184 results about "Test engineer" patented technology

A test manager software program includes an interactive test graphical-user-interface (GUI) for testing network devices using high-level networking commands. The test GUI allows the test engineer user to enter high-level commands such as Simple Networking Management Protocol (SNMP) commands that read values in a management information database in a network device under test. The high-level commands can be sent from the test manager using a command-line interface (CLI) in a telnet session opened to the network device during testing. The user specifies high-level test, analyze, and restore commands in test cases that are collected into test suites. Rules for logging on to the network device under test are stored that include expected prompts from the network device and user responses such as passwords. Addresses of the network device under test can be re-mapped for testing other devices so the test suites can be reused.

A probe card of a wafer test system includes one or more programmable ICs, such as FPGAs, to provide routing from individual test signal channels to one of multiple probes. The programmable ICs can be placed on a base PCB of the probe card, or on a daughtercard attached to the probe card. With programmability, the PCB can be used to switch limited test system channels away from unused probes. Programmability further enables a single probe card to more effectively test devices having the same pad array, but having different pin-outs for different device options. Reprogrammability also allows test engineers to re-program as they are debugging a test program. Because the programmable IC typically includes buffers that introduce an unknown delay, in one embodiment measurement of the delay is accomplished by first programming the programmable IC to provide a loop back path to the test system so that buffer delay can be measured, and then reprogramming the programmable IC now with a known delay to connect to a device being tested.

A test structure for testing graphical user interface applications (GAPs) modularizes test scripts by separating statements that define GAP test logic from statements that navigate to GAP objects. Composition rules weave the statements together to generate the test scripts that are executed to test the GAP. Because the test structure is modular, test logic can be reused across different GAPs and different versions of the same GAP. Reusing test logic is not only an efficient practice from a test engineer's point of view, but also leads to a reduction in test programming errors. The modular test structure also facilitates the efficient modification of test scripts to account for modifications in the underlying GAPs, greatly reducing the time, cost, and resource expenditures needed to arrive at updated test scripts.

A tool to aid a test engineer in creating a concurrent test plan. The tool may quickly map test system resources to specific pins to satisfy the requirements of a concurrent test. The tool may project test time when such a mapping is possible. When a mapping is not possible, the tool may inform its user, including making suggestions of additional resources that could allow the test system to perform the test or suggestions for other variations in input parameters that would allow a mapping. The tool employs an assignment process in which groups of associated pins are identified, along with associated resource requirements for each group. Groups of test system resources that collectively fulfill a higher level requirement are identified and the assignment is made by mapping resource sets to resource groups, using ordering and matching heuristics to reduce processing time.

Production information for ASIC (Application Specific Integrated Circuit) devices is stored in a database of a remote host system, and data necessary for a test program which controls testers for testing the IC devices are automatically created and transmitted to a tester host. This automatic system collects the data necessary for the test condition from the remote host database; creates the test condition by comparing the collected data with a predetermined handling condition; transmits the test condition to a tester host which controls a plurality of testers using corresponding test programs; and loads the test condition into the corresponding test program. This system avoids human errors which often result when test engineers write test conditions manually, and also allows quick response to a situation when new specific IC devices are required by a customer.

The present invention enables the modeling of plural outcomes resulting from a single stimulus, thereby allowing for automated test generation for non-deterministic software. In accordance with the present invention, a method, system, and computer program product are disclosed for testing software having a non-deterministic outcome. In accordance with the present invention, a set of rules is created, each rule having an associated stimulus, a precondition computation, and a computation procedure to produce the set of all valid outcome states. Each valid outcome state models one of several states that may result from applying the stimulus to any state which satisfies the precondition computation. Using these models, a test generation program is executed against the set of rules to recursively expand each path associated with an outcome state of a rule and outputting a list of valid possible outcomes, then selecting sequences of stimuli in accordance with coverage goals set by the test engineer. A test execution engine is then run against the application under test applying the sequences of stimuli to the software and a list of observed states resulting from the application of the stimuli is compiled. Finally, the list of observed states is compared with the list of valid possible outcome states to identify defects (as well as to identify correct outcomes) in the application under test and ensure the attainment of the coverage goals.

The invention provides a click verification code identification method and a device, and a user terminal. The method comprises the following steps of in a verification code picture, acquiring the positioning information of all optional characters and acquiring a minimum screenshot containing the optional character in the verification code picture; carrying out character identification on each minimum screenshot and acquiring a character probability matrix; and according to the character probability matrix and the positioning information, determining a coordinate position corresponding to a target character in the optional characters. By using the click verification code identification method, an algorithm is simple, an operation period is short, identification efficiency is high, verification code identification accuracy is greatly increased, the method is convenient and practical, and great convenience is brought for a test engineer to test the safety of a website click verification mode.

The invention discloses a server test method, a server test device and a server test system. The server test method includes the steps of S100, receiving a test starting instruction and calling test script files; S200, performing test according to test task sequences of the test script files, outputting current test results, completing a current test task and switching to test of the next test task; S300, judging whether the test results are within the corresponding preset reference result range or not; S400, outputting judgment results of the corresponding test items. The test script files can be called only by inputting the test starting instruction by a test person, test program can be automatically operated, the test results can be automatically recorded, test efficiency is improved, cost is lowered, and time and energy spent by a test engineer are saved.

The invention discloses a method for automatically recovering cross-model GUI (graphic user interface) test scripts, which is used for carrying out automatic recovery on GUI test scripts recorded on an older-version GUI program aiming at a new-version GUI program. The invention provides a method implemented by using the complementation of two event reachability models so as to describe the GUI structure and event reachability models of an application program more completely and accurately, the legitimacy of statements of the GUI test scripts is examined by using the two event reachability models, and an automatic recovery scheme is given to incorrect GUI test scripts in the new-version GUI program. According to the invention, the legitimacy verification and recovery of scripts are completed by using the collaboration of the two models, and a self-built event reachability model is continuously perfected in the process of recovering without the overmuch confirmations of engineers; and due to the joint analysis and verification of the two models, the integral description on all event flows included in the GUI application program is ensured, and the automation of legitimacy verification and recovery of GUI test scripts is realized.

The invention relates to a testing system of set-top box, which comprises input unit, operation command processor, remote-control signal sender, and detector. Wherein, the invention also provides a relative testing method which comprises that receiving the command at first format; converting said command into second format; using serial communication interface to send the signal at second format to the sender; the sender sends the remote-control signal to the set-top box to respond the signal at second format. The invention has high accuracy.

The invention provides an automated integration test system and method for an automotive electronic and electric appliance system, wherein the test system is designed according to the properties of a tested system, an automated test script of a corresponding test case is compiled, and automated test is applied to integration test of the automotive electronic and electric appliance system, so that the integration test efficiency of the system is improved, the workload of an integration test engineer of the system is reduced and the period of the integration test of the system is shorted.

The method comprises: according to the information inputted from test engineer, dynamically generating topological structure graph; according to the topological structure graph, the test engineer can visually make check to decide if the topological structure information in the text system is accordance with the actual topological structure information. The test system can also automatically check the topology structure of the object to be tested to decide if it is accordance with the actual topological structure.

The invention provides a wireless access equipment anti-interference test system and method. The anti-interference test system comprises wired terminal equipment and a wireless terminal equipment, wherein the wired terminal equipment is provided with a WAN (wide area network) port, and the wired terminal equipment and multiple to-be-tested wireless access equipment are connected to one exchanger through the WAN port, so that the wired terminal equipment and the multiple wireless access equipment are connected to form a local area network; the wireless terminal equipment is used for being automatically and wirelessly connected with the multiple to-be-tested wireless access equipment in sequence and executing a test script preset in the wireless terminal equipment for each wireless access equipment, so that the test data of the corresponding wireless access equipment is obtained. According to the wireless access equipment anti-interference test system and method, the defects of a conventional test method are overcome, the test time is shortened, the work efficiency is improved, a test engineer is liberated from the test process, and automatic test as well as test result output and judgment is realized.

A relay protection test method and system, the relay protection device test input is divided into conventional analog input and digital input, digital input is divided into SV9-1, SV9-2, IEC60044-8, etc.; GOOSE switch input. The present invention carries out process design by introducing concepts such as mapping and interval, and completely decouples test configuration files and test data files, which solves the problem of rapid multiplexing of relay protection device test engineering data; secondly, the logic function of the test device, test configuration Documents, test data files, test reports and other data are ingeniously integrated to realize the actual relationship between the three-level management mode of the test engineering project and the data; at the same time, it provides effective control of single test and continuous test; according to test requirements, it provides gradual changes Test, manual test, oscillation test and other functions; this provides the feasibility for test engineers to quickly and efficiently test the logic function of relay protection devices.

An electronic product testing procedure supervising method and system is proposed, which is designed for use in conjunction with a testing platform and a supervising platform in a factory, and which is characterized by the capability of recording a set of data related to the performance of each step in every testing procedure as well as the product serial number of each electronic product being tested on each testing platform and operated by test engineers, such that QC supervising personnel can check whether test engineers have dutifully followed and carried out all required test procedures in the testing of electronic products, and whether all manufactured electronic products have undergone the testing procedure without being inadvertently or purposefully left untested. This feature allows the quality control of electronic products in a factory to be more reliable and assured.

According to the preferred embodiments of the present invention, a method of creating and accessing additional test points after circuit board design has been completed is disclosed. The apparatus and methods of the present invention provide test engineers with the ability to leave any circuit interconnections located on the exterior surfaces of a PCB exposed. These exposed circuit interconnections may be identified as access or test points and the apparatus of the present invention is specifically adapted to access, probe, and evaluate these access or test points. To allow the exposed circuit interconnections to be tested without damaging them, the invention includes a new type of probe for use in contacting the exposed traces. The preferred embodiments of the test probe apparatus of the present invention has a relatively flat head to reduce pressure on the circuit interconnections and is coated with dendrites to enhance electrical connectivity between the circuit interconnections and the probe. By using both the apparatus and the methods of the present invention, additional test points may be created on the surface of a PCB after circuit and board design has been completed.

The invention discloses a UI (User Interface) testing method, and belongs to the field of software testing. The method comprises the following steps of: parsing a first description file to obtain at least one test step and an expected test result of a test case, parsing a second description file to obtain a class file corresponding to a test operation in each test step, and for each test step, testing a target UI control in a tested program according to the class file; and according to whether the output result of an application program is the same as the expected test result, obtaining the test result of the test case. The problems in the relevant technologies that a user needs to own certain programing bases to compile a test script and the test script can not be reused are solved. A test engineer only needs to use a natural language to describe the test case in the first description file and then can automatically finish a test according to the second description file. The whole testing method is simple and efficient, and the second description file can be reused.

The invention discloses an embedded system automation module test method on the basis of the data communication monitoring. The method comprises the following steps of: calling a performance function of each functional module inside a vehicle-mounted automobile sound system by an external control module; and monitoring the communication between sub modules inside the vehicle-mounted automobile sound system and the feedback of various state information by the external control module so as to judge whether the performance functions are correctly implemented. Due to the application of the embedded system automation module test method, not only can the interface test work of each functional module inside the vehicle-mounted automobile sound system be automatically completed, a test result is given and a test report is generated, but also a test engineer can keep mind on the design of the test scheme rather than the repeated manual operation. Moreover, various trace log information in the generated test report is helpful for a development engineer to carry out positioning analysis and solve the problems and is helpful for improving the efficiency of software development.

The invention relates to a bit flip fault injection method and system for a CAN (Controller Area Network) bus data link layer. A fault injection interface is displayed and whether an information frame transmitted by a tested CAN node is received or not is detected in real time. If the information frame transmitted by the tested CAN node is detected, whether a fault injection instruction acting on the fault injection interface is received or not is judged; and if the fault injection instruction is received, a bit flip fault value is generated according to the fault injection instruction, the bit flip fault value is injected into the information frame, and the information frame into which the bit flip fault value is injected is output. Real hardware fault injection is replaced by software fault injection and a bit flip error caused by an electrical layer of the tested CAN node is simulated in a software fault injection mode, so the trouble of setting up a hardware fault injection simulation circuit is omitted to a great extent, the test cost is low and the test time and vigor of a test engineer are reduced.

The invention provides an automatic test server of a disk array. Based on the concept of automatic test design layering, the automatic test server layers and packages test scripts to obtain two layers of supporting scripts and use case scripts, wherein the supporting scripts are supplied to the use case scripts for us in the form of a script packet and used for supplying command lines and completing command transmitting, result requiring, explaining, checking and the like, and the use case scripts are use cases compiled by test engineers with commands supplied by the supporting scripts according to the requirements of product characteristic test. The invention also provides an automatic test system of a disk array.

The embodiment of the invention provides a point burying testing method, device and system. The method comprises the steps that when a client side extracts and measures a point burying file, a test engineer executes a corresponding function module to generate a corresponding point burying data file by running an automated testing script, a corresponding data point burying file can be generated inan app, the two point burying files are compared, if the two point burying files are consistent, point burying testing succeeds, and if the two point burying files are not consistent, problems are found for correction. According to the method, the function module after point burying of an extraction and measurement terminal and the function module after point burying of a testing terminal run separately through the extraction and measurement terminal in the whole extraction and measurement process, the accuracy of the point burying file of the extraction and measurement terminal is determinedaccording to a running result, a package capture tool does not need to be used for intercepting a data package transmitted by the internet, frequent package capture operations are omitted, the comparison time is shortened, the situation is avoided that a detection system bearing buried points is in a waiting state for a long time, and the utilization rate of resources such as system bandwidth anddatabases is increased.

A system and method for conversion of a business process to test-centric activity diagrams and to computationally generate automatic test suites for various quality attributes. It has been created to reduce the effort of a test engineer. The system consists of the processor, the parsing module, the analysis module and the test case generator. The method takes an activity diagram as the input, which can be generated using UML or any available standard business modelers and to be exported in the industry standard XMI format. The method is pro-agile as it achieves almost 100% functional coverage and has negligible dependence on conventional documentation. The method permits domain specialists and business analysts to add special, custom tags for specific validation conditions and functional checks.

The invention provides a wireless access point throughput testing system and method. The wireless access point throughput testing system comprises an Ethernet terminal, a wireless terminal and a wireless access point; the Ethernet terminal and the wireless terminal are in communication connection with the wireless access point respectively; or the wireless access point throughput testing system further comprises a testing terminal; the testing terminal is in communication connection with the wireless access point; the Ethernet terminal, the wireless terminal or the testing terminal comprises a throughput testing device; and the throughput testing device controls transmission of flow data between the Ethernet terminal and the wireless terminal based on a preset rule so as to test the throughput of the wireless access point. The testing system is simple in structure and provides convenience for testing engineers; and even a junior testing engineer who does not know enough about a wireless technology can finish the test.

The present invention certifies control modules of engineered safety feature instruments for a power plant automatically. The control modules can be tested before storing or operating. The test is done with enhanced testing speed and saved cost. Thus, safety of the control modules is confirmed.

The invention discloses a complicated control testing method based on a windows operating system. According to the complicated control testing method, a recording module and a playback module are adopted, wherein the playback module comprises class libraries for scripts and operating controls and a testing operation module. According to the complicated control testing method, the scripts can be recorded and played back at a reflection angle, complicated controls can be marked in a simple and efficient mode so as to be described and identified, and great improvement of the working complexity and the workload of a test engineer caused by manual correction of test scripts through an automatic function testing tool in the prior art is avoided; in addition, a uniform script language is used, so that the problem of inconsistency in generation of the script languages caused by different environments and different platforms is avoided; finally, managed and unmanaged development platforms can be taken into consideration by virtue of the testing method, and the testing work efficiency is improved.