125 results about "Cloud testing" patented technology

The invention discloses a task allocation method, device and system based on a cloud testing platform. Testing tasks in the cloud testing platform can be reasonably allocated to devices to be executed. The method comprises the steps that states of the devices in the cloud testing platform are monitored, and when a device which is converted into an idle state from a running state is monitored, the device joins a device idle queue corresponding to a device identification of the device; when a testing task is received, the device idle queue corresponding to the device identification of the device is looked up according to the device identification contained in the testing task; when available devices exist in the device idle queue, the testing tasks are allocated to the available devices, and the available devices are deleted from the device idle queue. By means of the task allocation method, device and system based on the cloud testing platform, the idle devices can be looked up actively according to the testing tasks, reasonable task allocation for all the devices in the platform can be conducted, and all the tasks can be executed efficiently.

The invention provides a software testing method based on a cloud testing system, the cloud testing system and a client side of the cloud testing system and aims to solve technical problems that manual operation of traditional software testing methods and testing devices is complicated, all controls of a software to be tested can not be traversed and test data can not be real-timely checked. The method includes the following steps that a software testing task is received, a thread which corresponds to the software testing task is established, and the software testing task is sent to a terminal device through the thread; screenshot information and log information which are fed back real-timely when the terminal device executes the software testing task are received, and the screenshot information and the log information are upload to a server side; the screenshot information is upload to a web side through the server side to be displayed. By means of the software testing method based on the cloud testing system, the cloud testing system and the client side of the cloud testing system, processes of mounting, operating, traversing all controls of the software to be tested, unloading and the like can be automatically performed by a real machine, test results can be real-timely output, manual testing time can be greatly saved, and meanwhile, a developer can conveniently debug programs.

The invention belongs to the technical field of information, and provides a task scheduling system for application software cloud testing. The task scheduling system comprises a distributed database server, a task scheduling server, a message queue server and a data processing server. The distributed database server is used for receiving testing tasks of an application software cloud testing platform. The task scheduling server is used for conducting task scheduling according to the testing tasks and the operation conditions of equipment in a testing server cluster of the application software cloud testing platform, and distributing the testing tasks to the testing server cluster. The message queue server is used for collecting the task state fed back by the testing server cluster. The data processing server is used for sending the task state collected by the message queue server to the distributed database server for conducting task updating. The task scheduling system disperses the scheduling pressure of the entire task scheduling system, and guarantees the stability and the reliability of the task scheduling system.

An apparatus for testing and developing products of network computing based on an open-source virtualized cloud includes a physical space, a network function virtualization (NFV) infrastructure domain space that provides a virtualization function in an independent environment of each user; an NFV engine space that provides a processing based environment for virtual appliances which are units of a virtual network device that is individually operable, a framework space that provides support to allow the virtual appliances to be developed and registered, and a virtual network service space that provides a user interface interoperating with the framework space so that a user configures a virtual network through the user interface and a test function of the configured virtual network is supported.

In a system and method for cloud testing and remote monitoring of IC devices on a computerized test platform, the computerized test platform sends to a cloud server unit, which stores test programs corresponding respectively to different test items, a test request, which includes respective device codes of the IC devices and one(s) of the test items, via a communication network. The cloud server unit sends to the computerized test platform a test response, which includes one(s) of the test programs corresponding to the one(s) of the test items. The computerized test platform products test data corresponding to the device codes of the IC devices in response to execution of the one(s) of the test programs.

The invention discloses a cloud testing environment scheduling method based on load forecast. The cloud testing environment scheduling method based on the load forecast comprises the steps that a load changing database of testing host machines is established, and selection strategies of physical nodes are configured; the average load of all the physical nodes is obtained; according to the average load and a low threshold value, the testing host machines needing to be migrated on the physical nodes are judged; according to the load changing database, loads of the physical nodes are forecasted, and forecasting results are fed back; according to the forecasting results and the node selection strategies, the testing host machines needing to be scheduled are migrated to the selected physical nodes. According to the cloud testing environment scheduling method based on the load forecast, through the forecasting of the loads of all the physical nodes in the cloud testing environment, the most suitable target node of the cloud testing host machines needing to be scheduled is found, the dual targets of load balance and energy conservation of the cloud testing environment are achieved, the performance bottleneck of the cloud testing environment is eliminated, in this way, the stability of the whole cloud testing environment is improved, and the energy consumption of the system is lowered. The invention further discloses a cloud testing environment scheduling system based on the load forecast.

The invention discloses an equipment scheduling method, device and system based on a cloud testing platform. Massive equipment in the cloud testing platform can be reasonably scheduled. The method comprises the steps that every time a testing task is received, the testing task is stored into a corresponding task waiting queue according to an equipment label contained in the testing task; states of all the equipment in the cloud testing platform are monitored, and the task waiting queue corresponding to the equipment label of the equipment is searched for every time when the equipment with the state transformed to the idle state from the operation state is detected; when a task to be executed exists in the task waiting queue, the task to be executed is allocated to the equipment, and the allocated task is deleted from the task waiting queue.

The invention relates to an applied cloud testing method and system, a client and a server. The cloud testing method comprises the following steps: obtaining to-be-tested application information and mobile terminal information for testing to-be-tested application and sending the obtained to-be-tested application information and the mobile terminal information to a server; sending a heartbeat packet carrying related information of at least one mobile terminal to the server at set intervals and determining whether the obtained mobile terminal enters an idle state based on heartbeat packet by the server; if so, receiving a heartbeat packet receipt that is sent by the sever and carries a to-be-executed testing task and sending the testing task to the obtained mobile terminal, thereby controlling the mobile terminal tests the to-be-tested application according to the testing task; and receiving test information sent by the mobile terminal in real time during the testing process and sending the test information to the server in real time for displaying. According to the invention, the application testing efficiency is improved; and the testing cost is lowered.

In a method and system for cloud testing and remote monitoring of an IC component during validation of a computerized system connected to a cloud server via a wide area network, upon determining that a unique system code of a system platform and a unique component code of the IC component transmitted from the computerized system in response to execution of an identification operating system (OS) program and a driver from the cloud server match identification data, the cloud server transmits a corresponding test OS and a corresponding test program to the computerized system such that the computerized system produces test data corresponding to the corresponding test program in response to execution of the corresponding test OS and test program.

The invention discloses a cloud testing platform system for wireless products. The cloud testing platform system comprises a background controller, more than one testing client-side and more than one wireless product. The testing client-sides are used for establishing a remote connection with the background controller, then carrying out selection from the wireless products through the background controller and testing the selected wireless products. The background controller is used for testing, controlling and managing the wireless products according to testing instructions of the testing client-sides after establishing a remote connection with the testing client-sides. The wireless products are used for executing corresponding testing behaviors according to testing, controlling and managing instructions of the background controller. According to the technical scheme, the cloud testing platform system enables a user to carry out unified management and deployment on the detected wireless products remotely through a network, and achieves efficient and rapid testing.

The invention relates to a cloud test-based test result processing method and system. The method comprises the following steps of: obtaining to-be-tested software; sending the to-be-tested software to test equipment to be tested; when defects of the to-be-tested software are discovered in the test process, judging the levels of the defects; carrying out matching identification on the types of the defects; and respectively classifying and storing the defects according to the levels of the defects and the types of the defects. According to the cloud test-based test result processing method and system, the levels and types of the defects can be automatically judged, the working efficiency of the test is improved, the test result display is more intuitive and reasonable, and convenience is brought to further analyze and process the test results.