Are we building the product right?

Are we building the right product?

Is the product user-friendly?

Is the product cost-effective?

To allocate marketing resources

To create user manuals

To discover defects in software artifacts

To design the software architecture

Integration Testing

User Acceptance Testing

Software Testing

Software Inspection

To find errors and omissions

To enhance software performance

To reduce development time

To improve user experience

Static Testing

Dynamic Testing

Unit Testing

Integration Testing

To eliminate the need for documentation

To reduce the number of test cases

To drive the inspection process

To ensure all team members are present

To schedule team meetings

To allocate project budgets

To define the software architecture

To outline the testing process

Unit Testing

Integration Testing

System Testing

Performance Evaluation

To test user acceptance

To evaluate system performance

To ensure modifications haven't caused unintended effects

To verify new features

Testing values at the edges of input ranges

Testing only valid inputs

Testing the middle values of input

Testing random values

To present the code

To find errors and omissions

To manage the inspection meeting

To fix defects

To evaluate user satisfaction

To test the entire system

To assess system performance

To ensure individual components work correctly

There is no difference; they are the same

Verification is done by users; Validation is done by developers

Verification checks if the product meets specifications; Validation checks if it meets user needs

Verification is a dynamic process; Validation is static

An invalid result

An error message

A valid result

No output

To test user interfaces

To gather user feedback

To analyze code without execution

To execute the program

Testing individual components

Testing the entire system as a whole

Testing user interfaces

Testing performance under load

To fix defects

To record the results of the inspection meeting

To manage the inspection process

To present the code

To ensure all inputs are tested

To test only boundary values

To focus on performance testing

To divide inputs into valid and invalid classes

To confirm the absence of defects

To discover defects in programs

To improve user experience

To enhance system performance

A warning message

No output

A valid result

An error message

To improve the inspection process

To report results to the inspection team

To fix defects

To manage the inspection

Testing functionality

Testing non-functional requirements

Testing code quality

Testing user interfaces

To outline the testing schedule

To specify inputs and expected outcomes

To define the software architecture

To allocate resources

Testing system performance

Testing user acceptance

Testing the interaction between components

Testing individual components

To test user interfaces

To locate and repair errors

To gather user feedback

To confirm the presence of defects

The program behaves as expected

The program meets user requirements

The program runs without errors

The program behaves anomalously

To test the system for a long duration

To test the system with many users simultaneously

To test the system under normal conditions

To test the system's response to sudden spikes

To check the system against user requirements

To test individual components

To evaluate system performance

To assess code quality