Switches are fun. What's the output?

@EclipseJavaIDE @java A B C (oct, no brake, println)

@EclipseJavaIDE ABC. Little known fact: int literals with leading zeros are interpreted as octals.

@EclipseJavaIDE 020 (octal) = 16 and no break in case statements > output is 'ABC'

@EclipseJavaIDE @java And another example of bad language design. @kotlin has fixed this with the when statement superkotlin.com/kotlin-when-st…

@EclipseJavaIDE I think that 0 starting number literal is not good idea in the first place.

@EclipseJavaIDE B and C

@EclipseJavaIDE B C

@EclipseJavaIDE @java abc

@EclipseJavaIDE @java c

@EclipseJavaIDE A B C there is no break and pritln

@EclipseJavaIDE ABC,i test it.

@EclipseJavaIDE B

@EclipseJavaIDE 😃

@EclipseJavaIDE The result is AB because 020 is the octal representation of decimal number 16.

@EclipseJavaIDE @java A B C

@EclipseJavaIDE A B C

@EclipseJavaIDE B?

@EclipseJavaIDE @java C

@EclipseJavaIDE @java B

@EclipseJavaIDE A b c

@EclipseJavaIDE @java C

@EclipseJavaIDE output is ABC since 16 will match its octal representation 020, and no 'break' statements so the other two cases are executed as well

@EclipseJavaIDE @java C

@EclipseJavaIDE BC

@EclipseJavaIDE A B C

@EclipseJavaIDE A B C

@EclipseJavaIDE b

@EclipseJavaIDE C

@EclipseJavaIDE A B C

@EclipseJavaIDE the output is A B C

@EclipseJavaIDE A B C

@EclipseJavaIDE A

@EclipseJavaIDE @java B

@EclipseJavaIDE @java B C

@EclipseJavaIDE @java A B C