264 results about "Test plan" patented technology

Security assessment and vulnerability testing of software applications is performed based at least in part on application metadata in order to determine an appropriate assurance level and associated test plan that includes multiple types of analysis. Steps from each test are combined into a “custom” or “application-specific” workflow, and the results of each test may then be correlated with other results to identify potential vulnerabilities and / or faults.

A channel plan with a corresponding test plan are implemented in connection with a plurality of nodes that communicate signals. The channel plan has one or more predefined specifications for each of one or more signal channels on each of the nodes. The channel plan enables a monitoring system to, among other things, conduct automatic periodic test plans, comprising tests, on the nodes, based upon the predefined data specified in the channel plan. Each test plan prescribes measurement of at least one signal parameter, pertaining to one or more nodes as a whole and / or to one or more channels contained within the nodes. The monitoring system includes a spectrum analyzer, a switch enabling the spectrum analyzer to interface with the nodes, and a controller controlling the switch and the spectrum analyzer. The controller is configured to enable creation of and display the channel plan and test plan, based upon user inputs. Notably, the controller can be configured to compare results from tests with alarm limits, specified in the test plan, to control the spectrum analyzer to perform a failure time spectrum scan when one or more test results exceed one or more alarm limits, and to generate a plot of power amplitude versus frequency over the frequency spectrum of the node at issue.

A system and method for testing at least one application is provided. The system comprises a test plan or script creation module for enabling a user to create at least one test plan or script for use in testing the at least one application. The system also comprises a test results module for initiating and determining test results associated with testing of the at least one application according to the at least one test plan or script. In some embodiments, the test results module determines: (1) baseline test results achieved by resolving the at least one test plan or script against the at least one application prior to the application being put to actual use, and (2) dynamic test results achieved by resolving the at least one test plan or script against the at least one application after the at least one application has been put to actual use. The system may also include a comparison module for comparing the dynamic test results with the baseline test results.

A method, apparatus, article of manufacture, and a memory structure for generating a test code for an automatic procedure is disclosed. The method comprises the steps of defining a source file having a plurality of tags associated with a member of a library of executable code objects defining a set of instructions for performing a portion of the automatic test procedure, generating a test plan in a conventional language from the source file, and generating an automated test code for the automated test procedure from the source file. In one embodiment, a test index identifying system elements tested by the test code is generated and incorporated into the test plan, allowing the user to verify that all desired system elements are exercised by the automated test code. The article of manufacture comprises a data storage device tangibly embodying instructions to perform the method steps described above. The apparatus comprises means for defining a source file having a plurality of tags, wherein each tag is associated with a member of a library of executable code objects defining a set of instructions for performing a portion of an automatic test procedure, means for generating a test plan in a conversational language from the source file, and means for generating an automated test code for the automatic test procedure from the source file.

A computer implemented method for generating a test plan for a communication device under test. The test plan defines test tools, test methodologies, test configurations, and algorithms for executing the test. A user input is received to define the communication device under test. Next, a knowledge database is searched to identify test plan parameters for the communication device under test. Thereafter, the test plan parameters and the user input are analyzed to identify the test plan. A system and computer readable medium having program instructions for generating a test plan for a communication device under test are also described.

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.

A test specification table has a plurality of test cases stored therein. A test case table has stored therein test execution information per test case in each test project. A test performance table has stored therein the number of actual man-days for testing per test specification in each test project. In a progress estimation process, the number of man-days estimated to be required for subsequent test execution in the current test project is calculated based on past test execution information and the number of actual man-days in the past. Furthermore, an estimated time period is calculated based on the number of estimated man-days and the number of involved workers. Thereafter, estimated test progress is displayed in the form of a graph in a graph area of a scheduled performance display dialog.

A method and system for well test optimization provides test parameters and variation range therefor, independently from preliminarily reservoir and downhole fluid data; and repeatedly executes the test for each parameter to obtain real-time measured data, and interpreted data that is compared to the variation range for meeting a test objective. A method and system for well test design and interpretation, includes a testing manager having testing hardware / gauge metrology; a geological model; dynamic / static engineering data acquisition; and a reservoir model generator. A method and system for well test design and interpretation generates a test plan and an initial reservoir model and data from real / near-real-time, surface / downhole / manual data, aggregated data based on quality control / assurance, and optimization data based thereon and simulated downhole data; models / interprets the optimization data to meet test objectives for terminating / continuing the test plan; modifies the optimization; and / or generates reports from the modeling / interpretation when terminating the test plan.

Various embodiments include at least one or systems, methods, and software providing abilities to automatically generate a test plan that mitigates risk involved in testing less than an entirety of a software system following modification. Some embodiments operate to allow a user to influence the scope of an optimized test plan while also reducing a number of tests and test execution effort involved. Such embodiments may identify portions of the software system to test and portions of the software system that will not be tested in a manner that reduces a total testing effort involved. Reductions in testing effort are performed in generation of the test plan in view of testing preferences which are utilized not only to reduce the total effort in executing a test plan, but also does so to optimize the test plan.

A method, apparatus, article of manufacture, and a memory structure for generating a test code for an automatic procedure is disclosed. The method comprises the steps of defining a source file having a plurality of tags associated with a member of a library of executable code objects defining a set of instructions for performing a portion of the automatic test procedure, generating a test plan in a conventional language from the source file, and generating an automated test code for the automated test procedure from the source file. In one embodiment, a test index identifying system elements tested by the test code is generated and incorporated into the test plan, allowing the user to verify that all desired system elements are exercised by the automated test code. The article of manufacture comprises a data storage device tangibly embodying instructions to perform the method steps described above. The apparatus comprises means for defining a source file having a plurality of tags, wherein each tag is associated with a member of a library of executable code objects defining a set of instructions for performing a portion of an automatic test procedure, means for generating a test plan in a conversational language from the source file, and means for generating an automated test code for the automatic test procedure from the source file.

The invention provides a system debugging method for a high voltage direct current transmission project, which comprises the following steps: (1) compiling a system debugging outline; (2) implementing a system calculation and analysis as well as an analog simulation test; (3) establishing a system debugging proposal and a test plan of the system debugging; (4) monitoring the debugging work of a converter station on site; (5) technically monitoring the debugging work of the converter station; (6) according to the system debugging proposal compiled, implementing and completing the system debugging test; (7) summarizing the system debugging.

A method for facilitating the management of a test process is proposed. For this purpose, the different test scenarios included in the process and their execution dependencies are represented by means of a customized UML activity diagram (300a). An execution weight is also associated with each test scenario (for example, defined by the man-hours required for its execution). In this way, it is possible to identify critical test scenarios (315g), which may impair the execution of the whole test process when they fail (because many other test scenarios depend on their successful completion). The order of execution of the test scenarios is then arranged into a test plan, so as to minimize the time required to reach the critical test scenarios. Preferably, the same process is repeated whenever any runtime condition changes (such when a test scenario fails).

The invention discloses a regression test automation method which comprises the steps that: a test plan framework is generated and submitted to a test plan library; a regression test environment is constructed; test environment configuration and a topological mapping framework are generated and submitted to a regression test library; a regression test management module extracts the test plan framework and generates a test suite construction framework; a test suite management module constructs a test suite construction strategy according to the test suite construction framework, extracts test cases, generates a regression test suite and submits the regression test suite to the regression test library; the regression test management module detects the test plan and starts a test operating dispatcher; the test operating dispatcher informs a test environment management module to apply for test resources; the test operating dispatcher dispatches the regression test suite and starts a test operating engine; the test operating engine executes the regression test suite and generates test executing results in an operating result library. The invention also discloses a regression test automation system. The method and the system of the invention can reduce human intervention and realize regression test automation.

A method for managing software life cycle is provided. The method provides a multi-user distributed environment supporting the proactive management of a software life-cycle for at least one stakeholder. The method includes the steps of: obtaining and analyzing requirement information, generating test plans, creating WBS documents, storing and managing life cycle historical information, supplying online workflow-based notifications and messages and providing role-based customized functionality.

A method for predicting performance of an application software under production environment based on low-end stimulation environment performance test and capacity planning comprises the following steps: establishing a service load model of an application software to be tested according to service load information; converting the service load model of the application software to be tested to a service load pressure model of the application software based on Little law; making a performance test plan of the application software under a low-end stimulation environment according to the service load pressure model of the application software and a deduced scene; carrying out the performance test of the application software by stimulating the pressure of a real service load under the low-end stimulation environment and collecting performance data of the application software; and inputting the performance data of the application software into a capacity planning tool and predicting the performance of the application software under the production environment based on the capacity planning prediction.

An electronic arrangement for analyzing a model-based testing scenario relating to a system under test (SUT), includes a model handler entity for obtaining and managing model data indicative of a model intended to exhibit the behavior of the SUT, a test plan handler entity for obtaining and managing test plan data indicative of a number of test cases relating to the model and expected outcome thereof, a test execution log handler entity for obtaining and managing test execution log data indicative of the execution of the test cases by the test executor and / or SUT, a communications log handler entity for obtaining and managing communications log data indicative of message traffic between the test executor entity and SUT, and an analyzer entity for detecting a number of failures and their causes in the model-based testing scenario on the basis of model, test plan, test execution log and communications log data.

Channel and test plans are implemented in connection with a plurality of nodes that communicate signals. The channel plan enables a monitoring system to, among other things, conduct automatic periodic test plans, comprising tests, on the nodes, based upon the predefined data specified in the channel plan. The monitoring system includes a controller controlling a spectrum analyzer and a node interface switch. Notably, the controller also enables user friendly plan set-up and warning interface logic implementation. The warning interface logic generates a channel percent advisory indicator on the display device within a channel level interface component upon an occurrence of an advisory event in a channel associated therewith and generates a channel critical alarm indicator on the display device within a channel level interface component upon an occurrence of a critical event in a channel associated therewith.

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.

The present invention is directed to an online product validation solution integrating an online testing module configured to assist a user to create test cases and a remote test automation module configured to execute the created test cases on remote test systems. When a user creates a test plan, complete test coverage for the test plan may be ensured and cross-checked with product specifications stored in the knowledge database. Moreover, seamless integration of the online testing module and the remote test automation module may provide a uniform interface for generating both manual and automated test cases. Test case status is reported within the test plan in synchronicity with test case execution.

This Invention provides a system-level framework for an enterprise-level test environment. The environment provides test development, automation, and execution processes for product validation and verification, and allows the interoperability of test cases, data, equipment information, and results across various enterprise platforms. The system, with its processes and methods, provides various mechanisms for managing test configurations, developing test plans, managing test data, and developing test reports from one or more test-stations and / or from one or more test equipment(s) for one or more Device(s) Under Test (DUT). These mechanisms include, but are not limited to, functions such as data management and sharing, test library reusability, test station management, test configuration management, test execution, test report development, and data mapping / plotting. The system can be customized to support scalable enterprise requirements. The development of the standardized data handling and communication processes and methods allows inter-system communication and interoperability of test information across various platforms.

The invention relates to an interface automation test method, device, storage medium and a computer device. The method comprises following steps: obtaining a test plan of the interface to be tested, obtaining the test case and test environment configured in advance for the test plan of the interface under test from the database, and obtaining the interface information configured in advance for thetest case; generating an interface test request of the interface to be tested by combining the test case, the test environment and the interface information; sending the interface test request to a corresponding interface to be tested so that the interface to be tested executes a test case according to the test environment and interface information to test and obtaining the response data generated after the test of the interface under test. The test plan of the interface to be tested is determined, that is, a corresponding set of configured configuration items required for testing the interface can be obtained. Therefore, in the actual test, the tester is not required to write the test code, and testers need to configure all the configuration items in advance on the relevant configurationpage, which greatly improves the testing efficiency.

A method includes creating a macro plan for a test project, creating a micro plan for the test project, wherein the micro plan and the macro plan are based on at least one common parameter, and reconciling the macro plan and the micro plan by identifying deviations between the macro plan and the micro plan based on the at least one common parameter.

Techniques are provided for testing new software slated to be deployed on a target machine population with a number of target machines having a number of existing software programs. Method steps can include obtaining a list of depending software programs on selected ones of the target machines. The list can include those of the existing software programs which depend on the new software and / or those of tile existing software programs on which the new software depends. The steps can further include identifying relevant test cases based on the list of depending software programs, instantiating a plurality of test client platforms characteristic of the target machine population, and testing the relevant test cases on the plurality of test client platforms to identify failures.

The invention relates to a risk based testing method. The risk based testing method comprises defining a process or system to be tested, identifying a plurality of risks associated with the process or system, quantifying each of the risks with a risk value, defining a test plan for the process or system, the test plan including a number of test cases, wherein testing of the test cases is prioritized based on the risk value, and executing the test plan. The invention also relates an article of manufacture. The article of manufacture comprises a computer useable medium having computer readable program code means embodied therein for testing a process or a system. The computer readable program code means in the article of manufacture comprises: computer readable program code means for causing the computer to receive and store data identifying a plurality of risks associated with the process or system; computer readable program code means for causing the computer to receive and store a risk value associated with each of the plurality of risks; computer readable program code means for causing the computer to receive and store data defining a test plan for the process or system, the test plan including at least one test case, the at least one test case comprising at least one step; computer readable program code means for causing the computer to receive and store data associating each of the plurality of risks with a step of a test case; and computer readable program code means for causing the computer to generate a report listing the risks in order of the risk value.

The present invention discloses an automation testing method and system. The method comprises: a primary test server aquires a test version and a test script from a control storage server, and acquires a test plan from a test case management system; the primary test server, according to the test version, determines a to-be-tested terminal and a to-be-tested program, and according to the test plan, executes the corresponding test script to the to-be-tested terminal, and acquires a test result; the primary test server performs processing to the test result so as to obtain a final test result, and send the final test result to the test case management system; and the test case management system receives the final test result and outputs the final test result or according to the final test result, adjusts the test plan. By adopting the scheme, a test function can be automatically executed by a terminal, so that the consumed time of a developer to manually execute a test is shortened, a large amount of manpower is saved, and the test efficiency is improved.

The present invention is directed to a system and method for a quality assurance tool generating test plans and identifying new test requirements for a new version of a product. Old versions of the product may be previously tested and test plan documents associated with previously tested versions of the product may be stored in a database. The database may store test plans, test configurations, test scopes, and the like for previously tested versions of the product. Product design requirements may be determined based on received customer desired features for the new version. The database may be updated by adding new tests for new features of the new version. A test plan document for the product may be generated based on the updated database. The generated test document may be verified through automatically generating a general test plan for the new version of the product by querying updated database with the product design requirements.

A simulation system includes a Response database for storing Response Data in which an output result of a device-under-test (DUT) model for a predetermined test item is set, and a framework for causing the test plan program to operate. The framework determines an output result of a DUT or a DUT model for a predetermined test item, which is executed based on the test plan program, based on the Response Data stored in the Response database. That enables a test flow to be verified in an offline simulation environment of the test equipment without loading a pattern program.