You have to use the results of the encoder to reverse engineer it and write a corresponding decoder. The example inputs are to give you some helpful insights into how the encoder actually works.
I am... confused. Where are the encrypted messages? As far as I can tell there's code showing example inputs to the Encoder::encode() function and a for loop making three strings from the result of the encode. Am I missing something?
Your code is not correct. It returns wrong answers when the missing number is between sequence[0] and sequence[1], for example [1, 3, 4] or [7, 13, 16].
I know this is no fun but there is no reason to make people solve the mystery. This should be about programming, not encryption.
Enabled in this fork
Merged
Update to Node 18.
You have to use the results of the encoder to reverse engineer it and write a corresponding decoder. The example inputs are to give you some helpful insights into how the encoder actually works.
I am... confused. Where are the encrypted messages? As far as I can tell there's code showing example inputs to the Encoder::encode() function and a for loop making three strings from the result of the encode. Am I missing something?
It does not, it is rather strange and I don't know how to show a screenshot to show evidence.
It does not look like this to me. Are you sure? Does it get fixed when you click RESET?
C# the solution is in the sample tests area and the sample tests are in the solution area
same is true for JavaScript, probably others
(fixed and / or random tests should be adapted to guarantee to fail such solutions)
Your code is not correct. It returns wrong answers when the missing number is between
sequence[0]andsequence[1], for example[1, 3, 4]or[7, 13, 16].my code is correct but it is still showing that it is wrong.. i reverified the failed tests in my vs- code and it was working properly !!
C#: titles of tests are really poor.
Why havent a example at the discription
RISC-V Translation
Loading more items...