CTFL_Syll2018 Practice Questions

A.  

Test planning is performed only once, at the beginning of the life cycle, andgenerates a Master Test Plan

B.  

Test planning is performed at the beginning of the life cycle and again at the beginning of test execution

C.  

Test planning is performed at the beginning of the life cycle and again at every test level

D.  

Test planning is performed continuously in all life cycle processes and activities

A.  

Sociability testing.

B.  

User acceptance testing.

C.  

Beta testing.

D.  

The use of stubs and drivers.

A.  

An analysis technique that divides inputs into groups that are expected to exhibit similar behaviors.

B.  

Applying to time-related data classes only.

C.  

A form of white-box testing.

D.  

A method to reduce test coverage.

A.  

Testing can demonstrate that there are no defects

B.  

Testing can demonstrate that there are defects

C.  

Testing can demonstrate that the software is correct

D.  

Testing can demonstrate that there are no hidden defects in the software

A.  

Used to search for defects in software modules that are separately testable.

B.  

The responsibility of the users of a system.

C.  

Concerned with the behavior of a whole system/product as defined by the scope of a development project.

D.  

Triggered by modifications, migration or retirement of the software system.

A.  

Detection of failures not easily found by other types of testing

B.  

Early defect detection

C.  

Detection of suspicious operations caused by deviations from regulations

D.  

Detect deviations in standards by executing the source code

A.  

Because independent testers make fewer assumptions than developers

B.  

Because independent testers are isolated from the development team

C.  

Because independent testers can verify assumptions made during specification and implementation of the system

D.  

Because independent testers have a greater sense of responsibility for quality than developers

A.  

Use case testing

B.  

State transition testing

C.  

Decision testing

D.  

Equivalence partitioning

A.  

Testers identify defects, developers locate and correct defects, testers confirm the correction has cleared the original defect

B.  

Developers identify defects, testers locate defects, developers correct and confirm the correction has cleared the original defect

C.  

Testers identify and locate defects, developers correct defects and confirm the correction has cleared the original defect

D.  

Developers identify, locate and correct defects, testers confirm the correction

has cleared the original defect

A.  

a, f and g.

B.  

b, c and f.

C.  

a, c and d.

D.  

d, e and g.