30 results about "Reporting test result" patented technology

Embodiments of the present invention provide methods and systems for automated distributed testing of software. A testing service may utilize a distributed architecture that provides a standardized framework for writing tests, scheduling the tests, and gathering and reporting results of the tests. Multiple distributed labs are integrated into the testing service and their environments can be centrally managed by the testing service. The testing service permits the scheduling and performance of tests across multiple machines within a test lab, or tests that span across multiple test labs. Any of the machines in the test labs may be selected based on variety of criteria. The testing service may then automatically locate the appropriate machines that match or satisfy the criteria and schedule the tests when the machines are available. The testing service may also automatically create and set up a desired test environment according to the desired specifications for the test.

A method for testing and monitoring a graphical user interface (GUI) comprises capturing a screenshot of the GUI; extracting at least one graphical element from the screenshot of the GUI; generating a test script based on at least one action and at least one parameter assigned to the at least one extracted graphical element; executing the test script to test at the least functionality and visual of the at least one extracted graphical element; and reporting the test results.

Embodiments of the present invention provide methods and systems for automated distributed testing of software. A testing service may utilize a distributed architecture that provides a standardized framework for writing tests, scheduling the tests, and gathering and reporting results of the tests. Multiple distributed labs are integrated into the testing service and their environments can be centrally managed by the testing service. The testing service permits the scheduling and performance of tests across multiple machines within a test lab, or tests that span across multiple test labs. Any of the machines in the test labs may be selected based on variety of criteria. The testing service may then automatically locate the appropriate machines that match or satisfy the criteria and schedule the tests when the machines are available. The testing service may also automatically create and set up a desired test environment according to the desired specifications for the test.

An impact sensing and tracking system helps detect concussion risks using a computerized evaluation combined with traditional methods. The system includes impact sensors, a application and a centralized database with a webpage browser interface. Impact sensors are worn on athletes' heads, helmet or other headwear and measure impacts that athletes receive while playing sports. The mobile application includes a real-time test and alert system which assists play-side help detect concussion symptoms, provides medical care notices and reports test results to the database for tracking and analysis. The impact data for each athlete is stored in the database along with tests that have been administered through the application. The system reviews, analyzes and compares impact data to standardized concussion data and stores it as a comprehensive, long-term diagnostic study on diagnosed concussions in athletes that the system uses to evaluate impact severities and concussion risks in specific situations.

A breath analysis system includes a dual-entry, illuminated breath collection tube that allows purging of ambient air while stabilizing the pressure and / or turbulence of exhaled breath. Circular illumination at either end of the collection tube acts as a visual prompt for proper use and for the reporting of test results. The collection tube may be placed along the width or length of a hand piece without adding size or bulk to the hand piece. The form factor utilization feature of the collection tube is suitable for adding breath alcohol measurement or other breath measurement capability to handheld products such as cell phones, PDAs, iPods®, MP3 players, GPS units, cigarette lighters, and police batons.

In an embodiment, a test method is implemented to test an integrated circuit that includes at least one processor. The method may include programming a memory to which the integrated circuit is coupled during testing with one or more test programs. The integrated circuit may be booted, and the processor may execute the test programs from the memory. In one embodiment, the memory may also store a control program that may manage the execution of the tests. In an embodiment, the control program may also implement a protocol to communicate with the ATE to perform the testing. The protocol may be implemented over a set of general purpose input / output (I / O) pins, for example. Using the protocol and test vectors on the ATE, the tests may be selected and executed, and test results may be reported.

A system for testing for environmental contaminants using strip tests, obtaining and uploading images of strip tests into a processor, associating a test data set including location, time, and date of test with each image, determining a test result through computational analysis of each image, and storing and reporting test results and data sets.

The invention provides a system and method for testing samples and, in one embodiment, a system for directing and coordinating the operations of hardware components and performance of tasks of laboratory personnel. The system includes a user interface for receiving requests from one or more users. Each request comprises a list of one or more samples to be tested and specifies one or more tests to be conducted on each sample. The system also includes a sample preparation station for maintaining a library of all received samples and creating a sublibrary of samples based on the test(s) to be conducted. The system directs hardware components and laboratory personnel (collectively, laboratory resources) to conduct the requested tests and reports test results to the user(s) who have requested the test(s).

An imaging system with in-field image quality testing and reporting features, includes a housing, and a solid-state imager having an array of image sensors supported by the housing for capturing return light from a target located in a range of working distances from the housing in an image capture mode of operation, and for capturing return light from a test pattern positioned at a predetermined position in the range of working distances in a test mode of operation different from the image capture mode. An electrical signal indicative of the captured return light is generated in each mode. A memory is supported by the housing for storing a test program for testing image quality. A controller is supported by the housing for processing the electrical signal in the image capture mode, and for accessing the memory to enable the controller to execute the test program in the test mode to test the image quality of the test pattern imaged by the imaging system, and for reporting test results of the image quality of the test pattern.

A method and apparatus for implementing troubleshooting of a network connectivity problem between a client computer coupled to a local switch and an end point on the network utilizes a client-Proxy module instantiated on the local switch. The module automatically runs a series of tests utilizing the IP and MAC addresses of the client computer source addresses and reports the results of the tests.

An exemplary system for testing light-emitting diodes (LEDs) on a motherboard is provided. The system typically includes: an insulating plate covered on the motherboard, configured with optical fibers for inducing beams sourced from the LEDs and transmitting the beams to a circuit board; the circuit board includes at least one photoresistor, configured for sensing the beams to obtain influence values; a computer configured for detecting whether the influence values are within a photosensitive range when the LEDs are powered on, for detecting whether resistance values of all the given number of at least one photoresistor are equal to a dark resistance when the LEDs are powered off and for reporting test results. A related method is also provided.

An exemplary method for testing light-emitting diodes (LEDs) on a motherboard is provided. The method includes: using a camera module to take a first bulb image of a corresponding number of transparent bulbs which are connected to each of the LEDs when the LEDs are set in a power-on state and taking a second bulb image of the transparent bulbs when the LEDs are set in a power-off state; processing the two bulb images and dividing each of the two bulb images into small pictures; calculating an average pixel value of each of the small pictures, calculating a first difference of each of the small pictures between the average pixel value and a first predetermined value, and calculating a second difference of each of the small pictures between the average pixel value and a second predetermined value; ascertaining a present state of each of the LEDs by comparing the two differences; obtaining test results by comparing the present state of the LEDs with the set state; and reporting the test results. A related system is also provided.

An intelligent mobile communication base station energy management system belongs to the technical field of communication equipment, and is characterized in that: an interactive terminal is connected with a base station subsystem through an Ethernet interface, a TCP / IP communication protocol between the interactive terminal and the base station subsystem is achieved through an Ethernet, the interactive terminal manages and monitors equipment inside a base station through an Ethernet interface, the equipment inside the base station collects hardware information, software information and actual function module inside the base station through a base station transceiver and uploads the information to the interactive terminal through the Ethernet interface, and the base station transceiver further collects and reports working conditions and alarm information of other unit modules inside the base station automatically; and a hardware transceiver automatically reports test results of hardware module single board function tests inside the base station, wireless channel loop tests and the like. The intelligent mobile communication base station energy management system has the beneficial effects that: the system solves the problem that energy use condition of the communication base station is not mastered, thus effective energy saving measures cannot be taken to solve the problem; the environment condition of the communication base station is not mastered, the problems that a fault point cannot be positioned timely and accurately, the fault can only be handled by sending people to the site and a lot of manpower cost is wasted once the communication base station fails are solved; and the problems of energy conservation and emission reduction are solved.

In an embodiment, a test method is implemented to test an integrated circuit that includes at least one processor. The method may include programming a memory to which the integrated circuit is coupled during testing with one or more test programs. The integrated circuit may be booted, and the processor may execute the test programs from the memory. In one embodiment, the memory may also store a control program that may manage the execution of the tests. In an embodiment, the control program may also implement a protocol to communicate with the ATE to perform the testing. The protocol may be implemented over a set of general purpose input / output (I / O) pins, for example. Using the protocol and test vectors on the ATE, the tests may be selected and executed, and test results may be reported.

The invention relates to point of care diagnostic disposables, devices, methods, and systems for diagnosing or predicting prostate cancer. The present invention employs biomarker specific reagents in disposable cassettes or lab cards for use as analyzers, as well as software to evaluate and report test results. The system promises to improve point of care in vitro diagnostics.

The invention discloses a parallel test method of system functions. The parallel test method specifically includes the following steps of (1) decomposing and optimizing test items to form relatively independent test items; (2) allocating interfaces; (3) dynamically adjusting the interfaces; (4) after all the test items are completed, uniformly reporting test results to an upper computer or other testing terminals. According to the method, the two types of interfaces are adopted for a parallel test, and a problem that a next test item in a serial test can be conducted only after a previous testitem is completed is solved. Decomposition and optimization of the test items are conducted according to actual system functions to enable each interface to complete independent tests as many as possible without a synchronization or resource constraint problem, the testing efficiency is improved, and the time demanded for system function tests is shortened.

A method and apparatus for implementing troubleshooting of a network connectivity problem between a client computer coupled to a local switch and an end point on the network utilizes a client_proxy module instantiated on the local switch. The module automatically runs a series of tests utilizing the IP and MAC addresses of the client computer source addresses and reports the results of the tests.

The invention provides a wireless network optimization test system based on an intelligent mobile phone of an ordinary user. A network optimization automatic test client is downloaded and mounted on the intelligent mobile phone and is enabled to be a network optimization test terminal, the terminal achieves message interaction through a mobile network and a radio network optimization (RNO) server in a mobile core network. The RNO server automatically selects the network optimization test terminal performing test tasks according to wireless optimization test requirements and sends test instruction messages to the terminal, the network optimization test terminal analyzes and performs test tasks and reports test results, and the RNO server collets and settles a plurality of test results of the network optimization test terminal to form a test report finally. According to the wireless network optimization test system, the wireless optimization automatic test of the mobile network can be achieved conveniently, and a large number of manpower and time costs can be saved for network optimization work.

The invention provides a system, a tester and a method for reporting test results to a cloud testing system. The system comprises the tester and a test server. The tester is used for encapsulating test result resources in the test results to obtain data packets, variables are attached to test result information in the test results, and the data packets and the variables are respectively uploaded to the test server; the test result resources comprise coordinates and corresponding screenshot or log files; the test result information comprises corresponding relations of the coordinates and screenshot names or log file names; the test server is used for receiving the data packets and the variables, extracting the corresponding relations of the coordinates and the screenshot names or log file names from the variables, matching coordinates in the data packets with the corresponding screenshot or log files according to the corresponding relations and displaying the coordinates and the corresponding screenshot or log files. The system, the tester and the method have the advantage that the speed of reporting the test results to the cloud testing system can be increased.

The invention provides a system, a tester and a method for reporting test results to a cloud testing system. The system comprises the tester and a test server. The tester is used for encapsulating test result resources in the test results to obtain data packets, variables are attached to test result information in the test results, and the data packets and the variables are respectively uploaded to the test server; the test result resources comprise coordinates and corresponding screenshot or log files; the test result information comprises corresponding relations of the coordinates and screenshot names or log file names; the test server is used for receiving the data packets and the variables, extracting the corresponding relations of the coordinates and the screenshot names or log file names from the variables, matching coordinates in the data packets with the corresponding screenshot or log files according to the corresponding relations and displaying the coordinates and the corresponding screenshot or log files. The system, the tester and the method have the advantage that the speed of reporting the test results to the cloud testing system can be increased.

The present invention provides a patrol inspection task management method. The method includes: receiving the department patrol inspection task generated and sent by the department patrol inspection task management platform; the department patrol inspection task includes inspection items, inspection deadlines and inspection areas; Generate a community inspection task according to at least one of the department inspection tasks; the community inspection task includes the inspection item, the inspection period and the building identification information corresponding to the inspection area; send the community inspection task To the first mobile terminal logged in with the first account whose authority level is the community inspector; receiving and storing the inspection result reported by the first mobile terminal in response to the community inspection task. The inspection task management method provided by the present invention greatly improves the efficiency of inspection personnel when performing inspection work, and can effectively prevent omissions and omissions caused by purely manual inspections. The invention also provides a patrol inspection task management device.

Methods and systems are disclosed for generating accurate reportable test result counts for client billing purposes. In one approach, a method includes receiving, via network, a plurality of test results from at least one sample analyzer of each of a plurality of customers, selecting test results from the plurality of test results based on a plurality of determination rules adaptable to each of the customers, and determining, for each of the customers, a number of the selected test results for billings to each of the customers. Systems capable of performing the above method and other methods are likewise disclosed.

The invention discloses a test method for an active safety monitoring platform based on automated big data, including the process of simulating equipment reporting alarms, automatically counting equipment alarm reporting test results, and simulating face recognition tests and automatic statistical test results; the invention can simulate multiple Active security intelligent video monitoring and alarm equipment can be reported concurrently; it can realize automatic statistics of equipment alarm reporting test results and automatic statistics of simulated face recognition test results, which improves the efficiency of testing and can realize large-scale simulated pressure automation testing for active security platforms .

A testing method includes at least one client computer executing a system test; when a system error occurs at the at least one client computer, the at least one client computer reporting a test result of the system test to a server in real time; the server generating a notification instruction to notify a system administration group; a system administrator in the system administration group acquiring a permission and remotely logging in to the server; and the system administrator logging out of the server and releasing the permission.

The invention relates to point of care diagnostic disposables, devices, methods, and systems for diagnosing or predicting prostate cancer. The present invention employs biomarker specific reagents in disposable cassettes or lab cards for use as analyzers, as well as software to evaluate and report test results. The system promises to improve point of care in vitro diagnostics.

The invention is directed to a method and system to rapidly provide a clinical reportable result for the presence of a target nucleic acid sequence in a sample. The inventive subject matter includes: a method to conduct a rapid assay to provide a clinically reportable result for the presence of a target nucleic acid sequence in a sample. A clinically reportable results is one that is automatically validated. Here the testing and quality control steps are automated to avoid delay caused by human review and validation of each assay.

The invention provides an automatic test method for automobile CAN communication module interface software, and relates to automobile network communication interface software testing. A CAN protocol is loaded, a corresponding test case is generated according to the content of the CAN protocol, the CAN protocol is analyzed, row and column information in the CAN protocol is identified, the information of all messages is obtained, two types of test cases of a *.cmm file and a *.can file are generated, wherein one type of test cases is related to a CAN sending signal, and the other type of test cases is related to a CAN receiving signal; and a test unit selects different tools to automatically load the case file according to the condition that the controller sends or receives the signal, compares the data value of the signal sent or received by the controller with the data value sent or received in the test case, passes the test if the data value is consistent with the data value sent or received in the test case, or does not pass the test, and reports the test result. According to the invention, the test efficiency and test sufficiency of the controller CAN communication interface software are greatly improved, and the communication correctness of the vehicle control unit assembly is ensured.