static and dynamic testing are basic types of testing
Dynamic unless you pay extra for a static.
A static one cannot change, while a dynamic one can.
Search operation in static hashing is time consuming, but in dynamic hashing it is not.
A static URL is a web page whose content stays the same whereas a dynamic URL is an address from a website that runs a script.
static is something that doesn't change for example the mathematical Pi (3,14) in computer networks IP Internet protocol can be static that you ISP provides you or can be dynamic that every time that your modem - router restarts or the ISP issues a command it can get a new IP If you are interested in websites a static website is basically static it does not change dynamic websites are designed in such way that they can interact with databases or other means that the content changes over time for example a news website. hope i was clear
1.Static testing involves verification of activities of the developed software where as dynamic testing involves working with the software, giving input values and checking if the output is as expected. 2.Review's, Inspection's and Walkthrough's are static testing methodologies.Unit Tests, Integration Tests, System Tests and Acceptance Tests are few of the Dynamic Testing methodologies. 3.Static testing is done before the code deployment (verification stage) where as dynamic testing is done after code deployment(validation stage). 4.Static testing is more cost effective then dynamic testing.
The difference between static load testing and dynamic load testing is that with static load testing a certain percentage of a product is tested against a group of specifications. During dynamic testing each individual product is tested against a group of standards based on previous tests.
Hi All, I think the answer for this question is, Testing method :Verification(review) and Validation Testing types : Basically static and dynamic-> in dynamic testing further can be classified into structural(white box) and functional(black box) testing Testing Technique : in white box testing we have 1) loop coverage 2)statement coverage 3) condition coverage 4) decision coverage in black box testing we have 1) Equilance partioning, 2)boundary value analysis 3) error guessing Testing Levels : Unit testing, integration testing systemtesting , Acceptance testing
Static vs. dynamic testingSoftware testing is an investing conducted provides stockholders with information about the quality of product or service under test. Software testing can also provide an objective, view of the software to allow the business to appreciate and understand the risk of software implantation. Test techniques include, but are not limited to the process of executing a program or application with the intent of finding software bugs. There are large number of approaches of software testing.Reviews & inspections are called as static testing, whereas actually executing programmed code with a given set of test case is referred to as dynamic testing.Static testing can be omitted, and in practice often is.Dynamic testing takes place with the program itself used. Dynamic testing begin before the program is complete its execution in order to particular sections of code are applied to discrete function or modules. Typically techniques for this are using stubs / drivers or execution from a debugger environment.A static testing involves verification whereas dynamic testing involves validation. Together they help to improve software quality.Other methods of software testing:The box approachVisual testing
A form of verification that does not require execution of the software. is called static testing. Ex. Inspecting documents.
In software development, static testing, also called dry run testing, is a form of software testing where the actual program or application is not used. Instead this testing method requires programmers to manually read their own code to find any errors. Static testing is a stage of White Box Testing.
Testing of an Application at the specification or implementation level without execution of that Application.
Static analysis tools in software testing are used by developers as part of the development and components testing processes. These tools can help developers understand code structures and more.
Its like testing a car without running it. Testing the code without actually running it. Code reviews by peers, checklist are popular techniques.
A static load is time independent. A dynamic load is time dependent and for which inertial effects cannot be ignored. A quasi-static load is time dependent but is "slow" enough such that inertial effects can be ignored. So, when you ignore it? Let's not beat around the bushes and find a testing STANDARD for example ISO 527-1:2012, Chpt. 3.9 where 1mm/min traction testing speed is considered STATIC. Any other values?
Business Process in Software Testing is: Describe what testing means, why it is necessary, why it can be inadequate and when it is complete. Understand and distinguish among common testing techniques, such as documentation reviews, black and white box, unit, integration, system, boundary, stress, static and dynamic testing. Describe how testing fits into a typical Software Development Life Cycle. Understand the unique testing characteristics for web, client/server, mainframe and vendor applications. Perform risk analysis to determine what to test and create a Risk Assessment Document. Define testing strategies and create a Test Strategy Document. Describe the processes and deliverables associated with best practice testing. Create test plans and test cases based on requirements. Develop a process for handling errors and issues that occur throughout the testing lifecycle. Understand Quality concepts (including Quality Assurance) and its importance to the testing process. Describe the roles and responsibilities throughout the testing process. Conduct special tests, such as usability tests, disaster recovery tests and other miscellaneous tests
"Testing: The process consisting of all life cycle activities, both static and dynamic, concerned with planning, preparation and evaluation of software products and related work products to determine that they satisfy specified requirements, to demonstrate that they are fit for purpose and to detect defects."