31 results about "Command-line interface" patented technology

The invention discloses an execution method and device of a cloud management task, a storage medium, equipment and a program, and relates to the field of cloud computing, and the execution method comprises the following steps: matching a text corresponding to a received user instruction with a first dictionary to determine a processing object allowed to process the user instruction, the first dictionary is associated with the business field of the cloud management task; under the condition that it is determined that the processing object comprises the large language model and the risk decision of the first intention of the user instruction is a first value, according to the text and a preset vector database, a cue word of the large language model is constructed, so that an ordered task list corresponding to the user instruction output by the large language model is obtained; and executing the cloud management tasks in the ordered task list. Through application of the method and the device, the problems that a cloud management mode in related technologies mainly depends on a graphical user interface and a command line interface to realize management, the operation is complicated and the efficiency is low are solved, and the cloud management efficiency is improved.

Development and distribution of components for an anomaly detection framework, the method comprising: receiving, via an application program interface (API) of an anomaly detection framework, a listing of one or more components for interacting with the anomaly detection framework; providing, in response to a command of a command line interface (CLI) of the anomaly detection framework, to the anomaly detection framework, a request for a component of the one or more components; and installing an instance of the component received from the anomaly detection framework.

This invention relates to a dual-stack network asset discovery method based on multi-protocol collaborative detection and intelligent fingerprint analysis; it includes the following steps: multi-source parallel acquisition: collecting network layer information of various terminal devices in the intranet through command line interface or application programming interface; data cleaning and standardization: after acquisition, cleaning and standardizing the raw data; target device identification and detection strategy generation: based on the cleaned address list and combined with device information, identifying the target device type and automatically generating corresponding detection parameters; multi-protocol asset detection packet sending: sending detection packets to target IPv4 and IPv6 addresses according to configuration parameters; response data parsing and fingerprint recognition: performing structured parsing and multi-dimensional recognition on the received response data; dual-stack network data fusion and statistical analysis: after fingerprint recognition, fusing and analyzing the IPv4 and IPv6 detection results and constructing a unified asset database.

The application discloses a cloud management task execution method and device, a storage medium, equipment and a program, relates to the field of cloud computing, and comprises the following steps: matching a received text corresponding to a user instruction with a first dictionary to determine a processing object that is allowed to process the user instruction, wherein the first dictionary is associated with a business field of the cloud management task; in the case that the processing object comprises a large language model and a risk decision for a first intention of the user instruction is a first value, constructing a prompt word of the large language model according to the text and a preset vector database to obtain an ordered task list output by the large language model corresponding to the user instruction; and executing the cloud management task in the ordered task list. Through the application, the problem that the cloud management mode in the prior art mainly relies on a graphical user interface and a command line interface to realize management, operation is complex and inefficient is solved, and the cloud management efficiency is improved.

A network device that provides packet forwarding services includes: a command line interface and a route manager. The command line interface is programmed to: obtain a command, for updating a routing control function, that specifies positional information; identify a portion of the routing control function based on the positional information; identify a syntactic style associated with the portion of the routing control function; make a modification to the routing control function to obtain a modified routing control function; and update operation of the network device based on the modified routing control function. The route manager is programmed to process a route for forwarding packets of the network device based on the modified routing control function, after the operation of the network device is updated, to obtain a processed route for forwarding the packets.

The invention provides a flexible license management system and method. The system comprises a user operation module, a control management module and a storage module, the user operation module is used for providing a Web visual interface and / or a command line interface and interacting with the control management module; the control management module is used for automatically constructing a license server FlexLM mirror image and a license file license.dat in a container according to an instruction of the user operation module; when the container runs, a license management daemon process lmgrd and a vendor daemon process provided by each manufacturer are deployed in a running environment; the storage module is used for storing an lmgrd log in the running process of the container, and the lmgrd log comprises a license check log. By means of the scheme, the FlexLM deployment operation of the license server can be simplified, and environmental dependence is eliminated.

The invention relates to the technical field of software testing, in particular to a method and system for automatically generating a command line automatic testing interface, and the method comprises the steps: automatically obtaining description information of a command line interface; the description information is analyzed through a self-adaptive interface information analysis engine, structured interface definition information is obtained, and the self-adaptive interface information analysis engine is configured to conduct credibility evaluation on data in the analysis process based on a multi-dimensional credibility dynamic quantification model to obtain structured interface definition information; judging whether to update the own analysis template or not based on the evaluation result; selecting a corresponding automatic test interface template according to the target programming language; and based on the structured interface definition information, filling the selected automated test interface template to generate a test interface code file. By automatically generating the command line automatic test interface, the test efficiency is improved, manual errors can be reduced, and the stability and reliability of the software interface are ensured.

The invention relates to a dual-stack network asset discovery method based on multi-protocol cooperative detection and intelligent fingerprint analysis. Comprising the following steps: multi-source parallel acquisition: acquiring network layer information of each terminal device in an intranet through a command line interface or an application programming interface; data cleaning and standardization: after acquisition is completed, cleaning and standardization operation is performed on the original data; target equipment identification and detection strategy generation: according to the cleaned address list, in combination with equipment information, identifying the type of target equipment, and automatically generating corresponding detection parameters; sending a multi-protocol asset detection message: sending the detection message to the target IPv4 and IPv6 addresses according to the configuration parameters; response data analysis and fingerprint identification: carrying out structured analysis and multi-dimensional identification on the received response data; and dual-stack network data fusion and statistical analysis: after fingerprint identification is completed, carrying out fusion analysis on IPv4 and IPv6 detection results, and constructing a unified asset database.

Systems, methods, and other embodiments associated with generative Al assistance that is integrated into a command line interface (CLI) to a cloud platform are described. In one embodiment, an example method includes intercepting, in a command line interface to a cloud platform, a malformed command to the cloud platform. The method records the malformed command in a conversation history and passes the malformed command to the cloud platform to execute. The method intercepts a response to the malformed command that was returned from the cloud platform to the command line interface. The method passes the response to a generative artificial intelligence model to initiate generation of an enhanced response that includes a correction to the malformed command based at least in part on the response and context from the conversation history. And, the method presents the enhanced response in the command line interface.

The invention discloses a natural language information processing method and device, equipment and a storage medium, and belongs to the technical field of artificial intelligence. The method is executed by first computer equipment and comprises the following steps: displaying an input entry of natural language information; receiving an input operation on the input entry, wherein the natural language information is used for controlling a second computer device; in response to the input operation, displaying a first control command for the second computer equipment and control feedback information of the second computer equipment, the first control command being a command line interface command for controlling the second computer equipment based on semantics of natural language information, the control feedback information is used for indicating an execution result of the second computer equipment on the first control command. Through an input entry of the natural language information, a function entry for controlling the second computer equipment in a natural language mode is provided, and the input natural language information is realized; the second computer equipment is controlled in a natural language mode.

The invention discloses a BIOS (Basic Input / Output System)-based microcontroller program online updating method and device, which is characterized in that a serial communication interface is arranged between a central processing unit of a mainboard and a microcontroller, and a flash memory of the microcontroller is divided into a bootstrap program area, a first application program area and a second application program area; an update program under the BIOS and a binary program file to be updated are placed in a portable storage device, and the update program is run after a computer is started to enter a BIOS command line interface. The updating program reads the binary file and sends the data to the microcontroller through the serial communication interface according to the Ymodem protocol, and the microcontroller stores the data in the second application program area. And after the microcontroller is reset, the bootstrap program copies the to-be-executed program to the first application program area and skips to execute the to-be-executed program. The on-line updating of the microcontroller program can be completed without dismounting the mainboard and externally connecting a programmer, the maintenance cost is obviously reduced, and the updating efficiency and reliability are improved.

The invention relates to the technical field of communication, in particular to a method and system for achieving data sharing and storage through a multi-process command line interface and a command interface. The command line interface process synchronizes the shared data and the first integer variable identifier to a data access layer data module of the command line interface process before configuration, and copies the shared data and the first integer variable identifier to a first data cache and a second data cache respectively; newly adding and / or deleting and / or modifying data in the data access layer data module, recording newly adding and / or deleting and / or modifying configuration by the first data cache, and comparing to obtain newly added, deleted and modified data sets; and submitting the data set and the second integer variable identifier corresponding to the data set to the shared memory, comparing the second integer variable identifier with the first integer variable identifier by the shared memory, and if the second integer variable identifier is consistent with the first integer variable identifier, writing the data set into the shared memory. According to the method, the problem of configuration conflict caused by simultaneous configuration submission of the multiple command line interface processes can be solved, and simultaneous configuration of the multiple command line interface processes is supported.

The present disclosure relates to a system (108) and a method (600) for managing a Command Line Interface (CLI) platform (402) The system (108) includes a receiving unit (210) to receive a registration request via a User Equipment (UE) (102). The system (108) includes a validating unit (212) to validate a user credential associated with a user of UE. The system (108) includes a session establishment unit (216) to establish a session between the UE (102) and the one or more applications (404). The system (108) includes a receiving unit (210) to receive a command request. The system (108) includes a selecting unit (218) to select the set of commands. The system (108) includes the receiving unit (210) to receive one or more execute command requests. The system (108) includes the transmitting unit (214) to transmit the one or more execute command requests to the one or more applications (404).

Mechanisms are provided for automatic generation of command-line interface (CLI) commands based on a prior CLI output. A CLI command is executed via a CLI to generate a CLI output. The CLI output is processed to identify component(s) of the CLI output. For each component, action(s) are identified to thereby generate a plurality of action metadata. The CLI output is augmented with the identified component(s) corresponding action metadata to thereby generate a second CLI output. The second CLI output is generated and presented in response to a user input to select a component in the second CLI output, user interface (UI) element(s) associated with actions in the action metadata associated with the selected component. In response to a user selecting a UI element, an action corresponding to the user selected UI element is automatically executed.

The disclosure relates to a method (500) and system (108) for performing customer data adjustment operations in a network. The method includes authenticating, via an authentication unit (208), a user (102) using one or more authentication techniques to ensure that only authorized user can initiate the data adjustment operation. Upon successful authentication, a data management unit (210) stores customer-related adjustment data associated with the user (102). The data management unit (210) receives a bulk adjustment command from the user (102) through a command line interface (CLI) and forwards the command to a network node for execution. The network node determines adjustment parameters based on the stored data and predefined rules and performs the adjustments accordingly. The method facilitates large-scale data corrections, minimizes manual intervention, and ensures accurate, real-time compensation for customers.

The present disclosure provides a system (110) and a method (400) for network tracing using a command line interface (CLI) (112). The system (110) is integrated with the CLI (112) to provide location information of the concerned subscriber to an external client, trace requests from the subscriber in an efficient manner. The CLI (112) enables network tracing and subscriber tracing, thereby increasing efficiency to determine a root cause of a request failure from the subscriber.

The invention provides a code coverage rate report generation method and system, and belongs to the field of software test.The code coverage rate report generation method comprises the steps that a command line interface tool is called to initiate a data dump request to a target server side, and coverage rate execution data returned by the target server side is received; wherein the target server runs a tested application loaded with a coverage rate agent program, and the coverage rate agent program is configured to be in a network monitoring mode; obtaining a source code file path and a byte code file path corresponding to the tested application; and generating a code coverage rate report according to the source code file path, the byte code file path and the coverage rate execution data. According to the invention, the command line interface tool is adopted to remotely pull the coverage rate data from the server configured to be in the network monitoring mode, and the report is generated locally based on the dynamically acquired source code and byte code path, so that the coverage rate statistics and decoupling of the server file system and the specific construction tool are realized; and the universality and the flexibility of a code coverage rate statistical scheme are improved.

The application provides a system, a method and a fault diagnosis module for remotely diagnosing network equipment faults. The fault diagnosis module is independent of the operating system of the remote equipment, and comprises a command line interface unit, a command processing unit, a multiplexer, a console processing unit, and a fault processing unit. The multiplexer transmits data received from COMe modules, switch integrated circuits and at least one SoC chip module to the command processing unit after multiplexing. The console processing unit outputs logs of the COMe modules, the switch integrated circuits and the at least one SoC chip module to a storage module. The fault processing unit monitors fault information in the operating system of the remote equipment in real time, and outputs the fault information to the storage module in the remote equipment. When the remote equipment is suspended or abnormally, the remote management control equipment reads the logs and the fault information stored in the fault diagnosis module. The application can ensure the continuity and effectiveness of remote fault analysis and recovery operations.

The application relates to the computer technical field, in particular to a storage array management method and device, a storage array and a storage medium. The storage array management method comprises the following steps: obtaining command line interfaces to be executed in a storage array; the number of the command line interfaces to be executed is one or more; respectively identifying command line attributes of the command line interfaces, and matching execution priorities associated with the command line attributes of the command line interfaces; the preconfigured command line attributes are associated with the execution priority association relationship; and the command line interfaces are sequentially executed according to the priority order. The method can dynamically adjust the cache of the management device of the storage array, optimize a command line interface response strategy, and improve the performance of the management device.

A paste command to transfer data to a user interface (UI) text field of a first command line interface (CLI) is detected. The data is inhibited from being transferred to the UI text field. The data is caused to be entered as a command to a second CLI of an isolated computing environment. Information generated in response to the data being entered as the command to the second CLI is output.

A system for controlling disparate remote devices includes a control model, the control model providing a standardized interface to a user, the standardized interface providing a plurality of activities. The plurality of activities includes updating access credentials. The control module is configured to and executes commands causing the control module to communicate with a remote device, the remote device providing a remote-control interface having one or more interface types, selected from a list consisting of graphical user interface, command line interface, and menu driven interface. The control module simulates direct user interaction with the remote-control interface, translating a standardized command specifying an activity of the plurality of activities received via the standardized interface to a translated command, the translated command simulating direct user interaction with the one or more interface type.

The application provides a control method for integrating chassis management and network switching, and belongs to the technical field of network communication equipment; by uniformly integrating the BMC embedded on the switching board and the command line interface (CLI) of the network switching equipment, seamless fusion of network configuration and chassis health management is realized; the device adopts a modular software and hardware architecture, constructs a standardized interconnection between the switching board, the BMC module and the network processor, and supports unified access of any service port and management port; a unified command analysis engine is built in the system, traditional network management commands and chassis monitoring commands are standardized and integrated, intelligent prompts and online help are provided, and the operation and maintenance complexity is reduced; by collecting key parameters such as temperature, voltage, fan speed and power consumption in real time, combining a comprehensive health evaluation and a fault diagnosis mechanism, precise monitoring and early warning of the internal environment state of the chassis are realized.

This invention discloses a method and system for automated deployment and intelligent operation and maintenance of Node.js applications, belonging to the field of computer software technology. The method includes: Step S1 receiving a unified configuration file, including application layer configuration, process management configuration, monitoring configuration, hot update configuration, and dynamic process pool configuration; Step S2 automatically injecting monitoring middleware and health check middleware through code injection technology; Step S3 real-time collection of indicators and threshold comparisons, automatic adjustment of the number of worker processes, and updating the load balancer list through a dynamic load balancer adapter; Step S4 performing a three-stage hot update of preheating-switching-shutdown; Step S5 monitoring alarms and automatically rolling back or scaling up according to a self-healing strategy. The system includes a command-line interface module, a configuration management module, a process orchestration engine, a dynamic load balancer adapter, a monitoring and measurement module, an intelligent decision engine, and an operation and maintenance audit and visualization module. This invention solves the technical problems of complex deployment and operation and maintenance of existing Node.js applications, service interruptions during updates, low resource utilization, and fragmented observation and governance.

The application discloses a pseudo-terminal remote control system based on a master-slave architecture, and relates to the technical field of computer terminal control.The system comprises a master control terminal and a controlled terminal, wherein the master control terminal comprises an interface self-defining module, a master control communication module and a data rendering module, the controlled terminal comprises a pseudo-terminal creating module, a multi-thread processing module comprising a command issuing thread and a data echoing thread, and a controlled communication module;the application adopts the master-slave architecture and a multi-thread asynchronous processing mechanism, separates command issuing and data echoing to independent threads for parallel operation, completely eliminates single-thread blocking, and the master control terminal supports the font, color, layout of a user-defined command line interface, and various data display formats such as tables and logs, and realizes flexible rendering through dynamically generating ANSI escape sequences or HTML fragments, greatly improves the visual experience of remote operation, and thus provides an efficient, reliable, flexible and adaptable technical solution for remote centralized management and control of network switching chips.

The application is suitable for the technical field of software development, and provides a code comparison report automatic generation method, which comprises the following steps: receiving path information and comparison configuration information input by a user through a command line interface; calling a command line program of an external comparison tool in combination with the path information and the comparison configuration information; triggering a code comparison process and a report generation process through the command line program to generate a comparison report file; the application calls the external comparison tool through the command line program in a silent mode, improves the code comparison efficiency, simultaneously realizes automatic scheduling of the external comparison tool, and further understands code changes from a semantic level, semantizes analysis results of the external comparison tool, generates intermediate data, and finally integrates the intermediate data into the comparison report file.

A method to transmit a command line interface command to a managed device. A command execution system 200 receives at least one command line interface (CLI) command from an admin user interface 202 vi

Mechanisms are provided for simulating an operating system. For each operating system, the mechanism trains a corresponding artificial intelligence (AI) computer model that learns a pattern of input features of inputs to the operating system and corresponding responses from the operating system through machine learning training. A request to emulate the requested operating system and an emulation input to emulate processing thereof by the requested operating system are received. An AI computer model corresponding to the requested operating system is executed on the analog input to simulate processing of the analog input to generate an analog response. The analog response is returned as an analog output of the requested operating system in response to the input.

Systems, methods, and other embodiments associated with generative AI assistance that is integrated into a command line interface (CLI) to a cloud platform are described. In one embodiment, an example method includes intercepting, in a command line interface to a cloud platform, a command to the cloud platform. The example method recording the command in a conversation history and passing the command to the cloud platform to execute. The example method includes intercepting a response to the command that was returned from the cloud platform to the command line interface. The example method includes recording the response in the conversation history and passing the response to a large language model (LLM) to initiate generation of an enhanced response in context of the conversation history. The example method includes receiving the enhanced response from the LLM. And, the example method includes presenting the enhanced response in the command line interface.

Computer implemented methods, systems, and computer program products include program code executing on a processor(s) that monitors execution of a script to complete a task via a command line interface, and based on completing the task, generates, based on the script, a non-directional representation of the script and a directional representation of the script. The processor(s) clusters the non-directional representation of the script with non-directional representations of similar scripts (successfully in advance of the monitoring). The processor(s) merges the directional representation of the script to a cluster comprising the non-directional representation of the script.

The input of a user is monitored and a location of the user and a language of the user are detected. The input is converted to a text string in the detected user language and the converted text string is parsed into parsed tokens. A command line and correlated parameters indicated by the input are recognized based on the parsed tokens. The recognized command line with the assigned parameters is executed.