Switch autocomplete to match individual words in the tag, instead of
only matching the start of the tag.
For example, "hair" matches any tag containing the word "hair", not just tags
starting with "hair". "long_hair" matches all tags containing the words "long"
and "hair", which includes "very_long_hair" and "absurdly_long_hair".
Words can be in any order and words can be left out. So "closed_eye" matches
"one_eye_closed". "asuka_langley_souryuu" matches "souryuu_asuka_langley".
This has several advantages:
* You can search characters by first name. For example, "miku" matches "hatsune_miku".
"zelda" matches both "princess_zelda" and "the_legend_of_zelda".
* You can find the right tag even if you get the word order wrong, or forget a word.
For example, "eyes_closed" matches "closed_eyes". "hair_over_eye" matches "hair_over_one_eye".
* You can find more related tags. For example, searching "skirt" shows all tags
containing the word "skirt", not just tags starting with "skirt".
The downside is this may break muscle memory by changing the autocomplete order of
some tags. This is an acceptable trade-off.
You can get the old behavior by writing a "*" at the end of the tag. For
example, searching "skirt*" gives the same results as before.
This directory contains library code used through Danbooru. This includes things like defining API clients, dealing with
sources, parsing tag searches, storing and resizing images, and so on.
Many of the files here use the Service Object pattern. Instead of putting complex code in models or controllers, it goes
here, in plain old Ruby objects (POROs). This keeps models and controllers simpler, and keeps domain logic isolated and
independent from the database and the HTTP request cycle.
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