40 results about "Package management" patented technology

The invention belongs to the technical field of computer software, and particularly relates to a data lake and warehouse management deployment method applied to a domestic operating system, which comprises the following steps: establishing a heterogeneous server cluster, deploying various domestic operating systems in the server cluster, and completing configuration of a network architecture and a basic software environment; the method comprises the following steps: carrying out localization adaptation on a software component source code, synchronously modifying package management logic of a self-research data lake and warehouse management platform, and further implementing intelligent compiling to generate a program package for different instruction set architecture and domestic operating system combination; automatically generating and executing a deployment script by utilizing a self-developed data lake and warehouse management platform to complete installation and configuration of each software component on a target node; and after deployment of each software component is completed, systematic deep tuning and component-level accurate tuning are automatically performed on the deployed system and each software component, and automatic verification is executed. The invention provides an efficient, stable, safe and controllable data lake and warehouse integrated solution for users, wherein the data lake and warehouse integrated solution can be used immediately after being opened.

The present disclosure relates to a software project dependency package management method, an electronic device and a computer readable storage medium. The software project dependency package management method comprises: detecting a security vulnerability of a dependency package in a software project based on a security vulnerability database and a dependency information file; generating a repair scheme according to the detection result; and updating the dependency information file to repair the security vulnerability according to the repair scheme, wherein the dependency information file comprises information for building a dependency tree of the software project.

The invention provides a multi-protocol data processing method and device, electronic equipment and a storage medium, and the method comprises the steps: loading a plurality of protocol plug-ins based on protocol configuration information, and obtaining original management information from heterogeneous equipment based on the plurality of protocol plug-ins; preprocessing the original management information to obtain management information, and inputting the management information into a pre-constructed recognition model to obtain an exception recognition result of the management information output by the recognition model; adjusting the initial rule configuration information based on the exception identification result, generating rule configuration information, and processing the management information based on the rule configuration information to obtain processed management information; and packaging the processed management information based on a communication protocol corresponding to the target equipment, and sending the packaged management information to the target equipment. According to the method, the initial rule configuration information can be updated in real time according to the identified abnormal condition, the flexibility and the adaptability are high, and the method is suitable for dynamically changing complex application scenes.

To provide a technique for grasping the amount of baggage stored in a baggage storage facility in real time while suppressing an increase in cost.SOLUTION: A cargo management system 1 for grasping an empty bed quantity of a cargo area 100 in a cargo storage facility 110, the cargo management system 1 including a lane 2 on which stacks of cargo 5 are arranged in the cargo area 100, an imaging element 3 that continuously or intermittently acquires image data of the entire lane 2 in real time, and an arithmetic element 4 that performs image analysis on the image data, wherein the arithmetic element 4 calculates the number of stacks of cargo 5 in the lane 2 based on the image data, and further calculates an empty bed quantity of the lane 2 based on the number of stacks of cargo 5.SELECTED DRAWING: Figure 2

The invention discloses a software development kit generation method and device, a medium and a product. Relates to the technical field of artificial intelligence and software development, can be applied to the technical field of finance, and comprises the following steps: in response to a generation request of a software development kit, determining description information input by an application programming interface, and preprocessing the description information according to an input type corresponding to the description information; performing semantic extraction processing and standardization processing on the preprocessed description information to obtain standard language description, and determining a software development tool source code packet corresponding to the standard language description based on a preset plug-in adaptation engine; and determining a source code script corresponding to the source code packet of the software development tool, binding the source code packet and the source code script of the software development tool, and issuing the source code packet and the source code script to a mainstream packet management platform to realize generation of the software development tool packet. According to the method, the interface description information can be analyzed and processed, and the software development kit is automatically generated.

The invention relates to a material importing method and device, computer equipment, a computer readable storage medium and a computer program product. The method comprises the steps of obtaining a material import task, and extracting material data information of a target software material in the material import task; identifying a material type contained in the target software material; performing material import mode judgment processing, and determining a material import mode corresponding to the target software material of each material type; and executing material uploading processing on the target software material based on the address information of the material package management machine under the condition that the material import mode is a local disk storage mode, and executing material uploading processing on the target software material in a network uploading mode under the condition that the material import mode is a cloud storage mode. According to the method and the device, local uploading import processing or network uploading import processing is executed on different types of materials through the pre-stored material import logic, so that the flexibility of the material import process is improved, and the material management efficiency is improved.

The application relates to the technical field of computers, can be applied to financial and medical scenarios, and discloses a front-end code automatic alignment and change verification method, system, device and medium. The method comprises the following steps: constructing a semantic mapping index table of old interface fields and business codes in response to a package management script command; performing interface field level difference comparison on a remote interface protocol and a local historical snapshot to generate a change list; constructing a prompt word based on the index table and the change list, generating an adapter code segment, and non-invasively injecting the business code, updating the index table and the snapshot; and completing consistency verification and controlling submission before submission. The application realizes automatic perception of interface changes, non-invasive adaptation of inventory codes, and submission quality forced verification, and improves front-end engineering efficiency and system stability.

The invention discloses an intelligent system and method based on user recharge flow, and belongs to the technical field of mobile communication and electronic commerce crossing. The system comprises a user identification module, a package management module, a rule engine module and a page generation module, and further comprises a balance management module and a member management module which are used for collaboration. The method depends on the system, and the whole process of obtaining ICCID analysis equipment characteristics of a user, matching a package, verifying a multi-dimensional rule and generating a personalized dynamic interface is executed in sequence. By constructing a multi-dimensional package system and combining dynamic rule management and control, ICCID-driven differential adaptation and a cross-system linkage mechanism, the problems of package homogenization, marketing risk control deficiency, interface static solidification and the like of an existing flow recharging system are solved; the technical effects of improving the flow recharging service conversion rate, accurately preventing and controlling the marketing risk, and optimizing the user experience and the operation refinement level are achieved.

The invention relates to the technical field of circulating packaging, in particular to a packaging management method and system combined with an image processing technology. The invention discloses a package management method combined with an image processing technology. The method comprises the following steps: S1, collecting damage condition data and turnover times of each module in a cycle package in a use period; s2, acquiring circulating packaging information, processing the damage condition data based on the circulating packaging information, and generating a damage state sequence of each circulating packaging module; s3, based on the damage state sequence of each module, obtaining a residual turnover frequency prediction result of each module through a residual turnover frequency prediction model for circularly packaging each module; and S4, generating a combination scheme according to the prediction result of the remaining turnover times and the combination of modules of the package spare part library optimization cycle package. According to the invention, damage intelligent identification, residual turnover frequency prediction and module combination optimization of circulating packaging can be realized, so that intelligent and high-efficiency circulating packaging management under a supply chain closed loop is realized.

The application provides an extension module processing method and system for an Android system, which comprises the following steps: when a target Android system is started and a package management service execution system is ready, all installed application packages are traversed, and it is judged whether an extension module identification key or a framework identification key is contained in the metadata of the application packages, to obtain a judgment result, and write the complete path of the corresponding application package into a corresponding list file; a listener is registered in the package management service execution system, the application installation or uninstallation signal is listened to through the listener, a listening result is obtained, and the complete path of the corresponding application package is processed according to the listening result, to obtain a processing result; when any application is started, a class loader is created according to the processing result, and all plug-in frameworks in the list file are loaded through the class loader after the plug-in frameworks are initialized.

The application provides a communication service management device and system based on a unified framework, and belongs to the field of communication networks. The communication service management device comprises a service gateway module, a registration center module, a service monitoring module, a configuration management module, a package management module and a service running module. The distributed communication service management system comprises the communication service management devices based on the unified framework arranged on multiple communication devices. The application provides a unified service management framework, adopts a unified interface, defines a standard service calling process, and performs service whole life cycle management, and can be widely applied to scenes requiring service management.

A package management system comprises a slot including a pair of opposing spaced-apart planar surfaces on a base, and having a transmitter that generates an electromagnetic signal and a receiver in a path of the electromagnetic signal emitted by the transmitter. The system generates a signal indicative of whether the receiver senses the electromagnetic signal emitted by the transmitter. A control unit is in communication with the receiver and determine from the signal produced by each receiver of the given slot whether that receiver senses the electromagnetic signal. The processor considers the given slot to be empty if the signal produced by the receiver of indicates that the receiver senses the electromagnetic signal and considers the item to be present in the given slot if the signal produced by the receiver of the given slot indicates that a strength of the electromagnetic signal is below a predetermined threshold.

The present invention comprises: racks (11A, 11B) having a plurality of shelf openings; a loading / unloading carriage (13) for transferring a package (T) to a placement part (12) of the racks (11A, 11B) via the shelf openings; a wireless communication antenna (30) fixed to the racks (11A, 11B) or disposed in the vicinity of the racks (11A, 11B); and a controller (40) for managing loading / unloading of the package (T) and controlling the loading / unloading carriage (13) by means of wireless communication via the wireless communication antenna (30). The controller (40) has: a package management unit (41) that manages the package (T), which contains at least a liquid or a metal, as a specific package that affects wireless communication between the wireless communication antenna (30) and the loading / unloading carriage (13); and a shelf opening determination unit (43) that determines a storage position of the specific package so as to reduce the possibility of affecting the wireless communication.

The application relates to a package management-based safe starting method and a computer storage medium, characterized in that a BOOT booting kernel and a root file system are used to start a computer system, the method comprises the following steps: decomposing one or more versions of computer operating systems and corresponding application software into multiple software packages, and storing the software packages in a single-partition system area; dividing the multiple software packages into a rootfs package and a non-rootfs package, and making the content of the rootfs package point to the corresponding actual file or directory in the form of a soft link; gathering the stored software packages into the rootfs package under a determined path through the establishment of a soft link; and taking the rootfs package as a root file system to complete starting during starting. The reliability of embedded device starting can be effectively ensured.

The invention relates to the technical field of system engineering, and discloses a pipeline split charging management platform and method.The system comprises a real-time state monitoring module, a knowledge base instantiation module, a scheme derivation planning module, a vulnerability analysis module, an interference analogue simulation module and a stress resistance strengthening strategy module; acquiring a real-time constraint; loading a historical knowledge base instance, and obtaining a path planning and interference simulation operation instance; deriving a path planning instance according to the real-time constraint, and generating an initial split charging scheme; analyzing a scheme node load and topological relation, and identifying key weak links; based on weak link simulation disturbance, a targeted interference scheme is generated; strengthening the initial scheme according to the interference scheme, and forming a pipeline split charging execution strategy; according to the invention, the efficiency of the pipeline subpackage execution strategy of the pipeline subpackage management platform can be improved.

The invention provides a product package index management method and device, and the method comprises the steps: obtaining a product package uploading request which carries token information, a to-be-uploaded product package and metadata of the to-be-uploaded product package; the method comprises the following steps: acquiring metadata, analyzing and verifying the metadata, if verification succeeds, obtaining verified metadata, a dependency relationship list of a to-be-uploaded product package and a verified product package, storing the verified metadata and the dependency relationship list into an index database, acquiring full-amount index data in the index database based on a signal triggered at regular time, and uploading the full-amount index data to the product package. Processing the full-amount index data to obtain a full-amount index file, and storing the full-amount index file to a file storage module; and obtaining an index downloading request from a user and a local index version of a client of the user, and determining to return a total index file according to the index downloading request and the local index version, or generating and returning an incremental index file. Therefore, the index retrieval efficiency of the product packages is improved, and efficient product package management and index updating are achieved.

The embodiment of the invention provides a plug-in installation method and device, electronic equipment and a medium, and the method comprises the steps: deploying a preset cluster, and deploying a network hook service in the preset cluster; when the network hook service obtains a plug-in installation request sent by the cluster console, calling a plug-in controller; obtaining plug-in resources corresponding to the plug-in and a configuration file of the package management tool through the plug-in controller; calling a package management tool, and creating the plug-in resources in a preset cluster through the package management tool according to the configuration file; and installing the plug-in based on the plug-in resource created in the preset cluster through the package management tool. The plug-in resources are created in the preset cluster by adopting the package management tool according to different plug-ins, and the plug-ins are installed on the basis of the created plug-in resources, so that the installation processes of all the plug-ins are consistent, the specific universality of cluster plug-in installation is realized, and later maintenance and iteration of the plug-ins are easier.

The invention relates to a method for automatically constructing and releasing a Vue front-end component library based on UMD (Unified Model Description) specification, which comprises the following steps: an automatic script execution step for automatically generating and updating a component entry file of the component library to ensure automatic integration of a new component and avoid artificial omission; the implementation steps of introducing the function module as required allow a user to independently load each component in the component library, so that the loading efficiency and the user experience are improved; yarn is used as a dependency management step of a package management tool, so that the dependency installation speed is increased, and the development environment is optimized; and an integration step of the Nexus warehouse, which is used for automatically publishing the component library and performing security management so as to ensure the controllability and confidentiality of internal use. By applying the technical scheme of the invention, the problems of low component library maintenance efficiency and insufficient safety caused by lack of an automatic construction and release process, manual management of component entry files and an on-demand loading function of internal components in the prior art can be effectively solved.

The application discloses a method and system for querying rpm package version and path in a yum source, relates to the field of operating systems in IT and software development, and comprises the following steps: determining the root directory of the Yum source, acquiring the same directory as the Yum source path in the local source, writing the query result into a file A, and cutting out the Yum source path and storing the same into a file B; acquiring the information of all package names based on the file A and storing the same into a file C as key information during the query; acquiring the complete version information of all packages based on the file A and storing the same into a file D, wherein the version information is composed of epoch and version-release; according to the stored information, splicing and formatting into a JSON file in the form of 'package name-version-path'; periodically detecting and updating the JSON file and synchronizing to the corresponding service directory. The package management system based on the Yum source has the characteristics of data accuracy, real-time updating and user friendliness, and can provide basic service capabilities for users to improve the Yum source and Linux distribution provider by using the own data and advantages.

The invention relates to a software remote deployment and upgrade subsystem and upgrade method oriented to an edge server, and belongs to the technical field of software upgrade.The software remote deployment and upgrade subsystem oriented to the edge server comprises an upgrade package management module used for receiving an upgrade package from a central server and sending the upgrade package to the central server; integrity verification and encryption storage are carried out; the upgrading mode selection module is used for selecting an updating mode to update the edge server; the upgrading execution module is used for pushing the upgrading package to the edge server and executing upgrading operation; and the failure processing module is used for automatically executing a preset coping strategy after the upgrade failure is detected. The success rate of upgrading the large-scale edge server is improved; the security and reliability of the upgrading process are enhanced; a flexible cold and hot updating mode is supported; the influence of the network environment on the upgrading process is reduced; the independent subsystem can still perform self-healing and fault reporting even if the main system fails to start due to an upgrade fault.

The application relates to a front-end project management method and device, computer equipment and a storage medium, and relates to the technical field of computers. The method can be used in the field of financial technology or other related fields. The method comprises the following steps: if there is a creation requirement of a front-end project, obtaining project description information and a current template download mode, obtaining a first project template from candidate templates stored in a template download address corresponding to the current template download mode according to the project description information, creating the front-end project according to the first project template, and obtaining a project file directory and a project configuration file of the front-end project. The method does not need to switch different package management tools for front-end project creation, improves the efficiency of obtaining the first project template, and improves the development efficiency of the front-end project. In addition, the first template project is obtained based on different template download modes according to the network condition of an electronic device where the package management tool is located, so that the front-end project can be created under any network condition.

The method, device, storage medium and computer program product for data cloning provided in the embodiments of the present application, the method comprises: a first application sending a data reading instruction to a package management service (PMS), wherein the data reading instruction is used to request access to storage data of a to-be-backed-up application; the PMS accesses the storage data corresponding to the to-be-backed-up application according to the data reading instruction, and packs the storage data into backup data, so as to be acquired by the first application; and the first application sends the backup data to a first terminal device. The PMS can access the storage data of the to-be-backed-up application, thereby completing cloning of application data, and realizing cloning of storage data of an application stored on an old terminal device and needing to be migrated to a new terminal device to a corresponding application of the new terminal device.

Central package management (CPM) across code repositories is disclosed. In an example, a primary “props” file in a Git submodule references a version of a NuGet package. A “.props” file in a root directory of each of multiple code repositories references the primary props file in the Git submodule. Each of multiple software projects in the code repositories has a package reference to the NuGet package without a reference to the version of the NuGet package. When each of the multiple the software projects is built (e.g., compiled), the build process automatically uses the version of the NuGet package that is identified in the Git submodule. This permits a single change to the version number of the NuGet package in the Git submodule to be propagated across multiple projects spanning multiple code repositories.

The application discloses a binary dependency package management method, device and equipment, and relates to the technical field of software package management. The method comprises the following steps: analyzing a dependency declaration in a project configuration file; communicating with a central warehouse based on the dependency declaration to obtain metadata of a dependency package; making a dependency decision according to the metadata; performing corresponding acquisition and integration based on a determined dependency type; performing corresponding acquisition and integration based on a determined dependency type; and outputting error information and prompting a user to use local source code or other configuration sources for building if the central warehouse does not return a matched product. Dependency management automation, building security improvement and building process efficiency are realized.

Embodiments of the present application provide a packaging method of an application program, a storage medium, an electronic device and a program product. The method comprises: installing, in a packaging system, a source system comprising an original basic running and an original development environment of a packaged application program by a package management tool, wherein the package management tool of the packaging system is the same as that of the source system, and the source system is a system in which the application program is originally expected to run before being packaged; compiling a control program in the source system, setting a dynamic link loader path of the control program as a placement path of an internal loader after package installation, and storing the control program under a packaging directory; and generating an application program installation package according to files under the packaging directory. Through the embodiments of the present application, the problem that a cross-system application program packaged and generated in the related art has incompatibility and large overhead when running is solved.

The invention discloses a test material management system based on a radio frequency technology, and belongs to the technical field of material management. The system comprises a personnel access control unit for managing personnel to go in and out of a warehouse, and a test material access inspection access control unit for managing test materials to go in and out of the warehouse, the test material access inspection access control unit comprises a configuration management module, a warehouse-out management module, a warehouse-in management module, a query and positioning module, a scrap and maintenance management module, a test package management module, a fault processing module, a user authority management module, an alarm prompt module and a database. Through cooperation of the personnel access control unit and the test material access inspection access control unit, the system has multiple functions of portal access control, test material real-time monitoring, security anti-theft alarm and the like, management and statistics of test materials are facilitated, and the warehouse management efficiency is improved.

The invention relates to the technical field of packaging dynamic management and control, in particular to a packaging management and control method and system based on multi-modal information fusion. The packaging management and control method based on multi-modal information fusion comprises the following steps: S1, obtaining inherent parameter data of a packaged product, determining ontology attributes according to the inherent parameter data, obtaining pressure data, temperature data and humidity data of an environment where the packaged product is located, and determining the ontology attributes according to the pressure data, the temperature data and the humidity data; taking the pressure data, the temperature data and the humidity data as external attributes; and obtaining product types corresponding to different types of packaged products, and determining a single change sequence and a single invariant sequence according to the product types in combination with the ontology attributes and the external attributes. According to the method, a multi-modal data fusion system is constructed, dynamic risk monitoring and accurate traceability are realized, an early warning-diagnosis-optimization closed loop is established, and the reliability and the anti-risk capability of a packaging system are improved.

A system for package management includes an interface and a processor. The interface is to receive an indication to install a package. The processor is to determine a configured package using a set local configuration properties and using the package and to launch, using a metascheduler, a set of subschedulers to install a plurality of applications of the configured package.

The application provides a nuclear power field operation structured execution system and method based on mobile interaction and offline synchronization. The system comprises a background service subsystem and a mobile operation terminal. The background service subsystem comprises a work package structured engine for generating a structured template containing work steps, risks, acceptance and other elements; an offline package management module for dynamically assembling an encrypted offline package according to tasks, with a version identifier and a signature; a data synchronization and archiving service for checking, decrypting and returning results to the business system. The mobile operation terminal comprises: an offline operation module for guiding execution according to the structured process in a network-free environment; a field data collector for calling a camera, a code scanner and an RFID, and binding work steps and device data collection; an intelligent synchronization queue module for automatically resuming transmission after network recovery. The system realizes operation error prevention, full-area coverage, structured data sedimentation and efficient work order closed loop.