167 results about "Test scheduling" patented technology

Performance of quality assurance for a computer application development proceeds in a series of phases. Each of the phases in the QA life cycle corresponds to one or more phases in a computer application development life cycle. For example, in one embodiment, the quality assurance life cycle includes four phases—a test strategy phase, a test planning phase, a test execution phase and a rollout phase. Each phase of the QA life cycle has entrance and exit criteria. The phase can be entered when the entrance criteria have been met. When the exit criteria are met, the phase causes a gate to be closed to allow the software development life cycle to proceed to the next phase. In one embodiment, the software life cycle includes six phases—a requirements phase, a design phase, a code / unit test phase, a system test phase, a pre-production test phase and a production test phase.

The invention provides an application program testing method and system based on service process control. According to the method, distribution type automated testing is conducted on application programs through the steps of defining a test case, obtaining automatic testing script, setting up a corresponding relation, defining the testing process, defining the test plan and executing the test task. Correspondingly, the invention provides a system. The system comprises a data storage unit, a process management unit, a task establishing unit, a task executing unit and the like. The method and system are designed for the highly-procedural application programs and are the method and system based on the testing process control. According to the application program testing method and system based on service process control, the testing coverage rate can be effectively improved, the testing quality is improved, the testing cost is reduced, the staff efficiency is improved, the environment maintaining cost is reduced, and the time spent on traditional automated testing is shortened.

An efficient and low-cost method for testing multiple DUTs in a parallel test system is disclosed. In one embodiment, a method for scheduling tests in a parallel test system having at least two devices-under-test (DUTs) coupled to a test controller through one or more vendor hardware modules includes receiving a test plan comprising a plurality of tests arranged in a predetermined test flow, where the predetermined test flow comprises a plurality of tests arranged in a directed graph and each test is arranged as a vertex in the directed graph, determining a test execution schedule in accordance with the test plan at runtime, where the test execution schedule identifies a set of next tests to be executed according to current states of the at least two DUTs and where the set of next tests include different tests to be performed on different DUTs, and testing the at least two DUTs using the test execution schedule.

A method for developing a test program for a semiconductor test system is disclosed. The method includes describing a test plan file in a test program language (TPL), where the test plan file describes at least one test of the test program, describing a test class file in a system program language (SPL) and a corresponding pre-header file of the test class file in the TPL, where the test class file describes an implementation of the at least one test of the test program, and generating the test program using the test plan file, the test class file, and the pre-header file.

The invention discloses a parallel execution automation test system and a method which are based on priority scheduling, the system comprises a test plan module which is used to manage and draw up testing contents, an engineering topology configuring module which is used to topologically allocate test environment and manage the essential information of test environment, a test report and journal generating module for generating test journal and / or test report and a execution control module which is responsible for executing a plurality of test environment, and the invention also comprises an execution control management module, a connection execution control module, an engineering topology configuring module, a test report and journal generating module, a testing use case group with higher priority level which controls the execution control module to preferentially operate in test environment according to testing use case group, when the priority level is same, the relative testing use case group is operated in parallel. The invention greatly improves testing efficiency, which improves recourse utilization ratio, timely avoids ineffective test, and improves availability of test.

The invention relates to a construction method of an airborne computer software testing general system, which comprises five steps: 1, writing a testing plan file and establishing a testing system; 2, carrying out a unit test (static) during code development; 3, carrying out a unit / integration test (dynamic) by an actual operation function module; 4, carrying out a system test after the unit / integration test; and 5, carrying out an acceptance test. The invention provides the airborne computer software testing general system which achieves the testing purpose economically and effectively via establishing a testing system collateral with the code development, and enhances the normalization and reliability of the software system, and the software testing personal can completely and efficiently deploy and execute testing work according to specific needs. The invention has practical value and broad application prospects in the technical field of the airborne computer software test.

The simulation method includes a step of measuring a predetermined characteristic from a real device by using test equipment that supplies a test signal to a device-under-test (DUT); a step of saving Response Data generated from measurements obtained by measuring in a file; and a step of verifying activities of a test plan program in a simulation system that simulates the test equipment by using the Response Data saved in the file.

Disclosed are an information processing system and computer readable medium for performing a system test on a program. A test plan associated with a system test is created. The system test is for testing a program within an environment. At least one test trigger to be monitored for during the system test is defined within the test plan. Execution of the system test on a system under test for the at least one test trigger is monitored. An occurrence of the at least one test trigger is determined. The test plan is modified to take into account the occurrence of the at least one test trigger in response to determining the occurrence. Execution of the system test is continued based on the modified test plan.

A method and system for identifying end-user devices for remote testing are provided herein. In some embodiments, a method for identifying end-user devices for remote testing may receiving end-user device profiles from a plurality of end-user devices, receiving a testing plan including device characteristics, comparing the end-user device profiles and testing plan received to produce comparison results, and providing a list of end-user devices and an indication of the comparison results to the remote testing entity.

A system and method are provided for generating automatic test plans for GUI applications. The method comprises: launching a GUI application under test (AUT); discovering access paths to user interface (UI) elements in the AUT; generating logical access paths to the discovered UI elements; launching a test plan that uses the generated access paths; and, sending test messages to UI elements in the AUT. The method may identify UI element types such as a menu, sub-menu, check box, text box, or variable UI elements. Then, sending test messages to UI elements in the AUT includes sending corresponding test messages such as menu select, sub-menu select, check box select, text box fill, or variable fill command messages. For example, if a variable UI element is identified, sending test messages to UI elements in the AUT includes: sending a command to populate the variable UI elements; and, selecting the populated value.

A system and method are provided for generating automatic test plans for GUI applications. The method comprises: launching a GUI application under test (AUT); discovering access paths to user interface (UI) elements in the AUT; generating logical access paths to the discovered UI elements; launching a test plan that uses the generated access paths; and, sending test messages to UI elements in the AUT. The method may identify UI element types such as a menu, sub-menu, check box, text box, or variable UI elements. Then, sending test messages to UI elements in the AUT includes sending corresponding test messages such as menu select, sub-menu select, check box select, text box fill, or variable fill command messages. For example, if a variable UI element is identified, sending test messages to UI elements in the AUT includes: sending a command to populate the variable UI elements; and, selecting the populated value.

Systems and methods of testing integrated circuits are disclosed. The systems include a test module configured to operate between automated testing equipment and an integrated circuit to be tested. The testing interface is configured to test the integrated circuit at a higher slew rate than the slew rate at which signals are received from the automated testing equipment. In order to do so, the testing interface includes components configured for generating addresses, commands, and test data to be conveyed to the integrated circuit. A variety of test data patterns can be produced and the test data can be address dependent. The systems are optionally configured to include a test plan memory component configured to store one or more test plans. A test plan may include a sequence of test patterns and / or conditional branches whereby the tests to be performed next are dependent on the results of the preceding tests. The test plan memory is, optionally, be detachable from the test module.

The invention discloses a massive real-time data load simulation testing cloud platform for a smart power grid, and a testing method of the cloud platform. The cloud platform comprises a virtualization unit, a central controller module and agent modules, wherein the virtualization unit virtualizes a plurality of virtual machines; the central controller module is arranged in the virtual machine to form a central controller; the agent modules are stored in the central controller in forms of virtual machine mirror image documents, and activated to form agency servers after the central controller is applied to start the virtual machines; the central controller applies the cloud platform for enough virtual machines according to testing plans in different scales; and agency server simulation monitoring devices send massive monitoring data to the servers, and test the performance of the servers. According to the cloud platform and the testing method, powerful computing resources of cloud computing are depended on; the massive virtual machines are applied from the cloud platform; the massive data of the smart power grid is tested by the agency server simulation monitoring devices; and the cloud platform has the benefits of simple structure, low input cost, convenience in use, wide testing range and good testing effect.

The invention relates to an automatic road test system for a mobile communication network, which comprises an automatic road test system server and a remote automatic test and data transmission terminal, wherein remote control and data transmission between the automatic road test system server and the remote automatic test and data transmission terminal are realized by using the control protocol of Socket communication interface based on a TCP / IP (Transmission Control Protocol / Internet Protocol) through the wireless communication network and the Internet. The control protocol comprises the predefined steps of logging, identity authentication, time synchronization, configuration information acquisition, data uploading and the like in sequence. After acquiring test plan configuration, the remote automatic test and data transmission terminal automatically executes the test plan and uploads test data. An engineer can modify the configuration and test plans of multiple remote automatic test and data transmission terminals together and can issue the configuration and test plans to multiple remote automatic test and data transmission terminals together. The complete separation of operation and testing is realized, the man power cost of professional engineers is greatly saved, and the production efficiency is effectively improved.

A satellite automatic test frame system comprises a test model definition module, a test scheduling management module and a test execution control module. Test content of satellite automatic test is defined in the test model definition module and saved in a data bank; the test scheduling management module reads the test content in the data bank, then analyzes the test content and sends the test content to the test execution control module via a flexible bus; the test execution control module executes the analyzed test content; thereby completing the satellite automatic test. With regard to a programming method for a frame system, the invention improves the software development efficiency, and reduces the development and maintenance cost. The invention has the advantages of reusability and customizability, and automatic test systems suitable for different satellites can be developed on the basis of the test frame system, so that the whole satellite automatic testing environment software platform is provided with an all-purpose, scalable and flexible system frame and supports a plurality of test-mode design functions.

In one embodiment, a machine-implemented method programs a heterogeneous multi-processor computer system to run a plurality of program modules, wherein each program module is to be run on one of the processors. The system comprising a plurality of processors of two or more different processor types. Machine-implemented offline processing is performed using a plurality of SIET tools of a scheduling information extracting toolkit (SIET) and a plurality of SBT tools of a schedule building toolkit (SBT). Machine-implemented online processing is performed using realtime data to test the scheduling software and the selected schedule solution. A Source Code Generator (SCG) integrates scheduling information for the selected schedule solution into the scheduling software for a first processor such that the scheduling information is compiled with the scheduling software.

The subject matter described herein includes methods, systems, and computer readable media for automated generation of test files and for related testing. According to one method, the method includes receiving a configuration file, where the configuration file indicates a test case or a test plan to be generated, wherein the configuration file includes a feature identifier or a bug identifier and information about a system under test (SUT). The method also includes generating at least one test file based on the configuration file, wherein the at least one test file is for testing a feature or a bug in the SUT associated with the feature identifier or the bug identifier in the configuration file. The method further includes generating at least one directory based on the configuration file and storing the at least one test file in the at least one directory. The method also includes testing the feature or bug in the SUT using the at least one test file.

The present invention discloses an automated testing solution for PRL's, System Acquisition algorithm, and CDMA device performance. A testing plan loads a specific PRL into a test device, reads and categorizes the entries in the PRL file, and then uses the information to set the parameters on the emulation hardware needed for each test case. The testing solution allows an operator to specify the PRL file to be used for testing and the testing plan will determine the relationships between different PRL entries in the test file including the System of equal priority in the same GEO, System of lesser priority in the same GEO, System of higher priority in the same GEO, Systems in different GEO, and Collocated EVDO systems. Once the entries are categorized the test script will then select the entries need to create the required test conditions on the base station emulation hardware. The test suite employs base station emulation hardware to create the RF conditions stipulated in the test case. The exact RF conditions will be based on the entries in the test PRL. Once all the system parameter information is extracted from the PRL file and all the combinations of systems is created as per the requirements of each test case, the test is executed, with the automation scripts setting the parameters on the BSE and managing the test device as it is programmatically controlled through the test procedures.

The invention relates to a testing method and device, a computer-readable storage medium and computer equipment. The method includes the steps of collecting testing plans created through a webpage; receiving execution instructions which are issued by the webpage and correspond to the testing plans; according to the execution instructions, determining testing servers corresponding to the testing types to which testing tasks assigned by the testing plans belong; sending the testing tasks assigned by the testing plans to the determined testing servers to enable the testing servers to execute thetesting tasks; storing the testing information obtained after each testing server completes the corresponding testing task into a database. According to the scheme, tests diversified in type can be uniformed, and the testing efficiency is improved.

The invention discloses an ERP software automated testing system. The ERP software automated testing system comprises an initialization module, a use case analysis module, a form processing module, a test scheduling module, an error monitoring module and a report integration module. The initialization module is used for reading configuration file information. The use case analysis module is used for loading test use cases according to the configuration file information and analyzing and testing test logic between an involved ERP form and various forms. The form processing module is used for loading and testing the involved ERP form and acquiring test objects and data in the form. The test scheduling module is used for scheduling the needed test objects and data for testing according to the test logic between the forms. The error monitoring module is used for monitoring and testing abnormal conditions in the scheduling execution process and determining whether to carry out processing or not, if yes, corresponding processing is carried out; and if not, the test objects and data in the last testing node is tested again. The report integration module is used for automatically generating test reports and distributing the reports to related interfaces according to the test results of the test scheduling module and combined with the abnormal conditions monitored by the error monitoring module.

A system, method, and computer program product enable a user to graphically create a program for controlling operation of a self-service kiosk. A workflow diagram, representing the desired operation of the kiosk, is created in response to the selection and ordering by the user of a plurality of state elements and connector elements. The state elements define the input of data to and / or the output of data from the kiosk. The connector elements define the transition from one state element to another state element. When the workflow diagram is complete, a screen flow simulation may be created, comprising simulated kiosk screen displays. The screen flow simulation replicates the operation of the kiosk, thus enabling the user to test the planned operation prior to creating the final screen displays. When the user is satisfied with the screen flow simulation, the program for controlling operation of the kiosk may be created.

A method includes receiving a first set of parameters associated with a particular die. A health metric for a particular die is determined using a multivariate analysis of the first set of parameters. The health metric incorporates at least one performance metric. At least one of a market segment designator or a testing plan associated with the particular die is determined based on the health metric.

The present invention discloses a method and device for automatically generating test scheduling based on use case dependencies. The method comprises the steps of obtaining test cases required by a preset test task; obtaining dependencies among the test cases and pre-dependency types, and setting priorities for a plurality of test cases having the same top level according to the pre-dependency types, wherein the same top level represents depending on the same pre-case; and generating the test scheduling according to the dependencies among the test cases and the priorities of the test cases. According to the method for automatically generating the test scheduling, through managing the simple use case dependencies and the pre-dependency types, the test scheduling can be automatically generated, at the same time defect misdescription during a test process can be eliminated, reliability of scheduling execution is increased, efficiency of test result analysis is improved, and further accuracy and efficiency of automatic test work are improved.

The invention provides an automatic monitoring method and system for business processes and relates to the technical field of automatic testing. The method comprises the steps of recording different functional points of each system via the page cloning technology to form use cases; selecting the use cases corresponding to some functional points to perform business orchestration to form different business processes; performing automatic testing on the business processes according to testing plans to obtain testing results; monitoring whether the functional points in the business processes are normal according to the testing results. According to the embodiments, functional points are recorded by using the page cloning technology to form use cases and, by automatically testing business processes formed by different use cases, whether the functional points in the business processes are normal can be monitored, so that abnormal functional points can be repaired timely, problems can be solved before worsening, user perception can be improved and the user complaints can be reduced.

The invention discloses a high-temperature wafer level burn-in test scheduling method for an SoC (system on a chip) chip. The high-temperature wafer level burn-in test scheduling method comprises the steps of heating a chip by utilizing high heat produced by the chip in the test mode, and controlling the application time of every test vector by taking the power dissipation of a circuit node as orientation and selecting test vectors with different temperature control functions so as to control the test temperature of a circuit module or the SoC chip and control the WLTBI (wafer level test and burn-in) test lasting time; and arranging the sending time sequence of test data in different test paths so as to enhance the test parallelism and reduce the test time. The high-temperature wafer level burn-in test scheduling method for the SoC chip can flexibly configure test schemes under the same test according to the test requirements, so that the aims of enhancing the accuracy of the burn-in test and the cost of the test can be achieved.

A system and computer-implemented method for automating testing of software applications based on wireframe of the software applications is provided. The system comprises a test plan module configured to create one or more test cases by providing one or more steps corresponding to the one or more test cases based on wireframe of one or more software applications and associate one or more objects, corresponding action and input parameters to each of the one or more steps. The system further comprises an object mapping module configured to map the one or more associated objects to corresponding one or more elements of the one or more software applications. Furthermore, the system comprises a browser execution module configured to execute the one or more created test cases, on one or more browsers, using the mapped one or more objects to test the one or more software applications and generate test execution results.

Disclosed are a method, information processing system and computer readable medium for performing a system test on a program. The method comprises creating a test plan associated with a system test. The system test is for testing a program within an environment. At least one test trigger to be monitored for during the system test is defined within the test plan. Execution of the system test on a system under test for the at least one test trigger is monitored. An occurrence of the at least one test trigger is determined. The test plan is modified to take into account the occurrence of the at least one test trigger in response to determining the occurrence. Execution of the system test is continued based on the modified test plan.

A method, apparatus and computer-implemented method, the method comprising: receiving a combinatorial testing model comprising an attribute collection, the attribute collection comprising a predetermined number of initial attributes, one or more possible values for each of the initial attributes, a coverage requirement, and an order coverage requirement for the initial attributes, the order coverage requirement related to predetermined relative order in which the attribute values are to be applied; and providing two or more tests in which each of the initial attributes is assigned a value from the possible values, wherein the tests satisfy the order coverage requirement for the at least two attributes.

The invention provides a testing system and a method. The system comprises a testing case management unit, a middleware unit and at least one testing tool; the testing case management unit is used for generating a testing plan and sends the testing plan to the middleware unit, wherein the testing plan comprises a testing case and the corresponding relation between the testing case and the testing tool; the middleware unit is used for receiving the testing plan and analyzing the testing case and the corresponding relation from the testing plan and sending the testing case to the corresponding testing tool according to the corresponding relation; and the testing tool is used for receiving the testing case sent by the middleware unit, testing according to the testing case and outputting testing results. According to the testing system and the method, the expandability of the testing system can be improved.

The present invention discloses an automated testing solution for PRL's, System Acquisition algorithm, and CDMA device performance. A testing plan loads a specific PRL into a test device, reads and categorizes the entries in the PRL file, and then uses the information to set the parameters on the emulation hardware needed for each test case. The testing solution allows an operator to specify the PRL file to be used for testing and the testing plan will determine the relationships between different PRL entries in the test file including the System of equal priority in the same GEO, System of lesser priority in the same GEO, System of higher priority in the same GEO, Systems in different GEO, and Collocated EVDO systems. Once the entries are categorized the test script will then select the entries need to create the required test conditions on the base station emulation hardware. The test suite employs base station emulation hardware to create the RF conditions stipulated in the test case. The exact RF conditions will be based on the entries in the test PRL. Once all the system parameter information is extracted from the PRL file and all the combinations of systems is created as per the requirements of each test case, the test is executed, with the automation scripts setting the parameters on the BSE and managing the test device as it is programmatically controlled through the test procedures.