12 results about "Managed code" patented technology

The invention discloses a code item management method and device, and relates to the technical field of operation and maintenance management. The method comprises the steps of executing a configuration management operation on a code warehouse corresponding to a code item; the configuration management operation is used for managing attribute information of code items in the code repository; setting assembly line parameters of the assembly line operation process, wherein the assembly line parameters are trigger factors for triggering the assembly line operation process; an operation instruction is received, a corresponding assembly line execution task is constructed when an assembly line operation process is triggered based on the operation instruction, and the operation instruction comprises assembly line parameters; obtaining a corresponding code item based on the assembly line execution task, performing operation, and displaying an execution state and an execution result through a preset continuous integration tool; and according to the execution state and the execution result, triggering a code item configuration process to carry out warehousing storage on the adjusted code item. The method and the device are used for realizing a code project management function.

The invention discloses an unmanned underwater vehicle data processing and memory management method and system combined with a multi-language fusion technology. The method comprises the following steps: receiving and analyzing a user instruction based on a main control end, and determining algorithm calling logic; a compilation type numerical calculation module (such as Matlab DLL) is called through a first algorithm integration interface, and multi-source parameter fusion and correction are executed; calling an interpreted script algorithm module (such as a Python process) through a second algorithm integration interface, and executing artificial intelligence and deep learning quality control; and the cross-language memory management module is used for performing unified management and control on memory interaction of the hosting codes and the non-hosting codes. And the memory management module realizes active recovery of the memory by maintaining a running state class and a queue to be released on the basis of logic of coupling of a service time sequence and a function code. The method solves the problems of memory overflow and system robustness in a multi-language integrated environment, guarantees the high efficiency and reliability of massive observation data processing, and is suitable for the field of unmanned underwater vehicle detection.

To provide a method and a device for coding or decoding, and compression or decompressing of a video that reaches a high compression efficiency.SOLUTION: In a method, an encoder inserts a construction into a vide bit stream, a decoder analyzes a bit stream, and a control is easily made for that which combination of tools are in valid, which combinations are not permitted, and which tools are activated against various components in a plurality of component bit streams, and a potential parallelization of a bit stream decoding is realized. A video code tool is controlled while containing the construction into the video bit stream. Thus, a video decoding resource can be more effectively utilized.SELECTED DRAWING: Figure 3

Video coding tools can be controlled by including syntax in a video bitstream that makes better use of video decoding resources. An encoder inserts syntax into a video bitstream to enable a decoder to parse the bitstream and easily control which tools combinations are enabled, which combinations are not permitted, and which tools are activated for various components in a multiple component bitstream, leading to potential parallelization of bitstream decoding.

A method, an apparatus, a device, and a medium for managing code for an application are provided. In a method, a calling relationship for at least one code element in the code of the application is determined. A data flow processed by the code of the application is obtained, the data flow including at least one data item processed by the at least one code element. A risk path associated with the code of the application is determined, the risk path indicating a call path of a code element in the application that causes a potential risk. Based on the calling relationship, the data flow and the risk path, the potential risk in the code of the application is determined.

Methods, systems, and computer program products for managing code updates in computer clusters. Multiple components are operatively interconnected to carry out upgrade operations over nodes of a computer cluster. Specifically, in-place coordination of upgrades to a cluster (without requiring a temporary upgrade node) can be carried out by selecting a first node from the cluster, then enabling a protocol whereby operational elements of the cluster observe an upgrade token passing algorithm to ensure mutual exclusivity of a sequence of operations as between individual nodes of the cluster. Given such mutual exclusivity, the upgrading of the cluster can be carried out by applying code updates one node at a time. Migration of operational elements to and from nodes of the cluster (without requiring a temporary upgrade node) are facilitated by an intent processor. Computing clusters can be hyperconverged computer infrastructure clusters, and / or computing clusters can be Kubernetes or other computing clusters.

This application discloses a method, device, storage medium, and product for monitoring application privacy data flow, relating to the field of network security technology. It monitors interactive calls from the managed code layer to the native code layer in an application, obtains sensitive data and memory addresses, and creates associated data identifiers for the sensitive data. Based on these data identifiers, it performs behavioral and data flow monitoring of the sensitive data in the native code layer, obtaining monitoring events containing operational context and propagation paths. Based on the data identifiers, it associates the sensitive data, memory addresses, and monitoring events to generate a complete privacy data flow graph from the data collection source to network outflow. This invention effectively penetrates the high-level language runtime boundary through the synergy of dynamic binary instrumentation, memory data scanning, and cross-layer call monitoring, solving the problem of blind spots in monitoring native layer privacy operations and achieving deep detection and accurate evidence collection of concealed and hardened privacy violations.

This invention discloses a method and system for managing code files, relating to the field of computer technology. One specific implementation of the method includes: a code management server performing integrity verification on the code file corresponding to a code merging operation and transmitting the code file to multiple burning servers; the multiple burning servers being deployed geographically; the burning servers burning the verified code file to one or more burning storage media; a verification server reading the code file from any of the burning storage media and verifying it; if verification fails, reading the code file from a burning storage media at another deployment location; if verification passes, transmitting the code file to a recovery server, which then performs functional verification on the code file and recovers the code. This implementation effectively avoids the loss of code files due to backup server failure in extreme disaster scenarios.

A computer-implemented method for managing code analysis tools and their configurations across multiple software projects is disclosed. The method comprises: providing a centralized configuration package that includes references to a plurality of code analysis tools and pre-defined configuration settings for the code analysis tools, wherein the configuration package is versioned and stored in a central repository; associating one or more software projects with the centralized configuration package by including a linking reference to the configuration package within a project file of each software project; automatically applying the referenced configuration settings and dependencies defined within the centralized configuration package to each associated software project upon build or analysis by the steps of: adding code analysis tool references and configuration settings to each associated software project; and resolving and managing dependency versions for the code analysis tools according to the version of the centralized configuration package referenced. Unlocking insights from Geo-Data, the present invention further relates to improvements in sustainability and environmental developments: together we create a safe and liveable world.

A computer-implemented method for detecting malicious code across different programming languages receives input source code, generates semantic embeddings for the input code and cross-language generated code, compares the embeddings to produce a comparison result, and analyzes the result to identify potential malicious code. The method leverages semantic analysis techniques and language-specific embedding models to enable efficient and accurate detection of security threats across language boundaries. By focusing on the semantic essence of the code rather than its literal text representation, the method overcomes limitations of traditional malicious code detection approaches, providing a robust, scalable, and secure solution for managing code security in multi-language software development environments.

A code hosting platform risk control system and method based on deep learning, comprising a risk control modeling platform and a risk control operation platform, the risk control modeling platform and the risk control operation platform are built on a cloud infrastructure, and the risk control of the whole life cycle of the code is realized based on the code hosting platform and the user center. The cloud infrastructure aggregates a large amount of computing, storage and network resources, and provides machine learning, deep learning, big data and other service capabilities; the code hosting platform provides code hosting, code review, progress management, quality management, problem management, continuous integration and other functions, realizes code hosting and collaborative development and continuous release; the user center stores the basic information of code visitors, submitters and collaborators, and combines the identity information to carry out user portrait and form an identity tag. The application can effectively identify the security risk of the source code, timely carry out risk early warning, continuously improve the model, improve the risk control accuracy and enhance the ability to discover unknown risks.