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1. xmlHttpRequestGetReadyState :: MonadJSM m => XMLHttpRequest -> m Word

   reflex-dom-core	Reflex.Dom.Xhr

   No documentation available.

2. xmlHttpRequestOnreadystatechange :: XMLHttpRequest -> EventM XMLHttpRequest Event () -> JSM (JSM ())

   reflex-dom-core	Reflex.Dom.Xhr

   No documentation available.

3. data Thread s r

   regex-applicative	Text.Regex.Applicative.Object

   A thread either is a result or corresponds to a symbol in the regular expression, which is expected by that thread.

4. data ThreadId

   regex-applicative	Text.Regex.Applicative.Object

   No documentation available.

5. addThread :: Thread s r -> ReObject s r -> ReObject s r

   regex-applicative	Text.Regex.Applicative.Object

   Add a thread to an object. The new thread will have lower priority than the threads which are already in the object. If a (non-result) thread with the same id already exists in the object, the object is not changed.

6. fromThreads :: [Thread s r] -> ReObject s r

   regex-applicative	Text.Regex.Applicative.Object

   Create an object from a list of threads. It is recommended that all threads come from the same ReObject, unless you know what you're doing. However, it should be safe to filter out or rearrange threads.

7. stepThread :: s -> Thread s r -> [Thread s r]

   regex-applicative	Text.Regex.Applicative.Object

   Feed a symbol into a non-result thread. It is an error to call stepThread on a result thread.

8. threadId :: Thread s r -> Maybe ThreadId

   regex-applicative	Text.Regex.Applicative.Object

   Returns thread identifier. This will be Just for ordinary threads and Nothing for results.

9. threads :: ReObject s r -> [Thread s r]

   regex-applicative	Text.Regex.Applicative.Object

   List of all threads of an object. Each non-result thread has a unique id.

10. addReader :: Char -> Reader a -> SExprParser a c -> SExprParser a c

    s-cargot	Data.SCargot

    Add the ability to execute some particular reader macro, as defined by its initial character and the Parser which returns the parsed S-Expression. The Reader is passed a Parser which can be recursively called to parse more S-Expressions, and begins parsing after the reader character has been removed from the stream.

    >>> import Text.Parsec (alphaNum, char, many1)
    
    >>> let vecReader p = (char ']' *> pure SNil) <|> (SCons <$> p <*> vecReader p)
    
    >>> let parser = addReader '[' vecReader (mkParser (many1 alphaNum))
    
    >>> decode parser "(an [ele phant])"
    Right [SCons (SAtom "an") (SCons (SCons (SAtom "ele") (SCons (SAtom "phant") SNil)) SNil)]
    

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