A:– testing process is going as follows
quality assurance unit
quality assurance manager
testlead
test engineer
Re- test - Retesting means we testing only the certain part of an application again and not considering how it will effect in the other part or in the whole application.
Re-Test
You have tested an application or a product by executing a test case. The end result deviates from the expected result and is notified as a defect. Developer fixes the defect. The tester executes the same test case that had originally identified the defect to ensure that the defect is rectified.
Regression Test
Developer fixes the defect. Tester re-test the application to ensure that the defect is rectified. He also identifies a set of test cases whose test scenario sorrounds the defect to ensure that the functionality of the application remains stable even after addressing the defect.
What methodologies have you used to develop test cases?
A:– generally test engineers uses 4 types of methodologies
1. Boundary value analysis
2.Equivalence partition
3.Error guessing
4.cause effect graphing
Why we call it as a regression test nor retest?
A:– If we test whether defect is closed or not i.e Retesting But here we are checking the impact also regression means repeated times
what is the exact difference between a product and a project.give an example ?
A:– Project Developed for particular client requirements are defined by client Product developed for market Requirements are defined by company itself by conducting market survey
Example
Project: the shirt which we are interested stitching with tailor as per our specifications is project
Product: Example is “Ready made Shirt” where the particular company will imagine particular measurements they made the product
Mainframes is a product
Product has many mo of versions
but project has fewer versions i.e depends upon change request and enhancements
Actually by using severity u should know which one u need to solve so what is the need of priority?
A:– I guess severity reflects the seriousness of the bug where as priority refers to which bug should rectify first. of course if the severity is high the same case is with priority in normal.
severity decided by the tester where as priority decided by developers. which one need to solve first knows through priority not with severity. how serious of the bug knows through
severity.
severity is nothing impact of that bug on the application. Priority is nothing but importance to resolve the bug yeah of course by looking severity we can judge but sometimes high severity bug doesn’t have high priority At the same time High priority bug don’t have high severity
So we need both severity and priority
what is the difference between three tier and two tier application?
A:– Client server is a 2-tier application. In this, front end or client is connected to
‘Data base server’ through ‘Data Source Name’,front end is the monitoring level.
Web based architecture is a 3-tier application. In this, browser is connected to web server through TCP/IP and web server is connected to Data base server,browser is the monitoring level. In general, Black box testers are concentrating on monitoring level of any type of application.
All the client server applications are 2 tier architectures.
Here in these architecture, all the “Business Logic” is stored in clients and “Data” is stored in Servers. So if user request anything, business logic will b performed at client, and the data is retrieved from Server(DB Server). Here the problem is, if any business logic changes, then we
need to change the logic at each any every client. The best ex: is take a super market, i have branches in the city. At each branch i have clients, so business logic is stored in clients, but the actual data is store in servers.If assume i want to give some discount on some items, so i
need to change the business logic. For this i need to goto each branch and need to change the business logic at each client. This the disadvantage of Client/Server architecture.
So 3-tier architecture came into picture:
Here Business Logic is stored in one Server, and all the clients are dumb terminals. If user requests anything the request first sent to server, the server will bring the data from DB Sever and send it to clients. This is the flow for 3-tier architecture.
Assume for the above. Ex. if i want to give some discount, all my business logic is there in Server. So i need to change at one place, not at each client. This is the main advantage of 3-tier architecture.
what is bug, deffect, issue, error?
A: — Bug: — Bug is identified by the tester.
Defect:– Whenever the project is received for the analysis phase ,may be some requirement miss to get or understand most of the time Defect itself come with the project (when it comes).
Issue: — Client site error most of the time.
Error: — When anything is happened wrong in the project from the development side i.e. called as the error, most of the time this knows by the developer.
Bug: a fault or defect in a system or machine
Defect: an imperfection in a device or machine;
Issue: An issue is a major problem that will impede the progress of the project and cannot be resolved by the project manager and project team without outside help
Error:
Error is the deviation of a measurement, observation, or calculation from the truth
