9"      !  Safe-Inferred"Equivalent to b (on equality against the given character), but leaves out the byte that the string is broken on.#>Trims tab and space characters from both ends of a ByteString.$.List of the valid characters for a media-type  `reg-name` as per RFC 4288.%?Evaluates whether the given character is valid in a media type  `reg-name` as per RFC 4288."#$%"#$%"#$% Safe-Inferred<A class for header values, so they may be rendered to their &e representation. Lists of header values and quality-marked header values will render appropriately.!Render a header value to a UTF-8 &.'('(  Safe-Inferred!Attaches a quality value to data.)Attaches the quality value '1'.*Attaches the quality value '0'.+EConverts the integral value into its standard quality representation.,AReads the standard quality representation into an integral value. -./)*+,0123-./)*+, -./)*+,0123 Safe-InferredServes the same purpose as the Proxy type in base, but redefined here in a basic form for older versions of base that do not include it.oDefines methods for a type whose values can be matched against each other in terms of an HTTP Accept-* header.This allows functions to work on both the standard Accept header and others such as Accept-Language that still may use quality values.JSpecifies how to parse an Accept-* header after quality has been handled.AEvaluates whether either the left argument matches the right one.This relation must be a total order, where more specific terms on the left can produce a match, but a less specific term on the left can never produce a match. For instance, when matching against media types it is important that if the client asks for a general type then we can choose a more specific offering from the server, but if a client asks for a specific type and the server only offers a more general form, then we cannot generalise. In this case, the server types will be the left argument, and the client types the right.KFor types with no concept of specificity, this operation is just equality.DEvaluates whether the left argument is more specific than the right.This relation must be irreflexive and transitive. For types with no concept of specificity, this is the empty relation (always false). Indicates whether extension parameters are permitted after the weight parameter when this type appears in an Accept header. Defaults to false. >Evaluates to whichever argument is more specific. Left biased.  4   4  Safe-Inferred 1Suitable for HTTP language-ranges as defined in  >http://www.w3.org/Protocols/rfc2616/rfc2616-sec14.html#sec14.4RFC2616. Specifically: 9language-range = ( ( 1*8ALPHA *( "-" 1*8ALPHA ) ) | "*" ) 56789 5 56789 Safe-Inferred  Converts  G to a list of its language parts. The wildcard produces an empty list.     Safe-Inferred  parameters.DAn HTTP media type, consisting of the type, subtype, and parameters.:The main type of the MediaType;The sub type of the MediaType<The parameters of the MediaType =:;<>?@A =:;< =:;<>?@A Safe-Inferred Retrieves the main type of a .Retrieves the sub type of a .Retrieves the parameters of a . Builds a E without parameters. Can produce an error if either type is invalid.Adds a parameter to a 4. Can produce an error if either string is invalid.Evaluates if a # has a parameter of the given name.Retrieves a parameter from a .BEnsures that the & matches the ABNF for  `reg-name` in RFC 4288.CEnsures that the & does not contain invalid characters for a parameter value. RFC 4288 does not specify what characters are valid, so here we just disallow parameter and media type breakers, ',' and ';'.DFEnsures the predicate matches for every character in the given string. BCD    BCD Safe-Inferred vMatches a list of server-side resource options against a quality-marked list of client-side preferences. A result of E means that nothing matched (which should indicate a 406 error). If two or more results arise with the same quality level and specificity, then the first one in the server list is chosen.The use of the . type class allows the application of either # for the standard Accept header or &G for any other Accept header which can be marked with a quality value. ;matchAccept ["text/html", "application/json"] <$> getHeaderJFor more information on the matching process see RFC 2616, section 14.1-4.The equivalent of  above, except the resulting choice is mapped to another value. Convenient for specifying how to translate the resource into each of its available formats. getHeader >>= maybe render406Error renderResource . mapAccept [ ("text" // "html", asHtml) , ("application" // "json", asJson) ]A specialisation of  that only takes U as its input, to avoid ambiguous-type errors when using string literal overloading. getHeader >>= maybe render406Error renderResource . mapAcceptMedia [ ("text/html", asHtml) , ("application/json", asJson) ]A specialisation of  that only takes  U as its input, to avoid ambiguous-type errors when using string literal overloading. getHeader >>= maybe render406Error renderResource . mapAcceptLanguage [ ("text/html", asHtml) , ("application/json", asJson) ]A specialisation of  that only takes &V as its input, to avoid ambiguous-type errors when using string literal overloading. getHeader >>= maybe render406Error encodeResourceWith . mapAcceptBytes [ ("compress", compress) , ("gzip", gzip) ]dMatches a list of server-side parsing options against a the client-side content value. A result of EA means that nothing matched (which should indicate a 415 error). BmatchContent ["application/json", "text/plain"] <$> getContentTypeIFor more information on the matching process see RFC 2616, section 14.17.The equivalent of @ above, except the resulting choice is mapped to another value. getContentType >>= maybe send415Error readRequestBodyWith . mapContent [ ("application" // "json", parseJson) , ("text" // "plain", parseText) ]A specialisation of  that only takes V as its input, to avoid ambiguous-type errors when using string literal overloading. getContentType >>= maybe send415Error readRequestBodyWith . mapContentMedia [ ("application/json", parseJson) , ("text/plain", parseText) ]A specialisation of  that only takes  U as its input, to avoid ambiguous-type errors when using string literal overloading. getContentType >>= maybe send415Error readRequestBodyWith . mapContentLanguage [ ("application/json", parseJson) , ("text/plain", parseText) ]FParses a full Accept header into a list of quality-valued media types. Matches a list of server-side resource options against a pre-parsed quality-marked list of client-side preferences. A result of E means that nothing matched (which should indicate a 406 error). If two or more results arise with the same quality level and specificity, then the first one in the server list is chosen.The use of the . type class allows the application of either # for the standard Accept header or &G for any other Accept header which can be marked with a quality value. FmatchQuality ["text/html", "application/json"] <$> parseQuality headerJFor more information on the matching process see RFC 2616, section 14.1-4.!The equivalent of   above, except the resulting choice is mapped to another value. Convenient for specifying how to translate the resource into each of its available formats. parseQuality header >>= maybe render406Error renderResource . mapQuality [ ("text" // "html", asHtml) , ("application" // "json", asJson) ]F%The equivalent of 'lookupBy matches'.The server-side optionsThe client-side header value,The map of server-side preferences to valuesThe client-side header value,The map of server-side preferences to valuesThe client-side header value,The map of server-side preferences to valuesThe client-side header value,The map of server-side preferences to valuesThe client-side header value The server-side response optionsThe client's request value The map of server-side responses!The client request's header value The map of server-side responses!The client request's header value The map of server-side responses!The client request's header valueG The server-side options'The pre-parsed client-side header value!,The map of server-side preferences to valuesThe client-side header valueF  !  ! G !FH      !"#$%&'()*+,-./012345 6 7 8 9  : ; < = > ?@  A B C D     E F G HIJKLMNOPQhttp-media-0.6.2Network.HTTP.Media.RenderHeaderNetwork.HTTP.MediaNetwork.HTTP.Media.AcceptNetwork.HTTP.Media.LanguageNetwork.HTTP.Media.MediaTypeNetwork.HTTP.Media.UtilsData.ByteStringbreakNetwork.HTTP.Media.Quality$Network.HTTP.Media.Language.Internal%Network.HTTP.Media.MediaType.Internal RenderHeader renderHeaderQualityProxyAccept parseAcceptmatchesmoreSpecificThanhasExtensionParameters mostSpecificLanguagetoParts Parameters MediaTypemainTypesubType parameters///:/?/. matchAccept mapAcceptmapAcceptMediamapAcceptLanguagemapAcceptBytes matchContent mapContentmapContentMediamapContentLanguage parseQuality matchQuality mapQuality breakChartrimBS validChars isValidCharbytestring-0.10.4.0Data.ByteString.Internal ByteString$fRenderHeader[]$fRenderHeaderByteString maxQuality minQualityshowQreadQ qualityData qualityValueread1read0$fRenderHeaderQuality $fShowQuality$fAcceptByteString$fRenderHeaderLanguage$fAcceptLanguage$fIsStringLanguage$fShowLanguage$fRenderHeaderMediaType$fAcceptMediaType$fIsStringMediaType$fShowMediaTypeensureRensureVensurebase Data.MaybeNothing lookupMatches parseQuality'