109 results about "Environment variable" patented technology

The invention relates to the technical field of container arrangement, and discloses a configuration management method and system for container arrangement deployment, the method comprises the following steps: creating a container arrangement template, and defining global environment variables by using a preset configuration file in the container arrangement template, the global environment variables comprising public environment variables and private environment variables of micro-services; configuring a preset configuration file based on the container arrangement template, and determining a configuration mapping resource of the global environment variable; obtaining the name and the type of each micro-service to be configured, and determining the mapping relationship between each micro-service and the configuration mapping resource based on the name and the type; and creating a container corresponding to each micro-service, and injecting the associated configuration mapping resource into the corresponding container according to the mapping relationship to complete container deployment. According to the method, redundant configuration of parameters is reduced through centralized configuration management; through one-key deployment optimization, the configuration efficiency is improved, homomorphic extension is realized based on a dynamic configuration reference mechanism, and the compatibility is enhanced.

The invention discloses a system recovery method and system. The method comprises the following steps: configuring an environment variable partition; network rescue server parameters are pre-stored in the environment variable partition, a first-stage starting command, a second-stage starting command, a third-stage starting command, a network rescue command and a main starting command are defined, and the main starting command initially points to the first-stage starting command; starting for the first time, reading and executing a first-stage starting command from the environment variable partition by the universal boot loader; after execution of the first-stage starting command fails and a system is triggered to be restarted, the universal boot loader reads the updated main starting command from the environment variable partition, and the second-stage starting command and the third-stage starting command are executed in sequence; and when the third-stage starting command fails, the universal boot loader executes the network rescue command, downloads a recovery file from the network rescue server and repairs the system.

The invention relates to the technical field of business management, and discloses a title generation method, device and equipment, a storage medium and a computer program product, the method comprises the following steps: responding to a user title generation demand, analyzing an access token carrying a user identity, generating a user context, and sending the user context to a user terminal; the user context comprises permission attributes, business data and environment variables, a title template matched with the permission attributes is screened out from a rule base, the rule base comprises a plurality of permission conditions and a plurality of title templates, the title template is filled with the user context, and a target title is generated. According to the method, the context of the user is obtained in real time by analyzing the access token, the permission attribute, the service data and the environment variable serve as real-time input, the permission condition-title template pre-stored in the rule base is driven to complete matching and filling, codes do not need to be compiled or modified for each user or data state, and the user experience is improved. The title content is updated along with the user identity and the service scene, and the defect of frequent code modification is avoided.

The invention relates to the technical field of computer security, in particular to a desktop environment-oriented interactive management and control method for Linux sandbox lightweight process auditing. Comprising the following steps: constructing a dynamic hierarchical sandbox environment based on a namespace and a control group of a Linux kernel, and carrying out bidirectional binding on a specified directory of a host machine and a virtual directory in a sandbox through a preset environment variable mapping rule to realize isolation and dynamic adaptation of a process running environment; loading an intelligent file filter driver with context sensing capability, and performing multi-dimensional monitoring on file operation behaviors of processes in the sandbox in combination with a dynamic probe technology of a kernel mode; constructing a real-time auditing model based on the behavior feature vector, performing security level evaluation on the process operation behavior through the model, and triggering a corresponding management and control strategy according to an evaluation result; according to the method and the device, accurate auditing and dynamic management and control of process behaviors can be realized, so that the safety and the flexibility of the sandbox are improved.

The invention relates to a three-dimensional industrial modeling environment construction method and device and computer equipment. Comprising the steps of performing difference packaging on modeling files through file types and environment variables of the modeling files to generate a static file directory associated with a first type of language, so that file classification regularity and environment adaptation are realized, and use in an offline scene or a scene needing to be embedded into other ends is ensured. Subsequently, by means of a bidirectional communication channel and a target program file, a target function corresponding to the second type of language is called, different types of language resources are successfully connected, the modeling file is converted and then is built in a code of the second type of language, so that the modeling file does not need to be loaded in a request external resource mode, the problem of request cross-domain is avoided, and the modeling efficiency is improved. And efficient development of subsequent industrial modeling is ensured.

The invention relates to a front-end component generation method and device based on a VUE architecture, computer equipment, a computer readable storage medium and a computer program product. The method comprises the steps that according to a JSON Schema file, a basic component list, a composite component assembling rule and a DevOps environment variable mapping relation are obtained through analysis; loading the basic component list to a basic component layer, and generating an atomic-scale Vue component set; loading the composite component assembly rule to a configurable composite component layer, reading the composite component assembly rule, and calling a Makefile tool to render the atomic-scale Vue component set to obtain a composite Vue component; loading the DevOps environment variable mapping relation to a DevOps component layer, subscribing a global EventBus event stream, and injecting the DevOps environment variable mapping relation into a DevOps Vue component to obtain an environment sensing type DevOps component; and carrying out cross-layer communication on the atomic-scale Vue component set, the composite Vue component and the environment sensing type DevOps component. By adopting the method, repeated development of the component can be eliminated, and component configuration can be automatically adjusted according to the environment variable.

For crypto assets mounted to pods as files or environment variables, security and compliance can be complex and therefore may be inadequately managed. [Solution] The system may include memory and a processor that communicates with the memory. The processor may be configured to perform operations. The operations may include steps to monitor network actions between resources in a network and steps to extract encrypted data from the network actions. The operations may include steps to detect connection security data from the encrypted data and steps to obtain resource health reports for the resources in the network. The operations may include steps to merge the connection security data with the resource health reports and steps to generate security compliance reports.

The invention discloses a lightweight compilation deployment method and system for agent applications, and relates to the technical field of artificial intelligence application deployment. Aiming at the defect that an intelligent agent application depends on an intelligent agent development platform to run, the method comprises the following steps: a front-end compiling engine receives webpage description metadata generated by a webpage designer, analyzes and extracts an effective component, converts the effective component into a front-end static resource file, and then packages the front-end static resource file to generate a front-end static resource package only containing an actual component code of an intelligent agent; the back-end compiling engine receives the business process definition file generated by the business process designer, analyzes and extracts service components actually required by the business process and eliminates redundancy, and then packages the service components into a back-end service package capable of being directly operated in combination with process execution scheduling logic; sensitive information of a user access model is extracted, an environment variable configuration file is generated, decoupling of sensitive configuration, a front-end static resource package and a rear-end service package is achieved, and the sensitive configuration and the front-end static resource package are supported to flexibly inject sensitive parameters of a corresponding environment in an independent deployment stage.

The application discloses a resource allocation method and system, in a micro-service system, based on user request information, each application is allocated resources, wherein the method comprises the following steps: obtaining a target optimization model, the target optimization model comprises a plurality of one-to-one corresponding resource sub-optimization models; the optimization target of the sub-optimization model is that the sum of the average response time of all applications on the corresponding resource is minimized; the variables of the sub-optimization model include decision variables and environmental variables; obtaining the environmental parameters corresponding to the current micro-service system; based on the environmental parameters, each sub-optimization model is solved in parallel according to the alternating direction multiplier method, the optimal solution corresponding to each decision variable is obtained, and the corresponding resource allocation strategy is generated. The application obtains the optimal allocation result corresponding to each resource by solving each sub-optimization model in parallel, and optimizes the average response time of each application.

A computer system retrieves provisioning data and observability data (metrics, logs, events, alerts, inventory) for a plurality of components from remote servers. The computer system extracts component identifiers from the provisioning data and the log data. The computer system identifies relationships between components from the provisioning data and the log data, such as environmental variable relationships, network relationships, session relationships, access relationships, and network connection relationships. The computer system generates a topology in which nodes represent components and edges represent relationships. The topology is updated to show changes to components and relationships. A user may interact with a visual representation of the topology to change data displayed or invoke changes to the components and relationships represented by the topology.

Disclosed is an integrated clustering system including a master node that sets environment setting for clustering and generate an access token by installing a management program, a plurality of worker nodes that set environment setting based on an environment variable including an IP address of the master node and the access token and perform clustering with the master node by installing the management program, and a system control unit that extracts runtimes of clustering groups including the master node and the plurality of worker nodes which are clustered, and compares the runtime of one of the clustering groups with the runtimes of other clustering group than the one clustering group.

The invention discloses a structured query statement extraction method and device, equipment, a storage medium and a program product, and the method comprises the steps: constructing a virtual environment for operating a Python script according to a Python library dictionary and an environment variable dictionary of the Python script to be processed; according to the Python library dictionary and the condition component list of the Python script, an original syntax tree corresponding to the Python script is reconstructed, and the reconstructed syntax tree comprises a variable assignment node and an SQL capturer node; and traversing each parameter value of each variable assignment node of the reconstructed syntax tree to obtain a plurality of value combinations, converting the syntax tree formed by each value combination into a new Python script, running the Python script in a virtual environment, and forming a structured query statement extraction result of the to-be-processed Python script by an SQL (Structured Query Language) code formed by each running result. In this way, generalization, safety and integrity of SQL extraction can be improved.

The present embodiments relate to a cloud shell extension framework. A cloud infrastructure (CI) service can invoke a cloud shell from a console to the CI. The service may request that context data to be added for use in a terminal session. The cloud shell extension can include a tool or script that can be used to obtain context data or sample code for preparing an environment specific to the service prior to the user interaction with the environment. The cloud shell extension can allow for a service to register an extension in the cloud shell framework, and their extension can be invoked when a client initiates the cloud shell with the service. The extension can allow for the invoked service to forward context data, such as environment variables, to be set in the terminal session for the client.

The present application relates to the field of software automation testing and resource orchestration, and relates to a method and system for automated testing resource orchestration based on a combination of virtual and real elements defined by software. The method comprises: receiving a use case script written by a user end and a basic method of a package library called and selecting a use case script execution plug-in; receiving a task timing created by the user end and an environment variable for executing a test case, and reading the environment variable parameters for executing the test case set by the user end through a use case script; receiving a test definition created by a user on an automated testing system end, calling a scheduling tool to process the test definition and generate a task definition; receiving an execution instruction triggered by a user on an automated testing system end, generating a task instance according to the task definition by calling a scheduling tool, and starting an execution environment to execute the task; receiving an operation result sent by the execution environment, and judging the task execution status based on the operation result.

Embodiments of the present disclosure disclose an interface test and electromagnetic lock replacement method, device, electronic equipment and readable medium. A specific embodiment of the method comprises: generating an atomized interface configuration file sequence corresponding to test request information; loading an environment variable pool from a preset storage; sequentially for each atomized interface configuration file in the atomized interface configuration file sequence, performing the following test steps: injecting the environment variable pool and the operation configuration parameter information in the atomized interface configuration file into the execution context of an external test script file; updating the current environment variable pool; initiating an operation request to the electromagnetic lock of the cabinet access control equipment; in response to determining that each interface test data generated indicates that the lock control operation test fails, controlling the relay and lock replacement mechanical arm on the cabinet access control equipment to replace the electromagnetic lock with a backup electromagnetic lock. This embodiment reduces the number of times the cabinet door cannot be normally opened or closed or the electromagnetic lock is replaced by mistake.

The embodiment of the invention provides a project construction preview method and device, a storage medium and electronic equipment. The method comprises the steps of obtaining technical features and deployment features corresponding to a to-be-constructed project; determining a target basic template based on the technical features and the deployment features; and generating a project preview file through a preset environment variable of the to-be-built project and the target basic template. According to the technical scheme provided by the embodiment of the invention, a developer can intuitively look up the construction condition of the to-be-constructed project through the project preview file without waiting for the CI / CD platform to complete the construction of the to-be-constructed project, so that the to-be-constructed project is debugged based on the project preview file, and the purpose of shortening the total time consumption of project modification and debugging is achieved.

The invention discloses a general distributed execution method, device and system based on a Ray framework and a medium. The method comprises the steps that a Ray main node and a working node are started through a task runner of a cloud platform, and environment variables are injected for task configuration; environment variables injected by each working node are obtained and analyzed, the number of inference instances is automatically calculated according to resources needed by tasks, and an inference engine is started; monitoring a health check port of a local reasoning instance of each working node, and after the local reasoning instance is successfully started, reporting a URL of the successfully started local reasoning instance to the Ray host process; the Ray host process collects all reasoning instance URLs, and a sglang router is started and configured; and monitoring the state of the sglang router, and running the task script after the state of the router is confirmed to be ready. According to the method, coordination and execution of the multi-node reasoning task can be completed on a mainstream cloud platform with minimum configuration, so that the development cost is remarkably reduced, and the experiment efficiency of a large-scale model in evaluation and sampling tasks can be improved.

The invention relates to a cross-platform application packaging method based on an environment variable, and the method comprises the steps: obtaining a construction instruction inputted by a user, analyzing the construction instruction, extracting a platform type parameter and a version identification parameter, and generating a basic environment variable comprising a compiling mode; loading a page configuration file of a corresponding version according to the version identification parameter, and generating a version environment variable comprising page configuration information; calling a platform exclusive configuration template based on the platform type parameter, and generating a platform environment variable containing an equipment compatibility parameter; generating a target configuration parameter based on the basic environment variable, the version environment variable and the platform environment variable; the target configuration parameter comprises parameter information required for generating / packaging an application; and outputting a target platform application installation package according to the target configuration parameter.

In an application remodeling method, an application management system obtains an environment variable of an application in a runtime environment and a code package of the application. The system then obtains a remodeling result of the application based on the environment variable and the code package. The remodeling result includes an image set of the application, the image set includes a plurality of images, and a container created based on each image is configured to execute some modules of the application. Thus, automatic application remodeling is implemented based on the environment variable and the code package of the application.

This application provides a probe injection method, apparatus, device, storage medium, and program product, which can be applied to the fields of distributed computing and cloud computing technologies. The method includes: responding to a first startup command of a first container, starting the first container to copy at least one probe deployed on a shared path to a pre-configured installation path, and verifying the probe integrity anchor point indicated by at least one probe, the probe integrity anchor point representing the verification benchmark of at least one probe; if the verification passes, responding to a second startup command of the first container, executing a business middleware startup script, obtaining environment parameters and injecting them into the environment variables of the first container, the environment parameters indicating the stress testing parameters of at least one probe; responding to the completion of the execution of the business middleware startup script, performing a status diagnosis on at least one probe based on the process of the business middleware, obtaining a diagnosis result, the process indicating the injection status of at least one probe.

The application discloses a method and device for analyzing temporary storage usage of a container in a btrfs file system, and the method comprises the following steps: obtaining the environment variable of the container process of the btrfs file system through a system call of a container monitoring tool; obtaining a default scanned directory list from the container monitoring tool running environment variable; obtaining the directory list to be scanned by a target container according to the environment variable of the container process and the directory list; calculating the original layer path and the user layer path of the target container; traversing the directory list to be scanned by the target container to find the changed files in each directory according to the original layer path and the user layer path of the target container, and recording the size of the changed files; and determining the temporary storage usage of the container in the btrfs file system according to the size of the changed files. The application can find the storage usage of the container in advance for operation and maintenance monitoring and management, and avoid occupying excessive storage to cause abnormal container service.

The present disclosure relates to a method and a system for managing environment variables for Container Network Function Components (CNFCs) in a network environment In one example, the method comprises receiving, at a PVIM unit, from a container network function lifecycle manager (CNFLM), a reserve request comprising a set of environment variables for at least a CNFC. The method further comprises setting, by a processing unit at the PVIM unit, a reserved status associated with the set of environment variables based on the reserve request. The method further comprises transmitting, by the transceiver unit at the PVIM unit, to a PEEGN node, details of the set of environment variables and the reserved status. The method further comprises receiving, by the transceiver unit at the PVIM unit, from the CNFLM, an update inventory request associated with one or more environment variables from the set of environment variables. The method further comprises setting, by the processing unit at the PVIM unit, a status of the one or more environment variables based on the update inventory request.

The invention provides a model testing system and method for multi-chip computing equipment and related equipment. The system comprises an input module used for obtaining command line parameters and configuration parameters; the main control module is used for analyzing the command line parameter and the configuration parameter and sending a reasoning command to the performance pressure measurement module; the main control module is used for analyzing command line parameters, the API service starting module is used for starting reasoning service based on the analyzed command line parameters, and the performance pressure testing module is used for constructing a plurality of parameter combinations based on the analyzed configuration parameters, carrying out reasoning testing based on each parameter combination and sending corresponding reasoning results to the main control module; and the output module is used for outputting reasoning results corresponding to the parameter combinations. During testing, a user only needs to input command line parameters and configuration parameters, and the main control module can schedule the API service starting module to configure environment variables, load a to-be-detected model, send a reasoning request to an API reasoning service process based on each parameter combination and start reasoning.

The invention discloses an output method based on 32-bit single-chip microcomputer firmware upgrade memory anti-overflow protection, and relates to the field of single-chip microcomputer memory anti-overflow protection, and the method specifically comprises the following operation steps: S1, environment variable configuration and management; s2, performing core execution of the Python automatic script; s3, performing anti-overflow protection on the memory; and S4, cleaning redundant files and environment variables. According to the output method based on the 32-bit single-chip microcomputer firmware upgrade memory anti-overflow protection, the file path is defined as the environment variable and stored in the independent configuration file in a centralized mode, complete separation of the path and script logic is achieved, the non-transplantable problem caused by a hard coding path is avoided, meanwhile, the adaptation cost in different environments is reduced, and the adaptation efficiency is improved. Operators do not need to modify script codes and only need to adjust configuration files to complete deployment.

The invention discloses a structured query statement extraction method and device, equipment and a storage medium. The method comprises the steps that a module set, an environment variable set, a database connection tool set and an accessed database type set used by a Perl script to be processed are determined; constructing a virtual module set according to the module set, constructing a virtual database set according to the database type set, and constructing a virtual database connection tool set according to the database connection tool set; based on the module set, the environment variable set, the virtual module set, the virtual database connection tool set and the virtual database set, constructing a virtual environment for running the Perl script; and executing the Perl script in the virtual environment to obtain a structured query statement extraction result of the Perl script. In this way, generalization, safety and integrity of SQL statement extraction in the Perl script can be improved.

The invention provides a network process acceleration method and device, electronic equipment and a storage medium, relates to the technical field of computer network communication, and is used for reducing or bypassing the intervention of a kernel protocol stack and realizing the acceleration of a network process. The method comprises the following steps: configuring environment variable parameters when a network process is started in an isolation environment of a container; wherein the environment variable parameters are used for describing environment information during process running; acquiring a ByPass function file on the basis of the environment variable parameters; wherein the ByPass function file is used for realizing a network process communication function through an accelerated communication scheme, and the accelerated communication scheme is used for reducing or bypassing the intervention of a kernel protocol stack and carrying out data transmission between a user mode application and a kernel mode network card; and replacing an original network process communication function based on the ByPass function in the ByPass function file.

The invention provides a method and device for generating a cloud native deployment multi-copy application configuration file, and relates to the technical field of cloud computing, and the method comprises the steps: configuring an environment variable of an application container in an arrangement file of a container arrangement system, and obtaining a Pod IP address of a Pod where the application container is located and a node IP address of a host according to the environment variable; reading a Pod IP address and a node IP address in the environment variable, generating a unique label according to the Pod IP address and the node IP address, writing the unique label into a configuration file of the application, and creating a container starting script according to the configuration file; creating a mirror image text file, wherein the mirror image text file comprises a configuration file copying instruction and a container starting script copying instruction; constructing a mirror image according to the mirror image text file; the arrangement file configured with the environment variables is deployed into the cloud native environment, when the applications are started, the container starting script is executed, and the mirror image copy of each application is started based on the unique label.

The application provides an automatic configuration method, device and equipment for an embedded system and a medium. The method comprises the following steps: analyzing environment variables of a hardware platform of the embedded system to determine a plurality of initial configuration files, and analyzing a quick configuration command input by a user to obtain configuration paths of the plurality of initial configuration files; initializing a parser module, and generating a plurality of configuration tasks by analyzing all the initial configuration files through the parser module, wherein the quick configuration script comprises the parser module; in the process of concurrently executing all the configuration tasks, performing a configuration modification operation on all the initial configuration files corresponding to all the configuration paths to obtain a plurality of target configuration files, and outputting all the target configuration files, wherein the configuration modification operation comprises an analysis operation and a processing operation. According to the technical scheme of the embodiment of the application, the automatic configuration of the embedded system can be realized through the quick configuration script, so that the debugging efficiency and the stability of the embedded system are improved.

A container orchestration method and system applied to Kubernetes, the method comprising: a Webhook component intercepts and scans a Pod creation request to determine whether a first environment variable is included in a target container, the first environment variable being used to indicate that the target container is a sidecar container; in the case where the target container includes the first environment variable, the target container is Downward API formalized; after the Downward API formalization is completed, the API server writes the Pod configuration information of the target Pod to a distributed database, and the sidecar container is Downward API formalized, so as to facilitate subsequent modification of the startup command of the container through the Downward API, implement the exit mechanism of the sidecar container, and realize the universality of the container exit scheme.

This specification discloses a method, apparatus, device, and medium for obtaining configuration information of an application. The method includes: determining one or more custom environment variables corresponding to the application to be developed based on preset functional conditions of the application; obtaining configuration information of the custom environment variables and storing the program configuration information corresponding to the custom environment variables in the database of the application to be developed based on a preset environment variable entity class structure; determining whether the application to be developed has a preset layered program model based on configuration acquisition request information of the application; wherein, the configuration acquisition request information includes: an identifier of the environment variable to be acquired; and based on the determination result, determining to acquire the configuration information corresponding to the identifier of the environment variable to be acquired according to the preset layered program model and the identifier of the environment variable to be acquired.