A. True
B. False
Explanation: Static analysis techniques are system verification techniques that don’t involve executing a program.
Related Mcqs:
- Which level of Static Analysis allows specific rules that apply to a program to be checked ?
A. Characteristic error checking
B. User-defined error checking
C. Assertion checking
D. All of the mentioned - Choose the fault class in which the following automated static analysis check would fall:”Pointer Arithmetic” ?
A. Storage management faults
B. Data Faults
C. Input/Output Faults
D. Interface faults - Static analysis is now routinely used in the development of many safety and security critical systems?
A. True
B. False - Choose the fault class in which the following automated static analysis check would fall: “Unreachable code”?
A. Control Faults
B. Data Faults
C. Input/Output Faults
D. Interface faults - Choose the fault class in which the following automated static analysis check would fall:”Non-usage of the results of functions”?
A. Storage management faults
B. Data Faults
C. Input/Output Faults
D. Interface faults - Choose the fault class in which the following automated static analysis check would fall:”Variables declared but never used”?
A. Control Faults
B. Data Faults
C. Input/Output Faults
D. Interface faults - Which of the following is a technique covered in Static Analysis ?
A. Formal verification
B. Model checking
C. Automated program analysis
D. All of the mentioned - At which stage of risk analysis specification, the additional security requirements take account of the technologies used in building the system and system design and implementation decisions ?
A. Preliminary risk analysis
B. Life-cycle risk analysis
C. Operational risk analysis
D. All of the mentioned - POFOD stands for___________________?
A. Possibility of failure of data
B. Probability of failure of data
C. Possibility of failure on demand
D. Probability of failure on demand - Controls that are intended to ensure that attacks are unsuccessful is analogous to ______________ in dependability engineering?
A. Fault avoidance
B. Fault tolerance
C. Fault detection
D. Fault Recovery
