures a system read-write partition, the system read-write partition and a system root partition are mounted to a temporary running directory, and the two partitions are stacked and mounted to a temporary root directory; mounting the temporary partition of the system to the temporary running directory, and jointly mounting and integrating the three partitions again; finally, the mounting points of the three partitions are migrated from the temporary running catalog to the real running catalog, and multi-level system protection and performance optimization are achieved. A root partition of the basic system is kept in a read-only state through a layered isolation mechanism, so that the damage of service operation to a core file is avoided; the temporary data read-write is accelerated by using the temporary running directory, and the read-write operation frequency of a physical disk or a bottom storage device is reduced; the read-write partition of the system independently stores modified data during operation, and it is ensured that the data are not lost after restarting.

The invention relates to an intelligent mapping and two-way synchronization system and method for a cloud disk and a local file system, and belongs to the field of IT and software development.The method comprises the steps that the intelligent mapping relation between the cloud disk and the local file system is established, and when a cloud disk mounting request initiated by a user through a local client side is received, the cloud disk mounting request is sent to the local client side; the intelligent mapping module obtains a cloud disk root directory structure by calling an interface of a cloud disk interface module, and converts the cloud disk root directory structure into a local virtual directory tree; the expansion attribute of the local file system is adopted to store the specific attribute of the cloud disk; when it is monitored that the files in the cloud disk or the local file system change, the mapping relation is refreshed; the change of the cloud disk file and the local file system is monitored in real time, and the bidirectional synchronization of the cloud disk file and the local file is realized. According to the system and the method, cloud disk attribute visualization, cross-platform compatibility and access efficiency optimization are realized.

The application discloses a kind of collaborative instruction analysis and multi-actuator task processing method and system, the method includes: configuration Webhook and solidification server configuration, skill resource root directory is physically separated from business warehouse;With original byte stream reception request and sign, it is parsed into structured event by post;Extract text and match valid instruction, capture provider keyword and instruction text;Build basic context;Carry out intention recognition, route to corresponding branch and read skill description file, assemble complete prompt;Distribute independent working directory and clone code;According to the unique actuator execution task of provider keyword from mapping table;With single comment iterative update mode, present progress;Result is written back to topic or merged request.The application realizes multiple entry collaborative closed loop, skill and business decoupling, multi-actuator unified scheduling and progress visible execution.

The application relates to the technical field of code data, and discloses a method for solving nested object dictionary and automatically modifying existing codes, which comprises the following steps: S1, a command line module reads and stores parameters input by a user, and obtains existing codes and related information; S2, a file adding module adds a base class file in a base class file module to root directory information of the existing codes, wherein the base class file module comprises a to_json method and a to_dict method; S3, a file modifying module transmits init code and serialization style to an attribute acquisition module; and S4, the attribute acquisition module returns an attribute dictionary to the file modifying module. By implementing a base class, all objects inherit the class, and expression and serialization of the objects are easily realized.

The invention discloses a vehicle end software process template generation method, system and device and a storage medium, and belongs to the technical field of computer software, and the vehicle end software process template generation method comprises the steps of obtaining a public code file and a process template configuration file; determining an engineering directory structure according to the process template configuration file, the public code file and a preset directory building algorithm; the project directory structure comprises a root directory and a project compiling script; determining a public basic code according to the root directory, the process template configuration file, the engineering compiling script and a preset code generation algorithm; and determining a process template according to the engineering directory structure and the public basic code. According to the method, the process template of the vehicle end software can be automatically generated according to the tool script and the configuration file, the repeated workload brought by public function development is reduced, and the software development efficiency is improved.

This disclosure relates to a method and apparatus for obtaining application packages across distributions, belonging to the field of software development technology. The method includes: creating and running a temporary container corresponding to the base image based on a base image adapted to the target application using containerization technology; obtaining the file system of the temporary container and packaging it into an archive format to generate a base root file system; decompressing the base root file system and creating a target isolation environment with the base root file system as the root directory based on root directory switching technology; installing the target application and runtime resources supporting the target application in the target isolation environment to construct the target root file system; obtaining the code corresponding to multiple functional modules and generating an environment distribution package based on the code corresponding to the multiple functional modules and the target root file system. This application can improve the compatibility and convenience of software deployment across distributions.

Embodiments of the present specification provide a path resolution method, device and system, wherein the path resolution method comprises: determining first index information and second index information according to a user access path submitted for a directory tree in a file system; locating a target index item in a directory index table corresponding to the directory tree by using the first index information, and reading third index information in the target index item; performing a recursive operation from a directory item in the directory tree to a root directory item according to the first index information, the second index information and the third index information; resolving the directory tree according to a recursive operation result and a preset resolution strategy, and determining access information corresponding to the user access path in the file system according to a resolution result.

The invention relates to a multi-source heterogeneous spatio-temporal data fusion modeling method and system. The method comprises the steps that a root directory is created on a computer system to serve as a physical address of a spatial data model; under the structure of the root directory, creating a subdirectory corresponding to each storage object type as a physical address of the storage object type; the storage object type comprises vector data, two-dimensional raster data and three-dimensional model data; adding related data of each storage object type in the core metadata system table; creating a database file corresponding to the storage object type under each subdirectory, initializing the database file, and generating an exclusive metadata table corresponding to the storage object type in the database file; the method comprises the following steps: acquiring two-dimensional and three-dimensional joint data of a live-action three-dimensional scene as to-be-stored data, calling a corresponding data conversion tool to convert the to-be-stored data based on the type of the to-be-stored data, storing the to-be-stored data in a corresponding database file in a corresponding storage mode, and associating the to-be-stored data with an exclusive metadata table in the database file.

The invention discloses a method for fusing OpenFOAM unsteady state simulation result boundary surface Euler field domain data, which comprises the following steps of: firstly, setting a current OpenFOAM working root directory, reading a grid file and creating an example grid; creating global blank file storage boundary surface Euler field domain data; writing a variable name in the first line of the global blank file; specifying and searching names of concerned boundary surfaces, and sequentially reading Euler field domain data of a plurality of boundary surfaces in the time folder; and sequentially writing each boundary surface Euler field domain data corresponding to the variable name into the global blank file according to the boundary surface grid number, and after data reading, fusion and output are completed, printing information on a screen and prompting that the operation is completed until the operation of the program is finished. According to the method for fusing the OpenFOAM unsteady state simulation result boundary surface Euler field domain data, boundary surface physical parameter spatio-temporal evolution data can be efficiently obtained, the processing efficiency is remarkably improved, and a one-stop solution is provided for post-processing of the OpenFOAM unsteady state simulation boundary surface data.

The invention provides a code thousand-line BUG rate scanning method and tool. The tool is installed in a root directory of a scanned item. The method comprises the steps that in response to a code thousand-line BUG rate scanning instruction input by a user, a. Git file is searched in a directory and a subdirectory of the directory, and the. Git file is used for indicating a warehouse for storing codes; determining a warehouse corresponding to the directory of the found. Git file as a target warehouse; if the number of the target warehouses is one and the directories corresponding to the target warehouses are root directories, or the number of the target warehouses is multiple and the directories corresponding to the target warehouses are not the root directories, counting the code thousand-line BUG rates of the target warehouses according to the code thousand-line BUG rate scanning instruction; and outputting the counted code thousand-line BUG rate. According to the method, searching is carried out in the catalog based on the. Git file, all warehouses related to the current project code can be comprehensively searched, therefore, code thousand-line BUG rate statistics of all warehouses related to the project code is achieved, and the accuracy of multi-warehouse project code thousand-line BUG rate scanning is improved.

The application relates to the technical field of data processing, and discloses a mobile terminal automatic testing method and device, a storage medium and a computer device. The method comprises the following steps: in response to an automatic testing starting instruction, an external text configuration file is acquired; the file is parsed to obtain a to-be-tested case list; a test case root directory of a to-be-tested mobile terminal is determined, test case folders under the test case root directory are traversed, a case identifier in a folder name is extracted, and it is judged whether the to-be-tested case list contains the identifier; if yes, a test script in the folder is executed, an automatic testing sub-report containing the identifier is generated based on an execution result; otherwise, the folder is skipped; automatic testing reports are generated by summarizing the sub-reports, and a case description information field corresponding to each case identifier field in the external text configuration file is used to replace the original case identifier. The application can be applied to mobile terminal automatic testing scenes in the fields of financial technology and smart medical treatment.

The invention provides a configuration file management method and device of a front-end project, front-end equipment and an energy management system, and belongs to the field of file management. The method comprises the following steps: creating a configuration file directory under a root directory of a project; classifying the configuration files according to tool types, and storing the configuration files belonging to the same tool type in the same subdirectory under the configuration file directory; when the configuration file needs to be loaded, intercepting a configuration file request based on the Vite plug-in, and determining a to-be-loaded configuration file based on the configuration file request; and positioning the position of the to-be-loaded configuration file, and completing the loading of the configuration file based on the position of the to-be-loaded configuration file. The project directory is simple and clear in structure and high in readability; and the configuration files are grouped according to tool types, positioning and maintenance are easy, the maintenance cost can be reduced, meanwhile, extension is easy, and automatic loading of the configuration files after path adjustment can be achieved based on a Vite plug-in.

The invention relates to the technical field of computer programming, in particular to a redundant file deleting method and system, electronic equipment and a storage medium. The redundant file deleting method comprises the steps of obtaining a clearing command input by a user, wherein the clearing command comprises a target root directory and a target file extension; starting from the target root directory as a path, traversing the whole item directory of the target item corresponding to the target root directory, searching for all target files of which the extension names are target file extension names, and storing absolute paths of the target files into a file array; obtaining a target file name corresponding to each absolute path in the file array; traversing file contents of all non-target extension name files of which the extension names are not target file extension names in the preset directory array, and judging whether a target file name exists in the file contents or not; if not, taking the target file name as an unreferenced file name and adding the unreferenced file name into an unreferenced array; and outputting all unreferenced file names in the unreferenced array. Redundant files can be effectively deleted, and the project size is reduced.

The embodiment of the invention provides a sandbox storage space expansion method and device, electronic equipment and a storage medium, and relates to the technical field of computers.The method comprises the steps that a target partition is determined in response to the situation that the space proportion of a Linux partition in the electronic equipment about residual space is lower than a first preset threshold value; unloading a specified directory which is under the root directory of the sandbox and is used as a mounting point; in response to the completion of the unloading processing, mounting the target partition to a specified directory to obtain a current specified directory; based on the root directory containing the current specified directory, root directory switching processing of the sandbox is carried out, so that the root directory containing the current specified directory serves as the root directory of the sandbox, and the sandbox is switched after the root directory containing the current specified directory serves as the root directory of the sandbox. The target file which is generated in the sandbox operation process and needs to be stored in the current specified directory is stored in the target partition. According to the method and the device, stable operation of the Linux partition of the electronic equipment can be ensured.

The present technology pertains to a organization directory hosted by a synchronized content management system. The corporate directory can provide access to user accounts for all members of the organization to all content items in the organization directory on the respective file systems of the members' client devices. Members can reach any content item at the same path as other members relative to the organization directory root on their respective client device. In some embodiments novel access permissions are granted to maintain path consistency.

The application discloses a method for calculating volume integral of field quantity in OpenFOAM unsteady simulation result, which comprises the following steps: firstly, setting the current working root directory of OpenFOAM, reading the grid file discretely stored by OpenFOAM and creating the grid of the example; secondly, accessing the time control function and reading the time information; thirdly, creating the global blank file under the working root directory and storing the calculation result of the volume integral; fourthly, writing the time variable name and the variable name corresponding to the volume integral of the physical quantity to be calculated by the program in the first line of the global blank file; fifthly, reading the field quantity data required for calculating the volume integral of the physical quantity in sequence; sixthly, defining and calculating the physical quantity and the intermediate physical quantity concerned by using the regular expression; seventhly, defining the region concerned, calculating the product of the physical quantity concerned and the corresponding grid volume; and eighthly, writing the calculation result in the time sequence and completing the result output by traversing all the time points. The application can automatically process the multi-time point data in batches, greatly reduces the manual operation cost and realizes the efficient acquisition of the time evolution law of the volume integral of the field quantity.

The invention provides a software management method and device, electronic equipment and a storage medium. The method comprises the following steps: in response to a received software management operation request for target software, obtaining a software type of the target software; determining a first extension according to the software type; constructing a first temporary root directory, and mounting the first temporary root directory and the first extension to a target directory through an OverlayFS technology; calling a software management command, wherein the software management component executes software management operation in the target directory according to the software management command; and in response to the detection that the software management component completes the software management operation, generating a target software management file set, and storing the target software management file set to the first temporary root directory. Thus, a user can execute software management operations such as installation, unloading and updating on the target software in the unified view represented by the target directory, and ecological compatibility of the variable operating system is kept.

The invention discloses a fault tracing method and device for an assertion failure event of a service system, and relates to the technical field of computers, and the method comprises the steps: obtaining target data of the assertion failure event generated during the operation of a target service system, determining an assertion failure variable name, a function name to which the assertion failure event belongs and a signature character string of the function to which the assertion failure event belongs based on the target data; splitting and extracting the function signature character string to which the assertion failure event belongs to obtain a parameter name, and determining a formal parameter serial number corresponding to the assertion failure variable name; traversing a target file in a source code root directory in the target service system to match the target file with a function name to which the assertion failure event belongs to obtain a line text; and based on the line text, the parameter name and the formal parameter serial number, the target stub file triggering the assertion failure event is screened out from the stub file directory of the target service system, so that the problems of high debugging cost and easy omission are solved, the fault tracing efficiency and accuracy are improved, and the fault tracing complexity is reduced.

The invention provides a data processing method, which comprises the following steps that: a first computing node obtains an IO (Input / Output) request which comprises an access path; the first computing node determines a computing node where a root directory is located according to metadata of the root directory in the access path, and sends the access path to the computing node where the root directory is located; the second computing node where the ith-level directory in the N-level directories is located receives the sub-path sent by the computing node where the (i-1)-level directory is located, a third computing node where the (i + 1)-level directory is located is determined, and the sub-path with the (i + 1)-level directory information as the first directory is sent to the third computing node; the fourth computing node where the Nth-level directory is located obtains metadata of the target data block according to the information of the target data block sent by the computing node where the (N-1) th-level directory is located; and the first computing node obtains the target data block according to the metadata of the target data block. The method can effectively reduce the number of times of communication between nodes in the computing cluster and improve the access efficiency of the target data block.

An illustrative method includes detecting a log-in request associated with a managed directory within the file system, determining that the log-in request satisfies one or more criteria, and automatically generating, based on the determining that the log-in request satisfies the one or more criteria, a managed home directory within the managed directory. In some embodiments, the managed home directory may be usable by a storage management system to provide user-specific storage management functionality to a dataset of the directory.

This application discloses a container escape detection method and system, relating to the field of container escape technology. The container escape detection method includes the following steps: obtaining several device numbers of the device where the root directory of the host machine is located; storing the device numbers in a table to generate a device table; calculating the unique device code of the device where the root directory of the host machine is located based on the device table; if the unique device code and information content match a preset value, querying the container where the process is located and handling the process based on preset handling rules. The technical solution of this application does not depend on the kernel version, does not require recompiling the kernel module, has broad system compatibility, and can be used on all mainstream Linux operating systems. It can identify attackers who are using the sys_mknod function to escape from containers and handle them. It requires fewer hook points, has little impact on system performance, and consumes fewer resources.

The invention provides a software upgrading method, device, equipment and system and a computer storage medium, and the software upgrading method comprises the following steps: a mobile device sends a software upgrading instruction to a target device through a wireless communication link established with the target device; the software upgrading instruction comprises access address information of a file sharing service pre-created in the mobile equipment; a root directory of the file sharing service points to a target storage area for storing the upgrade file; receiving an access request; the access request is an access request which is sent by the target device based on the access address information and aims at the file sharing service; and returning the upgrading file in the target storage area to the target equipment through the file sharing service, so that the target equipment finishes software upgrading operation by adopting the upgrading file. The software upgrading method is safer, more efficient and easy to operate.

The application discloses an embedded component entity test method and device, and relates to the technical field of embedded software. The method is used to solve the problem that the existing component entity test method needs to analyze the source code of the component, thereby increasing the workload and difficulty. The method comprises the following steps: receiving a test instruction, wherein the test instruction carries a component description file to be compiled corresponding to a component entity to be tested; generating an intermediate representation according to the component description file to be compiled; obtaining test data of the component entity to be tested according to the generation strategy of the intermediate representation; storing the test data to a test data root directory, wherein the test data root directory comprises subfiles corresponding to ports and interfaces of the component entity to be tested; performing type conversion on the ports and interfaces included in the intermediate representation to obtain a stub component description file and a stub program code of the component entity to be tested; and executing the test data and the stub program code according to the test instruction to obtain a test result of the component entity to be tested.

This invention provides a method for optimizing FAT32 file system detection and repair while minimizing memory usage. The method is applied to embedded electronic devices running Linux systems and includes at least the following steps: allocating two memory blocks the size of a single FAT entry; sequentially reading FAT entries and performing preliminary checks and repairs; based on the number of used data clusters in the FSINFO sector of the file system information, allocating a cluster array pointer representing the number of used clusters; traversing the root directory and subdirectories; filling in data cluster information and forming a cluster chain; checking the used data cluster information; and repairing any anomalies. This method addresses the problem of excessive memory consumption and OutOfMemoryError (OOM) issues that occur when using the FSCK tool for file system consistency checking and repair in Linux-based embedded devices with limited memory resources. It ensures that embedded devices can operate stably even in resource-constrained environments, guaranteeing data integrity and security.

The application discloses an operation method and device of a document system, and relates to the technical field of computers. A specific embodiment of the method comprises the following steps: in response to a target operation initiated by a user and carrying an identifier of a to-be-operated object, determining a root directory of the to-be-operated object according to the identifier of the to-be-operated object; in the case where no first lock corresponding to the target operation and acting on the root directory exists in a preset lock component, creating a target lock corresponding to the target operation and acting on the root directory in the lock component, and executing the target operation; wherein the to-be-operated object comprises a document or a directory in the document system. The embodiment can ensure that the update-type operation and the delete-type operation of the document system do not affect each other through the root directory lock mechanism.

The method for realizing the shadow function of the server decoration window based on wlroots comprises the following steps: preparing eight pictures for realizing the shadow function and placing the pictures under the root directory; converting the pictures into a shadow_element structure; converting the pictures into a buffer, calling the width, height, step and format data of the pictures from the buffer, and filling the data into the structure of the pictures; converting the structure into a corresponding texture; rendering a rect node, associating the texture of the pictures with the rect node according to the sequence; calculating the actual position of the shadow on the screen; cutting to form a cutting area; and rendering the texture to the cutting area to form the shadow function. The method fully utilizes the existing extended hidden area of the window, does not need to increase the buffer and the rect node, does not need to separately modify the shader and the backend function, ensures the code uniformity, and realizes the shadow function.

The invention provides a file transfer path determination method and device, and relates to the technical field of cloud computing and artificial intelligence, in particular to the technical field of cloud storage, deep learning and natural language processing. A specific embodiment of the method comprises the following steps: in response to an operation of unloading a target file, extracting core semantic information from a file name of the target file; respectively matching the core semantic information with a next-layer folder name of a root directory and a next-layer folder name of a next-layer preset folder of the root directory to obtain a matching value corresponding to the target file; in response to the condition that the matching value is greater than a preset matching degree threshold value, determining a folder corresponding to the matching value as a transfer path of the target file; and in response to the condition that the matching value is not greater than a preset matching degree threshold value, creating a new folder under the preset folder based on the core semantic information, and determining the newly created folder as a transfer path of the target file.