In an event-driven simulation of a bank, which of the following equations can be used to determine the time of a customer’s departure?
a) time of next departure = current time – arrival time
b) time of next departure = time service begins + length of transaction
c) time of next departure = arrival time + length of transaction
d) time of next departure = current time – (arrival time + time service begins)
b.
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If a feature is found in the C language, is that feature in C++? Is the reverse true?
What will be an ideal response?
What will be output from the following code:
``` public void t e s t 7 ( ) { int x = 1 2 ; int y = 0 ; while ( x < 10 j j y < 1) { x = x + 1 ; y = y + 1 ; System . out . p r i n t l n ( x + " , " + y ) ; } } ```
Analyze the following code.
``` public class Test { public static void main(String[] args) { int month = 09; System.out.println("month is " + month); } } ``` a. The program displays month is 09. b. The program displays month is 9. c. The program displays month is 9.0. d. The program has a syntax error, because 09 is an incorrect literal value.
The ____ stage of the attack methodology is a systematic survey of the target organization's Internet addresses, conducted to identify the network services offered by the hosts in that range.
A. auditing B. fingerprinting C. activating D. validating