@ -30,11 +30,11 @@ For comparison, certain other solutions available on GitHub seem to require 3 ho
Anagrams generation is not parallelized, as even single-threaded performance for 4-word anagrams is high enough; and 5-word (or larger) anagrams are frequent enough for most of the time being spent on computing hashes, with full CPU load.
Multi-threaded performance is as follows:
Multi-threaded performance with RyuJIT (.NET 4.6, 64-bit system) is as follows:
* If only phrases of at most 4 words are allowed, then it takes 20 seconds to find and check all anagrams; all hashes are solved in first 1 second.
* If only phrases of at most 4 words are allowed, then it takes less than 10 seconds to find and check all anagrams; all hashes are solved in first 1 second.
* If phrases of 5 words are allowed as well, then it takes around half an hour to find and check all anagrams; all hashes are solved in first 25 seconds. Around 50% of time is spent on MD5 computations for correct anagrams, so there is not a lot to optimize further.
* If phrases of 5 words are allowed as well, then it takes around 18 minutes to find and check all anagrams; all hashes are solved in first 25 seconds. Most of time is spent on MD5 computations for correct anagrams, so there is not a lot to optimize further.
* If phrases of 6 words are allowed as well, then "more difficult" hash is solved in 50 seconds, "easiest" in 3.5 minutes, and "hard" in 6 minutes.
