úÎ.ó*s      Safe-Inferred 1234=JKMThe , class provides generic implementations of [. This class is separate due to its implementation varying for diferent kinds of metadata.dTrieKey operations on Generic representations used to provide the default implementations of tries.=Mapping of generic representation of keys to trie structures. FEffectively an associated datatype of tries indexable by keys of type kf. By using a separate newtype wrapper around the associated type synonym we're able to use the same  g constructor for all of the generic implementations while still getting the injectivity of a new type.  The default implementation of a   is  wrapped in a . This wrapping is due to the ‹ being a non-empty trie allowing all the of the "emptiness" to be represented at the top level for any given generically implemented key. -Keys that support prefix-trie map operations.3All operations can be automatically derived from a  instance. 1Type of the representation of tries for this key.Construct an empty trieTest for an empty trieLookup element from trieInsert element into trieDelete element from trie'Construct a trie holding a single value/Apply a function to all values stored in a trie#Fold all the values store in a trie$Traverse the values stored in a trie!Show the representation of a trie/Construct a trie from a list of key/value pairsÂAlter the values of a trie. The function will take the value stored as the given key if one exists and should return a value to insert at that location or Nothing to delete from that location.Returns   when the  % has a value stored at the given key.Returns ! when the  % has a value stored at the given key.">Tries of types without constructors are represented by a unit.#GTries of constructors without fields are represented by a single value.$:Generic sums are represented by up to a pair of sub-tries.%3Generic products are represented by tries of tries.&:Generic fields are represented by tries of the field type.'BGeneric metadata is skipped in trie representation and operations.() tries are implemented with *X, this is intended for cases where it is better for some reason to force the use of a *0 than to use the generically derived structure.+!'Char tries are implemented with ,.-. tries are implemented with *./0 tries are implemented with ,.O123)4 56789:;<=>?@ABC"D#E$F%G&HIJ'KLMNOPQRSTUVW(+-/% 56789:;<=   0123)4  >?@ABC"D#E$F%G&HIJ'K5L6M7N8O;:9P<=QRSTUVW(+-/X      !"#$%&'(&')*+,-./01234526789:;<&'=>>?1@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcgeneric-trie-0.1Data.GenericTrieGTrieKey gtrieLookup gtrieInsertgtrieSingleton gtrieDeletegtrieMap gtrieFold gtrieTraverseGTrieTrieMkTrieTrieRepDefaultTrieKeyTrieRepemptytrieNulllookupinsertdelete singletontrieMaptrieFold trieTraverse trieShowsPrecfromListaltermember notMember GTrieKeyShowbaseGHC.Show showsPrec Data.MaybeMaybe GHC.GenericsGenericghc-prim GHC.TypesTrueFalse $fGTrieKeyV1 $fGTrieKeyU1 $fGTrieKey:+: $fGTrieKey:*: $fGTrieKeyK1 $fGTrieKeyM1$fTrieKeyOrdKeyOrdKeycontainers-0.5.5.1 Data.Map.BaseMap $fTrieKeyCharData.IntMap.BaseIntMap$fTrieKeyInteger integer-gmpGHC.Integer.TypeInteger $fTrieKeyIntIntMProxygtrieShowsPrecVTrieUTrieKTriePTrieSTrieBSTrieRSTrieLMTrieunMTrie$fTraversableTrie$fFoldableTrie $fFunctorTrie $fShowGTrie $fShowTrie$fGTrieKeyShowV1$fGTrieKeyShowU1$fGTrieKeyShow:+:$fGTrieKeyShow:*:$fGTrieKeyShowK1$fGTrieKeyShowM1$fGTrieKeyShowM10$fGTrieKeyShowM11TFCo:R:GTrieV1aTFCo:R:GTrieU1aTFCo:R:GTrieK1aTFCo:R:GTrie:*:aTFCo:R:GTrie:+:aTFCo:R:GTrieM1a $fTrieKey[] $fTrieKey(,,) $fTrieKey(,)$fTrieKeyEither$fTrieKeyMaybe $fTrieKeyBool $fTrieKey()