Management is sceptical regarding the budget request (€25,000) for the next testing project. You are
asked for a cost-benefit calculation. Based on historical data from several projects, you have the
following numbers:
Average prevention cost per defect: €200
Average cost of detection per defect: €400 Average cost of internal failure: €150
Average cost of external failure: €2,500
Expected number of defects to be found in this project during testing: 50
What is the result for the expected cost-benefit calculation for the upcoming project?
You are a tester working in an Agile team in the finance domain. The team consists of 6 members,
and you are the only tester. The team is responsible for the development and maintenance of a
mobile front-end application. The application is considered to be critical with respect to customer
impact and market branding.
You have been asked to identify which test management activity needs to be performed within the
team to enhance test maturity and achieve a higher level of product quality.
Which test management activity would you recommend the team should adopt?
You are a tester working in an Agile team in the finance domain. The team consists of 6 members,
and you are the only tester. The team is responsible for the development and maintenance of a
mobile front-end application. The application is considered to be critical with respect to customer
impact and market branding.
You have been asked to identify which test management activity needs to be performed within the
team to enhance test maturity and achieve a higher level of product quality.
Which test management activity would you recommend the team should adopt?
A software company that sells an established test execution capture-replay tool has decided to
complement it with a test management tool. The
test execution tool was developed over a number of years and is used by a large number of clients.
The test management tool will be developed by the same team that developed the capture-replay
tool, using the same technology. In response
to growing customer demand, it is proposed to develop the test management tool in an incremental
manner. Each increment will be developed
using the V-model lifecycle.
The test management tool must interface with the companys capture-replay tool. Over the first 12
months of the development period, the
following functionality will be developed for the test management tool:
Support for test case creation
Support for test procedures, test scripts, and test suites
The functionality to be included in later increments will be driven by customer demand; however,
they expect to provide an incident management
system and interfaces to other proprietary tools and database management systems.
Which two of the following factors are most likely to influence the estimation technique that would
be selected in this scenario?
A software company that sells an established test execution capture-replay tool has decided to
complement it with a test management tool. The
test execution tool was developed over a number of years and is used by a large number of clients.
The test management tool will be developed by the same team that developed the capture-replay
tool, using the same technology. In response
to growing customer demand, it is proposed to develop the test management tool in an incremental
manner. Each increment will be developed
using the V-model lifecycle.
The test management tool must interface with the companys capture-replay tool. Over the first 12
months of the development period, the
following functionality will be developed for the test management tool:
Support for test case creation
Support for test procedures, test scripts, and test suites
The functionality to be included in later increments will be driven by customer demand; however,
they expect to provide an incident management
system and interfaces to other proprietary tools and database management systems.
Which two of the following factors are most likely to influence the estimation technique that would
be selected in this scenario?