OSU CSE 2221 Samenvattingen, Aantekeningen en Examens

The correct syntax for the "main" method signature is: *a.* private static void main(String[] args) *b.* public static String main(String[] args) *c.* public static void main(String[] args) *d.* public void main(String[] args) *e.* none of the above - c The Java compiler does the following: *a.* checks a bytecode program in a ".class" file for run-time errors and if there are none, it generates source code for that program in a ".java" file *b.* checks a source code program in a ".java"...

The correct syntax for the "main" method signature is: *a.* private static void main(String[] args) *b.* public static String main(String[] args) *c.* public static void main(String[] args) *d.* public void main(String[] args) *e.* none of the above - Answer- c The Java compiler does the following: *a.* checks a bytecode program in a ".class" file for run-time errors and if there are none, it generates source code for that program in a ".java" file *b.* checks a source code p...

component family that allows you to manipulate natural numbers (non-negative integers). is an interface - NaturalNumber similar to a remainder, calculated using "clock arithmetic". when a negative number is "modded", it goes "counter-clockwise," returning a negative value - modulo putting highly reused methods into an interface so they're described in exactly one place - standard methods creating a single place to change code that affects many others - single point of control prima...

component family that allows you to manipulate natural numbers (non-negative integers). is an interface - NaturalNumber similar to a remainder, calculated using "clock arithmetic". when a negative number is "modded", it goes "counter-clockwise," returning a negative value - modulo putting highly reused methods into an interface so they're described in exactly one place - standard methods creating a single place to change code that affects many others - single point of control prima...

The correct syntax for the "main" method signature is: *a.* private static void main(String[] args) *b.* public static String main(String[] args) *c.* public static void main(String[] args) *d.* public void main(String[] args) *e.* none of the above - c The Java compiler does the following: *a.* checks a bytecode program in a ".class" file for run-time errors and if there are none, it generates source code for that program in a ".java" file *b.* checks a source code program in a ...