1)
Good test case has a reasonable probability of catching an error.
A) True
B) False
2)
..................... can be used to design good test cases.
A) Equivalence Classes
B) Parameterizing
C) Boundary Values
D) trimming
3)
By applying .................... we minimize the redundant test cases.
A) Equivalence Partioning
B) Parameterizing
C) Boundary Values
D) trimming
4)
Generally, a test case also specifies the expected outcome from executing the SUT under the specified execution conditions and test inputs.
A) True
B) False
5)
Devising a set of test cases that will guarantee that all errors will be detected is somewhat feasible.
A) True
B) False
6)
We can have one or more test cases covering the requirements.
A) True
B) False
7)
............. test cases are like a green light for the application and help to determine whether or not the application should go into production.
A) System
B) Acceptance
C) Critical
D) Performance
8)
In order to write black box test cases we need the .................
A) requirement document
B) design
C) project plan
D) All of above
9)
................... help you to design a series of test cases that have a high likelihood of finding errors
A) requirement document
B) software testing techniques
C) project plan
D) SRS
10)
Test case design focuses on a set of techniques for the creation of test cases that meet overall testing objectives.
A) True
B) False
11)
White-box testing, sometimes called ..........., is a test case design method that uses the control structure of the procedural design to derive test cases.
A) gray box testing
B) glass-box testing
C) steel-box testing
D) Coding testing
12)
In order to generate effective tests at a lower cost, test designers analyze the following sources of information:
A) Requirements and functional specifications
B) Source code
C) Input and output domains
D) Operational profile
E) Fault model
F) Both A & E
G) All of above
1)a, 2)a,c, 3) a, 4) a, 5)b, 6) a, 7)b, 8) d, 9)b, 10) a, 11) b, 12)g