Haskell implementation of Pixiv API, based on servant-client.
In most cases, it is enough to import only Web.Pixiv. If you want to use lenses to access and operate data types,
you should import Web.Pixiv.Types.Lens as well. Pixiv API requires authentication before being accessed, thus the PixivT monad transformer provides an user-friendly and thread-safe interface
to manage, and renew access token on demand, where you just need to give the username and password refresh token (See upbit/pixivpy#158) of your pixiv account.
Here is a simpe example:
import Control.Lens ((^.))
import Control.Monad.IO.Class (liftIO)
import Web.Pixiv
import Web.Pixiv.Types.Lens
main :: IO ()
main = do
let credential = RefreshToken "token"
result <- runPixivT' credential action
case result of
Left err -> print err
Right x -> pure x
action :: PixivT IO ()
action = do
-- gets the details of user <https://www.pixiv.net/users/16731>
userDetail <- getUserDetail 16731
liftIO $ print userDetail
-- gets the details of illustration <https://www.pixiv.net/artworks/80132896>
illustDetail <- getIllustDetail 80132896
liftIO $ print illustDetail
-- gets day ranking illustrations
-- 1 means the first page of the results
ranking <- getIllustRanking (Just Day) 1
liftIO $ print ranking
-- searches the user who has name "玉之けだま" then gets their first work
-- (function 'head' is not total, just used for demonstration)
targetUser <- head <$> searchUser "玉之けだま" Nothing 1
firstWork <- head <$> getUserIllusts (targetUser ^. user . userId) (Just TypeIllust) 1
liftIO $ print firstWorkAs you can see, functions accessing Pixiv API are run in PixivT IO monad.
For more functionalities this library provides and relevant information about functions or data types, please refer to the documentation.
Documentation is available at hackage (latest release) and our github pages (master).
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