!!      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJK L M N O P Q RSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%& ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d e f g h i j k l m n o p q r s t u v w x yz{|}~      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~                  ! " # $ % & ' ( ) * + , - . / 0 1 2!3!4!5!6!7!8!9!:!;!<!=!>!?!@!A!B!C!D!E!F!G!H!I!J!K!L!M!N"O"P"Q"R"S"T"U"V"W"X"Y"Z"[#\#]#^#_#`#a#b#c#d#e#f#g#h#i#j#k#l#m#n#o#p#q#r#s#t#u#v#w#x#y#z#{#|#}#~########################################################################################################################################### # # # # ################### #!#"###$#%#&#'#(#)#*#+#,#-#.#/#0#1#2#3#4#5#6#7#8#9#:#;#<#=#>#?#@#A#B#C#D#E#F#G#H#I#J#K#L#M#N#O#P#Q#R#S#T#U#V#W#X#Y#Z#[#\#]#^#_#`#a#b#c#d#e#f#g#h#i#j#k#l#m#n#o#p#q#r#s#t#u#v#w#x#y#z#{#|#}#~########################################################################################################################################### # # # # ################### #!#"###$#%#&#'#(#)#*#+#,#-#.#/#0#1#2#3#4#5#6#7#8#9#:#;#<#=#>#?#@#A#B#C#D#E#F#G#H#I#J#K#L#M#N#O#P#Q#R#S#T#U#V#W#X#Y#Z#[#\#]#^#_#`#a#b#c#d#e#f#g#h#i#j$k$l$m$n$o$p$q$r$s$t$u$v$w$x$y$z${$|$}$~$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$%%%&&'(((((((,Safe=?@AIN/reflexAn approximate clone of RIO from the rio package, but not based on ReaderT. The trouble with ReaderT( is that its third type argument has a nominalF role, so we can't coerce through it when it's wrapped in some other data type. Ugh.(Instances and convenience functions for )*T. We use monoidal-containers to take advantage of its better monoid instance. +, has mappend = union, which is left-biased.  has mappend = unionWith mappend instead.None=>?@AHIVXgX(reflexAppendMap is a synonym for reflexPattern synonym for reflexA synonym for reflexDeletes a key, returning  if the result is empty.reflexLike 7 but indicates whether the resulting container is emptyreflex Displays a  as a tree. See -. for details.reflex Displays a C as a tree, using the supplied function to convert nodes to string.q     A mutable version of NoneHVeU reflexA   holds a map of values of type a> and allows low-overhead modifications via IO. Operations on   run in IO.!reflex Create a new   out of an "reflexCreate a new empty  #reflexInsert an element into a   at the given key$reflex)Attempt to lookup an element by key in a  %reflex4Runs the provided action over the intersection of a   and an &reflex.Runs the provided action over the values of a  'reflexChecks whether a   is empty(reflexRetrieves the size of a  )reflex<Make an immutable snapshot of the datastructure and clear it*reflexUpdates the value of a   with the given patch (see /0), and returns an # with the modified keys and values. !"#$%&'()*+ !"#')(*$%&+SafeEXw,reflexWhen inserting an item into a -, a ,l is returned. If the caller retains the ticket, the item is guranteed to stay in memory (and thus in the -=). The ticket can also be used to remove the item from the -3 prematurely (i.e. while it is still alive), using 4.-reflexA - holds a set of values of type a\, but does not retain them - that is, they can still be garbage-collected. As long as the a values remain alive, the - will continue to refer to them..reflexMap of items contained by the -/reflexInsert an item into a -.0reflexCreate an empty -.1reflexCheck whether a - is empty.2reflexVisit every node in the given list. If new nodes are appended during the traversal, they will not be visited. Every live node that was in the list when the traversal began will be visited exactly once; however, no guarantee is made about the order of the traversal.4reflexRemove an item from the -6; does nothing if invoked multiple times on the same ,./reflexThe itemreflexThe - to insert intoreflex Returns a ,F that ensures the item is retained and allows the item to be removed. ,-./01234 -,01/324.Safe_5reflex Produce a  k (Maybe v) by comparing two  k vs, old and new respectively. Just& represents an association present in new and Nothing, represents an association only present in old but no longer present in new. Similar to 6 but doesn't require > on the values, thus can't tell if a value has changed or not.6reflex Produce a  k (Maybe v) by comparing two  k vs, old and new respectively. Just& represents an association present in new and either not present in old! or where the value has changed. Nothing+ represents an association only present in old but no longer present in new@. See also 59 for a similar but weaker version which does not require F on the values but thus can't indicated a value not changing between old and new with Nothing.7reflexGiven a  k (Maybe v)% representing keys to insert/update (Just ) or delete (Nothing*), produce a new map from the given input  k v. See also /, and /1.8reflexSplit a  k (Either a b) into Map k a and Map k b, equivalent to  id9reflexGiven a  k (Maybe v)% representing keys to insert/update (Just ) or delete (Nothing), produce a new  k from the given input set.Equivalent to:  applyMapKeysSet patch ( m) ==  (7 patch m) but avoids the intervening Map and needs no values.5678956789SafeEX?:reflexWhen inserting an item into a ;, a :l is returned. If the caller retains the ticket, the item is guranteed to stay in memory (and thus in the ;=). The ticket can also be used to remove the item from the ;3 prematurely (i.e. while it is still alive), using B.;reflexA ; holds a set of values of type a\, but does not retain them - that is, they can still be garbage-collected. As long as the a values remain alive, the ; will continue to refer to them.<reflex#The items referenced by the WeakBag=reflexInsert an item into a ;.>reflexCreate an empty ;.?reflex Create a ;+ with one item; equivalent to creating the ; with > , then using =.@reflexVisit every node in the given list. If new nodes are appended during the traversal, they will not be visited. Every live node that was in the list when the traversal began will be visited exactly once; however, no guarantee is made about the order of the traversal.BreflexRemove an item from the ;6; does nothing if invoked multiple times on the same :.=reflexThe itemreflexThe ; to insert intoreflex8An arbitrary value to be used in the following callbackreflexA callback to be invoked when the item is removed (whether automatically by the item being garbage collected or manually via B)reflex Returns a :F that ensures the item is retained and allows the item to be removed. :;<=>?@AB ;:>?=A@B<C& is a weak pointer to some value, and D' ensures the value referred to by a CY stays live while the ticket is held (live). On GHC or GHCJS when not built with the  fast-weak cabal flag, C. is a wrapper around the simple version of H where the key and value are the same. On GHCJS when built with the  fast-weak cabal flag, C( is implemented directly in JS using  h$FastWeak and h$FastWeakTicket/ which are a nonstandard part of the GHCJS RTS.NoneX_ƚCreflexmA reference to some value which can be garbage collected if there are only weak references to the value left.F? can be used to try and obtain a strong reference to the value.The value in a FastWeak' can also be kept alive by obtaining a D using G) if the value hasn't been collected yet.Synonymous with .DreflexA C0 which has been promoted to a strong reference. E; can be used to get the referred to value without fear of Nothing, and I% can be used to get the weak version.Ereflex Return the a kept alive by the given D.EThis needs to be in IO so we know that we've relinquished the ticket.FreflexGet the value referred to by a C& if it hasn't yet been collected, or Nothing if it has been collected.GreflexTry to create a D for the given C> which will ensure the value referred remains alive. Returns JustM if the value hasn't been collected and a ticket can therefore be obtained, Nothing if it's been collected.Hreflex Create a D# directly from a value, creating a C, in the process which can be obtained with E.\This function is marked NOINLINE so it is opaque to GHC. If we do not do this, then GHC will sometimes fuse the constructor away so any weak references that are attached to the ticket will have their finalizer run. Using the opaque constructor, GHC does not see the constructor application, so it behaves like an IORef and cannot be fused away.nThe result is also evaluated to WHNF, since forcing a thunk invalidates the weak pointer to it in some cases.Ireflex Demote a D); which ensures the value is alive, to a C: which doesn't. Note that unless the ticket for the same CE is held in some other way the value might be collected immediately.Jreflex%A weak reference that is always emptyCDEFGHIJDCHEIFGJ hThis module defines the FunctorMaybe class, which extends Functors with the ability to delete values.None1M:Kreflex=A class for values that combines filtering and mapping using  . Morally, K ~ KleisliFunctor .Lreflex(Combined mapping and filtering function.KLKLmThis module contains the Reflex interface, as well as a variety of convenience functions for working with os, ns, and other signals. Trustworthy&',-8=>?@ACHINSUVX_RreflexAn R6 type can be built by accumulating occurrences of an o.[reflexEfficiently select an o keyed on  9. This is more efficient than manually filtering by key.`reflex Retrieve the o% for the given key. The type of the oH is determined by the type of the key, so this can be used to fan-out o s whose sub-os have different types.Using a s and the A primitive is far more efficient than (but equivalent to) using  0 to select only the relevant occurrences of an o.areflexAn a allows you to efficiently c an oQ based on a key. This is much more efficient than filtering for each key with  .creflex Retrieve the o% for the given key. The type of the oH is determined by the type of the key, so this can be used to fan-out o s whose sub-os have different types.Using a s and the A primitive is far more efficient than (but equivalent to) using  0 to select only the relevant occurrences of an o.dreflexd' designates monads that can create new n s based on os; usually this will be r or a monad based on it. d> is required to create any stateful computations with Reflex.ereflex Create a new n` whose value will initially be equal to the given value and will be updated whenever the given o9 occurs. The update takes effect immediately after the o* occurs; if the occurrence that sets the n> (or one that is simultaneous with it) is used to sample the n, it will see the old value of the n, not the new one.freflex Create a pB value using the given initial value that changes every time the o occurs.greflex Create an qB value using the given initial value that changes every time the o occurs.ireflex Create a new oF that only occurs only once, on the first occurrence of the supplied o.jreflexDAn event which only occurs at the current moment in time, such that: 5coincidence (pushAlways (\a -> (a <$) <$> now) e) = ekreflexk9 designates monads that can read the current value of a n. This includes both s and r.lreflexGet the current value in the nmreflexThe mh class contains all the primitive functionality needed for Functional Reactive Programming (FRP). The t type parameter indicates which "timeline" is in use. Timelines are fully-independent FRP contexts, and the type of the timeline determines the FRP engine to be used. For most purposes, the 23 implementation is recommended.nreflex4A container for a value that can change over time. nQs can be sampled at will, but it is not possible to be notified when they changeoreflex5A stream of occurrences. During any given frame, an o~ is either occurring or not occurring; if it is occurring, it will contain a value of the given type (its "occurrence type")preflexvA container for a value that can change over time and allows notifications on changes. Basically a combination of a n and an o, with a rule that the n! will change if and only if the o fires.qreflexAn q is a more general form of a p. Instead of always fully replacing the value, only parts of it can be patched. This is only needed for performance critical code via ( to make small changes to large values.rreflex=A monad for doing complex push-based calculations efficientlysreflex=A monad for doing complex pull-based calculations efficientlytreflexAn o with no occurrencesureflex Create a n that always has the given valuevreflex Create an o from another o$; the provided function can sample n s and hold oWs, and use the results to produce a occurring (Just) or non-occurring (Nothing) resultwreflexLike v but intended for functions that the implementation can consider cheap to compute for performance considerations. WARNING: The function passed to w/ may be run multiple times without any caching.xreflex Create a n by reading from other n;s; the result will be recomputed whenever any of the read n s changesyreflex,Merge a collection of events; the resulting o will only occur if at least one input event is occurring, and will contain all of the input keys that are occurring simultaneouslyzreflexUEfficiently fan-out an event to many destinations. You should save the result in a let-binding, and then repeatedly `& on the result to create child events{reflex Create an o8 that will occur whenever the currently-selected input o occurs|reflex Create an o\ that will occur whenever the input event is occurring -- and its occurrence value, another o/, is also occurring. You maybe looking for ' switchHold never ' instead.}reflex Extract the n of a p.~reflex Extract the o of the p.reflex Create a new p . The given s9 must always return the most recent firing of the given o , if any.reflex Create a new q . The given PullMr's value must always change in the same way that the accumulated application of patches would change that value.reflex1Create a merge whose parents can change over timereflexExperimental: Create a merge whose parents can change over time; changing the key of an Event is more efficient than with mergeIncrementalreflex Extract the n component of an qreflex Extract the o component of an qreflex Convert an q to a preflex Construct a ! for a n given an ! for its occurrence typereflex Construct a ! for an o given an ! for its occurrence typereflex Construct a ! for a p given an ! for its occurrence typereflex Construct a ! for an q given !(s for its patch target and patch types.reflexTEfficiently fan-out an event to many destinations. You should save the result in a let-binding, and then repeatedly c& on the result to create child eventsreflexConstructs a single oV out of a map of events. The output event may fire with multiple keys simultaneously.reflex Coerce a n2 between representationally-equivalent value typesreflex Coerce an o7 between representationally-equivalent occurrence typesreflex Coerce a p2 between representationally-equivalent value typesreflex Coerce an q2 between representationally-equivalent value typesreflex Construct a p from a n and an o. The n must change when and only when the o fires, such that the  Behavior'9s value is always equal to the most recent firing of the o*; if this is not the case, the resulting p# will behave nondeterministically.reflex Construct a p value that never changesreflexAccumulate an qA with the supplied initial value and the firings of the provided o3, using the combining function to produce a patch.reflex Similar to $ but the combining function runs in rreflex Similar to \ but allows filtering of updates (by dropping updates when the combining function produces Nothing)reflex Similar to $ but the combining function runs in rreflexAccumulate an q by folding occurrences of an oL with a function that both accumulates and produces a value to fire as an o:. Returns both the accumulated value and the constructed o.reflexLike $ but the combining function runs in rreflexAccumulate an q by folding occurrences of an oq with a function that both optionally accumulates and optionally produces a value to fire as a separate output o. Note that because +s are discarded in both cases, the output o! may fire even though the output q" has not changed, and the output q! may update even when the output o is not firing.reflexLike ! but the combining function is a r actionreflex"A somewhat slow implementation of ireflex Create an o from another o%. The provided function can sample n s and hold os.reflexFlipped version of ".reflexRotated version of #.reflexRotated version of $.reflex Alias for  reflexFlipped version of  .reflex*Filter 'f a' using the provided predicate.reflexFilter %s from 'f (Either a b)' into a.reflexFilter &s from 'f (Either a b)' into b.reflex%Replace each occurrence value of the o with the value of the n at the time of that occurrence.reflex%Replace each occurrence value of the o with the value of the n at that time; if it is '+, fire with the contained value; if it is , drop the occurrence.reflex Create a new o' that combines occurrences of supplied o with the current value of the n.reflex Create a new o that occurs when the supplied o7 occurs by combining it with the current value of the n.reflex Create a new o= by combining each occurrence with the current value of the nH. The occurrence is discarded if the combining function returns Nothingreflex Create a new o> that occurs on all but the first occurrence of the supplied o.reflexCreate a tuple of two oAs with the first one occurring only the first time the supplied oB occurs and the second occurring on all but the first occurrence.reflexYTake the streak of occurrences starting at the current time for which the event returns (.>Starting at the current time, fire all the occurrences of the o( for which the given predicate returns (. When first )A is returned, do not fire, and permanently stop firing, even if (+ values would have been encountered later.reflexbTake the streak of occurrences starting at the current time for which the event returns 'Just b'.>Starting at the current time, fire all the occurrences of the o> for which the given predicate returns 'Just b'. When first t is returned, do not fire, and permanently stop firing, even if 'Just b' values would have been encountered later.reflexYDrop the streak of occurrences starting at the current time for which the event returns (.EStarting at the current time, do not fire all the occurrences of the o( for which the given predicate returns (. When )G is first returned, do fire, and permanently continue firing, even if (+ values would have been encountered later.reflexpBoth take and drop the streak of occurrences starting at the current time for which the event returns 'Just b'.SFor the left event, starting at the current time, fire all the occurrences of the o7 for which the given function returns 'Just b'. When s is returned, do not fire, and permanently stop firing, even if 'Just b' values would have been encountered later.^For the right event, do not fire until the first occurrence where the given function returns ~, and fire that one and all subsequent occurrences. Even if the function would have again returned 'Just b', keep on firing.reflexSplit the supplied o into two individual oHs occurring at the same time with the respective values from the tuple.reflexPrint the supplied * and the value of the o" on each occurrence. This should only be used for debugging.JNote: As with Debug.Trace.trace, the message will only be printed if the o is actually used.reflexEPrint the output of the supplied function on each occurrence of the o. This should only be used for debugging.JNote: As with Debug.Trace.trace, the message will only be printed if the o is actually used.reflex Create a new o$ that occurs if at least one of the oqs in the list occurs. If multiple occur at the same time they are folded from the left with the given function.reflex Create a new o$ that occurs if at least one of the ohs in the list occurs. If multiple occur at the same time the value is the value of the leftmost event.reflex Create a new o$ that occurs if at least one of the o:s in the list occurs and has a list of the values of all os occurring at that time.reflex Create a new o combining the map of o s into an oL that occurs if at least one of them occurs and has a map of values of all os occurring at that time.reflexLike  but for .reflex1Create a merge whose parents can change over timereflex1Create a merge whose parents can change over timereflexExperimental: Create a merge whose parents can change over time; changing the key of an Event is more efficient than with mergeIncrementalreflex)Split the event into separate events for % and & values.reflex)Split the event into separate events for + and ,G values, allowing them to fire simultaneously when the input value is -.reflexSplit the event into an a4 that allows efficient selection of the individual os.reflexSwitches to the new event whenever it receives one. Only the old event is considered the moment a new one is switched in; the output event will fire at that moment only if the old event does.Because the simultaneous firing case is irrelevant, this function imposes laxer "timing requirements" on the overall circuit, avoiding many potential cyclic dependency / metastability failures. It's also more performant. Use this rather than  and \ unless you are absolutely sure you need to act on the new event in the coincidental case.reflexSwitches to the new event whenever it receives one. Whenever a new event is provided, if it is firing, its value will be the resulting event's value; if it is not firing, but the old one is, the old one's value will be used., by always forwarding the old event the moment it is switched out, avoids many potential cyclic dependency problems / metastability problems. It's also more performant. Use it instead unless you are sure you cannot.reflexswitches to a new event whenever it receives one. At the moment of switching, the old event will be ignored if it fires, and the new one will be used if it fires; this is the opposite of {%, which will use only the old value., by always forwarding the old event the moment it is switched out, avoids many potential cyclic dependency problems / metastability problems. It's also more performant. Use it instead unless you are sure you cannot.reflexWhen the given outer event fires, condense the inner events into the contained patch. Non-firing inner events will be replaced with deletions.reflexSee reflexSee reflexGiven a . of events (e.g., a  with o values) and an event of / es (e.g., a 0 with o values), produce an o of the .) type that fires with the patched value.reflex Create a new o" that only occurs if the supplied o occurs and the n# is true at the time of occurrence.reflexoCreate a new behavior given a starting behavior and switch to the behavior carried by the event when it fires.reflex Combine two p<s. The result will change whenever either (or both) input p changes. Equivalent to zipDynWith (,).reflex Combine two pVs with a combining function. The result will change whenever either (or both) input p changes. More efficient than #.reflexThis function converts a 1 whose elements are p s into a p 1a. Its implementation is more efficient than doing the same through the use of multiple uses of  or 2 operators.reflexThis function converts a 1 whose elements are p s into a p 1a. Its implementation is more efficient than doing the same through the use of multiple uses of  or 2 operators.reflexConvert a list of p s into a p list.reflex Create a new p/ by applying a combining function to a list of psreflex Create a new o% that occurs when the first supplied o$ occurs unless the second supplied o occurs simultaneously.reflex_Zips two values by taking the union of their shapes and combining with the provided function.  values are dropped.reflex Produces an o3 that fires only when the input event fires with a 3$ key that matches the provided key.reflexFactor the input 3 o to produce an o which fires when the 31 key changes and contains both the value of the 3 at switchover and an o8 of values produced by subsequent firings of the input o that do not change the 3 key.reflex Accumulate a p by folding occurrences of an o" with the provided function. See foldDyn.reflex Accumulate a p by folding occurrences of an o with the provided r action.reflex Accumulate a p by folding occurrences of an o) with the provided function, discarding  results.reflex Accumulate a p by folding occurrences of an o with the provided r action, discarding  results.reflex Accumulate a p by folding occurrences of an oL with a function that both accumulates and produces a value to fire as an o,. Returns both the accumulated value and an o.reflex Similar to * except that the combining function is a r action.reflex Accumulate a p by folding occurrences of an oq with a function that both optionally accumulates and optionally produces a value to fire as a separate output o. Note that because +s are discarded in both cases, the output o! may fire even though the output p" has not changed, and the output p! may update even when the output o is not firing.reflexLike * except that the combining function is a r action.reflex Accumulate a n by folding occurrences of an o with the provided function.reflexLike ) except that the combining function is a r action.reflex Accumulate a n by folding occurrences of an o) with the provided function, discarding  results.reflexLike ) except that the combining function is a r action.reflex Accumulate a n by folding occurrences of an oL with a function that both accumulates and produces a value to fire as an o,. Returns both the accumulated value and an o.reflexLike ) except that the combining function is a r action.reflex Accumulate a n by folding occurrences of an oq with a function that both optionally accumulates and optionally produces a value to fire as a separate output o. s are discarded.reflexLike ) except that the combining function is a r action.reflexAccumulate occurrences of an oE, producing an output occurrence each time. Discard the underlying R.reflexAccumulate occurrences of an oN, possibly producing an output occurrence each time. Discard the underlying R.reflexAccumulate occurrences of an o , using a rO action and producing an output occurrence each time. Discard the underlying R.reflexAccumulate occurrences of an o , using a rY action and possibly producing an output occurrence each time. Discard the underlying R.reflex Create a new o by combining each occurrence with the next value of the list using the supplied function. If the list runs out of items, all subsequent o occurrences will be ignored.reflex0Assign a number to each occurrence of the given o, starting from 0reflex0Assign a number to each occurrence of the given oreflex0Assign a number to each occurrence of the given o!; discard the occurrences' valuesreflex&This is used to sample the value of a n using an o.The : operator is intended to be used in conjunction with the 2 instance for n.9This is useful when we want to combine the values of one o and the value of several ns at the time the o is firing. If we have: Lf :: a -> b -> c -> d b1 :: Behavior t a b2 :: Behavior t b e :: Event t cthen we can do: "f <$> b1 <*> b2 <@> e :: Event t din order to apply the function f to the relevant values.(The alternative would be something like: HattachWith (\(x1, x2) y -> f x1 x2 y) ((,) <$> b1 <*> b2) e :: Event t dGor a variation involing a custom data type to hold the combination of n8s even when that combination might only ever be used by f.#A more suggestive example might be: chandleMouse <$> bPlayerState <*> bMousePosition <@> eMouseClick :: Event t (GameState -> GameState)reflexAn version of $ that does not use the value of the o.Alternatively, it is  in operator form.>This is useful when we want to combine the values of several n(s at particular points in time using an 2 style syntax. If we have: Gg :: a -> b -> d b1 :: Behavior t a b2 :: Behavior t b e :: Event t cwhere e- is firing at the points in time of interest.Then we can use : "g <$> b1 <*> b2 <@ e :: Event t dto combine the values of b1 and b25 at each of those points of time, with the function g" being used to combine the values.This is the same as  except that the o) is being used only to act as a trigger.reflexA "cheap" version of . See the performance note on w.reflexA "cheap" version of  . See the performance note on w.reflex An alias for reflexA "cheap" version of . See the performance note on w.reflexA "cheap" version of . See the performance note on w.reflexA "cheap" version of ". See the performance note on w.reflexA "cheap" version of . See the performance note on w.reflex,Merge a collection of events; the resulting o will only occur if at least one input event is occurring, and will contain all of the input keys that are occurring simultaneouslyreflex1Create a merge whose parents can change over timereflexExperimental: Create a merge whose parents can change over time; changing the key of an Event is more efficient than with mergeIncrementalreflexA "cheap" version of . See the performance note on w.reflexA "cheap" version of . See the performance note on w.4reflexA "cheap" version of 4. See the performance note on w.reflexSee reflexSee reflexNever: 5 = t.reflexo' intersection (convenient interface to |). reflexo< intersection. Only occurs when both events are co-incident. reflexILeft-biased event union (prefers left event on simultaneous occurrence).6789:;<=>?@ABCDEFGHIJKLMNOPQRSTU0VWXYZ/.[ KRSWUTVYXZ[\]^_`abcdefghijklmopnqrst}~uvwxyz{|mopnqrst}~uvwxyz{|kldefghijabc^_`[\] RSWUTVYXZK 44 Safe=?@AC!&reflex& efficiently collects o values using ' and combines them via \ to provide an o result.&'&' Safe,=?@AC$!)reflex+ efficiently collects p values using *, and combines them monoidally to provide a p result.+reflexType synonym for ))*++)* None=?@AF:a-reflexA p whose ~ o- will never fire with the same value as the }  Behavior'Gs contents. In order to maintain this constraint, the value inside a - is always evaluated to  .https://wiki.haskell.org/Weak_head_normal_formweak head normal form. Internally, - uses pointer equality as a heuristic to avoid unnecessary update propagation; this is much more efficient than performing full comparisons. However, when the -# is converted back into a regular p!, a full comparison is performed..reflex Construct a -) by eliminating redundant updates from a p./reflexRetrieve a normal p from a -<. This will perform a final check using the output type's , instance to ensure deterministic behavior.#WARNING: If used with a type whose G instance is not law-abiding - specifically, if there are cases where x /= x, / may eliminate more ~: occurrences than it should. For example, NaN values of ] and ^- are considered unequal to themselves by the B instance, but can be equal by pointer equality. This may cause -" to lose changes from NaN to NaN.0reflex3Create a UniqDynamic without uniqing it on creation. This will be slightly faster than uniqDynamic when used with a Dynamic whose values are always (or nearly always) different from its previous values; if used with a Dynamic whose values do not change frequently, it may be much slower than uniqDynamic-./0-./0 8This module contains various functions for working with p values. p+ and its primitives have been moved to the m class.None&'-.1=>?@AHNSUVX_)5reflex Poor man's Generics for product types only.9reflexWIndicates that all elements in a type-level list are applications of the same functor.=reflexThis class allows Fs and FHlistFs to be built from regular lists; they must be contiguous and sorted.@reflex.A typed index into a typed heterogeneous list.CreflexLike F+, but with a functor wrapping each element.Freflex_A heterogeneous list whose type and length are fixed statically. This is reproduced from the Fm package due to integration issues, and because very little other functionality from that library is needed.Ireflex2Represents a time changing value together with an a2 that can efficiently detect when the underlying pj has a particular value. This is useful for representing data like the current selection of a long list. Semantically, %demuxed (demux d) k === fmap (== k) dIHowever, when getDemuxed is used multiple times, the complexity is only  O(log(n)), rather than O(n) for fmap.JreflexMap a sampling function over a p.KreflexFlipped version of JLreflex Create a new p; that only signals changes if the values actually changed.Mreflex Create a new p' that changes only when the underlying p) changes and the given function returns )- when given both the old and the new values.Nreflex Dynamic Maybe that can only update from Nothing to Just or Just to Just (i.e., cannot revert to Nothing)Oreflex Create a p& that accumulates values from another p+. This function does not force its input p until the output p is forced.PreflexLike OE, but the the accumulator function may decline to update the result Dynamic's value.Qreflex Create a p6 using the initial value and change it each time the oM occurs using a folding function on the previous value and the value of the o.RreflexLike Q", but the combining function is a r action, so it can l existing  Behaviors and e new ones.Sreflex Create a pH using the provided initial value and change it each time the provided o= occurs, using a function to combine the old value with the Event'"s value. If the function returns =, the value is not changed; this is distinct from returning ' the old value, since the Dynamic's ~ o will fire in the '! case, and will not fire in the  case.TreflexLike S", but the combining function is a r action, so it can l existing  Behaviors and e new ones.Ureflex Create a new p$ that counts the occurrences of the o.Vreflex Create a new p> using the initial value that flips its value every time the o occurs.WreflexSwitches to the new o whenever it receives one. Only the old event is considered the moment a new one is switched in; the output event will fire at that moment if only if the old event does.Prefer this to X where possible. The lack of doing double work when the outer and (new) inner fires means this imposes fewer "timing requirements" and thus is far more easy to use without introducing fresh failure cases. W is also more performant.XreflexSwitches to the new o. whenever it receives one. Switching occurs before the inner o fires - so if the pq changes and both the old and new inner Events fire simultaneously, the output will fire with the value of the new o.Prefer W to this where possible. The timing requirements that switching before imposes are likely to bring down your app unless you are very careful. W is also more performant.YreflexSplit a p pair into a pair of psZreflex Convert a  with p elements into a p of a  with non-p elements.[reflex Convert an  with p elements into a p of an  with non-p elements.\reflexConvert a list with p elements into a p of a list with non-p0 elements, preserving the order of the elements.]reflex Combine a p of a  of p s into a p! with the current values of the p s in a map.^reflex Combine a p of an  of p s into a p! with the current values of the p s in a map._reflexPrint the value of the pK when it is first read and on each subsequent change that is observed (as 3), prefixed with the provided string. This should only be used for debugging.tNote: Just like Debug.Trace.trace, the value will only be shown if something else in the system is depending on it.`reflexHPrint the result of applying the provided function to the value of the pK when it is first read and on each subsequent change that is observed (as ). This should only be used for debugging.tNote: Just like Debug.Trace.trace, the value will only be shown if something else in the system is depending on it.areflexReplace the value of the o with the current value of the p each time the o occurs.Note: tagPromptlyDyn d e differs from tag (current d) e in the case that e" is firing at the same time that d is changing. With tagPromptlyDyn d e, the new value of d will replace the value of e, whereas with tag (current d) e, the old value will be used, since the nX won't be updated until the end of the frame. Additionally, this means that the output o/ may not be used to directly change the input p8, because that would mean its value depends on itself.  When creating cyclic data flows, generally tag (current d) e is preferred.breflex Attach the current value of the p to the value of the o each time it occurs.Note: attachPromptlyDyn d is not the same as attach (current d). See a for details.creflex!Combine the current value of the p with the value of the o each time it occurs.Note: attachPromptlyDynWith f d is not the same as attachWith f (current d). See a for details.dreflex Create a new oJ by combining the value at each occurrence with the current value of the pA value and possibly filtering if the combining function returns .Note: attachPromptlyDynWithMaybe f d is not the same as attachWithMaybe f (current d). See a for details.ereflex Factor a Dynamic t (Maybe a) into a Dynamic t (Maybe (Dynamic t a)), such that the outer p is updated only when the Maybe's constructor chages from  to '3 or vice-versa. Whenever the constructor becomes ' , an inner p/ will be provided, whose value will track the a inside the '; when the constructor becomes , the existing inner pW will become constant, and will not change when the outer constructor changes back to .freflexnTurns a 'Dynamic t (Either a b)' into a 'Dynamic t (Either (Dynamic t a) (Dynamic t b))' such that the outer p is updated only when the _! constructor changes (e.g., from % to &).greflex!Factor a 'Dynamic t DSum' into a p 3 containing nested p values. The outer p" updates only when the key of the 3) changes, while the update of the inner p+ represents updates within the current key.hreflex Demultiplex an input value to a IT with many outputs. At any given time, whichever output is indicated by the given p will be (.ireflex"Select a particular output of the IJ; this is equivalent to (but much faster than) mapping over the original p4 and checking whether it is equal to the given key.jreflex5Collect a hetereogeneous list whose elements are all ps into a single p@ whose value represents the current values of all of the input ps.kreflex8Convert a datastructure whose constituent parts are all ps into a single pK whose value represents all the current values of the input's constituent ps.>f~}p56879:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijk>p}~fJKUVWXabcdefgOPLMNQRST]^_`YZ[\IhiFGHCDEk=>?56879:;<@ABjH2None &'UVXj`reflexThis type represents an occurrence of unqDyn before it has been processed by qDyn. If you see it in a type error, it probably means that unqDyn has been used outside of a qDyn context.yreflexQuote a p9 expression. Within the quoted expression, you can use $(unqDyn [| x |]) to refer to any expression x of type  Dynamic t a'; the unquoted result will be of type azreflex Antiquote a p expression. This can only be used inside of a qDyn quotation.{reflex Create a p value using other pUs as inputs. The result is sometimes more concise and readable than the equivalent 2!-based expression. For example: +[mkDyn| $x + $v * $t + 1/2 * $a * $t ^ 2 |]would have a very cumbersome 2 encoding.yz{yz{This module defines the | classSafe,=?@AC|reflex| efficiently collects n values using }, and combines them monoidally to provide a n result.~reflexType synonym for ||}~~|}CA class for actions that can be "adjusted" over time based on some o: such that, when observed after the firing of any such oD, the result is as though the action was originally run with the os value.None,=?@ACHSVX_Ӓreflex Synonym for reflexA a that supports adjustment over time. After an action has been run, if the given events fire, it will adjust itself so that its net effect is as though it had originally been run with the new value. Note that there is some issue here with persistent side-effects: obviously, IO (and some other side-effects) cannot be undone, so it is up to the instance implementer to determine what the best meaning for this class is in such cases.reflex Traverse a 1 of - actions, running each of them. The provided o of patches to the 1# can add, remove, or update values.reflex Traverses a 1 of - actions, running each of them. The provided o of patches to the 1/ can add, remove, update, move, or swap values.reflex Traverses a , running the provided  action. The provided o of patches to the 0 can add, remove, update, move, or swap values.  Safe&'=>?@ACEHISVXjreflex. designates monads that can run reflex frames.reflexGPropagate some events firings and read the values of events afterwards.This function will create a new frame to fire the given events. It will then update all dependent events and behaviors. After that is done, the given callback is executed which allows to read the final values of events and check whether they have fired in this frame or not.5All events that are given are fired at the same time.kThis function is typically used in the main loop of a reflex framework implementation. The main loop waits for external events to happen (such as keyboard input or a mouse click) and then fires the corresponding events using this function. The read callback can be used to read output events and perform a corresponding response action to the external event.reflex&Run a frame without any events firing.2This function should be used when you want to use l and e when no events are currently firing. Using this function in that case can improve performance, since the implementation can assume that no events are firing when l or e are called.aThis function is commonly used to set up the basic event network when the application starts up.reflexCA monad where new events feed from external sources can be created.reflexCreates a root o, (one that is not based on any other event).:When a subscriber first subscribes to an event (building another event that depends on the subscription) the given callback function is run and passed a trigger. The callback function can then set up the event source in IO. After this is done, the callback function must return an accompanying teardown action.aAny time between setup and teardown the trigger can be used to fire the event, by passing it to .Note: An event may be set up multiple times. So after the teardown action is executed, the event may still be set up again in the future.reflex)Monad that allows to read events' values.reflexRead the value of an o from an  (created by calling ).After event propagation is done, all events can be in two states: either they are firing with some value or they are not firing. In the former case, this function returns Just act, where acta in an action to read the current value of the event. In the latter case, the function returns Nothing.4This function is normally used in the calllback for .reflexMonad in which Events can be  subscribed. This forces all underlying event sources to be initialized, so that the event will fire whenever it ought to. Events must be subscribed before they are read using readEventreflex.Subscribe to an event and set it up if needed. This function will create a new  from an o$. This handle may then be used via  in the read callback of .If the event wasn't subscribed to before (either manually or through a dependent event or behavior) then this function will cause the event and all dependencies of this event to be set up. For example, if the event was created by &, then it's callback will be executed./It's safe to call this function multiple times.reflexUFramework implementation support class for the reflex implementation represented by t.reflexLike !, but without reading any events.reflex/Create a new event and store its trigger in an IORef while it's active.An event is only active between the set up (when it's first subscribed to) and the teardown phases (when noboby is subscribing the event anymore). This function returns an Event and an IORef'. As long as the event is active, the IORef will contain 'M the event trigger to trigger this event. When the event is not active, the IORef will contain u. This allows event sources to be more efficient, since they don't need to produce events when nobody is listening.reflex$Fire the given trigger if it is not .reflex$Fire the given trigger if it is not , and read from the given .Safe.=?@ACHVXUreflex. represents an action that is notified via an ou when it has finished executing. Note that the specific definition of "finished" is determined by the instance of , but the intent is to allow ns and pTs to be safely sampled, regardless of where they were created, when the post-build o fires. The post-build o- will fire exactly once for an given action.reflexRetrieve the post-build o for this action.None=?@AHNSVX_6reflex.Create a set of widgets based on the provided . When the input o/ fires, remove widgets for keys with the value ( and add/replace widgets for keys with ' values.reflexyDisplay the given map of items (in key order) using the builder function provided, and update it with the given event. = update entries will delete the corresponding children, and '\ entries will create them if they do not exist or send an update event to them if they do.reflexLCreate a dynamically-changing set of Event-valued widgets. This is like $, specialized for widgets returning  Event t a.  would return Dynamic t (Map k (Event t a)) in this scenario, but  flattens this to Event t (Map k a) via {.reflexTCreate a dynamically-changing set of widgets, one of which is selected at any time.reflexLike : but discards the value of the list item widget's output o.reflexZCreate a dynamically-changing set of widgets from a Dynamic key/value map. Unlike the withKeyU variants, the child widgets are insensitive to which key they're associated with.reflexACreate a dynamically-changing set of widgets from a Dynamic list.reflexCurrent selection keyreflexDynamic key/value mapreflexFunction to create a widget for a given key from Dynamic value and Dynamic Bool indicating if this widget is currently selectedreflexcEvent that fires when any child's return Event fires. Contains key of an arbitrary firing widget.reflexCurrent selection keyreflexDynamic key/value mapreflexFunction to create a widget for a given key from Dynamic value and Dynamic Bool indicating if this widget is currently selectedreflexcEvent that fires when any child's return Event fires. Contains key of an arbitrary firing widget.This module provides a pure implementation of Reflex, which is intended to serve as a reference for the semantics of the Reflex class. All implementations of Reflex should produce the same results as this implementation, although performance and laziness/strictness may differ.None-/=?@AHSVXAsreflexA completely pure-functional m6 timeline, identifying moments in time with the type t.reflexThe b instance of t must be dense: for all x :: t, there must not exist any y :: t such that c x < y < x. The d< instance will be used exclusively to memoize functions of t(, not for any of its other capabilities. nopq nopqA class that ties together queries to some data source and their results, providing methods for requesting data from the source and accumulating streamed results.None2=>?@ACHMVareflexA class that allows sending of s and retrieval of s. See  for a commonly used interface.reflexGThis type can be used to track of the frequency of interest in a given . See note on reflexQueryMorphism's must be group homomorphisms when acting on the query type and compatible with the query relationship when acting on the query result.reflexA H can be thought of as a declaration of interest in some set of data. A < is the set of data associated with that interest set. The crop; function provides a way to determine what part of a given  is relevant to a given .reflexApply a  to a reflexMap a  to a reflex<The Semigroup/Monoid/Group instances for a Query containing ps should use this function which returns Nothing if the result is 0. This allows the pruning of leaves of the  that are no longer wanted.reflexProduce and send an q  from a p .reflex Retrieve pally updating s for a pally updating .reflex@Use a query morphism to operate on a smaller version of a query.reflexWe can lift queries into monoidal containers. But beware of Applicatives whose monoid is different from (pure mempty, liftA2 mappend)reflexThe result of an absurd query is trivial; If you can ask the question, the answer cannot tell you anything you didn't already know.'QueryResult Void = Voidt' seems like it would also work, but that has problems of robustness. In some applications, an unasked question can still be answered, so it is important that the result is inhabited even when the question isn't. Applications that wish to prevent this can mandate that the query result be paired with the query: then the whole response will be uninhabited as desired.reflex%Trivial queries have trivial results.reflex*the result of two queries is both results.Safe =?@ACHNVnZreflexA % action can trigger requests of type  Request m a based on o!s, and receive responses of type  Response m a in return. Note that the a type can vary within the C action, but will be linked for a given request. For example, if  Request m is e and  Response m is f, then  has the same type as 4.reflexThe type of requests that this  can emitreflex The type of responses that this  can receivereflex"Emit a request whenever the given o/ fires, and return responses in the resulting o.reflex"Emit a request whenever the given o! fires, and ignore all responses.reflex"Emit a request whenever the given o: fires, and unwrap the responses before returning them.  Response m must be f.Safe=?@AC{reflex$ represents actions that can create os that can be triggered by e actions.reflexCreate a triggerable o=. Whenever the resulting function is called, the resulting oP will fire at some point in the future. Note that this may not be synchronous.reflexLike T, but the callback itself takes another callback, to be invoked once the requested oD occurrence has finished firing. This allows synchronous operation.reflexLike , but with setup and teardown. This relatively complex type signature allows any external listeners to be subscribed lazily and then removed whenever the returned o is no longer being listened to. Note that the setup/teardown may happen multiple times, and there is no guarantee that the teardown will be executed promptly, or even at all, in the case of program termination.Safe=>?@ACHSVX reflex = represents actions that can trigger other actions based on os.reflex^The type of action to be triggered; this is often not the same type as the triggering action.reflex*Perform the action contained in the given o whenever the o' fires. Return the result in another o. Note that the output o, will generally occur later than the input o , since most % actions cannot be performed during o propagation.reflexLike G, but do not return the result. May have slightly better performance.reflexLike , but the resulting o! occurs only when the callback ( a -> IO ()3) is called, not when the included action finishes.NOTE: Despite the name,  does not run its action in a separate thread - although the action is free to invoke forkIO and then call the callback whenever it is ready. This will work properly, even in GHCJS (which fully implements concurrency even though JavaScript does not have built in concurrency).  None 4=?@AHMV1reflexA basic implementation of .reflexA reference to an  suitable for firing with .reflexA value with which to fire an oG, as well as a callback to invoke after its propagation has completed.reflexRun a # action. The argument should be a g into which js can be passed; it is expected that some other thread will be responsible for popping values out of the g and firing their s.reflexRetrieve the current g:; event trigger invocations pushed into it will be fired.  1Clocks, timers, and other time-related functions.None24567>@AHNPVX~8reflex'Metadata associated with a timer "tick":reflex)UTC time immediately after the last tick.;reflex<Number of time periods or ticks since the start of the timer<reflex;Amount of time that has elapsed in the current tick period.=reflex Fires an oI once every time provided interval elapses, approximately. The provided hm is used bootstrap the determination of how much time has elapsed with each tick. This is a special case of ?9 that uses the post-build event to start the tick thread.>reflex Fires an oV once every time provided interval elapses, approximately. This is a special case of ?o that uses the post-build event to start the tick thread and the time of the post-build as the tick basis time.?reflex Fires an o approximately each time the provided interval elapses. If the system starts running behind, occurrences will be dropped rather than buffered. Each occurrence of the resulting event will contain the index of the current interval, with 0 representing the provided initial time.@reflexLGeneralization of tickLossyFrom that takes the delay and initial time as an o.AreflexLike =;, but immediately calculates the first tick and provides a p that is updated as ticks fire.Breflex Generates a 82, given the specified interval and timestamp. The 8 will include the current time, the number of ticks that have elapsed since the timestamp, and the amount of time that has elapsed since the start time of this tick.Creflex:Delay an Event's occurrences by a given amount in seconds.DreflexSend events with Poisson timing with the given basis and rate Each occurrence of the resulting event will contain the index of the current interval, with 0 representing the basis timeEreflexSend events with Poisson timing with the given basis and rate Each occurrence of the resulting event will contain the index of the current interval, with 0 representing the basis time. Automatically begin sending events when the DOM is builtFreflexSend events with inhomogeneous Poisson timing with the given basis and variable rate. Provide a maxRate that you expect to support.GreflexSend events with inhomogeneous Poisson timing with the given basis and variable rate. Provide a maxRate that you expect to supportHreflexBlock occurrences of an Event until the given number of seconds elapses without the Event firing, at which point the last occurrence of the Event will fire.IreflexWhen the given om occurs, wait the given amount of time and collect all occurrences during that time. Then, fire the output o with the collected output.JreflexThrottle an input event, ensuring that at least a given amount of time passes between occurrences of the output event. If the input event occurs too frequently, the output event occurs with the most recently seen input value after the given delay passes since the last occurrence of the output. If the output event has not occurred recently, occurrences of the input event will cause the output event to fire immediately.KreflexFThrottle an input event, ensuring that the output event doesn't occur more often than you are ready for it. If the input event occurs too frequently, the output event will contain semigroup-based summaries of the input firings that happened since the last output firing. If the output event has not occurred recently, occurrences of the input event will cause the output event to fire immediately. The first parameter is a function that receives access to the output event, and should construct an event that fires when the receiver is ready for more input. For example, using delay 20) would give a simple time-based throttle.>NB: The provided lag function must *actually* delay the event.?reflexThe length of a tick intervalreflexnThe basis time from which intervals count and with which the initial calculation of elapsed time will be made.reflexEvent that starts a tick generation thread. Usually you want this to be something like the result of getPostBuild that only fires once. But there could be uses for starting multiple timer threads.@reflexgEvent that starts a tick generation thread. Usually you want this to be something like the result of U that only fires once. But there could be uses for starting multiple timer threads.DreflexPoisson event rate (Hz)reflexBaseline time for eventsreflexEvent that starts a tick generation thread. Usually you want this to be something like the result of getPostBuild that only fires once. But there could be uses for starting multiple timer threads. Start sending events in response to the event parameter.EreflexPoisson event rate (Hz)reflexBaseline time for events24357689<;:=>?@ABCDEFGHIJKabc89<;:=>?@ABCDEFGHIJ576243KcbaNone&'1=?@AEHMNSUVXJdreflexA basic implementation of .ireflexJWe use a hack here to pretend we have x ~ request a; we don't want to use a GADT, because GADTs (even with zero-size existential contexts) can't be newtypes WARNING: This type should never be exposed. In particular, this is extremely unsound if a MyTag from one run of runRequesterT is ever compared against a MyTag from anotherkreflexLRuns in reverse to accommodate for the fact that we accumulate it in reverselreflexk with its arguments flippedoreflexRun a d action. The resulting oV will fire whenever requests are made, and responses should be provided in the input o. The jW keys will be used to return the responses to the same place the requests were issued.preflex2Map a function over the request and response of a dureflexMatches incoming responses with previously-sent requests and uses the provided request "decoder" function to process incoming responses.preflex$The function to map over the requestreflex%The function to map over the responsereflex The internal d+ whose input and output will be transformedreflexThe resulting dureflexGiven a request (from b), produces the wire format of the request and a function used to process the associated responsereflexThe outgoing requestsreflex4The incoming responses, tagged by an identifying keyreflexOA map of outgoing wire-format requests and an event of responses keyed by the h' key of the associated outgoing requestdefghijklmnopqrstudefoprsthgkljiumnqNone.=?@AHMNSVXreflex#Provides a basic implementation of .reflexRun a  action. An o[ should be provided that fires immediately after the action is finished running; no other os should fire first.reflex DeprecatedNone&'-1=>?@AEHMSUVXhHreflex#Provides a basic implementation of  !. Note that, despite the name,  is not an instance of k.reflex+A function that fires events for the given 3s and then runs any followup actions provided via   . The given _ action will be run once for the initial trigger execution as well as once for each followup.reflexRun a  action, returning a $ that allows the caller to trigger os while ensuring that * actions are run at the appropriate time.None=?@AEHMSUVXreflexA basic implementation of &.lreflex-WARNING: Do not construct this directly; use m insteadreflexRun a  action.reflexGiven a function like & for the underlying monad, implement  for ?. This is necessary when the underlying monad doesn't have a & instance or to override the default  behavior.nreflexLike  , but for sequenceIntMapWithAdjust.reflexLike  , but for .reflex$Map a function over the output of a .reflex+Change the monad underlying an EventWriterTNone/1=?@AHMSVX_reflexawithQueryT's QueryMorphism argument needs to be a group homomorphism in order to behave correctlyreflexMaps a function over a % that can change the underlying monadreflex}dynWithQueryT's (Dynamic t QueryMorphism) argument needs to be a group homomorphism at all times in order to behave correctly  5None\ &' None&'1=?@AHMPSVX_LreflexA basic implementation of ).reflexRun a Z action. The dynamic writer output will be provided along with the result of the action.reflex$Map a function over the output of a .reflexWhen the execution of a  action is adjusted using , the p6 output of that action will also be updated to match.6None)*+! Implementation of BehaviorWriterNone&'1=?@AHMSVX2reflexA basic implementation of |.5reflexRun a 2[ action. The behavior writer output will be provided along with the result of the action.6reflex$Map a function over the output of a 2.2345623456"None 8=>?@ACHVNOPNOP#None&',-/14=>?@ACEHIMSUVX_`7`reflexFThe monad for actions that manipulate a Spider timeline identified by xoreflexo is the old name for qpreflex&The default, global Spider environmentqreflex.Designates the default, global Spider timelinereflex&Retrieve the current SpiderTimelineEnv(reflexlStores all global data relevant to a particular Spider timeline; only one value should exist for each type x+reflexA statically allocated q_reflex Construct an H# equivalent to that constructed by g, but with no caching; if the computation function is very cheap, this is (much) more efficient than `reflex'A subscriber that never triggers other Hsareflex=Subscribe to an Event only for the duration of one occurrenceereflex Construct an H; whose value is guaranteed not to be recomputed repeatedlyTODO: Try a caching strategy where we subscribe directly to the parent when there's only one subscriber, and then build our own FastWeakBag only when a second subscriber joinsyreflex*Propagate everything at the current heightzreflex*Propagate everything at the current heightreflex&Run an event action outside of a framereflexCreate a new SpiderTimelineEnvreflex*Pass a new timeline to the given function.reflexfRun an action affecting the global Spider timeline; this will be guarded by a mutex for that timelinereflexcRun an action affecting a given Spider timeline; this will be guarded by a mutex for that timelineOPQRSTUV[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-0./123456789:;<=>?@ABCDEFGHIJKLMNWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~OPQRSTUV[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-0./123456789:;<=>?@ABCDEFGHIJKLMNWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~7@This module exports all of the user-facing functionality of the p Reflex engineNoneE `opq+ pq+`o$(This module contains an instance of the m: class that provides profiling/cost-center information.None-/1=>?@AHMSVXkHhnopoqrpstquvjklmnqporstuvwxyzrsmnqpotuvwxyjklz%aThis module provides combinators for building FRP graphs/networks and modifying them dynamically.None@AWreflexA p "network": Takes a pC of network-creating actions and replaces the network whenever the pW updates. The returned Event of network results fires at post-build time and when the p" updates. Note: Often, the type aT is an Event, in which case the return value is an Event-of-Events, where the outer o) fires when switching networks. Such an o# would typically be flattened (via ).reflex"Given an initial "network" and an o of network-creating actions, create a network that is recreated whenever the Event fires. The returned Dynamic of network results occurs when the Event does. Note: Often, the type af is an Event, in which case the return value is a Dynamic-of-Events that would typically be flattened.reflexXRender a placeholder network to be shown while another network is not yet done building2NoneXN6789:;<=>?@ABCDEFGHIJKLMNOPQRSTU0VWXYZ/.[ KRSWUTVYXZ[\]^_`abcdefghijklmopnqrst}~uvwxyz{|opqrstuv&')*+-./056879:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijkyz{|}~ 23456789:;<=>?@ABCDEFGHIJKabcdefghijklmnopqrstu23456NOP`opq+jklmnopqrstuvwxyz&None ,>HSVX_freflexlRun a headless FRP network. Inside the action, you will most probably use the capabilities provided by the  and   type classes to interface the FRP network with the outside world. Useful for testing. Each headless network runs on its own spider timeline.reflexvThe action to be run in the headless FRP network. The FRP network is closed at the first occurrence of the resulting o.'None@ANXtreflexmBuild sortable content in such a way that re-sorting it can cause minimal disruption to an existing context.Naively re-sorting a list of images would destroy every image and add them back in the new order. This framework is able to avoid that by preserving the identity of each image and simply moving it to the new location.Example: (let sortByFst = buttonA $> comparing fst sortBySnd = buttonB $> comparing snd sortEvent = leftmost [sortByFst, sortBySnd] sortableList (\k v -> text $ "\n" ++ show k ++ " " ++ v) -- show each element on a new line (Map.fromList $ zip [0..] [(3, "a"), (2, "b"), (1, "c")]) sortEventreflex6Function to render the content for each key/value pairreflex=The sortable list with an initial ordering determined by the Map keys in ascending orderreflex.An event carrying a sort function for the list(Provides a convenient way to describe a series of interrelated widgets that can send data to, invoke, and replace one another. Useful for modeling user interface "workflows."NoneNX[reflex!A widget in a workflow When the o returned by a  fires, the current * is replaced by the one inside the firing o. A series of "s must share the same return type.reflexRuns a  and returns the p result of the  (i.e., a p& of the value produced by the current  node, and whose update o fires whenever one  is replaced by another).reflex Similar to , but outputs an o8 that fires at post-build time and whenever the current  is replaced by the next .reflexMap a function over a $, possibly changing the return type.reflexMap a "cheap" function over a !. 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$fMonadEventM$fMonadIOEventM$fMonadFixEventM$fMonadExceptionEventM$fMonadAsyncExceptionEventM$fShowHeightBag$fReadHeightBag $fEqHeightBag$fOrdHeightBag $fShowHeight $fReadHeight $fEqHeight $fOrdHeight$fBoundedHeight$fFunctorBehaviorM$fApplicativeBehaviorM$fMonadIOBehaviorM$fMonadFixBehaviorM$fMonadReaderBehaviorM$fFunctorSpiderPullM$fApplicativeSpiderPullM$fMonadSpiderPullM$fMonadIOSpiderPullM$fMonadFixSpiderPullM$fFunctorSpiderPushM$fApplicativeSpiderPushM$fMonadSpiderPushM$fMonadIOSpiderPushM$fMonadFixSpiderPushM$fFunctorSpiderHost$fApplicativeSpiderHost$fMonadFixSpiderHost$fMonadIOSpiderHost$fMonadExceptionSpiderHost$fMonadAsyncExceptionSpiderHost$fFunctorSpiderHostFrame$fApplicativeSpiderHostFrame$fMonadFixSpiderHostFrame$fMonadIOSpiderHostFrame$fMonadExceptionSpiderHostFrame$$fMonadAsyncExceptionSpiderHostFrame$fFunctorReadPhase$fApplicativeReadPhase$fMonadReadPhase$fMonadFixReadPhase$fFunctorDynamic0 ProfiledM runProfiledMCostCentreTree_costCentreTree_ownEntries!_costCentreTree_cumulativeEntries_costCentreTree_childrenProfiledTimeline profilingDatagetCostCentreStacktoCostCentreTreegetCostCentreTreeformatCostCentreTreeshowProfilingDatawriteProfilingData 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networkView networkHold untilReadyMonadHeadlessApprunHeadlessApp sortableListWorkflow unWorkflowworkflow workflowView mapWorkflowmapWorkflowCheap2monoidal-containers-0.6.0.1-2CQRTKEbUQxLWeuMTkRQ45Data.Map.Monoidal MonoidalMapgetMonoidalMapbase GHC.MaybeNothingvalidmaxViewWithKeyminViewWithKeymaxViewminViewupdateMaxWithKeyupdateMinWithKey updateMax updateMin deleteFindMax deleteFindMin deleteMax deleteMinfindMaxfindMindeleteAtupdateAtelemAt findIndex lookupIndexisProperSubmapOfByisProperSubmapOf isSubmapOfBy isSubmapOf splitRoot splitLookupsplitmapEitherWithKey mapEithermapMaybeWithKeypartitionWithKey partition filterWithKeyfilterfromDistinctListfromDistinctAscListfromAscListWithKeyfromAscListWith fromAscList toDescList toAscListfromListWithKey fromListWithfromListfromSetkeysSet foldlWithKey' foldrWithKey'foldl'foldr'foldMapWithKey foldlWithKey foldrWithKeyfoldlfoldrmapKeysMonotonic mapKeysWithmapKeysmapAccumRWithKeymapAccumWithKeytraverseWithKey mapWithKeymap 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AdditivePatchunAdditivePatchData.Patch.DMapWithMoveconst2PatchDMapWithMoveWith'patchDMapWithMoveToPatchMapWithMoveWithweakenPatchDMapWithMoveWith traversePatchDMapWithMoveWithKeymapPatchDMapWithMoveunsafePatchDMapWithMoveunPatchDMapWithMovePatchDMapWithMoveData.Patch.MapWithMovepatchMapWithMoveNewElementsMappatchMapWithMoveNewElementsunsafePatchMapWithMovePatchMapWithMoveunPatchMapWithMoveData.Patch.DMapconst2IntPatchDMapWithconst2PatchDMapWithpatchDMapToPatchMapWithweakenPatchDMapWithtraversePatchDMapWithKeytraversePatchDMap mapPatchDMap PatchDMap unPatchDMappatchMapNewElementsMappatchMapNewElements unPatchMapmapIntMapPatchWithKeycomposePatchFunctions applyAlwaysapply SemigroupDoubleFloatEitherUnqDynMonadGHC.EnumEnumpred%MemoTrie-0.6.9-6Ou7ZUIVjuqDbJKID2FW2x Data.MemoTrieHasTrieIOData.Functor.IdentityIdentityControl.Concurrent.ChanChan time-1.8.0.2 Data.Time.Clock.Internal.UTCTimeUTCTimeMyTag$prim-uniq-0.2-DrQoVecFB2PB3kr86lvX3MUnsafe.Unique.TagTagtransformers-0.5.6.2Control.Monad.Trans.Class MonadTransTellIdtellId(sequenceIntMapWithAdjustEventWriterTWithBehavior_ProfiledunBehavior_ProfiledEvent_ProfiledunEvent_ProfiledDynamic_ProfiledunDynamic_ProfiledIncremental_ProfiledunIncremental_Profiled