Software Testing. During the term of this Agreement, Licensor shall adhere to the following Doublebyte Testing for all Licensed Products. In the event Dell changes third party vendors for testing purposes, Dell will provide Licensor reasonable of said charge. Requirements For Doublebyte Testing at XXCAL 7/16/99 Dell is implementing a new requirement for all Doublebyte language testing prior to submission to Dell development. The scope of this testing is limited, at this time, to all Multimedia devices. Dell has selected XXCAL, Inc. as the 3/rd/ party vendor to conduct this testing. All MM suppliers that sell product to Dell will now be required to submit and pay for testing at XXCAL. This testing will encompass all Doublebyte languages required in the business award. Below is a breakdown of those requirements:
1. All suppliers submitting to XXCAL will be given a discounted rate on hourly testing. 2. A generic test plan for each commodity will be provided by Dell and will be updated periodically to reflect changes in testing methodology and to enhance test coverage.
3. Japanese language testing will include functional and translational testing. All other languages will be tested for translation only. 4. All HTML testing will be limited to text translation only, testing for format and links will be done by Dell's Information Development.
Software Testing. Upon Customer’s request and at Verizon’s discretion, Verizon will make reasonable efforts to make Verizon’s Customer Test Center (also known as the “CTC”) resources available to Customer for the purpose of testing CCAP manufacturer software prior to the implementation of such software. Customer understands that Verizon’s ability to control the implementation of any new CCAP manufacturer software release may be limited by rules established by the CCAP manufacturer software. Such additional CTC testing will be on a project basis and may be subject to additional fees for testing as well as result in delay of the software deployment.
Software Testing.
3.3.2.5.1 The Contractor shall support the Government in creating and executing test cases, generating truth data, analyzing test case results, and providing recommendations on results. All work shall be performed according to the NAWCAD WOLF policies (provided within each TO) utilizing in-house software, as well as Commercial Off-The-Shelf (COTS) automated software testing tools.
Software Testing. The Contractor will prepare software releases and stages for testing, validation and acceptance in a test environment. The CDCR will perform testing for authorization to proceed prior to migration to production environment.
Software Testing. The Software Testing Period ("STP") means the time period during which the Software listed in Paragraph 3.1 of Section II shall be subject to testing by Customer. The STP shall commence on the Software delivery date and end forty-five (45) days after the Live Date, at which time the STP shall be deemed to have been terminated unless HBOC has received written notice of noncompliance from Customer. In the event HBOC has received a notice of noncompliance before the end of said forty-five (45) day period, the STP shall continue on a day-by-day basis until the Software performs in accordance with the Documentation and Customer has had a reasonable period of time to test said corrections. The notice of noncompliance as described herein shall be prepared by Customer and shall include a written, reasonably detailed description of each deviation of the Software from the Documentation.
Software Testing. Advanced will support all software testing through possible combinations of onsite support, remote support and video conferencing online support. Validated testing criteria will be used to determine if the testing phase is complete and the system is ready for the next cycle of testing. The Advanced PM will provide with generic test scripts. Modification of test scripts to match ’s specific business scenarios is the responsibility of . From the test scripts will create an ITC Plan (Integration Testing Cycle), and User Acceptance Test (UAT) Plan. At the start of the each cycle, Advanced will re-load the data migrated during subtask 3.3/phase 3. Deficiencies found during the Software Testing Phase will be entered into the Issues Tracking Tool for the correction of configuration, data conversion and/or system deficiencies. Deficiencies will be entered into the Issues Tracking Tool by . The Issues Tracking Tool maintains a history of analysis and problem resolution. The Issues Tracking Tool will be managed and maintained by the Advanced PM and will be reviewed with both Advanced and staff to ensure the issues are being actively worked and tested. The Advanced PM will be proactive in the resolution of items logged in the Issues Tracking Tool so that they will be resolved within a timely manner. The Advanced PM or designate will document to the Project Manager (in detail) the issue or defect, the resolution or workaround alternative, if applicable. Advanced will provide a technical point of contact during all testing phases, Advanced will provide responses that include justification and mitigation plans, where applicable. City of Fort Xxxxx will provide Advanced with evidence through Test Cases utilizing the Advanced Testing Tool (Smartsheet) and various other methods of testing documentation that testing is being done and progressing through the test phases. The software testing phase is divided into the following test cycles:
Software Testing. DSOs have access to agreed best practices with respect to penetration testing of components and systems for all security lifecycle management phases. In particular, the testing proce- dures are expected to be open and standardized. Also, efficient tools that are easy to set-up and display good test coverage are expected to be available. New tools for system wide software security assess- ment start to appear and be used, but best practices and agreed standards are still missing. Software upgrading. In order to improve current software upgrade procedures, two fundamental steps are clearly of great im- portance. Process separation. In order to enhance the support for process separation in DSO systems, a number of improvements are required in the short term.
Software Testing. For the future, we envision the development of automated penetration tests for single components and whole Smart Grid systems. These new developments will aim for modelling the Smart Grid in such a way that testing results from components and parts of the grid will be composa- ble. Furthermore, efficient tools for predicting vulnerabilities in Smart Grids and for improving the possibility to assess the effects of cyber attacks in large-scale Smart Grid systems will be developed. Software upgrading. In the long term, we expect research activities to focus on two main aspects. First of all, it is highly desirable to rely on highly automated techniques and procedures that, with no particular human intervention, can autono- mously develop patches to detected or suspected software vulnerabilities, and distribute them to different components in the Smart Grid. Process separation. Long term research and improvements in this area will need to focus especially on enabling more fine-grained process separation techniques.
Software Testing. 4.1 Before delivering any Customer Software to the Customer, the Supplier shall carry out reasonable tests to ensure that such item is in operable condition and is capable of meeting the requirements of the Specification once properly installed.
4.2 The Supplier shall carry out the Pre-Installation Tests on the Customer Software prior to delivery to the Customer in accordance with the following provisions:
4.2.1 no later than thirty (30) days from the Commencement Date, the Customer shall deliver to the Supplier proposed user acceptance criteria and test data for the Pre-Installation Tests for the Customer Software. These criteria and data shall be such as are reasonably required to show that each part of the Customer Software complies with the relevant parts of the Specification. The Supplier at their own cost shall provide the Customer with assistance to prepare such user acceptance criteria and test data at the Customer’s request. The parties shall use best endeavours to agree the Pre-Installation Test Plan containing the Pre-Installation Tests for each part of the Customer Software within ten (10) days from the date of delivery to the Supplier of the proposed criteria and data, and such Pre-Installation Test Plan shall be annexed to this agreement as Schedule 3.
4.2.2 within a reasonable time before the Software Delivery Date, the Supplier shall carry out the agreed Pre-Installation Tests for each part of the Customer Software. The Supplier shall give the Customer at least twenty four (24) hours’ notice of the start of the Pre-Installation Tests and shall permit the Customer to observe all or any parts of the testing; and
4.2.3 if any part of the Customer Software fails to pass the Pre-Installation Tests, the Supplier shall remedy the defects and deficiencies, and the relevant test(s) shall be repeated within fourteen (14) days.
4.3 If any part of the Customer Software fails, in some material respect, to pass the Pre- Installation Tests within four (4) weeks from the date of its second submission to the Pre-Installation Tests, then the Customer may, by written notice to the Supplier, choose at its sole discretion to specify (without prejudice to the Customer’s other rights and remedies) a new date for carrying out further tests on such part of the Customer Software on the same terms and conditions as are set out in clause 4.2. If such part of the Customer Software fails such further tests, then the Customer may:
4.3.1 request a repeat test under the pr...
Software Testing. Dynamic testing methods cover all tests and experiments that can be performed to test of a system conform to the specification. Software testing can be categorized into three different categories, depending on their scale and extend. While software testing is not per se a security verification method, it can help to find bugs and software errors that could be exploited in a deployed system. The most basic category, unit testing, is a method for testing software by which the individual parts, or units, of software are tested in short, independent and self-contained test cases in order to ensure that code meets its design and works as intended. The units are tested together with their associated control data, usage procedures, and operating procedures. Units can be a whole module (in procedural programming), an entire interface (in object-oriented programming) or an individual function. To ensure the independent testing of single modules, techniques like mock objects, method stubs, test harnesses of fakes are often used. Unit tests are usually written and run directly by software developers and are considered best- practice for software projects (test-driven development). The next step after unit testing is integration testing, where individual software modules are combined into aggregates and tested as a group. An integration test plan can help to keep track of different test cases. Purpose of integration tests is the verification of performance, reliability, and functional requirements. The last step in this testing process is system testing, where tests are being conducted on a complete and integrated system.
