]       !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~                                   ! " # $ % & ' ( ) * + , - . / 0 1 2 3456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~Safe ,DQRTfBType equality to NatHelper for ModuloCModuloD If-then-elseE If-then-elseFGet a Nat valueGGet a Nat valueHGet a Symbol valueBCDEFGH ()+*BCDEFGHFGH ( EDCB+* )BCDEFGHSafe *,:DQRT&I3Check that a list only contain a value of each typeJConstraint: x member of xsKUnion two listsLIndexed access into the listHelper for MaybeIndexOfM<Get the first index (starting from 1) of a type or 0 if noneGet the first index of a typeNGet the first index of a typeO)Keep only a single value of the head typeP%Keep only a single value of each typeQRemove a in lR Zip two listsS&Map to 1 if type equality, 0 otherwiseTGet list indexesHelper for IsSubsetU(Check that a list is a subset of another*Check that a type is member of a type listV*Check that a type is member of a type listWGenerate a list of Nat [n..m-1]X+Apply Maybe to all the elements of the listY*Remove a type at index (0 == don't remove)ZRemove a type at index[Reverse a list\replace a type at offset n in l]replace a type by another in l^replace l[n] with l2 (folded)_ Replicate`Get list lengthaConcat two type listsbHead of a listcSnocdInit of a listeTake elements in a listfDrop elements in a listgTail of a listHelper for MaxhGet the max of a list of Natsi#Map a type function returning a Nat)IJKLMNOPQRSTUVWXYZ[\]^_`abcdefghi!IJKLMNOPQRSTUVWXYZ[\]^_`abcdefghi!ihgfedbc^]\[ZYa`_XWVUTSRQPONMLKJI)IJKLMNOPQRSTUVWXYZ[\]^_`abcdefghiSafe,DQRjaExtract types of the fields of a data type - only support data type with a single constructorktExtract fields of a data type: - require selector symbols - only support data type with a single constructoro Named fieldjklmnoijklmnoonlmkjjklmnoSafe ,9:;<=?DRpReorder tuple elementsqReorder tuple elementsx Extract a tuple value staticallyy)Extract a tuple value by type-level index|Singleton type~!Uncurry specialised for quadrupleTake specialised for quadrupletoList for quadruplekpqrstuvwxyz{|}~    pqrstuvwxyz{|}~~|}{zxyvwturspqepqrstuvwxyz{|}~SafeDORT0Lift with*-like functions into IO (alloca, etc.)0Lift with*-like functions into IO (alloca, etc.)I &', -!"#$%&'()*+,-./0123456789:;<=>Safe%Execute an STM transaction atomicallyRead a TVar in an IO monadCreate a broadcast channel Create a TVarCreate a TMVar !"#$%./0123456789:;<=>?@$#% !">@?=3<;6:84579210./ Safe Safe[Flipped ?Flipped fromMaybe in a Monad@ABCDEF?GHIJNone* STM hashmapIndicate if the map is empty%Get the number of elements in the map)Lookup an element in the map from its keyCheck if a key is in the map Check if a key is not in the mapCreate an empty map(Create a map containing a single elementInsert an element in the mapCreate a new TMap from a listDelete an element from the mapKCreate a list of (key,value) Get valuesGet keysUnsafe lookup in the mapKAAKSafeqLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~ Safe?Check that a list has the given length (support infinite lists)u      !"#$%&'()*+,-./0 Safe*,/9:;<=?DQRTf !Convert between hlists and tuples*Convert an heterogeneous list into a tuple*Convert a tuple into an heterogeneous list+Like HFoldl but only use types, not values!TIt allows us to foldr over a list of types, without any associated hlist of values.+Like HFoldr but only use types, not values!TIt allows us to foldr over a list of types, without any associated hlist of values. GApply the function identified by the data type f from type a to type b.Heterogeneous listHeadTailLength:123    4 56 !"#$%&'()*+,-78     65      ,123    4  !"#$%&'()*+,-758652 None2)Embed bytes in a C array, return an Addr#29:;<=>?@ABCDEFGH222Safe,9:;<=?DQRTf 95Convert a tuple of continuations into a list of types:RConvert a list of types into the actual data type representing the continuations.;!A continuation based control-flow='Bind a flow to a tuple of continuations>)Bind a flow to a 1-tuple of continuations?HBind a flow to a tuple of continuations and reorder fields if necessary@KCall the type-indexed continuation from the tuple passed as first parameterA<Implicitly call the type-indexed continuation in the contextBFCall the indexed continuation from the tuple passed as first parameterC<Implicitly call the type-indexed continuation in the contextDRecursive call3456789:;<=>?@ABCDE3456789:;<=>?@ABCDE;<=>?@BACD:978E56343456789:;<=>?@ABCDE=0>0?0None*,9:;<=DEQRTf!G+Convert a variant into a multi-continuationH+Convert a variant into a multi-continuationI+Convert a multi-continuation into a VariantJ+Convert a multi-continuation into a VariantKxs is liftable in ysLa may be catchable in xsMa is catchable in xsNRemove a type from a variantO(Convert a variant into a HList of MaybesPPA variant contains a value whose type is at the given position in the type listQMake GHC consider lQ as a representational parameter to make coercions between Variant values unsafeGet Variant indexR)Set the value with the given indexed typeS(Get the value if it has the indexed typeT<Lift an Either into a Variant (reversed order by convention)U<Lift an Either into a Variant (reversed order by convention)VUpdate a variant valueW!Update a variant value in a MonadX9Update a variant value with a variant and fold the resultY9Update a variant value with a variant and fold the resultZ9Update a variant value with a variant and fold the result[]Extract a type from a variant. Return either the value of this type or the remaining variant\]Extract a type from a variant. Return either the value of this type or the remaining variant]Pick a variant value^ Pick the head of a variant value_5Get variant possible values in a tuple of Maybe types`Retreive the last va3Extend a variant by appending other possible valuesb4Extend a variant by prepending other possible valuesc(Set the first matching type of a Variantd(Set the first matching type of a VarianteUpdate a variant valuefLift a variant into another%Set values to the first matching typeh+Convert a variant of two values in a Either@FGHIJIJKLMKNLOPMQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~$JFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefgh$PQSRVcdeWYXZO_TUNJMLK[\]^`abfghFGHIJ8FGHIJIJKLMKNLOPMQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~None ,:ADQRT[f Control-flowReturn in the first element&Return in the first well-typed elementReturn a single elementLift a flow into anotherLift a flow into a ContFlow'Traverse a list and stop on first error'Traverse a list and stop on first error,Traverse a list and return only valid values,Traverse a list and return only valid valuesExtract single flow resultN:Lift an operation on a Variant into an operation on a flowApply a functionApply a functionApply a function in a FunctorApply a function in a Functor6Map a pure function onto the correct value in the flow4Bind two flows in a monadish way (error types union)6Bind two flows in a monadic way (constant error types)Match a value in a flowDMatch a value in a flow and use a non-returning failure in this case,Extract the first value, set the first value,Extract the first value, set the first value*Extract the first value, concat the result+Extract the first value, concat the results"Extract the first value, lift both"Extract the first value, lift both(Extract the first value, lift unselected(Extract the first value, lift unselected*Extract the first value, use the same tail*Extract the first value, use the same tail'Take the first output, union the result(Take the first output, fusion the resultGExtract the first value and perform effect. Passthrough the input valueGExtract the first value and perform effect. Passthrough the input value+Extract the first value and perform effect.+Extract the first value and perform effect.+Extract the first value and perform effect.+Extract the first value and perform effect.,Extract the first value, set the first value,Extract the first value, set the first value,Extract the first value, set the first value,Extract the first value, set the first valueFunctor  $ equivalent Applicative  * equivalent Applicative  * equivalent, with error union,Extract the first value, set the first value,Extract the first value, set the first value*Extract the first value, concat the result+Extract the first value, concat the results(Extract the first value, lift the result(Extract the first value, lift the result7Extract the first value, connect to the expected output7Extract the first value, connect to the expected output1Extract the first value, use the same output type1Extract the first value, use the same output type(Take the first output, fusion the result(Take the first output, fusion the resultGExtract the first value and perform effect. 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Passthrough the input value+Extract the first value and perform effect.+Extract the first value and perform effect.%Extract the tail, set the first value%Extract the tail, set the first value5Extract the tail, set the first value (pure function)5Extract the tail, set the first value (pure function)Extract the tail, set the tailExtract the tail, set the tailExtract the tail, set the tailExtract the tail, set the tail!Extract the tail, lift the result!Extract the tail, lift the result$Extract the tail, connect the result$Extract the tail, connect the result1Match in the tail, connect to the expected result1Match in the tail, connect to the expected result1Match in the tail, connect to the expected result1Match in the tail, connect to the expected result.Match in the tail, lift to the expected result.Match in the tail, lift to the expected result.Match in the tail, lift to the expected result.Match in the tail, lift to the expected result&Match in the tail, keep the same types&Match in the tail, keep the same types&Match in the tail, keep the same types&Match in the tail, keep the same typesCExtract the tail and perform an effect. 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Passthrough the input value&Extract the tail and perform an effect&Extract the tail and perform an effect&Extract the tail and perform an effect&Extract the tail and perform an effect'Match in the tail and perform an effect'Match in the tail and perform an effect'Match in the tail and perform an effect'Match in the tail and perform an effect'Match in the tail and perform an effect'Match in the tail and perform an effect'Match in the tail and perform an effect'Match in the tail and perform an effect"Catch element, set the first value"Catch element, set the first value"Catch element, set the first value"Catch element, set the first value Catch element, concat the result Catch element, concat the result Catch element, concat the result Catch element, concat the resultCatch element, lift the resultCatch element, lift the resultCatch element, lift the resultCatch element, lift the result-Catch element, connect to the expected output-Catch element, connect to the expected output-Catch element, connect to the expected output-Catch element, connect to the expected output'Catch element, use the same output type'Catch element, use the same output type'Catch element, use the same output type'Catch element, use the same output type Catch element, fusion the result Catch element, fusion the result Catch element, fusion the result Catch element, fusion the result>Catch element and perform effect. Passthrough the input value.>Catch element and perform effect. Passthrough the input value.>Catch element and perform effect. Passthrough the input value.>Catch element and perform effect. Passthrough the input value.!Catch element and perform effect.!Catch element and perform effect.!Catch element and perform effect.!Catch element and perform effect.!Catch element and perform effect.!Catch element and perform effect.!Catch element and perform effect.!Catch element and perform effect. Make a flow operator Make a flow operator Select the first value Select the tail Select by typeConst applicationPure applicationLift a monadic functionOLift a monadic functionLift a monadic function'Set the first value (the "correct" one)-Set the first value, keep the same tail type #Return the valid variant unmodifiedConcatenate unselected valuesUnionLift unselected Lift both Single value7Lift a pure function into a Variant to Variant functionLift a function into a FlowN     O&',-KLM     KML-,&'     N     Ow00000000000000000000000000444000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000None*,:ADEQRTfA type t is maybe indexable in the array A type t is indexable in the array! The type t with index n is indexable in the array"heterogeneous array# Empty array$ Empty array%Get an element by index&Get first element'Set an element by index(<Get an element by type (select the first one with this type))<Set an element by type (select the first one with this type)*<Get an element by type (select the first one with this type)+!Append a value to an array (O(n)),"Prepend a value to an array (O(n))- Concat arrays.Drop the last element/Drop the first element0Compose HArrayT !"P#$%&'()*+,-./0 !"#$%&'()*+,-./0"! #$%&'()*+,-./0 !"P#$%&'()*+,-./0None ,:ADQRT1 Multi-state2Multi-state monad transformer,States are stacked in a heterogeneous array.3 Run MState4Evaluate MState5Execute MState6Set a value in the state7Get a value in the state8Try to get a value in the state9Modify a value in the state:,Modify a value in the state (strict version);(Execute an action with an extended state<-Lift a multi-state into an HArray transformer=Compose MStateT>Compose MStateT123456789:;<=>123456789:;<=>216789:;345<=>123456789:;<=>None ?Setter for a future value@Future value of type aACreate a Future and its sourceBA in QC Set a futureDSet a future in IOE Set a future'Return False if it has already been setFWait for a futureG Poll a futureHG in Q ?R@SABCDEFGH ?@ABCDEFGH @?ABFGHCDE ?R@SABCDEFGHNoneT[IA node in the listEvery list has a marker node whose value is Nothing. Its nodePrev links to the last node and its nodeNext links to the first node.JA double linked-listK Get value associated with a nodeLEmpty node singletonM*Remove all the elements of the list (O(1))NCreate a singleton listOIndicate if the list is emptyP/Count the number of elements in the list (0(n))QGet the first element if anyRGet the last element if anySGet the previous element if anyTGet the next element if anyUDelete a element of the listT)Insert a node between two adjacent nodes.VAppend an element to the listWAppend an element to the listXPrepend an element to the listYPrepend an element to the listZ Insert an element before another[Insert an element after another\Convert into a list (O(n))]#Convert into a reversed list (O(n))^Create from a list_(Only keep element matching the criterium`3Find the first node matching the predicate (if any)aGet the node from its indexb5Take (and remove) up to n elements in the list (O(n)) IUVWXJYKLMNOPQRSTUTVWXYZ[\]^_`abIJKLMNOPQRSTUVWXYZ[\]^_`abJILNOPQRSTKMU_`VWXYZ[\]^abIUVWXJYKLMNOPQRSTUTVWXYZ[\]^_`abNonec@A node contains a value and two lists of incoming/outgoing edgeshDeep-first graph traversalubefore is executed when the node is entered after is executed when the node is leaved children gets node's childreniBreadth-first graph traversalsvisit is executed when the node is entered. 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Returns the value of the succeeding action, or the value of the last one. Failures are detected with values of type  ParseError.Try to apply the actions in the list in order, until one of them succeeds. Returns the value of the succeeding action, or the value of the last one. Failures are detected with values of type "a".LApply the action zero or more times (until a ParseError result is returned)VApply the action zero or more times (up to max) until a ParseError result is returnedVApply the action zero or more times (up to max) until a ParseError result is returnedVApply the action zero or more times (up to max) until a ParseError result is returnedXApply the action at least n times or more times (until a ParseError result is returned){Apply the first action zero or more times until the second succeeds. If the first action fails, the whole operation fails.9Return both the list of first values and the ending value{Apply the first action zero or more times until the second succeeds. 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" #$%&$%'$%($%)$%*$%+$%,$%-$%.$%/$%0$%1$%2$%3$%4$%56789v:;G!"<de=n>?o@+haskus-utils-0.6.0.0-12e3ZYOVvtk9LflyuRQhODHaskus.Utils.FlowHaskus.Utils.TypesHaskus.Utils.STMHaskus.Utils.STM.TMapHaskus.Utils.Types.ListHaskus.Utils.Types.GenericsHaskus.Utils.TupleHaskus.Utils.MonadHaskus.Utils.STM.TEqHaskus.Utils.MaybeHaskus.Utils.ListHaskus.Utils.HListHaskus.Utils.EmbedHaskus.Utils.ContFlowHaskus.Utils.VariantHaskus.Utils.HArrayHaskus.Utils.MultiStateHaskus.Utils.STM.FutureHaskus.Utils.STM.TListHaskus.Utils.STM.TGraphHaskus.Utils.STM.TTreeHaskus.Utils.STM.TSetHaskus.Utils.ParserHaskus.Utils.Mapbase Control.MonadguardGHC.Basejoin GHC.TypeLitsKnownNat KnownSymbolghc-prim GHC.TypesNatSymbol+*^<=?- CmpSymbolCmpNat TypeErrorText:<>::$$:ShowTypeControl.Monad.IO.ClassliftIOMonadIOunless replicateM_ replicateMfoldM_foldMforever<=<>=>filterMData.TraversableforMsequencemapM GHC.Conc.Sync writeTVarreadTVarnewTVarretrySTMTVar Data.FoldableforM_mapM_<= ErrorMessage Data.ProxyProxy 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