125 results about "Cloud testing" patented technology

The invention discloses a platform and a method of cloud test development. The platform of the cloud test development comprises a data base, testing host computers and a testing server. The method of the cloud test development comprises that users uploads testing tasks in the data base; the testing server visits the data base and acquires the testing tasks to be tested; the testing server detects disengaged testing host computers, and divides the testing tasks into subtasks which comprise a plurality of testing cases and distributes the subtasks to the disengaged testing host computers to carry out testing; the testing server recalls testing results after the testing host computers complete the testing to the subtasks; the testing server integrates all the testing results of the recalled subtasks to form a whole testing result of the testing tasks. The platform and the method of the cloud test development have the advantages of being high in intelligence degree and testing efficiency.

The invention belongs to the technical field of information, and provides an application software cloud testing system. The application software cloud testing system comprises a task submission subsystem, a task scheduling subsystem and a task execution subsystem. The task submission subsystem is used for testing test tasks submitted by testing personnel, the test tasks indicate the types of the test tasks, and the types of the testing tasks comprise compatibility testing, performance testing, and function testing or quality testing of application software. The task scheduling subsystem is used for conducting task scheduling according to the test tasks submitted by the task submission subsystem. The task execution subsystem is used for executing the test tasks according to the task scheduling condition of the task scheduling subsystem and collecting and generating corresponding testing reports according to the types of the testing tasks. According to the application software cloud testing system, based on the characteristics of the application software of a mobile terminal, testing content of four different types can be supported simultaneously, and therefore the comprehensiveness of the cloud testing result of the application software is guaranteed.

The invention discloses a cloud testing service platform, and relates to management and TaaS of cloud testing items. The cloud testing service platform comprises the two main constitution parts of an IaaS and a PaaS. The IaaS provides calculation and storage resources, and manages a virtual cloud testing server. The PaaS is oriented to a cloud testing user, is established on the IaaS and uses basic sources provided by the IaaS. The cloud testing service platform enables distributed testing resources to be effectively called and to be embodied to the user in a unified platform or service mode. The cloud testing research progress and the application status are introduced first, then the overall structure of the cloud testing service platform is provided, infrastructures such as a testing system, a server, a storage device, a network and various platforms are used for conducting virtualization, the design and the implementation of the service platform are achieved based on a basic structure, and an available automatic testing platform capable of achieving sharing is provided for enterprises and organizations.

The invention discloses a method, a device and a system for testing application, and relates to the field of software testing. By the aid of the method, the device and the system, the problem that application software cannot be tested by ordinary terminal users by the aid of equipment of the ordinary terminal users is solved. The main technical scheme includes that the method comprises enabling a cloud testing platform to access private equipment via proxy equipment, and acquiring equipment information of the private equipment; receiving test application and test tasks which are reported by the proxy equipment; selecting test cases on a cloud side according to the equipment information, the test application and the test tasks; issuing the test application and the test cases to the private equipment to allow the private equipment to execute the test cases on the test application. The selected test cases are matched with the private equipment. The method, the device and the system have the advantage that the method, the device and the system are mainly used for testing application software by the aid of the private equipment.

The invention relates to a cloud testing method and device. The method comprises the steps of providing an equipment screen area, a tool area and an edit area on a display interface of a client; when a test script is recorded, presenting an interface content after the interface of first mobile equipment is scaled to the same size as the equipment screen area in the equipment screen area, remotely operating the first mobile equipment via the equipment screen area, synchronously generating a test script based on an operation picture of the equipment screen area, and synchronously presenting the test script in the edit area. According to the technical solution, script recording is performed on the basis of the display interface of the Web end, so that the method and the device can be applied to equipment with different resolutions, realize automatic test by playing back scripts in batch, can enhance the compatibility of the test script and can improve the testing efficiency during batch test.

The invention relates to a cloud testing platform for game performance and a testing method for the cloud testing platform. The testing platform comprises a client recording module, a server task scheduling module, a control information generation module and a testing data analysis module, wherein the client recording module is used for converting manual setting and operation of a testing case into codes or data description to realize recording of the testing case; the server task scheduling module is connected with a plurality of testing machines, and is used for receiving a testing request and allocating and sending a testing task to one of the testing machines; the control information generation module is used for receiving a recording result of the client recording module, converting the recording result into corresponding operation and codes controlled by a game client, and sending the corresponding operation and codes to the testing machines for automatic testing; the testing data analysis module is used for analyzing testing data and generating a testing report. The invention also relates to the testing method applied to the testing platform.

The invention discloses a cloud testing framework oriented to protocol conformance of a heterogeneous wireless sensor network. The cloud testing framework comprises a cloud testing platform, testing agents and a system under test, wherein the cloud testing platform is responsible for control and management of testing execution and testing process; the testing agents are a communication bridge between the system under test and the cloud testing platform, after receiving a command of the cloud testing platform, the corresponding testing agent forwards the command to a device in a network of the corresponding system under test, and further allocates a role for the testing device to form a corresponding testing network; wherein the cloud testing platform mainly comprises an IaaS (Infrastructure as a Service), a PaaS (platform as a service) and a SaaS (Software as a Service); a testing user accesses the cloud testing platform via the Internet through a Web interface provided by the SaaS, after the testing user submits testing requirements and related testing configurations, the testing platform allocates testing resources according to the testing requirements, related virtual servers perform test, moreover, the testing process is monitored through the SaaS, and finally, a complete test report is obtained.

The invention discloses an equipment automatic test system and method based on Internet of Things cloud. The test system comprises a terminal device, an Internet of Things cloud, a test platform, a test initiating module, a test result generation module and a communication module, wherein the terminal equipment is to-be-tested equipment; the test initiating module is used for initiating commands of creating a test task, editing the test task, storing the test task and executing the test task by a tester; the test platform is used for receiving the commands initiated by the test initiating module and creating, editing, storing and executing an automatic test case; the Internet of Things cloud is used for issuing and reporting information; the test result generation module is used for generating a test result; and the communication module is used for enabling the terminal equipment, the Internet of Things cloud, the test platform, the test initiating module and the test result generatingmodule to be in communication connection. According to the invention, the technical problems of complex steps and low automation degree caused by manual operation in the multifunctional test processof the terminal in the prior art are solved.

The invention provides a cloud-technology-based automatic test system for a protective relaying device. The test system comprises a cloud test platform and a test terminal, wherein the cloud test platform includes cloud storage and cloud test service; the test terminal calls the service provided by the cloud test platform; and the protective relaying device is automatically tested and a test report in the standard format is formed. Based on the cloud, the cloud-technology-based automatic test system for a protective relaying device can realize resource sharing of the test scheme, the test service and the test terminal among each test units. The cloud test system and the device test scheme expert database service can greatly improve the development efficiency of the device test scheme, and can greatly improve the test efficiency and the test accuracy for the protective relaying device and can realize normalization and standardization of the relay protection test at the same time.

The invention relates to a cloud testing method for application software of intelligent televisions. The method includes that corresponding testing platforms are constructed in a remote server for the intelligent televisions of different types, a client transmits attributes and information required to be tested of the intelligent televisions to be tested to the remote server through the network, the remote server judges the corresponding testing platforms according to the received attributes of the intelligent televisions to be tested, tests the intelligent televisions through the testing platforms according to the received information required to be tested, and returns testing results to the client through the network. By means of the method, one-to-one basic testing is achieved, investment cost for constructing different testing platforms is saved, and adaptability test range is widened. Meanwhile, product testing flexibility and comprehensiveness are improved, repeated work of testers is reduced, time cost for constructing testing environment is saved, and testing efficiency is improved.

Embodiments of the invention disclose a cloud platform-based test method and system, which relates to the technical field of cloud networks and can save local calculation resources and reduce labor cost. The method comprises the steps of receiving test request information sent by user equipment through a server system, wherein the test request information comprises script parameter information and environment parameter information, the script parameter information is used for describing scripts used for testing, and the environment parameter information is used for describing a test environment used for testing; obtaining the test scripts from a script pool stored in the server system according to the script parameter information, and selecting a test cluster according to the environment parameter information, wherein the test cluster comprises at least two executors; and running the test scripts at the test cluster, and sending an obtained test result to the user equipment. The test method and system is suitable for a cloud test platform.

The invention discloses a cloud test platform based task distribution method, apparatus and system, which can perform reasonable task distribution on each device in a cloud test platform. The method comprises: after a test task is received, searching for a corresponding idle device queue according to a device identifier contained in the test task, and when an available device exists in the idle device queue, distributing the test task to the available device; when the available device does not exist in the idle device queue, storing the test task to a corresponding task waiting queue according to the device identifier contained in the test task; when a device in the cloud test platform is switched from a running state to an idle state, searching for a task waiting queue corresponding to a device identifier of the device, and when a to-be-executed task exists in the task waiting queue, distributing the to-be-executed task to the device; and when the to-be-executed task does not exist in the task waiting queue, adding the device into an idle device queue corresponding to the device identifier of the device.

The invention provides a method and a device for a Web service load cloud test. The method for the Web service load cloud test comprises the steps of: obtaining more than two cloud test nodes of the Web service load cloud test, wherein the cloud test nodes are nodes distributed in a cloud computing network; obtaining test task information, wherein the test task information comprises concurrent test thread information of the Web service load cloud test; distributing the number of concurrent test threads to the cloud test nodes according to the concurrent test thread information, and sending test commands to the cloud test nodes when the concurrent test threads are prepared on the cloud test nodes, wherein the number of the concurrent test threads distributed to every cloud test node is smaller than the threshold of the concurrent test threads of the cloud test node; and receiving load test results returned by the cloud test nodes. By adopting the technical scheme, the defect of single positions of test nodes can be overcome, and the true concurrent calling of target test services can be realized.

The invention discloses a testing system based on an autonomous and controllable cloud platform technology. The testing system mainly comprises an IaaS part and a PaaS part; the IaaS provides a virtual cloud testing server, virtualization and a Chinese dragon cloud platform; the PaaS is built above the IaaS and adopts a basic resource provided by the IaaS to orient a testing user; the IaaS comprises a physical equipment layer, a virtualization layer and a cloud resource management layer; and the PaaS comprises a testing management layer and a user operating layer. The testing system has the advantages that the testing environment can be distributed as required and hardware resources are saved; and the testing server is a Feiteng server and has high testing safety and compatibility on autonomous and controllable products.

The invention discloses an intelligent equipment cloud testing system, and the system comprises a client; a cloud background end which comprises a database, an equipment management module, and a task scheduling module; a testing end which comprises an operation state detection module and an operation state indication module; and a plurality of pieces of target equipment. The database receives and stores to-be-executed test tasks uploaded by the client. The task scheduling module is in communication connection with the database, and detects whether there are the to-be-executed test tasks in the database or not. If there are the to-be-executed test tasks in the database, the task scheduling module enables the to-be-executed test tasks to be distributed to the target equipment according to the priority sequence, and the target equipment receives and executes the to-be-executed test tasks. The system integrates services and hardware into one body, and provides an open platform for the automation testing of intelligent equipment. A user can build a professional testing system with no need to invest a large amount of cost in research and development, thereby greatly simplifying the access, management and subsequent maintenance of the target equipment.

The invention relates to an adaption testing method and an adaption testing system for a mobile terminal and belongs to the technical field of the Internet. The adaption testing method includes: structuring a cloud-testing URL (uniform resource locator) library, uploading a testing URL list to generate a testing task, and issuing the testing task to an operating system simulator of the mobile terminal; receiving the testing task, opening a URL in the testing task through a simulated browser package, and displaying a browser page of the URL in combined information; subjecting the displayed browser page to screenshot processing and packaging screenshot information to upload the packaged screenshot information to a cloud server. The adaptive testing method has the advantages that the same URL is avoided being repeatedly input into the different combined information, convenience is brought to full testing of a large number of model and software combinations, and the problem of excessive manual adaptive testing workloads in various wireless development processes of combination of a model, a platform and a browser is solved.

The invention discloses a multitask self-adaptive cloud testing method which comprises the following steps: step 1, test task reception, namely receiving test tasks uploaded by a user; step 2, test task preprocessing, namely performing test task analysis on the test tasks received in the step 1, judging types of the test tasks, and respectively allocating the preprocessed tasks to a unit test, an integration test, a system test and a performance test according to the types of test tasks; step 3, test task execution, namely before executing the test tasks, allocating a virtual machine according to the preprocessing result, loading a test environment, executing the test tasks, and generating test task data; step 4, outputting test task results, storing the test task data generated in the step 3 into a database, and feeding back the test results to the user who uploads the test task.

The invention discloses an automatic analysis system for testing scripts in cloud testing environments. The system comprises a testing script input module, a testing script self-adaptation configuration module, a testing script dependency analysis module, a testing script parameter generation module, a testing script distributing module and a cloud testing environment module. According to actual conditions of the cloud testing environments and user-defined requirements, the testing scripts can be flexibly configured and have self-adaptation capacity. Meanwhile, for the testing scripts with parameters, according to user requirements, multiple sets of data values are automatically generated to serve as testing input and achieve parameterization testing, and according to the dependency appointed by a user, the testing scripts are distributed into the cloud testing environments to be executed. The user does not need to record or compile testing scripts again for each testing environment and also does not need to compile testing scripts repeatedly for each set of testing input data. Testing scripts without dependency can also be executed in parallel, the execution speed of the testing scripts is increased, testing efficiency is improved, and the complexity of compiling the testing scripts is lowered for the user. The invention further discloses a realization method of automatic analysis of the testing scripts in the cloud testing environments.

The invention belongs to the technical field of navigation testing, and discloses an open-type cloud testing control system and method based on a navigational signal typical scene base. A service center is connected with a data acquisition instrument, a monitoring terminal and a testing terminal through a network. After true navigation signals and locating information given by RTK+INS are obtained, the service center verifies the validity of the collected data, and provides calibration parameters of the collected data at the same time; the calibrated parameters are subsequently stored with original data; different channel parameter combinations are utilized to describe different types of obstacles according to the influence on different parameters of navigation signals, wherein for each type of obstacle model, the statistic features under various typical environments also vary from each other, and need to be analyzed through actually measured data. By means of the open-type cloud testing control system and method based on the navigational signal typical scene base, a unified platform is provided for testing a navigation receiver, and the consistency problem of detection results ofdifferent detection mechanisms regarding the same sample is solved; through data sharing, diversification of a data collection scene is achieved at a low cost.