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This section includes 11 Mcqs, each offering curated multiple-choice questions to sharpen your Java knowledge and support exam preparation. Choose a topic below to get started.
1. |
WHICH_FUNCTION_IS_USED_TO_MAP_A_GENERIC_ON_DESIGN??$ |
A. | Port map() |
B. | Generic() |
C. | Generic map() |
D. | Port |
Answer» D. Port | |
2. |
Which of the following can be used as a generic in a complex digital design with many inputs and two outputs?$ |
A. | No. of outputs |
B. | No. of inputs |
C. | Intermediate signals |
D. | No parameter |
Answer» C. Intermediate signals | |
3. |
Generics_in_VHDL_can_be_treated_as_______$ |
A. | Global variable |
B. | Local variable |
C. | Variable |
D. | Signal |
Answer» B. Local variable | |
4. |
GENERIC (n : INTEGER := 8); In this statement, the mode of generic ‘n’ is ______?# |
A. | Integer |
B. | Real |
C. | Generic |
D. | No Mode |
Answer» E. | |
5. |
In most synthesis tools, only generics of type ________ are supported. |
A. | INTEGER |
B. | REAL |
C. | BIT_VECTOR |
D. | STD_LOGIC |
Answer» B. REAL | |
6. |
A generic can’t be declared in a component declaration.$ |
A. | True |
B. | False |
Answer» C. | |
7. |
Which of the following is true about Generics? |
A. | Generics can be assigned information as part of simulation run |
B. | Generics cannot be assigned information as part of simulation run |
C. | Generic passes data to an entity which is not instance specific |
D. | Results of simulation can modify the value of generics |
Answer» C. Generic passes data to an entity which is not instance specific | |
8. |
More than one generic parameter can be defined in a single entity. |
A. | True |
B. | False |
Answer» B. False | |
9. |
What is the main use of the generic parameter? |
A. | Defining constant type |
B. | Assigning some initial value to constant |
C. | Reusability |
D. | Using constant type within the entity |
Answer» D. Using constant type within the entity | |
10. |
Which of the following is correct declaration for a generic? |
A. | GENERIC (name : type := initial_value); |
B. | GENERIC (type : name := initial_value); |
C. | GENERIC (name : type <= initial_value); |
D. | GENERIC ( ype : name <= initial_value); |
Answer» B. GENERIC (type : name := initial_value); | |
11. |
H |
A. | Hello |
B. | Runtime Error |
C. | Compilation Error |
Answer» C. Compilation Error | |