33 results about "Test effort" patented technology

A scalable method, system, and apparatus for non-intrusively auditing and improving security assessments includes capturing, storing, presenting, displaying, inspecting, monitoring, and analyzing data flow in client-server security assessments and/or network/infrastructure security assessments. The invention provides interested parties with a mechanism to non-intrusively audit in real-time the vulnerability test effort, as well as review, replay, and analyze all aspects of the security assessment during and after the test. For web application assessments, the data capture includes one of the following or some combination: an intermediary with all data passing through the intermediary; a sniffer that can passively extract all data being communicated between the application and tester; and a plurality of computing modules (e.g., software, appliances, etc.) installed in the tester environment or within the application system environment (e.g., software installed on the tester's computer, or on the computer where the intermediary is running, or software installed on the application systems proxy or web server, or an appliance in either environment) for storing, processing, analyzing, reporting, and displaying the data.

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.

Project schedules do not include tasks for Globalization. This method defines and automatically creates globalization tasks that are to be performed during the development of an international product. In this method, a table is created containing various volumes of data and the amount of time required to translate each volume of data. For each volume of data, there is a corresponding translation productivity rate. When a globalization schedule is desired, a user inputs to the method of the present invention, a start date for the Globalization test effort and the date of the product release to manufacturing date. A user then moves the pointer of the constant representing a defined volume of data to the cell in the volume of data table to the volume that corresponds to their current volume for their product. The method then determines the amount of time needed to perform the globalization translation of the volume of data. The method then generates a globalization task schedule within a product development project. In addition, the present invention automatically creates an overall schedule and status report of milestones suitable for team and managerial distribution.

Deployment of new elements in a computer network can result in development of patch kits adapters, and other software and trigger corresponding regressive test efforts. In a storage area network, a method is disclosed for defining a general, extensible model of a manageable entity for use in management of the entity. The method includes obtaining a set of attribute values related to the manageable entity in relation to the storage area network. A deployment engine identifies corresponding entity categories within a storage area network entity model that contains attribute definitions that correspond to respective attribute values in the set of attribute values obtained from the manageable entity. The deployment engine assigns the respective attribute values of the manageable entity to the corresponding respective attribute definitions identified in the model. The deployment engine then determines if all attribute values of the manageable entity have been assigned. If unassigned attribute values remain, a classification processor defines new entity categories to contain new attribute definitions, and assigns the unassigned attributes value to the new attribute definitions contained in the new entity category.

A system, method, and computer program product for evaluating the test effort to be provided for functional testing during an application development project is disclosed. The major influencing parameters within testing applications in complex systems are used to compute a test case management effort and a defect effort, those parameters being scope, duration and product quality related, or organization related. A test effort consolidated measurement is generated and provided as a final summary report in a user-friendly format suitable for management analysis.

A system and method provide for determining optimal input combinations useable in testing program code that includes user interface intensive workflows. Various embodiments provides for determining an input set corresponding to the target program code, determining mutually exclusive feature groups corresponding to the input set and determining a set of optimal input combinations corresponding to the feature groups. A more specific embodiment provides for determining the set of optimal input combinations in accordance with a linked or unlinked gear approach.

An embodiment of the invention discloses an automated testing method and an automated testing device. The automated testing method includes: executing automated tests in sections, wherein after sectioning, each section of automated test is performed on the basis of a control; judging whether an attribute value of a control of the next section of automated test is consistent to an expected attribute value of the control or not, and if so, executing the next section of automated test. By the aid of the automated testing method and the automated testing device, when mobile equipment executes an automated test process, whether an expected result of each step is reached or not and whether subsequent tests are executed continuously or not can be fed back correctly in real time, results of the automated test can be more reliable, and the automated test can be applied to practical test work better.

The invention is applicable to the field of computers and provided a software test method and system. The software test method includes: setting Yin test attributes and Yang test attributes for 18 kinds of test forms of SPR (software productive research); estimating weighted values corresponding to each of the 18 kinds of test forms according to software to be tested; acquiring time information and cumulative defect clearance inputted by a user and determining test phases according to the time information and the cumulative defect clearance inputted by the user and a relation table of the test phases, test workload and the defect clearance; determining a test method and test quantities according to gravity values of the Yin test attributes, the gravity values of the Yang test attributes, the weighted values of each test form and the test phases, and then completing software test according to the test method and the test quantities. The software test method has the advantages that test effect is good by adopting a mode of combining a relatively fixed form with each flexible comprehensive balanced factor.

The present invention discloses a software test method and system, and a test platform. The method comprises the following steps: according to the tested software, automatically generating a test caseparsed and executed program source file, and compiling the test case parsed and executed program source file to generate an executable file; writing the executable file into an running platform of the tested software; sending a preset test case corresponding to the tested software to the executable file, executing the test case through the executable file and testing the tested software; and receiving and saving the execution results of the test case executed by the executable file. According to the technical scheme of the present invention, by automatically generating the test case parsed and executed program source file according to the tested software, without manual edition of the source files by testers, the testing workload is effectively reduced, the testing difficulty is reduced,and the problem that the traditional software module interface test method has certain limitations and inefficiencies is finally effectively solved.

The invention provides an urban rail transit automatic ticket vending machine performance testing method. A testing work station and an automatic ticketing vending machine are included, wherein a testing work station program and a hardware simulation program are arranged on the testing work station, and the automatic ticket vending machine is provided with to-be-tested automatic ticket vending machine software and a dispatching program. The method includes the following steps that the dispatching program collects mouse operation generated when tickets are purchased, generates a mouse track and uploads the mouse track to the testing work station program; the testing work station program writes a plurality of testing cases, the testing frequency and the hardware simulation program, and according to the mouse track, the testing cases and the testing frequency, testing scripts are issued to the dispatching program; the dispatching program calls the hardware simulation program and the automatic ticket vending machine software to execute the testing cases in the testing scripts one by one, and generates testing results according to the execution content of the hardware simulation program; when the test scripting are executed, the test results of all the testing cases are uploaded to testing work station program to generate a testing report.

The invention belongs to the technical field of static analysis of software testing, in particular to a static analysis auxiliary method, which comprises the following steps: a static analysis resultextraction module extracts the static analysis test result of a static analysis tool. A static analysis result collation module parses the static analysis test result after static analysis, and maps the static analysis test result to the standard requirement in the safety subset rule GJB8114 to form the static analysis test result after mapping collation. A report generation module generates a test report according to the report template after mapping and collating the static analysis test results. Compared with the prior art, the technical scheme of the invention can effectively improve the static analysis efficiency, reduce the test human cost, improve the test work quality, reduce the software quality risk, and save the time cost and the human cost by adopting the technical measures. The static analysis tools studied in this project can provide guidance for automated testing.

The invention relates to the technical field of software testing, in particular to a formal language Event-B-based software test method for a demand retrieval library. The method comprises the following steps of decomposing software development demands into atomic demands; establishing a set of standard sentence pattern used for describing the atomic demands by using the language Event-B; when newsoftware test demands are obtained, rewriting the new demands into normal forms of an abstract machine and a context, and performing a search in a demand relationship library; and sorting test cases,and establishing the many-to-one demand relationship library of the test cases and the demands. According to the formal language Event-B-based software test method for the demand retrieval library, the software development demands are decomposed into the atomic demands, and the test cases of the demands searched in the demand relationship library are directly used, so that the reuse of the test cases is achieved; the test work intensity is reduced; and along with the development of test work, the test ability of test personnel is improved and the test experience is accumulated.

The invention provides a JTAG signal generation method and a generator; the method comprises the following steps: receiving Host instruction, analyzing to obtain the corresponding clock information according to the Host instruction, commanding the register IR command information, and the data register DR data information; generating the corresponding JTAG drive signal according to the clock information, IR command information and DR data information. The TDI, TMS drive signal with correct time order can be obtained after that the IR command information and DR data information are inputted according to the fixed HOST format. The loss of the time order or the bit loss of the inputted command and data caused by the complex TCK, TMS TDI can be avoided while the manual operation generation JTAG signal is imputed into the test environment, the workload for the JTAG test process can be reduced and the test work efficiency can be raised.

The invention provides a safety-level software testing method for a nuclear power plant, which comprises the following steps: according to the software classification of a nuclear power plant to be tested, selecting a test task corresponding to the safety classification of the tested object from a test task database; According to the tasks selected by the test task library, the software requirements are decomposed to fit the test tasks, and the software requirements are located. the test items corresponding to each test task are given through the expert support library. According to the software requirements and test items, the software test strategy is determined, the test description is generated, the test work is executed, the test result is recorded and the execution result is analyzed. The invention realizes the test of the safety-level software of the nuclear power plant with fewer test cases, improves the adequacy and completeness of the test, and improves the test efficiency. At the same time, the defect analysis module can quickly locate the defect causes and update the expert support module to enhance the accuracy and applicability of the platform.