MCQOPTIONS
Saved Bookmarks
MCQOPTIONS
This section includes 9 Mcqs, each offering curated multiple-choice questions to sharpen your Junit knowledge and support exam preparation. Choose a topic below to get started.
| 1. |
The point at which the program slice affects the values at some point of interest is __________ |
| A. | Slicing criterion |
| B. | Program criterion |
| C. | Sliced Parts criterion |
| D. | Information flow control |
| Answer» B. Program criterion | |
| 2. |
________________ is the computation of the set of programs statements. |
| A. | Brute force debugging |
| B. | Backtracking |
| C. | Cause elimination |
| D. | Program slicing |
| Answer» E. | |
| 3. |
__________ involves the use of induction or deduction and introduces the concept of binary partitioning. |
| A. | Brute force debugging |
| B. | Backtracking |
| C. | Cause elimination |
| D. | Program slicing |
| Answer» D. Program slicing | |
| 4. |
An effective method for locating errors in small programs is to ___________ the incorrect results through the logic of the program until the point where the logic went astray is found. |
| A. | Search |
| B. | Backtrack |
| C. | Slice |
| D. | Eliminate |
| Answer» C. Slice | |
| 5. |
______________________ is the most common and least efficient debugging technique. |
| A. | Brute force debugging |
| B. | Backtracking |
| C. | Cause elimination |
| D. | Program slicing |
| Answer» B. Backtracking | |
| 6. |
In a narrower sense, LCSAJ is also called ____________ |
| A. | JJ-Path |
| B. | Code Coverage |
| C. | System Code Analysis |
| D. | Code Breakdown |
| Answer» B. Code Coverage | |
| 7. |
The JJ in JJ-path stands for ___________ |
| A. | Just Jump |
| B. | Jump-in-JUnit |
| C. | Java-JUnit |
| D. | Jump-to-Jump |
| Answer» E. | |
| 8. |
LCSAJ stands for _______________ |
| A. | Loading Code standard as Jumps |
| B. | Linear code sequence and jump |
| C. | Loading code sequence and jump |
| D. | Linear coverage sequence and jump |
| Answer» C. Loading code sequence and jump | |
| 9. |
____________ is a software analysis method used to identify structural units in code under test. |
| A. | Linear code sequence and jump |
| B. | State coverage |
| C. | Lossless packs |
| D. | Linear jumps |
| Answer» B. State coverage | |