51 results about "Web testing" patented technology

Dynamic filtering methods, systems and computer program products are provided for network performance test results which may apply network troubleshooting expertise and knowledge of network topology to select and display test results in a manner which may facilitate analysis of those results by IT staffs. In a further aspect of the present invention, a severity index is provided which may be generated based on exception events from a plurality of network performance measurements, for example, response time, throughput and availability, which measurements are generated from test results obtained from agents located on various devices on a computer network. The test results may be obtained from either passive application monitor agents or active network test agents. In another aspect of the present invention, the exception events may be detected based on automatically generated threshold criteria which may be provided user selectable sensitivity and may be based on a specified percentage criteria relative to baseline performance results. In a further aspect of the present invention, the test results may be stored using data buckets with the number of data buckets and / or the range of each of the data buckets being selected to provide a desired overall range and granularity for each of the plurality of network performance measurement types. The range (width) of some of the data buckets may be narrower than others to provide greater resolution in a region of interest.

The invention discloses a software fluency testing method and device. The software fluency testing method comprises the steps of performing screen recording according to reset frame rate in the testing process, framing and resolving videos obtained through screen recording according to the reset frame rate to obtain pictures, comparing similarity of every two adjacent pictures to obtain a fluency testing result. The screen recording is performed in the testing process, the videos obtained through screen recording are framed and resolved according to the reset frame rate to obtain the pictures, and similarity of every two adjacent pictures is compared to obtain the fluency testing result. By means of the software fluency testing method and device, testing is more convenient to implement compared with web testing or script execution, and the testing result obtained by means of the software fluency testing method and device is more just compared with artificial observation.

Flaws in information security infest modern software, and pervasive computing has made network systems vulnerable. Information security is constantly endangered by errors in protocol implementations. Testing a protocol implementation for errors directly from a network where a device implementing the protocol resides limits the coverage of protocols tested. In contrast, testing protocols from an access network that internetworks a customer premises with one or more service networks greatly expands the coverage of protocols tested. Accordingly, a method and corresponding apparatus are provided to test from the access network, testing both service network devices and customer premises devices, and the protocols implemented on those devices.

The invention provides an automatic Web testing method, system and device. The method comprises the steps that for a to-be-tested Web project page, Web project page nodes input by a user in a visual mode are obtained, wherein the nodes comprise the position and configuration information in the to-be-tested Web project page; a testing process formed by one or more nodes is obtained; a testing case formed by one or more testing processes is obtained; a testing task formed by one or more testing cases is obtained; the testing task is pushed to a testing platform. The testing process is convenient to understand and independent of the Web project page, so that influence on the performance of the Web project page is avoided.

The invention provides a system and a method for wireless network testing by intelligent terminals. The system comprises intelligent testing terminals and a central control server, wherein the intelligent testing terminals are in charge of receiving commands issued by the central control server to humanized testing or initially launch humanized testing and collecting humanized testing information and response information simultaneously, and the central control server is in charge of distributing humanized testing plans to the various intelligent testing terminals and analyzing specific wireless network states according to the collected humanized testing information and the response information of the intelligent testing terminals. The method utilizing the system includes that the intelligent testing terminals initially launch the humanized testing or the central control server distributes the humanized testing plans and the intelligent testing terminals received the plans can perform the humanized testing. The system and the method for wireless network testing by the intelligent terminals are efficient, free of limits of time and space affection and wide in application range and can show practical internet experiences of users.

The invention provides a method for achieving automatic Web testing by packaging Selenium and Sikuli. The method comprises the following steps that 1, a dependency environment of a java project is set; 2, Selenium and Sikuli are packaged to form a core API; 3, a foundation class is compiled for call during test case compiling; 4, automatic Web testing is achieved by using the core API packaged inthe step 2 and the foundation class compiled in the step 3; a temp catalog is created under src and used for a test case Java class to be put, Java class of a test case inherits a BaseTestCase, then atest operating method in BasePage.java is cited in the testing method, and test data is introduced. The difficulty of compiling scripts and maintaining the scripts of a tester can be reduced, and thesuccess rate and efficiency of automatic testing are improved.

The invention discloses a network card stability testing method. A method for conducting pressure testing and performance evaluation on a network card includes the steps that a client side testing machine is prepared, a vmware system is installed on the client side testing machine, a plurality of linux virtual machines are established, an apache service is installed on each virtual machine, and an ab instruction is used for conducing pressure testing on the server network card; a windows system is installed on a tested machine, and continuous restarting and network ping testing are conducted on a server by the utilization of automatic login, restarting and ping testing scripts; or by the utilization a chariot tool in the windows system, continuous network pressure testing is conducted on the server; continuous large volume data network read-write testing is conduced on the tested machine. According to the network card stability testing method, a user can detect the network card of a native machine conveniently so as to verify whether the network card of the native machine breaks down or not, and unstable factors of the network card can be eliminated easily during machine fault processing.

The invention discloses a method, a device and a system for acquiring test data. The method includes: a web application module receives a request, which carries parameters of test data needed by the automatic web test device for automatic web testing and is transmitted by an automatic web test device; the web application module calls and acquires test data executed by a data preparation proxy according to the parameters carried in the request; and the web application module returns the test data acquired by the data preparation proxy to the automatic web test device. By the method, device and system, efficiency in acquiring the test data is improved and acquisition complexity and maintenance cost of the test data are lowered.

The invention discloses a platform and a method for testing a northbound interface. The platform for testing the northbound interface comprises a test console, an element management system (EMS), an element equipment matrix, an access terminal matrix, an uplink exchanger and a network test instrument. The test console further comprises a system initialization module, a test instrument control module, an exchanger control module, a network management system (NMS) simulation module and a log module, and is implemented by programming by using a Python language. The method for testing the northbound interface comprises the following steps of initializing, configuring the modules and parameters, initiating a service, testing an interface, processing a log and the like. By the platform and the method, test automation of the northbound interface is realized, and the test smoothness and the test efficiency are improved; multi-session control and multi-connection are supported, and services can be performed repeatedly. By the method, a user can sufficiently develop the test efficacy on a test design without being limited to the environment; and the test platform is easy and convenient to maintain and the test framework is powerful so as to conveniently develop a test drive.

The invention discloses a distributed Web-based device and a method for testing the consistency of a 6LoWPAN protocol. The device comprises a central management server, Web testing servers, comprehensive testing instruments and auxiliary testing devices; a testing instruction is generated by an testing operator at a distant end via testing demands input by the Web testing server and combined with abstract testing sets, and meets the communication protocol of a wired network; and a device to be tested executes the testing instruction with the help of the virtual auxiliary testing devices and generates a testing report. According to the invention, protocol conversion from the wired network and the wireless network of the testing instruction is achieved, the testing operator can complete the test to the wireless network at the distant end via the wired network, and browses the test result via the wired network.

The invention discloses a rest method for the performance of high-density port network equipment. The test environment comprises a network tester, equipment to be tested, a control terminal PC (personal computer) machine and a communication cable. The test steps are as follows: connecting the first port and the last port of the network equipment to be tested with two ports of the network tester; establishing a VLAN (Virtual Local Area Network) table in the network tester through a configuration script, wherein each VLAN comprises two ports; according to a VLAN port member table, modifying the PVID (Physical Volume Identifier) value of each port of the network equipment to be tested as the corresponding VLAN ID; closing the MAC (Media Access Control) address aging of the equipment to be tested, forbidding a STP (Spanning Tree Protocol) and other loop detection functions, and changing the MAC address learning model of the equipment to be tested to a IVL (Independent Vlan Learning) model; and utilizing a RFC2544 test suite of the network tester to have a throughput test. The method can test the performance of multiple sets of full-load network equipment at the same time, thereby simplifying test environment setup and increasing testing efficiency.

The invention provides a test data obtaining method, a client and a server, wherein, the test data obtaining method comprises: transmitting, by a browser, a first test data obtaining request to a server for requesting test data that can be prepared in a page to be tested of a client in WEB testing when a test data obtaining condition is satisfied; receiving a test data form that can be prepared in a page to be tested, returned in accordance with the first test data obtaining request, and displaying the test data form by a data preparation subpage; receiving a operation of a user on the test data form in the data preparation subpage, and transmitting a second test data obtaining request to the server in accordance with the operation; obtaining a test data corresponding to the test data form operated by the user, returned in accordance with the second test data, and uploading the test data to the page to be tested to test the page to be tested. The invention prepares test data in WEB testing.

Provided is an automation suite designed to automate game and web testing. The system may be driven by a scripting engine that makes use of OCR and object recognition and rapid image analysis to perform its automation tasks. The system may perform its tasks individually or collectively, potentially spawning numerous clients capable of communication and coordinating with one another.

The invention discloses an automatic testing method based on Selenium and TestNG, and relates to an automatic Web testing framework, wherein Selenium and TestNG are combined; a good automatic Web testing framework is set up in a manner of layering test data, page objects and methods, and test scenes; and thus, a data driven test is carried out. By means of the automatic testing method disclosed by the invention, the coupling degree among various test scenes is reduced; the data driven test is realized; maintenance of a script is facilitated; the maintenance cost of an automatic testing script is reduced; the automatic Web testing efficiency is increased; the testing reliability is improved; and human factors are avoided.

The embodiment of the invention discloses a blockchain network test method and device, a server and a storage medium, and the method comprises the steps: triggering a target node in a blockchain network to operate a corresponding target resource abnormal scene according to a workflow, obtaining a test case, and triggering all nodes in the blockchain network to execute the test case. Furthermore, the execution result of each node on the test case can be obtained, and the resource exception test result of the block chain network is generated based on the execution result. By adoption of the mode, the resource exception scene can be simulated and operated, and the resource exception test result of the blockchain network is generated based on the execution result of each node in the blockchainnetwork on the test case in cooperation with the test case after the resource exception scene is implemented, so the resource exception test of the blockchain network is automatically realized, and the test efficiency and the test accuracy of resource exception test on the blockchain network can be improved.

The embodiment of the invention discloses a Web automation testing method and an electronic device, and relates to the field of automation testing. The web automation testing method promotes the success rate of Web testing execution. The testing method comprises the steps that a web page to be tested is accessed, whether or not the loading of the web page to be tested is successful is judged, if the loading of the web page to be tested is successful, the positioning of a target element is conducted on the web page to be tested; if the target element is not located, whether or not the presence of a floating layer or a popup window is in the web page to be tested is judged, if the floating layer or the popup window is present in the web page to be tested, after the floating layer or the popup window is closed, the positioning of the target element is re-conducted in the web page to be tested; if the target element is located again from the web page to be tested, an operational test is conducted on the target element. The Web automation testing method is applied to webpage testing in various operating systems.

The invention provides an automatic WEB testing method based on parallel execution. The method includes the steps: S1 writing an execution file of a testing case; S2 setting an execution sequence of the testing case; S3 starting a selenium-grid service onto a Hub node; S4 registering a plurality of testing nodes onto Hub nodes; S5 building an issuing mechanism among the Hub node and the testing nodes; S6 starting the testing case, and executing automatic WEB test. According to the method, parallel execution of the testing case is achieved by the aid of a multi-thread mechanism, testing time isgreatly saved, and testing efficiency is improved.

The invention discloses an asynchronous testing method and device, relates to the technical field of internets, and aims to solve the problem that the existing web testing scheme is low in efficiency. The method disclosed by the invention comprises the following steps: setting up an asynchronous testing framework; obtaining a unit test case based on the asynchronous testing framework, and performing unit tests of tested affairs; performing unit tests of the plurality of affairs by occupying the same thread if unit tests of the plurality of affairs are carried out simultaneously; obtaining a pressure test case based on the asynchronous testing framework, and performing the pressure test case for many times through internal and external nested cyclical functions; and performing the pressure test case in parallel through a plurality of threads so as to complete pressure tests of different orders. The asynchronous testing method and device disclosed by the invention are applied in the process of testing functions and performances of a web application.

The embodiment of the invention provides a Web test method and a test platform, and the method comprises the steps: firstly obtaining a manual test case, and generating an automatic case, a page configuration file and an execution case configuration file according to the manual test case; Determining version information of the tested browser according to the execution case file, and obtaining andupdating a drive Driver file matched with the version information of the tested browser; And finally, executing a test according to the automatic use case, the page configuration file and the execution use case configuration file. The testing speed is high, manual testing and automatic testing can be mapped with each other, the automatic testing and the manual testing can be combined together, systematic management of test cases is facilitated, the testing cost is reduced, the testing platform is matched with a browser before testing, manual matching is not needed, and the testing efficiency can be improved.

The invention provides a streaming media content playing method, device and system. The method comprises the following steps: sending a streaming media list preview request; receiving a streaming media list preview page and a network test program returned by a web server according to the preview request; loading the streaming media list preview page and running the network test program; sending a streaming media content playing request based on the streaming media list preview page; obtaining far-end server addresses returned by the web server according to the streaming media content playing request, wherein far-end servers are selected from far-end servers reaching network state threshold conditions; and obtaining streaming media contents from the far-end servers according to the far-end server addresses. The method helps to reduce the response waiting time of a user when the streaming media content is requested to be played, thereby improving the user experience.

This method includes the group controller (GC), the technology module controller (TMC), the Ethernet connecting GC and TMC and the comm. module, which transfers the control info and state info between GC and TMC via the Ethernet. The method is that: (1) prepare step, (2) net test connect step, (3) the practical comm. step. When it works normally, GC interacts info and instructions with TMC via Web server.

The invention relates to a testing tool generating method and device, a storage medium and computing equipment. The method comprises the steps that a web testing frame is imported into an eclipse developing platform, wherein the web testing frame is integrated with multiple class libraries used for development of testing tools; a java server page file corresponding to a target testing tool to be generated is created under a path assigned by the web testing frame; a method corresponding to the target testing tool to be generated in the class libraries is invoked to develop and generate the corresponding target testing tool; the target testing tool is packaged and deployed to a corresponding testing environment. By means of the testing tool generating method, the development efficiency of the testing tools can be improved.

The invention provides a Web method and system of an intelligent terminal. The method comprises the steps that a Web testing platform installed on the intelligent terminal sends a test project selected by a user to a Web server and starts up a browser on the intelligent terminal, and a web page request link is sent to the Web server; according to the test project selected by the user, the Web server executes a corresponding test program, in the process of executing the test program, test resources associated with a web page are acquired, and test results are sent to the Web testing platform; the test results are displayed on the intelligent terminal by means of the Web testing platform. According to the Web method and system, a Web protocol of the intelligent terminal can be automatically tested, the test efficiency is greatly improved, the time of the user and a tester is saved, and the workload of the user and the tester is reduced.

The invention provides an automated web testing method for determining the equivalence based on a content-insensitive DOM skeleton (Content-Insensitive DOM Skeleton). The method is a similarity determination method based on the content-insensitive DOM skeleton (Content-Insensitive DOM Skeleton), so that the negative effects of the page content and sub-structures on the page equivalence judgment are reduced. The determining method is used in a Crawling-based automated testing frame on global and local levels, the behavior relations between dynamic Web pages are analyzed and mined, and state models and testing cases for describing system behaviors are dynamically generated. By means of the method, the scale of the models in Web testing, the number of the testing cases and testing time cost can be greatly reduced, the endless loop of testing is avoided, and the testing efficiency and effectiveness are improved.

The invention discloses an intelligent online mobile game testing method and system, and the system comprises a module system and a testing system, and the input end of the testing system is electrically connected with the input end of the module system. The test system comprises a hardware test unit, a network test unit, a pressure and load test unit, a software test unit, a user experience test unit, a smoking and reference test unit, a sealed environment test unit and a compatibility test unit. The invention relates to the mobile game testing technical field. According to the intelligent networked mobile game test method and system, all existing aspects of a mobile game are comprehensively detected, and the problems that the existing intelligent networked mobile game needs to be tested during online experience, but the existing mobile game is only tested for game pictures, game user experience and game operation in different devices, and BUG problems in game operation, so that the detection is not comprehensive, and the problems occur after the game is online in the later period can be solved.

The invention relates to a method for testing network performance of a WEB product based on a Fiddler tool, which comprises the following steps: after the Fiddler tool is installed on a PC of the WEB product and an agent of a browser is started, the Fiddler tool sets at least one network environment in a corresponding test strategy according to the preset test strategy of the network test environment, the scene of a client of the WEB product in the network environment is simulated; the Fiddler tool transfers interaction data between the client and the server according to the uplink parameters and the downlink parameters of the network environment, so that the data sent by the client and the server are data sent in the network environment; a network performance test result of the client is obtained according to the interaction data; wherein the client is a client in the PC or a client in a mobile terminal. According to the method, the problem that the devtools cannot capture the packets is solved, tests in various network environments can be simulated, and the test efficiency is effectively improved.

The invention relates to a packaging method of a network tester in communication equipment automation test, which can solve the technical problems that a large amount of work is consumed when a test script is compiled and cannot be focused on test logic and the test script cannot be stabilized due to the complexity of the operation process and function of the existing tester. According to the invention, the unified API interface is compatible with the function calling of testers of different manufacturers; the change is separated into a data template by using data and logic separation to stabilize logic, function calling is converted into character string parameter transmission through reflection calling; The abstract packaging of the whole tester operation process enables the script not to pay attention to specific tester operation realization, only the function test needs to be paid attention to in the test script, the use logic of the tester function is hidden, and the efficiency and the stability of test script compiling are greatly improved.

The invention relates to a web testing system capable of being dynamically extended online and a web testing method. The device is provided with a command editing device, a command interaction device, a command persistence retrieval device, a command persistence device, a command execution device and an html conversion device. The command editing device is used for editing a testing command of a user and displaying the testing command through a web client. The command interaction device forwards the received testing command to the command persistence retrieval device and forwards a command execution result which is fed back to the web client. The command persistence retrieval device analyzes the received command, a command script is stored in the command persistence device if the command is of an editing type, and the command script is extracted from the command persistence device if the command is of an execution type and transmitted to the command execution device. The command persistence device is used for persistence and retrieval of the command edited by the user. The command execution device is used for executing the command script sent by the command persistence retrieval device. The html conversion device is used for converting an instruction received from the web client, generating an html page and transmitting the page to the web client to be displayed.