110 results about "Development testing" patented technology

The invention relates to a DevOps-oriented containerized test environment deployment system and method, and belongs to the technical field of Internet. A multi-service test environment is defined through a YAML file, environment variables are managed in combination with an. Env configuration file, dependency is optimized through dependency layering and a cache library, a container mirror image is constructed, and a container cluster is started; managing multiple tasks through a centralized scheduling architecture, and realizing resource isolation of a container cluster by using Cgroup; adjusting the number of container instances in real time based on a capacity expansion and contraction mechanism; a bridging network is used for automatically distributing a container IP, a built-in domain name system analyzes a service name dynamic discovery service, and rapid reconstruction of a containerized test environment is achieved. According to the method, a YAML and environment variable separation mechanism is adopted, real-time loading of development, testing and production environment configuration is supported, the deployment time is shortened to the second level, the resource utilization rate is increased to 90% from 60%, the multi-service communication difference is eliminated, and efficient interconnection between containers is ensured.

Traditionally, a software application is developed, tested, and then published for use by end users. Any subsequent update made to the software application is generally in the form of a human programmed modification made to the code in the software application itself, and further only becomes usable once tested, published, and installed by end users having the previous version of the software application. This typical software application lifecycle causes delays in not only generating improvements to software applications, but also to those improvements being made accessible to end users. To help avoid these delays and improve performance of software applications, deep learning models may be made accessible to the software applications for use in providing inferenced data to the software applications, which the software applications may then use as desired. These deep learning models can furthermore be improved independently of the software applications using manual and / or automated processes.

The invention provides an intelligent system development method and device based on a large model. Receiving an original demand input by a user, and carrying out demand clarification and improvement through a multi-round dialogue reinforcement learning mechanism; synchronously generating a user story, an application architecture model, an executable code and a test case based on the improved original demand; constructing a three-dimensional task scheduling model and dynamic optimization of a retrograde development plan according to the generated development elements; running static risk mode detection and dynamic progress risk prediction in parallel in a development full cycle; and when the project is finished, automatically executing a knowledge distillation process, and carrying out vectorization storage and model iteration of development experience. According to the embodiment of the invention, the intelligent level of software development is improved, and the development efficiency is improved, the quality risk is controllable and the knowledge is continuously evolved by establishing the full-link digital twinning of demand-design-development-test-operation and maintenance.

The invention relates to an artificial intelligence application service software development terminal, relates to the technical field of computer software, and aims to simplify and accelerate the design, development, test, deployment and management processes of artificial intelligence application services. The terminal integrates a data processing module, a model development module, a service definition module and a deployment management module, and provides a unified integrated development environment. Through a user-friendly graphical interface, a developer can conveniently import, label and preprocess data; an artificial intelligence model is selected or constructed, and training and evaluation are carried out; defining input and output, an interface protocol and runtime configuration of the model, and packaging the model into a callable service; and the services are deployed to various target platforms. According to the method, the development threshold is effectively reduced, the development efficiency is improved, and wider application of the AI technology is promoted.

In order to solve the problems of insufficient compatibility, low compiling efficiency, weak management capability, limited expansibility and the like due to the fact that existing satellite information processing technologies are mostly designed for single satellites or satellites of the same type, the invention provides a differentiated information compiling management system and management method suitable for batch satellite clusters. Belongs to the technical field of satellite information processing and management. The system takes the ground management subsystem as a management control center; the on-satellite management subsystem is used for receiving and executing instructions and management contents from the ground management subsystem; the full-life-cycle standardization process is used for defining collaborative specifications of the ground management subsystem and the satellite-borne management subsystem in each stage of software from development, testing, issuing, on-orbit updating to decommissioning; wherein the ground management subsystem and the satellite-borne management subsystem cooperate through a whole life cycle standardized process to form a space-ground cooperative, autonomous and controllable closed-loop management ecology. The method is suitable for on-orbit management of large-scale different types of constellation satellite software.

The invention discloses an automatic testing method and device based on a front-end UI and a terminal, and belongs to the technical field of front-end development testing. Comprising the following steps: detecting a first test instruction of each set of front-end UI program, controlling to carry out demand analysis, determining a function module which needs to be subjected to UI automatic test according to a demand analysis result, and determining a test target; performing automatic technology type selection, and selecting a specified test tool and a continuous integration tool; generating a compiled test case according to the determined function module needing to be tested and the test target; running the test case, and generating a test script according to the test case and an automation technology type selection result; when the test script is verified to be correct, integrating the test script into a continuous integration tool, and automatically running a test through the test script when the code of the subsequent version of the front-end UI program is submitted; and generating a test report, positioning problems and giving repair suggestions. According to the invention, the testing efficiency is improved, and the labor cost of testing is reduced.

The invention discloses a standard development test method for an operator interface, and relates to the technical field of operator development, the method comprises the following steps: in the development stage of the operator interface, constructing a universal development code, and generating an operator interface code of a target operator based on the universal development code, the construction process of the universal development code following a prefabricated code standard; in the test stage of the operator interface, a general test code is constructed, an interface test code of a target operator is generated based on the general test code, and the construction process of the general test code follows a prefabricated code specification; code specification detection is carried out on the target code based on the prefabricated code specification, wherein the target code comprises an operator interface code and an interface test code of a target operator; and under the condition that the code specification detection is passed, storing the target code. According to the method, the standardability of the operator interface code and the interface test code can be ensured, and the development test efficiency can be improved.

In one aspect, a computerized method for Darwinian Elo frameworks for chatbot evaluation comprising: implementing an ad-hoc development testing, wherein the ad-hoc development testing comprises a first phase of chatbot evaluation; implementing a response generation, wherein once a model version used for response generation is ready by flagging the model version for evaluation arena candidacy; implementing a simulated Elo evaluation, wherein once one or more generations of models are generated for the candidate model, each candidate model is evaluated in a simulated evaluation arena, and wherein each of the one or more generations of models undergo regular matches against one another; and implementing a live Elo evaluation, wherein a set of top models are used in a live environment.

The invention discloses a software full-life-cycle intelligent collaborative optimization method and system based on a large model, belongs to the technical field of artificial intelligence and DevOps crossing, and aims to solve the technical problem of how to eliminate LLM model performance degradation caused by development, test and production environment data splitting. According to the technical scheme, the method comprises the steps that a large language model is called through a gRPC interface to generate a program code, and a requirement specification with a version mark is obtained; calling a large language model to generate a boundary value test case based on an extension plug-in of a JUnit framework, and obtaining a defect report with a severity label; an anomaly detector integrated with a Prometheus monitoring tool calls a large language model to predict a container fault, and obtains a resource utilization rate time sequence report; and constructing a structured data lake: storing development, test and operation and maintenance data by using Elasticsearch, and establishing space-time association among developers, test cases and container instances through a Neo4j graph database.

The invention discloses a high-power motor servo drive software architecture and a construction method thereof, and belongs to the technical field of motor servo, the high-power motor servo drive software architecture sequentially comprises a hardware configuration layer, an interface platform layer, a protocol abstraction layer, an application layer and a scheduling management layer from bottom to top, and the layers are fully decoupled; the hardware configuration layer realizes peripheral initialization for hardware details hidden in the upper layer; the interface platform layer directly accesses a register to quickly access data; the protocol abstraction layer is responsible for data format conversion and ensures interlayer communication; the application layer integrates a control algorithm and fault processing; the scheduling management layer is responsible for optimizing resource allocation and task scheduling; according to the high-power motor servo drive software architecture and the construction method thereof, the problems of high software coupling degree and poor expansion reusability in the prior art can be solved, and the development and test efficiency and the system stability and reliability are improved.

The invention relates to the technical field of software development, in particular to a software quality integrated management method and system. The system comprises a demand management module used for determining a demand and making a test plan; the data processing module is used for collecting quality management data in the software development process and labeling the data; the association relationship module is used for establishing an association relationship between the data; the execution recording module is used for recording operation in software development, test and repair processes and generating an execution log; the quality analysis module is used for constructing a quality evaluation model, calculating a software quality score and judging a software quality grade; the test management module is used for generating and executing a test case according to requirements to obtain evaluation data; and the quality evaluation module is used for integrating and analyzing the evaluation data and comprehensively evaluating the software quality. According to the technical scheme, quality management in the software development process can be efficiently and comprehensively achieved, and quick tracing and positioning of quality problems are achieved.

The invention relates to a financial credit creation system architecture deployment method, which comprises the following steps: S1, investigating the current situation, and determining the existing system architecture, business process and technology stack of a financial institution; s2, planning and designing, wherein model selection and configuration are carried out around a host platform, a cloud platform, middleware, a database and related key components; s3, development testing, including demand analysis, design, coding and self-testing, a testing stage including unit testing, integration testing, system testing, acceptance testing and regression testing; s4, platform construction; s5, migration implementation; and S6, operation and maintenance operation. Through the systematic deployment method, the problems of high security risk, high maintenance cost, poor autonomous controllability and the like of the existing financial credit and credential system are effectively solved, and efficient, safe, autonomous and controllable technical support is provided for digital transformation of financial institutions.

The invention provides a software development testing method and system, electronic equipment and a storage medium, and the method comprises the steps: building connection with a testing environment in response to a performance testing instruction which is used for triggering a performance test of a program code of to-be-tested software and is generated based on a compilation success identifier of the program code; deploying an installation package generated by compiling the program code into a test environment, and performing performance test to obtain a target test value of a performance index; and if the target test value meets a threshold condition, determining that the performance test result is passed, thereby completing the software development test, the threshold condition comprising that the increment of the target test value is less than or equal to a preset increment threshold and the target test value is less than or equal to a preset upper limit threshold. After the program code compilation verification is passed, the performance test of the program code is triggered, so that the performance test is completed before the code is put in storage, and the problem that the program code with the performance problem is merged into a development branch warehouse can be effectively prevented.

The invention provides an FC network switch simplified test method, which relates to the technical field of aviation systems, and comprises the following steps: S1, constructing a test environment, inserting a first FC switch and a second FC switch into a test tool, and interconnecting a plurality of ports of the first FC switch and the second FC switch; s2, controlling the first FC switch and the second FC switch to start and operate in a ground working mode through an external discrete magnitude, and setting domain IDs of the two switches to be 1; and S3, controlling the CPUs of the first FC switch and the second FC switch to inject an FC excitation source through software, so that the first FC switch and the second FC switch mutually send and receive FC test messages through interconnected ports to execute an automatic test. According to the method, the problem of test environment conflict frequently existing in actual scientific research test and experimental test is solved, the progress of production delivery, scientific research and troubleshooting is accelerated, and a reference basis is provided for development and test of similar products.

The invention discloses a front-end page testing method and device, a storage medium and equipment, and the method comprises the steps: obtaining a front-end page file, determining an interface endpoint requested by a front-end page according to the front-end page file, generating a creation code of each interface according to the interface endpoint requested by the front-end page, creating an interface in a target server according to the creation code, the interface being used for replying return data when a front-end page requests, taking the target server as a back-end address, testing the front-end page, and under the condition that a back-end system or database is completely not required to be built, testing the front-end page by using the target server as the back-end address. According to the method, the codes can be created through the back-end interface generated in real time, so that the front-end page is tested, the front-end development test progress and the back-end development test progress are decoupled, and the flexibility of front-end development is improved.

The invention relates to the technical field of low-code databases, and particularly discloses a low-code database merging method based on an incremental meta-model atlas, which comprises the following steps: constructing an entity structure of a development test library meta-model atlas according to system table data of a development test library, constructing an entity structure of the production library meta-model atlas according to the system table data of the production library; generating a development test library meta-model graph according to the entity structure of the development test library meta-model graph, and generating a production library meta-model graph according to the entity structure of the production library meta-model graph; carrying out incremental combination on the development test library meta-model atlas and the production library meta-model atlas; meta-model synchronous merging is carried out on system table data of the production library; and synchronously updating the business table structure in the production library. According to the low-code database merging method based on the incremental meta-model graph, merging of low-code databases under the condition that a development test environment is isolated from a production environment can be efficiently achieved.

The invention relates to an integrated energy simulation test method and device, a storage medium and equipment. The method comprises the following steps: constructing a power distribution topological structure of an integrated energy system model; constructing a control system in the integrated energy system model; and carrying out development testing on the integrated energy system according to the power distribution topological structure and the control system. According to the embodiment of the invention, the simulation test can be carried out by establishing the integrated energy system model, the current operation strategy of the integrated energy system is obtained according to the development test target and working condition of the integrated energy system, and the control instructions of the virtual system and the low-power system are output according to the operation strategy; monitoring and evaluating the power distribution states of the virtual system and the low-power system; and iteratively upgrading a comprehensive energy system model according to the monitored and evaluated data, and improving the development speed and precision of a comprehensive energy control algorithm. The method has universality, is suitable for modeling of different types of comprehensive energy sources, and has remarkable practical value.

The application relates to the technical field of artificial intelligence assisted software engineering, and discloses a management method and system based on artificial intelligence software development, which comprises the following steps: collecting multidimensional data in development, testing and running stages, constructing a unified software development knowledge graph, establishing a cross-stage time sequence causal diagram based on the graph, extracting a defect correlation mode by combining a time sequence convolution network and a causal discovery algorithm, capturing an operation context in real time when a developer codes, submits or tests, matching a historical defect mode through two-stage retrieval, dynamically generating intelligent guidance information, finally recording a developer adoption behavior and a subsequent verification effect, and continuously iterating model parameters and guidance generation strategies through a double-channel feedback optimization mechanism. The application associates development, testing and running stage data in real time, intelligently pushes an interpretable early warning and correction guidance, forms a closed-loop optimization system, and significantly improves the quality and efficiency of software development.

The invention relates to a financial futures software development test method and system based on environment and data simulation, and the method comprises the steps: constructing and updating a corresponding template machine according to a system online version and basic data of to-be-developed test software, and operating a template machine automation verification case set to verify the connectivity among all components of the template machine, then, template machine mirror images are manufactured and pushed to each development platform; the development platform creates a test environment based on the latest template machine mirror image, and during the operation period of the test environment, reinforcement of security baselines and batch update of test versions are performed in batches according to the security operation rules of the financial futures industry; and after the work is completed, deleting the test environment and releasing resources. Compared with the prior art, the method has the advantages that the method can be built and destroyed after being used, test environment conditions can be monitored in real time, basic financial futures test data can be quickly generated, development test environments of four databases can be supported at the same time, and the efficiency of development test personnel is improved.

The utility model belongs to the field of software development, and particularly relates to a software development testing device which comprises a machine body, the machine body comprises a testing screen, and the bottom of the testing screen is fixedly connected with a fixing plate. An operator pulls the dustproof plate to drive the first rotating shaft to move, the first rotating shaft drives the rotating sleeve to slide in the guide groove, the dustproof plate drives the first rotating shaft to move, the first rotating shaft drives the rotating sleeve to rotate in the guide groove, and then when the dustproof plate covers the surface of the test screen, the test screen can rotate in the guide groove. The turntable is rotated to drive the stud to move, and the dustproof plate is fixed under the threaded connection of the stud and the first rotating shaft, so that the problems that the test body is exposed outside for a long time and is easily adhered by part of particle dust in the air, the dust possibly contains tiny hard particles, and the test efficiency is low are solved. The particles can scratch the surface of the screen in the screen sliding or cleaning process, and the protection effect and the service life of the screen are affected.

The invention relates to the technical field of testing devices, in particular to a software development testing device which comprises a box body, a tester is fixedly installed in the box body, a cover plate is rotatably installed at the upper end of the box body, a display screen is rotatably installed on the lower surface of the cover plate, and rotating columns are rotatably installed on the two side faces of the display screen. And square blocks are fixedly installed at one ends of the two rotating columns correspondingly, first supporting rods are fixedly installed on the two square blocks correspondingly, positioning blocks are symmetrically and fixedly installed on the lower surface of the cover plate, and first positioning holes are formed in the two positioning blocks correspondingly. The display screen is installed behind the cover plate, when the display screen is not used, the display screen is protected in the box body, when the display screen is used, the display screen is taken out of the box body and supported below the cover plate through mutual cooperation of the supporting assembly, the rotating column, the square block, the first supporting rod and the positioning block, and therefore the display screen is prevented from being collided and damaged; and the service life of the software development testing device is prolonged.

Touchless device management allows devices to be operated remotely from any location for any purpose, including demonstration, teaching, product development, testing, debugging, and repairing, increasing productivity with 24 hours access around the world and reducing costs associated with device production, travel, and shipping. Remote operations include modifying firmware and software, power up / down, booting, simulating user operation of internal and external input devices (e.g., using command line instructions and / or automated scripts), running a debugger during operation, etc. A touchless device manager includes a user interface, a controllable device selector, a hardware identifier, a firmware and software mapper, a firmware and software configurer, a firmware and software modifier, a control script developer and selector, a device controller, and a debugger. A device controller attached to a controllable device includes a user input emulator, a communication bus emulator, an external device emulator, and a remote control interface.

According to the test case generation method and system based on multi-dimensional feedback and causal attribution, from generation of an initial test case to repeated generation based on a strategy abstract until the test case reaches the standard, a generation strategy is adjusted according to the logic characteristics of a source code to be tested and the weak link of the current test case, so that the test case generation efficiency is improved. Developers / testers can be helped to clearly understand the thinking process of the automatic test system, and the problem of'black box 'in the traditional automatic test generation process is solved.

The invention relates to the technical field of internet software development and testing, in particular to a testing device for internet software development, which comprises a network construction subsystem for forming a multi-layer logic chain network by calculating the difference degree between adjacent logic chains and identifying key logic nodes in combination with a dynamic threshold value; the path selection subsystem defines a transition probability of random sampling based on a multi-level logic chain network, and generates a plurality of test paths through Monte Carlo simulation; the weight of each path is determined by the number of logic nodes covered by the paths, and selecting a plurality of paths with the highest weight as preliminary test paths; the report generation subsystem constructs a positive example pair and a negative example pair in the multi-level logic chain network; optimizing the test path to enable the path to cover key nodes in the logic chain network; and performing weighted aggregation on the test paths in the multi-level logic chain network to generate a final test report. According to the invention, the automatic test path generation based on the actual operation characteristics of the software is realized.

The invention relates to the technical field of product testing, and discloses a method for testing a touch screen, which comprises the following steps: when a test platform runs, determining a use scene; when the use scene is a function test, connecting the touch screen to be tested through the mobile hotspot to perform an automatic test on the function; and when the use scene is function development, the touch screen simulator is connected through the shared memory to develop and test functions. In the process of testing the touch screen, the touch screen and the simulator are connected through the mobile hotspot and the shared memory, automatic testing or testing while development is achieved, the work of connecting testing equipment and pins of the touch screen by development testing personnel is not needed, the automation degree of touch screen testing is enhanced, and the testing efficiency is improved. Therefore, the efficiency of developing and testing the touch screen is improved. The invention further discloses a device for testing the touch screen and a testing platform.

The invention provides a data acquisition debugging method and device, equipment and a storage medium, relates to the technical field of embedded development, solves the problem that a development debugging tool is difficult to be directly used for debugging a peripheral device in related technologies, can directly debug embedded equipment without a processor of the embedded equipment, and improves the debugging efficiency of the embedded equipment. According to the invention, the test data is effectively sent and received, the convenience and universality of the debugging equipment are improved, convenience is provided for the debugging work of development testers, and the test efficiency is favorably improved.

The invention discloses a new energy automobile software efficient development method, which comprises the following steps that S1, cross-platform automobile type difference identification is carried out, the difference between at least two cross-platform extended-range automobile types is analyzed, and the difference comprises an IO control difference, a diagnosis control difference, a function control strategy difference and a message interaction difference; and S2, one-key switching calibration quantity design is carried out, a calibration quantity VCUswREVW2DiitoCal is created, the calibration quantity corresponds to different platform vehicle types through different calibration values, when the calibration value is 0, the calibration quantity is matched with the first extended range vehicle type, and when the calibration value is 1, the calibration quantity is matched with the second extended range vehicle type. According to the method, one set of software is universal for multiple vehicles, repeated software development, test and verification work for different vehicle types is avoided, and the development period is greatly shortened; due to the fact that the software versions are unified, only one time of function optimization and defect repair is needed, iteration of the software versions and accumulation of maturity are facilitated, and the reliability and robustness of the software are remarkably improved.

According to the TSN end-to-end time delay testing method based on the AS protocol, aiming at a time delay test of an airborne TSN, a TSN end-to-end time delay testing system is established, the TSN end-to-end time delay is calculated through a timestamp in an AS data frame, an ns-level end-to-end time delay result is provided, the accuracy and effectiveness of the TSN end-to-end time delay are ensured, and the TSN end-to-end time delay testing efficiency is improved. The problem of TSN network end-to-end delay test is effectively solved, the accuracy and effectiveness of test data are ensured, and a reference basis is provided for development and test of similar products.

The invention discloses a test case generation method and device, electronic equipment, a medium and a product, and relates to the technical field of software testing. The trained operation behavior path generation model is obtained by training according to a development test operation behavior path library and a user operation behavior path library, and can generate a plurality of initial operation behavior paths in consideration of a standard process and a real operation scene of a user. Obtaining a plurality of final operation behavior paths according to the plurality of initial operation behavior paths; according to the method, the final operation behavior path is converted into the operation behavior path in the graph form, and then the test case is generated according to the preset application program interface of each operation step, so that the accuracy of the test case is improved, and the user experience is improved. According to the full-automatic process, the test case generation request is received, the multiple initial operation behavior paths are output, the multiple final operation behavior paths are obtained and converted into the operation behavior paths in the graph form, and then the test case is generated, so that the test efficiency is improved.

The invention relates to the technical field of flight data generation, and discloses an aircraft simulated flight data generation and joint debugging system and method, and the system comprises a UI module and a function module. Wherein the UI module is used for providing a user interaction interface, and specifically comprises a main interface navigation framework used for realizing an integral navigation structure and module jump; the task detail page is used for displaying a task state and progress; and the flight data display page is used for displaying the flight parameters in a list or card form. According to the invention, a set of complete full-software simulation joint debugging environment is constructed, and a vivid flight control data stream containing information such as position, height, electric quantity and the like is dynamically generated through the built-in simulation flight module, so that the development, test, function verification and operation demonstration of the whole system can be carried out under the condition of being completely separated from real aircraft hardware; the hardware dependence, the cost and the risk of research, development and testing are greatly reduced, and the development iteration period is effectively shortened.