So I'm trying to reduce duplicates in password processing, specifically around case toggling.
I'm generating a 4 char keywalk with kwprocessor including shifts, lowercase everything, sort and remove dupes. Then using prince I can make comboes and let rules handle all the case toggling (much faster than std in or a fat list).
Considering that many of these combinations have 1 or more non-letters, the toggle rule has no effect on the plain (there is no lowercase $ or 1) and a dupe is processed... at least as far as I can tell a dupe is processed. If a rule doesn't change a candidate, is there logic to skip it? I'm guessing not as it's probably faster to plow ahead than check.
Based on that assumption, I would like to figure out a way to emulate a shift: Ie 1<=>! 2<=>@ a<=>A
Is there somethng like that already?
Thanks.
I'm generating a 4 char keywalk with kwprocessor including shifts, lowercase everything, sort and remove dupes. Then using prince I can make comboes and let rules handle all the case toggling (much faster than std in or a fat list).
Considering that many of these combinations have 1 or more non-letters, the toggle rule has no effect on the plain (there is no lowercase $ or 1) and a dupe is processed... at least as far as I can tell a dupe is processed. If a rule doesn't change a candidate, is there logic to skip it? I'm guessing not as it's probably faster to plow ahead than check.
Based on that assumption, I would like to figure out a way to emulate a shift: Ie 1<=>! 2<=>@ a<=>A
Is there somethng like that already?
Thanks.