526 results about "Testware" patented technology

A computer system, method and computer program product for automatically converting, through automating-test-automation software, a manual test case representation (in a natural language), for testing a target software, into a machine-readable test case representation. In preferred embodiments, the machine-readable test case is in the form of a keyword-based test case that is made from action-target-data tuples. The automation-test-software uses a methodical process of trial-and-error to resolve ambiguities that are generally present (and generally resolvable by humans) in the manual test case representation.

The integrated test framework of the present invention includes a test framework runtime that executes test scripts and that also allows a script to identify a variation tool called a “data provider” that is responsible for providing data to the test framework runtime and controlling the iteration of the runtime through the variations. The script also identifies the type of data set from which the data provider should obtain the data from which the variations are derived and the location of the data set. Multiple variation data providers may be used in conjunction with an adapter layer that coordinates the iteration of each variation data provider and creates an aggregated variation over multiple varying parameters of different scope.

An apparatus and method for estimating the proficiency of a software test according to EMS messages extracted from a code base. Embodiments of the invention are generally directed to providing some measurement of the proficiency of a test script for testing a software application. In one embodiment, data is collected on event messages generated during a test of a software application to form event message statistics. In one embodiment, a measurement is computed to identify an amount or percentage of software application code tested during the test script. A code base of the software application may include a central repository having a substantial portion of the event messages that may be issued by the software application in response to error conditions. In one embodiment, these event messages are taken from the central repository and stored within a database. Other embodiments are described and claimed.

The invention discloses a method, a device and a system for testing an application program. The method comprises steps as follows: an interface where testing operation of the tested application program is executed, operation execution coordinates during execution of testing operation on the interface and a recorded picture corresponding to the operation execution coordinates are acquired on a first terminal; an interface picture acquired when the interface is operated on a second terminal is intercepted; the interface picture and the recorded picture are subjected to picture recognition, and operation playback coordinates corresponding to the operation execution coordinates in the interface picture are determined according to a picture recognition result; the testing operation is executed on the tested application program on an interface of the second terminal according to the operation playback coordinates. With the adoption of the method, the device and the system for testing the application program, the problem that a software testing result is inaccurate due to the fact that a record and playback method used for testing software in the prior art cannot adapt to terminals with different resolutions is solved, and the operation execution coordinates can be acquired accurately, so that the testing operation can be accurately performed on the second terminal, and an accurate testing result of the application program can be acquired.

The invention relates to a graphic interface automated test method. The method comprises the following steps of automatically generating random test cases for to-be-tested software, generating records of operation sequences for function modules of test software, and storing a running screenshot; calculating the similarity between the operation sequences according to the records of the operation sequences, and giving out a matching relationship of operations in the operation sequences; clustering the operation sequences according to the similarity between the operation sequences; in each class, arbitrarily selecting one sequence and artificially marking right and wrong; in each class, performing image comparison on other similar sequences and the marked sequence; if comparison results are consistent, directly judging right and wrong, otherwise, regarding the sequence as an undetermined sequence; and if the undetermined sequence exists, returning to perform clustering. According to the method, similar operation sequences are subjected to image comparison in combination with OCR by applying an image comparison algorithm, and it is judged that function defects exist according to results or an iterative process is repeated; and the manual interventions are reduced by using machine learning and image comparison technologies, so that the test automation is realized and the software test efficiency is improved.

The invention discloses software testing system and method. The system comprises one or more array servers, one or more testing servers, a central server and a communication module; the array servers are used for storing virtual image files corresponding to different testing environments, wherein the testing environments comprise operating systems and corresponding application programs; the central server is used for receiving and storing to-be-tested software and to-be-tested testing environment information and for loading and operating the corresponding virtual image files stored in the array servers in the testing servers according to the testing environment information; and the communication module is used for being loaded and operated in a corresponding testing server along with the virtual image files and communicates with the central server to download the to-be-tested software from the central server and operate the to-be-tested software in the testing server. According to the invention, no tester participates in the whole testing process, so that a great amount of manual operation can be avoided; and meanwhile, testing machines are not required to be in one-to-one correspondence with the testing environments, so that the implementation can be more flexile.

A software test management method includes reading and displaying information of all software to be tested, wherein the information of the software to be tested includes all items to be tested under each software to be tested; creating a test plan according to the information of the software to be tested, wherein the test plan comprises an item to be executed corresponding to each item to be tested in the software to be tested and a planned completion time of each item to be executed; obtaining the execution progress of each item to be executed; judging whether each item to be executed is completed within the planned completion time; and generating a timeout incomplete alert if the item to be executed is not completed as scheduled. The invention also provides a software test management device, an electronic device and a storage medium. The invention formulates a test plan pertinently for each stage of the test process, and can effectively monitor the whole test execution process. Oncethere is a test task that is not completed according to the plan, the related personnel can follow up and predict the risk in time through early warning.

A method and computer program product for testing a software application program. Randomized input is provided into a logging facility and automated testing of the logging facility is performed in a multi-processing environment. Self-verification of data retrieved from the logging facility is performed to ensure no data loss occurs due to external system events or failures driven by a test tool. Real-time analysis of results received is performed by the test tool based on the randomized input into the logging facility. First failure data is captured and self-verification of results of a data recovery operation of the logging facility is performed in a disaster recovery scenario.

The invention discloses a software credibility measurement and estimation method based on data mining, and the method comprises the following steps of: (1) on the basis of a concept hierarchy, defining a construction relation of each attribute weight and an adjacent layer attribute set in the same attribute set; (2) based on a software testing environment, providing a credibility computing base operator facing to an attribute feature set by combining with an artificial intelligence theory; (3) based on a software blackbox testing method, combining a data mining theory, obtaining a software credibility static state attribute feature set and a credibility computing base operator by using the blackbox testing, computing the initial credibility of the software layer by layer, obtaining a software dynamic attribute feature set by testing the software when running, and obtaining the credibility of the software in running by using a congruence measurement operator; (4) defining the lowest subjective expectation to the attribute feature set through a user, and computing the credibility of the software when in termination layer by layer; and (5) providing an estimation recommendation to the credibility of the to-be-estimated software.

The invention discloses an automatic testing device and an automatic testing method of ARINC 429 bus signal performance parameters; the device comprises a test unit, a test adapter and corresponding software program, wherein the test unit consists of a power control box, a PXI test case, a signal conditioning box, a test interface array and an input-output device; all resource modules in the test unit can be used for running a test program of the test unit by testing software under the control of a PXI control computer through a PXI bus; the adapter is meshed with an RCV end by an ITA end of a test array, and is connected with test resource modules on the test unit; and the testing software comprises two parts including testing software of the test unit and testing software specially used for the adapter. After the invention is adopted, the quality level of an ARINC 429 bus signal module product can be improved, the development of a special test device is omitted, and the development cost and the maintenance cost of the test device can be greatly lowered.

The invention discloses a virtual machine technique based airborne software system testing general platform which comprises a user interface input part, a to-be-measured target machine full-system simulation part, an interface conversion and communication agent part and a test case pool. According to the invention, based on the virtual machine technique, full-system simulation for to-be-measured equipment is realized, then seamless operation of executable codes of software to be measured in the simulation environment is also realized, and the test software is adopted to realize the software system test platform. The testing general platform can avoid repeated development of test equipment to the utmost, shorten test period, improve test efficiency and reduce test cost.

The invention discloses a capacitive screen comprehensive testing circuit, a testing method and an output data switching algorithm of the testing method. The capacitive screen comprehensive testing circuit comprises a master control chip, a USB (Universal Serial Bus)-to-serial port chip, a dial switch and an adapter plate, wherein an output end of the master control chip is connected with a USB-to-serial communication chip and an input end of the dial switch respectively; the master control chip is connected with the capacitive touch screen through the adapter plate; an output end of the USB-to-serial communication chip is connected with an input end of a computer serial communication port; and the computer serial communication port is connected with testing software. A set of circuit board device is adopted, a software algorithm is designed in a firmware of CTP (Capacitive Touch Panel), and the two are matched for use, so that the CTPs of various different ports can be connected to perform various different kinds of data analysis test working by using only one set of circuit board device and only one firmware at a research, development and debugging stage, a production testing stage and a repair stage of the CTP.

The invention relates to software test technologies, in particular to a test method and a test system applied to test software. The test method comprises: determining the number of press machines according to performance test requirements of to-be-tested software, setting one of all the press machines as a control node, and setting the rest of the press machines as pressure nodes, wherein all the pressure nodes are related with the control node to form a wide-range and distributed mode; and defining tasks and roles undertaken by the control node and the pressure nodes, and transmitting test result data to the control node, wherein the control node in such a test mechanism is only in charge of summarizing and analyzing test data from the pressure nodes, and the pressure nodes are only in charge of generating pressure flow. Therefore, the test method can enable both the control node and the pressure nodes to release a large amount of resources and simulate more virtual users.

The invention discloses a method of testing robustness of a closed loop protocol based on semantic analysis of a dynamic script, including steps of: building a test environment; conducting signal interaction between a smart telecontrol device and a protection device and a measuring and control device, receiving data signals coming from the protection device and the measuring and control device, and conducting information interaction with automatic testing software through a remote transmission communication protocol; using the automatic testing software to conduct output control over a tester through dynamic script language to make the protection device and the measuring and control device to send and transmit signals to the smart telecontrol device; sequentially controlling testing process of the smart telecontrol device by the automatic testing software, receiving messages delivered by the smart telecontrol device and using dynamic script to analyze the messages from the smart telecontrol device so as to produce a test report. The method makes it possible to flexibly compile and edit a test case and the test report, is universally applicable and significantly improves the testing efficiency and the correctness and reliability of the test result.

The invention relates to an EOAS equipment detection system and a method thereof. A detection host emits a test instruction, an EOAS host test tool makes data interaction with a tested EOAS host, datain the interaction process is analyzed to determine abnormity of different communication interfaces, and two paths of power output and audio signal input of the EOAM host are monitored at the same time; via test, the host displays a test result in real time so as to determine whether functions of tested board cards are normal. The system comprises the detection host, the OAS host test tool and different board card test software on the tested equipment. The system and method have the advantages that different simulation test and network technologies are used, and functions of different equipment board cards, communication and output power voltage of the EOS host are detected by sending different simulated test instruction data and converting interfaces, and the problems in batch productiondetection and daily maintenance and detection of the board cards of the EOAS host are solved effectively.

The invention discloses an automated test method. The method is used for a test of software based on a C/C++ language, and includes: obtaining a logic call hierarchy relationship graph and parameter constraint information of function interfaces of a source program of the to-be-tested software; obtaining configuration information of the parameter constraint information; generating a test case tableaccording to the logic call hierarchy relationship graph, the parameter constraint information and the configuration information; and carrying out the software test according to the test case table to obtain a corresponding test report and a logic branch coverage file of test data. Test cases are automatically generated through obtaining the logic call hierarchy relationship graph and the parameter constraint information of the function interfaces of the source program of the to-be-tested software and the configuration information input by a user, the software test is carried out through thetest cases to obtain the test report for user analysis, an effect of automatically generating the test cases according to demand of the user is realized, overheads of designing the test cases are reduced, test efficiency is improved, development costs are saved, a development cycle is shortened, and software quality is guaranteed.

The invention belongs to the field of computer automatic testing, and provides an implementation method of a universal virtual instrument interface. In the method, a universal software interface layer is added between a common instrument driver and a application program, the application program is completely separated from the calling of the actual instrument, and a unified calling interface function and a universal software interface description file are defined, thereby replacing the instruments in the testing system under the conditions of not changing application program codes and not recompiling a source program; a testing software pack can adapt to the existing or even future testing systems composed of different types of instrument hardware and buses; and the testing codes can be transplanted to different instruments without being modified. In addition, the method can be used for realizing data communication functions among different software program modules.

A system by which a software product may be tested on multiple client computers on various platforms. Product developers submit requests for tests on their products, in the form of test packets, to a test component, via an API. For each platform and language (i.e., group) on which a product developer wants a product tested, the product developer provides a test packet that defines tests that the product developer wants conducted on the product in that group. The test component searches, via an autolab component, for an available client machine for performing the tests in the test packet. The autolab component finds an available client computer, and the client machine is assigned the test packet. The client machine performs the tasks in the test packet, and forwards the results back to the test component.

The invention discloses a virtual instrument technology-based test method of a power system test instrument and application thereof to an integrated automatic device and a synchronous detection device. In a structural system consisting of an upper computer and a low computer, the working performance of the upper computer and the low computer is brought into full play, functional expansion is further promoted and limited low computer resources can be fully utilized. The method comprises the following steps that: a test software module is selected in the upper computer according to a functional requirement; the upper computer partitions a program in the upper computer into a real-time program, a quasi-real-time program and a non-real-time program according to a partition program; the upper computer transmits the real-time program to the lower computer, the lower computer receives the real-time program and the real-time program takes over a digital signal processor (DSP) microprocessor and controls the DSP microprocessor to run; the upper computer makes calculation in alignment with the real-time program and the non-real-time program; the lower computer processes various external real-time information and calculates the real-time program; the upper computer transmits a calculation result to the lower computer according to a command of a transmission command program and exchanges data with the lower computer; and the lower computer makes response to the command of the upper computer and executes the command.