Unit Testing. Contractor shall perform iterative unit testing as program code is developed to ensure that the code works as required. Contractor shall create test plans documents for all use cases.
Unit Testing. The CONTRACTOR shall perform iterative unit testing as program code is developed to ensure that the code works as required. System folders shall be maintained with source code, input data, and output data so that COUNTY can independently validate successful testing.
Unit Testing. (a) Supplier shall conduct “Unit Testing” in which Supplier takes the smallest piece of testable Software in the application, isolates it from the remainder of the code, and determines whether it behaves exactly as expected. Each unit is tested separately before integrating them into modules to test the interfaces between modules. During the Unit Testing phase, Supplier shall include:
(i) System Requirements;
(ii) Design Specifications;
(iii) Programming standards;
(iv) Input and/or data validation;
(v) I/O correctness (database records created, updated and/or deleted);
(vi) Error handling;
(vii) Performance; and
(viii) Naming conventions (variable and control)
(b) In addition to the Unit Testing Functions listed in Section 5.5(a). Supplier shall perform the Unit Testing Functions listed in the roles and responsibilities table below, except for those Functions that are expressly identified as retained Health Net responsibilities in the roles and responsibilities table below.
1. Provide environment requirements needed for unit testing. X
2. Provide environment Governance - how environment is used, users, who provides business requirements for “architecture/content” of the environment. X
3. Build and support the environments (everything but DBA and hardware):- Builds and creates the environment, designs the architecture based on the owner's requirements, refreshes the environments, operationally manages access to environment. X
4. Build and support the DBA environments (See separate DBA Roles and Responsibilities). X
5. Build and support the hardware environments. X
6. Defect resolution - environment. X
7. Defect resolution - application/configuration etc - everything tied to development. X
8. Testing oversight/defect triage/QA. X
9. Requesting code promotions, jobs. X
10. Approving code promotions, jobs. X
11. Executing code promotions. X
12. Executing jobs and other activities needed to be done in environment to support testing. X
13. Administration of the code/configuration management tools. X
14. Support of the code/configuration/migration management tools (installing the tool, applying the patches). X
15. Authorizing access and authority levels to the code management Software. X 16. Implementation plan for move to next staging environment. X 17. Code build for move to next staging environment. X 18. Recommend policies and procedures for environment management. X
Unit Testing. 1. The Contractor shall perform in-house unit level testing throughout the development process.
2. Evidence of unit testing shall be made available to Inmarsat, on request.
Unit Testing. 1. The Contractor shall perform unit level hardware and software testing throughout the development process as required by Contractor ISO 9001 (or equivalent) process.
2. Evidence of hardware testing shall be made available to Inmarsat, on request.
3. Evidence of software unit testing shall be made available to Inmarsat, on request.
Unit Testing. At least 120 Calendar Days prior to the Effective Date of Services, Vendor and FHKC shall commence a series of unit tests to verify that each process of the System produces the expected results as defined in this Contract.
Unit Testing. Developers must write unit tests for their respective modules to ensure functional correctness. Testing Phase: ● Functional Testing: The testing team writes test cases based on requirement documents and verifies each functional module. ● Integration Testing: Ensures that modules work together after integration, identifying and resolving interface issues between modules. ● Performance Testing: Simulates real usage scenarios to perform system load testing and performance optimization, ensuring stable operation under high loads. Delivery Phase: ● User Acceptance Testing (UAT): Invites customers for acceptance testing to ensure system functions meet customer requirements. ● Defect Fixing: Responds quickly to and fixes defects found during UAT, conducting re-acceptance confirmation. ● Documentation Delivery: Provides detailed system usage documents, maintenance documents, and training materials to ensure customers can smoothly use and maintain the system. Operation Support Phase:
Unit Testing. Supplier shall conduct “Unit Testing” in which Supplier takes the smallest piece of testable Software in the application, isolates it from the remainder of the code, and determines whether it behaves exactly as expected. Each unit is tested separately before integrating them into modules to test the interfaces between modules. During the Unit Testing phase, Supplier shall include:
Unit Testing. The Unit Testing is lowest testing level regarding to functional complexity involved, due to it is focused in testing individual functionalities and no the integration or interaction among them. Before go into the details of subject topic, it is convenient to discuss a little about software engineering, SDLC (Software Development Life Cycle) and OOSD (Object Oriented Software Development)[1][2]. SDCL, also known as ―Macro Process‖, shall be divided into different phases logically and carefully. These SDLC phases broadly include: Vision – Conceptualization of the software domain; Define – Detailing the requirements along with specification – Use cases; Design – Realization of the Use Cases; Develop – Realization of the design leads to software development / Coding; Test – Enforcing the use cases while Testing. The iterative and incremental behaviour of the software process is reflected in the following picture. In the OOSD (Object Oriented Software Development) or Object Oriented Paradigm, when analyzing a problem domain or analyzing requirements, actually is looking for objects/abstractions that will solve some particular problem in the software. To introduce the usage of MDD or TDD regarding to the different Early V&V processes under the eDiana project domain, both will be discussed in the OOSD. The first approach for MDD is to take into account the following division: objects/abstractions will be names/nouns behaviour will be represented by verbs/actions. Next step is fill the gaps of how the abstraction will look like, and go deeper in analyzing the requirements, and come up with some handful of use cases. Those actually give an idea of functional aspects of the objects, or provide interfaces, called object contracts. So, the outcome of the use cases are the interfaces, provide the means of testing the contracts. This practice along with scenarios leads to find interactions between objects, in order to design the solution. This process leads a static design which shows how the interfaces, and then the concrete implementations, would look like and what the interdependencies among those objects are. This approach was bottom up: it is necessary to find the objects, then the components and then the domains. During this categorization process, some new and unknown areas appear. Those areas come across right in the beginning of the objects / components discovery and we‘ll realize that we might have incomplete picture of the design. It will become much more ob...
Unit Testing. This type of test is used to validate that an individual program module or script functions correctly. Each System module that has been developed shall be tested to ensure that all module functionality is working properly. If a module interacts with other modules, the interfaces between the modules are ‘stubbed’ out or removed so that only the module itself is tested in isolation. These tests are generally informal tests conducted and documented by a developer. This type of test ensures that small groupings of modules are working properly. While full System functionality is not yet tested in this phase, groups of modules that work together shall be isolated and tested to ensure that key activities work properly from end to end. This type of testing is generally performed by developers in the development environment. This is expected by the Oregon Votes Project Team to be the first phase of testing where all test planning and documentation activities listed in the Test Plan shall occur.
