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( function ( f ) { function e ( ) { var i = f ( ) ; return i . default || i } if ( typeof exports == "object" && typeof module == "object" ) module . exports = e ( ) ; else if ( typeof define == "function" && define . amd ) define ( e ) ; else { var t = typeof globalThis < "u" ? globalThis : typeof global < "u" ? global : typeof self < "u" ? self : this || { } ; t . prettierPlugins = t . prettierPlugins || { } , t . prettierPlugins . graphql = e ( ) } } ) ( function ( ) { "use strict" ; var re = Object . defineProperty ; var tt = Object . getOwnPropertyDescriptor ; var nt = Object . getOwnPropertyNames ; var it = Object . prototype . hasOwnProperty ; var Ne = ( e , t ) => { for ( var n in t ) re ( e , n , { get : t [ n ] , enumerable : ! 0 } ) } , rt = ( e , t , n , r ) => { if ( t && typeof t == "object" || typeof t == "function" ) for ( let i of nt ( t ) ) ! it . call ( e , i ) && i !== n && re ( e , i , { get : ( ) => t [ i ] , enumerable : ! ( r = tt ( t , i ) ) || r . enumerable } ) ; return e } ; var st = e => rt ( re ( { } , "__esModule" , { value : ! 0 } ) , e ) ; var ln = { } ; Ne ( ln , { languages : ( ) => Pe , options : ( ) => we , parsers : ( ) => Te , printers : ( ) => un } ) ; var ot = ( e , t , n , r ) => { if ( ! ( e && t == null ) ) return t . replaceAll ? t . replaceAll ( n , r ) : n . global ? t . replace ( n , r ) : t . split ( n ) . join ( r ) } , Y = ot ; var se = "indent" ; var oe = "group" ; var ae = "if-break" ; var P = "line" ; var ce = "break-parent" ; var xe = ( ) => { } , b = xe , ue = xe ; function x ( e ) { return b ( e ) , { type : se , contents : e } } function y ( e , t = { } ) { return b ( e ) , ue ( t . expandedStates , ! 0 ) , { type : oe , id : t . id , contents : e , break : ! ! t . shouldBreak , expandedStates : t . expandedStates } } function O ( e , t = "" , n = { } ) { return b ( e ) , t !== "" && b ( t ) , { type : ae , breakContents : e , flatContents : t , groupId : n . groupId } } var xt = { type : ce } ; var _t = { type : P , hard : ! 0 } ; var k = { type : P } , p = { type : P , soft : ! 0 } , f = [ _t , xt ] ; function E ( e , t ) { b ( e ) , ue ( t ) ; let n = [ ] ; for ( let r = 0 ; r < t . length ; r ++ ) r !== 0 && n . push ( e ) , n . push ( t [ r ] ) ; return n } function j ( e ) { return ( t , n , r ) => { let i = ! ! ( r != null && r . backwards ) ; if ( n === ! 1 ) return ! 1 ; let { length : s } = t , a = n ; for ( ; a >= 0 && a < s ; ) { let u = t . charAt ( a ) ; if ( e instanceof RegExp ) { if ( ! e . test ( u ) ) return a } else if ( ! e . includes ( u ) ) return a ; i ? a -- : a ++ } return a === - 1 || a === s ? a : ! 1 } } var vn = j ( /\s/u ) , G = j ( " " ) , _e = j ( ",; " ) , ye = j ( /[^\n\r]/u ) ; function yt ( e , t , n ) { let r = ! ! ( n != null && n . backwards ) ; if ( t === ! 1 ) return ! 1 ; let i = e . charAt ( t ) ; if ( r ) { if ( e . charAt ( t - 1 ) === "\r" && i === `
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` ) return t - 2 ; if ( i === `
` || i === "\r" || i === "\u2028" || i === "\u2029" ) return t - 1 } else { if ( i === "\r" && e . charAt ( t + 1 ) === `
` ) return t + 2 ; if ( i === `
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` || i === "\r" || i === "\u2028" || i === "\u2029" ) return t + 1 } return t } var $ = yt ; function It ( e , t , n = { } ) { let r = G ( e , n . backwards ? t - 1 : t , n ) , i = $ ( e , r , n ) ; return r !== i } var Ie = It ; function Ot ( e , t ) { if ( t === ! 1 ) return ! 1 ; if ( e . charAt ( t ) === "/" && e . charAt ( t + 1 ) === "*" ) { for ( let n = t + 2 ; n < e . length ; ++ n ) if ( e . charAt ( n ) === "*" && e . charAt ( n + 1 ) === "/" ) return n + 2 } return t } var Oe = Ot ; function Dt ( e , t ) { return t === ! 1 ? ! 1 : e . charAt ( t ) === "/" && e . charAt ( t + 1 ) === "/" ? ye ( e , t ) : t } var De = Dt ; function At ( e , t ) { let n = null , r = t ; for ( ; r !== n ; ) n = r , r = _e ( e , r ) , r = Oe ( e , r ) , r = G ( e , r ) ; return r = De ( e , r ) , r = $ ( e , r ) , r !== ! 1 && Ie ( e , r ) } var Ae = At ; function gt ( e ) { return Array . isArray ( e ) && e . length > 0 } var le = gt ; var pe = class extends Error { name = "UnexpectedNodeError" ; constructor ( t , n , r = "type" ) { super ( ` Unexpected ${ n } node ${ r } : ${ JSON . stringify ( t [ r ] ) } . ` ) , this . node = t } } , ge = pe ; var F = null ; function w ( e ) { if ( F !== null && typeof F . property ) { let t = F ; return F = w . prototype = null , t } return F = w . prototype = e ? ? Object . create ( null ) , new w } var kt = 10 ; for ( let e = 0 ; e <= kt ; e ++ ) w ( ) ; function fe ( e ) { return w ( e ) } function St ( e , t = "type" ) { fe ( e ) ; function n ( r ) { let i = r [ t ] , s = e [ i ] ; if ( ! Array . isArray ( s ) ) throw Object . assign ( new Error ( ` Missing visitor keys for ' ${ i } '. ` ) , { node : r } ) ; return s } return n } var ke = St ; var J = class { constructor ( t , n , r ) { this . start = t . start , this . end = n . end , this . startToken = t , this . endToken = n , this . source = r } get [ Symbol . toStringTag ] ( ) { return "Location" } toJSON ( ) { return { start : this . start , end : this . end } } } , V = class { constructor ( t , n , r , i , s , a ) { this . kind = t , this . start = n , this . end = r , this . line = i , this . column = s , this . value = a , this . prev = null , this . next = null } get [ Symbol . toStringTag ] ( ) { return "Token" } toJSON ( ) { return { kind : this . kind , value : this . value , line : this . line , column : this . column } } } , X = { Name : [ ] , Document : [ "definitions" ] , OperationDefinition : [ "name" , "variableDefinitions" , "directives" , "selectionSet" ] , VariableDefinition : [ "variable" , "type" , "defaultValue" , "directives" ] , Variable : [ "name" ] , SelectionSet : [ "selections" ] , Field : [ "alias" , "name" , "arguments" , "directives" , "selectionSet" ] , Argument : [ "name" , "value" ] , FragmentSpread : [ "name" , "directives" ] , InlineFragment : [ "typeCondition" , "directives" , "selectionSet" ] , FragmentDefinition : [ "name" , "variableDefinitions" , "typeCondition" , "directives" , "selectionSet" ] , IntValue : [ ] , FloatValue : [ ] , StringValue : [ ] , BooleanValue : [ ] , NullValue : [ ] , EnumValue : [ ] , ListValue : [ "values" ] , ObjectValue : [ "fields" ] , ObjectField : [ "name" , "value" ] , Directive : [ "name" , "arguments" ] , NamedType : [ "name" ] , ListType : [ "type" ] , NonNullType : [ "type" ] , SchemaDefinition : [ "description" , "directives" , "operationTypes" ] , OperationTypeDefinition : [ "type" ] , ScalarTypeDefinition : [ "description" , "name" , "directives" ] , ObjectTypeDefinition : [ "description" , "name" , "interfaces" , "directives" , "fields" ] , FieldDefinition : [ "description" , "name" , "arguments" , "type" , "directives" ] , InputValueDefinition : [ "description" , "name" , "type" , "defaultValue" , "directives" ] , InterfaceTypeDefinition : [ "description" , "name" , "interfaces" , "directives" , "fields" ] , UnionTypeDefinition : [ "description" , "name" , "directives" , "types" ] , EnumTypeDefinition : [ "description" , "name" , "directives" , "values" ] , EnumValueDefinition : [ "description" , "name" , "directives" ] , InputObjectTypeDefinition : [ "description" , "name" , "directives" , "fields" ] , DirectiveDefinition : [ "description" , "name" , "arguments" , "locations" ] , SchemaExtension : [ "directives" , "operationTypes" ] , ScalarTypeExtension : [ "name" , "directives" ] , ObjectTypeExtension : [ "name" , "interfaces" , "directives" , "fields" ] , InterfaceTypeExtension : [ "name" , "interfaces" , "directives" , "fields" ] , UnionTypeExtension : [ "name" , "directives" , "types" ] , EnumTypeExtension : [ "name" , "directives" , "values" ] , InputObjectTypeExtension : [ "name" , "directives" , "fields" ] } , Hn = new Set ( Object . keys ( X ) ) ; var S ; ( function ( e ) { e . QUERY = "query" , e . MUTATION = "mutation" , e . SUBSCRIPTION = "subscription" } ) ( S || ( S = { } ) ) ; var Ct = ke ( X , "kind" ) , Se = Ct ; function q ( e ) { return e . loc . start } function Q ( e ) { return e . loc . end } function Ce ( e ) { return /^\s*#[^\S\n]*@(?:format|prettier)\s*(?:\n|$)/u . test ( e ) } function ve ( e ) { return ` # @format
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` + e } function vt ( e , t , n ) { let { node : r } = e ; if ( ! r . description ) return "" ; let i = [ n ( "description" ) ] ; return r . kind === "InputValueDefinition" && ! r . description . block ? i . push ( k ) : i . push ( f ) , i } var A = vt ; function bt ( e , t , n ) { let { node : r } = e ; switch ( r . kind ) { case "Document" : return [ ... E ( f , g ( e , t , n , "definitions" ) ) , f ] ; case "OperationDefinition" : { let i = t . originalText [ q ( r ) ] !== "{" , s = ! ! r . name ; return [ i ? r . operation : "" , i && s ? [ " " , n ( "name" ) ] : "" , i && ! s && le ( r . variableDefinitions ) ? " " : "" , be ( e , n ) , _ ( e , n , r ) , ! i && ! s ? "" : " " , n ( "selectionSet" ) ] } case "FragmentDefinition" : return [ "fragment " , n ( "name" ) , be ( e , n ) , " on " , n ( "typeCondition" ) , _ ( e , n , r ) , " " , n ( "selectionSet" ) ] ; case "SelectionSet" : return [ "{" , x ( [ f , E ( f , g ( e , t , n , "selections" ) ) ] ) , f , "}" ] ; case "Field" : return y ( [ r . alias ? [ n ( "alias" ) , ": " ] : "" , n ( "name" ) , r . arguments . length > 0 ? y ( [ "(" , x ( [ p , E ( [ O ( "" , ", " ) , p ] , g ( e , t , n , "arguments" ) ) ] ) , p , ")" ] ) : "" , _ ( e , n , r ) , r . selectionSet ? " " : "" , n ( "selectionSet" ) ] ) ; case "Name" : return r . value ; case "StringValue" : if ( r . block ) { let i = Y ( ! 1 , r . value , '"""' , String . raw ` \" "" ` ) . split ( `
` ) ; return i . length === 1 && ( i [ 0 ] = i [ 0 ] . trim ( ) ) , i . every ( s => s === "" ) && ( i . length = 0 ) , E ( f , [ '"""' , ... i , '"""' ] ) } return [ '"' , Y ( ! 1 , Y ( ! 1 , r . value , /["\\]/gu , String . raw ` \$ & ` ) , `
` , String . raw ` \n ` ) , '"' ] ; case "IntValue" : case "FloatValue" : case "EnumValue" : return r . value ; case "BooleanValue" : return r . value ? "true" : "false" ; case "NullValue" : return "null" ; case "Variable" : return [ "$" , n ( "name" ) ] ; case "ListValue" : return y ( [ "[" , x ( [ p , E ( [ O ( "" , ", " ) , p ] , e . map ( n , "values" ) ) ] ) , p , "]" ] ) ; case "ObjectValue" : { let i = t . bracketSpacing && r . fields . length > 0 ? " " : "" ; return y ( [ "{" , i , x ( [ p , E ( [ O ( "" , ", " ) , p ] , e . map ( n , "fields" ) ) ] ) , p , O ( "" , i ) , "}" ] ) } case "ObjectField" : case "Argument" : return [ n ( "name" ) , ": " , n ( "value" ) ] ; case "Directive" : return [ "@" , n ( "name" ) , r . arguments . length > 0 ? y ( [ "(" , x ( [ p , E ( [ O ( "" , ", " ) , p ] , g ( e , t , n , "arguments" ) ) ] ) , p , ")" ] ) : "" ] ; case "NamedType" : return n ( "name" ) ; case "VariableDefinition" : return [ n ( "variable" ) , ": " , n ( "type" ) , r . defaultValue ? [ " = " , n ( "defaultValue" ) ] : "" , _ ( e , n , r ) ] ; case "ObjectTypeExtension" : case "ObjectTypeDefinition" : case "InputObjectTypeExtension" : case "InputObjectTypeDefinition" : case "InterfaceTypeExtension" : case "InterfaceTypeDefinition" : { let { kind : i } = r , s = [ ] ; return i . endsWith ( "TypeDefinition" ) ? s . push ( A ( e , t , n ) ) : s . push ( "extend " ) , i . startsWith ( "ObjectType" ) ? s . push ( "type" ) : i . startsWith ( "InputObjectType" ) ? s . push ( "input" ) : s . push ( "interface" ) , s . push ( " " , n ( "name" ) ) , ! i . startsWith ( "InputObjectType" ) && r . interfaces . length > 0 && s . push ( " implements " , ... Pt ( e , t , n ) ) , s . push ( _ ( e , n , r ) ) , r . fields . length > 0 && s . push ( [ " {" , x ( [ f , E ( f , g ( e , t , n , "fields" ) ) ] ) , f , "}" ] ) , s } case "FieldDefinition" : return [ A ( e , t , n ) , n ( "name" ) , r . arguments . length > 0 ? y ( [ "(" , x ( [ p , E ( [ O ( "" , ", " ) , p ] , g ( e , t , n , "arguments" ) ) ] ) , p , ")" ] ) : "" , ": " , n ( "type" ) , _ ( e , n , r ) ] ; case "DirectiveDefinition" : return [ A ( e , t , n ) , "directive " , "@" , n ( "name" ) , r . arguments . length > 0 ? y ( [ "(" , x ( [ p , E ( [ O ( "" , ", " ) , p ] , g ( e , t , n , "arguments" ) ) ] ) , p , ")" ] ) : "" , r . repeatable ? " repeatable" : "" , " on " , ... E ( " | " , e . map ( n , "locations" ) ) ] ; case "EnumTypeExtension" : case "EnumTypeDefinition" : return [ A ( e , t , n ) , r . kind === "EnumTypeExtension" ? "extend " : "" , "enum " , n ( "name" ) , _ ( e , n , r ) , r . values . length > 0 ? [ " {" , x ( [ f , E ( f , g ( e , t , n , "values" ) ) ] ) , f , "}" ] : "" ] ; case "EnumValueDefinition" : return [ A ( e , t , n ) , n ( "name" ) , _ ( e , n , r ) ] ; case "InputValueDefinition" : return [ A ( e , t , n ) , n ( "name" ) , ": " , n ( "type" ) , r . defaultValue ? [ " = " , n ( "defaultValue" ) ] : "" , _ ( e , n , r ) ] ; case "SchemaExtension" : return [ "extend schema" , _ ( e , n , r ) , ... r . operationTypes . length > 0 ? [ " {" , x ( [ f , E ( f , g ( e , t , n , "operationTypes" ) ) ] ) , f , "}" ] : [ ] ] ; case "SchemaDefinition" : return [ A ( e , t , n ) , "schema" , _ ( e , n , r ) , " {" , r . operationTypes . length > 0 ? x ( [ f , E ( f , g ( e , t , n , "operationTypes" ) ) ] ) : "" , f , "}" ] ; case "OperationTypeDefinition" : return [ r . operation , ": " , n ( "type" ) ] ; case "FragmentSpread" : return [ "..." , n ( "name" ) , _ ( e , n , r ) ] ; case "InlineFragment" : return [ "..." , r . typeCondition ? [ " on " , n ( "typeCondition" ) ] : "" , _ ( e , n , r ) , " " , n ( "selectionSet" ) ] ; case "UnionTypeExtension" : case "UnionTypeDefinition" : return y ( [ A ( e , t , n ) , y ( [ r . kind === "UnionTypeExtension" ? "extend " : "" , "union " , n ( "name" ) , _ ( e , n , r ) , r . types . length > 0 ? [ " =" , O ( "" , " " ) , x ( [ O ( [ k , "| " ] ) , E ( [ k , "| " ] , e . map ( n , "types" ) ) ] ) ] : "" ] ) ] ) ; case "ScalarTypeExtension" : case "ScalarTypeDefinition" : return [ A ( e , t , n ) , r . kind === "ScalarTypeExtension" ? "extend " : "" , "scalar " , n ( "name" ) , _ ( e , n , r ) ] ; case "NonNullType" : return [ n ( "type" ) , "!" ] ; case "ListType" : return [ "[" , n ( "type" ) , "]" ] ; default : throw new ge ( r , "Graphql" , "kind" ) } } function _ ( e , t , n ) { if ( n . directives . length === 0 ) return "" ; let r = E ( k , e . map ( t , "directives" ) ) ; return n . kind === "FragmentDefinition" || n . kind === "OperationDefinition" ? y ( [ k , r ] ) : [ " " , y ( x ( [ p , r ] ) ) ] } function g ( e , t , n , r ) { return e . map ( ( { isLast : i , node : s } ) => { let a = n ( ) ; return ! i && Ae ( t . originalText , Q ( s ) ) ? [ a , f ] : a } , r ) } function Lt ( e ) { return e . kind !== "Comment" } function Rt ( e ) { let t = e . node ; if ( t . kind === "Comment" ) return "#" + t . value . trimEnd ( ) ; throw new Error ( "Not a comment: " + JSON . stringify ( t ) ) } function Pt ( e , t , n ) { let { node : r } = e , i = [ ] , { interfaces : s } = r , a = e . map ( n , "interfaces" ) ; for ( let u = 0 ; u < s . length ; u ++ ) { let l = s [ u ] ; i . push ( a [ u ] ) ; let T = s [ u + 1 ] ; if ( T ) { let D = t . originalText . slice ( l . loc . end , T . loc . start ) . includes ( "#" ) ; i . push ( " &" , D ? k : " " ) } } return i } function be ( e , t ) { let { node : n } = e ; return le ( n . variableDefinitions ) ? y ( [ "(" , x ( [ p , E ( [ O ( "" , ", " ) , p ] , e . map ( t , "variableDefinitions" ) ) ] ) , p , ")" ] ) : "" } function Le ( e , t ) { e . kind === "StringValue" && e . block && ! e . value . includes ( `
` ) && ( t . value = e . value . trim ( ) ) } Le . ignoredProperties = new Set ( [ "loc" , "comments" ] ) ; function Ft ( e ) { var n ; let { node : t } = e ; return ( n = t == null ? void 0 : t . comments ) == null ? void 0 : n . some ( r => r . value . trim ( ) === "prettier-ignore" ) } var wt = { print : bt , massageAstNode : Le , hasPrettierIgnore : Ft , insertPragma : ve , printComment : Rt , canAttachComment : Lt , getVisitorKeys : Se } , Re = wt ; var Pe = [ { linguistLanguageId : 139 , name : "GraphQL" , type : "data" , color : "#e10098" , extensions : [ ".graphql" , ".gql" , ".graphqls" ] , tmScope : "source.graphql" , aceMode : "text" , parsers : [ "graphql" ] , vscodeLanguageIds : [ "graphql" ] } ] ; var Fe = { bracketSpacing : { category : "Common" , type : "boolean" , default : ! 0 , description : "Print spaces between brackets." , oppositeDescription : "Do not print spaces between brackets." } , singleQuote : { category : "Common" , type : "boolean" , default : ! 1 , description : "Use single quotes instead of double quotes." } , proseWrap : { category : "Common" , type : "choice" , default : "preserve" , description : "How to wrap prose." , choices : [ { value : "always" , description : "Wrap prose if it exceeds the print width." } , { value : "never" , description : "Do not wrap prose." } , { value : "preserve" , description : "Wrap prose as-is." } ] } , bracketSameLine : { category : "Common" , type : "boolean" , default : ! 1 , description : "Put > of opening tags on the last line instead of on a new line." } , singleAttributePerLine : { category : "Common" , type : "boolean" , default : ! 1 , description : "Enforce single attribute per line in HTML, Vue and JSX." } } ; var Vt = { bracketSpacing : Fe . bracketSpacing } , we = Vt ; var Te = { } ; Ne ( Te , { graphql : ( ) => cn } ) ; function Ve ( e ) { return typeof e == "object" && e !== null } function Be ( e , t ) { if ( ! ! ! e ) throw new Error ( t ? ? "Unexpected invariant triggered." ) } var Bt = /\r\n|[\n\r]/g ; function B ( e , t ) { let n = 0 , r = 1 ; for ( let i of e . body . matchAll ( Bt ) ) { if ( typeof i . index == "number" || Be ( ! 1 ) , i . index >= t ) break ; n = i . index + i [ 0 ] . length , r += 1 } return { line : r , column : t + 1 - n } } function Me ( e ) { return he ( e . source , B ( e . source , e . start ) ) } function he ( e , t ) { let n = e . locationOffset . column - 1 , r = "" . padStart ( n ) + e . body , i = t . line - 1 , s = e . locationOffset . line - 1 , a = t . line + s , u = t . line === 1 ? n : 0 , l = t . column + u , T = ` ${ e . name } : ${ a } : ${ l }
` , h = r . split ( /\r\n|[\n\r]/g ) , D = h [ i ] ; if ( D . length > 120 ) { let I = Math . floor ( l / 80 ) , ie = l % 80 , N = [ ] ; for ( let v = 0 ; v < D . length ; v += 80 ) N . push ( D . slice ( v , v + 80 ) ) ; return T + Ue ( [ [ ` ${ a } | ` , N [ 0 ] ] , ... N . slice ( 1 , I + 1 ) . map ( v => [ "|" , v ] ) , [ "|" , "^" . padStart ( ie ) ] , [ "|" , N [ I + 1 ] ] ] ) } return T + Ue ( [ [ ` ${ a - 1 } | ` , h [ i - 1 ] ] , [ ` ${ a } | ` , D ] , [ "|" , "^" . padStart ( l ) ] , [ ` ${ a + 1 } | ` , h [ i + 1 ] ] ] ) } function Ue ( e ) { let t = e . filter ( ( [ r , i ] ) => i !== void 0 ) , n = Math . max ( ... t . map ( ( [ r ] ) => r . length ) ) ; return t . map ( ( [ r , i ] ) => r . padStart ( n ) + ( i ? " " + i : "" ) ) . join ( `
` ) } function Ut ( e ) { let t = e [ 0 ] ; return t == null || "kind" in t || "length" in t ? { nodes : t , source : e [ 1 ] , positions : e [ 2 ] , path : e [ 3 ] , originalError : e [ 4 ] , extensions : e [ 5 ] } : t } var W = class e extends Error { constructor ( t , ... n ) { var r , i , s ; let { nodes : a , source : u , positions : l , path : T , originalError : h , extensions : D } = Ut ( n ) ; super ( t ) , this . name = "GraphQLError" , this . path = T ? ? void 0 , this . originalError = h ? ? void 0 , this . nodes = Ye ( Array . isArray ( a ) ? a : a ? [ a ] : void 0 ) ; let I = Ye ( ( r = this . nodes ) === null || r === void 0 ? void 0 : r . map ( N => N . loc ) . filter ( N => N != null ) ) ; this . source = u ? ? ( I == null || ( i = I [ 0 ] ) === null || i === void 0 ? void 0 : i . source ) , this . positions = l ? ? ( I == null ? void 0 : I . map ( N => N . start ) ) , this . locations = l && u ? l . map ( N => B ( u , N ) ) : I == null ? void 0 : I . map ( N => B ( N . source , N . start ) ) ; let ie = Ve ( h == null ? void 0 : h . extensions ) ? h == null ? void 0 : h . extensions : void 0 ; this . extensions = ( s = D ? ? ie ) !== null && s !== void 0 ? s : Object . create ( null ) , Object . defineProperties ( this , { message : { writable : ! 0 , enumerable : ! 0 } , name : { enumerable : ! 1 } , nodes : { enumerable : ! 1 } , source : { enumerable : ! 1 } , positions : { enumerable : ! 1 } , originalError : { enumerable : ! 1 } } ) , h != null && h . stack ? Object . defineProperty ( this , "stack" , { value : h . stack , writable : ! 0 , configurable : ! 0 } ) : Error . captureStackTrace ? Error . captureStackTrace ( this , e ) : Object . defineProperty ( this , "stack" , { value : Error ( ) . stack , writable : ! 0 , configurable : ! 0 } ) } get [ Symbol . toStringTag ] ( ) { return "GraphQLError" } toString ( ) { let t = this . message ; if ( this . nodes ) for ( let n of this . nodes ) n . loc && ( t += `
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` + Me ( n . loc ) ) ; else if ( this . source && this . locations ) for ( let n of this . locations ) t += `
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` + he ( this . source , n ) ; return t } toJSON ( ) { let t = { message : this . message } ; return this . locations != null && ( t . locations = this . locations ) , this . path != null && ( t . path = this . path ) , this . extensions != null && Object . keys ( this . extensions ) . length > 0 && ( t . extensions = this . extensions ) , t } } ; function Ye ( e ) { return e === void 0 || e . length === 0 ? void 0 : e } function d ( e , t , n ) { return new W ( ` Syntax Error: ${ n } ` , { source : e , positions : [ t ] } ) } var H ; ( function ( e ) { e . QUERY = "QUERY" , e . MUTATION = "MUTATION" , e . SUBSCRIPTION = "SUBSCRIPTION" , e . FIELD = "FIELD" , e . FRAGMENT _DEFINITION = "FRAGMENT_DEFINITION" , e . FRAGMENT _SPREAD = "FRAGMENT_SPREAD" , e . INLINE _FRAGMENT = "INLINE_FRAGMENT" , e . VARIABLE _DEFINITION = "VARIABLE_DEFINITION" , e . SCHEMA = "SCHEMA" , e . SCALAR = "SCALAR" , e . OBJECT = "OBJECT" , e . FIELD _DEFINITION = "FIELD_DEFINITION" , e . ARGUMENT _DEFINITION = "ARGUMENT_DEFINITION" , e . INTERFACE = "INTERFACE" , e . UNION = "UNION" , e . ENUM = "ENUM" , e . ENUM _VALUE = "ENUM_VALUE" , e . INPUT _OBJECT = "INPUT_OBJECT" , e . INPUT _FIELD _DEFINITION = "INPUT_FIELD_DEFINITION" } ) ( H || ( H = { } ) ) ; var c ; ( function ( e ) { e . NAME = "Name" , e . DOCUMENT = "Document" , e . OPERATION _DEFINITION = "OperationDefinition" , e . VARIABLE _DEFINITION = "VariableDefinition" , e . SELECTION _SET = "SelectionSet" , e . FIELD = "Field" , e . ARGUMENT = "Argument" , e . FRAGMENT _SPREAD = "FragmentSpread" , e . INLINE _FRAGMENT = "InlineFragment" , e . FRAGMENT _DEFINITION = "FragmentDefinition" , e . VARIABLE = "Variable" , e . INT = "IntValue" , e . FLOAT = "FloatValue" , e . STRING = "StringValue" , e . BOOLEAN = "BooleanValue" , e . NULL = "NullValue" , e . ENUM = "EnumValue" , e . LIST = "ListValue" , e . OBJECT = "ObjectValue" , e . OBJECT _FIELD = "ObjectField" , e . DIRECTIVE = "Directive" , e . NAMED _TYPE = "NamedType" , e . LIST _TYPE = "ListType" , e . NON _NULL _TYPE = "NonNullType" , e . SCHEMA _DEFINITION = "SchemaDefinition" , e . OPERATION _TYPE _DEFINITION = "OperationTypeDefinition" , e . SCALAR _TYPE _DEFINITION = "ScalarTypeDefinition" , e . OBJECT _TYPE _DEFINITION = "ObjectTypeDefinition" , e . FIELD _DEFINITION = "FieldDefinition" , e . INPUT _VALUE _DEFINITION = "InputValueDefinition" , e . INTERFACE _TYPE _DEFINITION = "InterfaceTypeDefinition" , e . UNION _TYPE _DEFINITION = "UnionTypeDefinition" , e . ENUM _TYPE _DEFINITION = "EnumTypeDefinition" , e . ENUM _VALUE _DEFINITION = "EnumValueDefinition" , e . INPUT _OBJECT _TYPE _DEFINITION = "InputObjectTypeDefinition" , e . DIRECTIVE _DEFINITION = "DirectiveDefinition" , e . SCHEMA _EXTENSION = "SchemaExtension" , e . SCALAR _TYPE _EXTENSION = "ScalarTypeExtension" , e . OBJECT _TYPE _EXTENSION = "ObjectTypeExtension" , e . INTERFACE _TYPE _EXTENSION = "InterfaceTypeExtension" , e . UNION _TYPE _EXTENSION = "UnionTypeExtension" , e . ENUM _TYPE _EXTENSION = "EnumTypeExtension" , e . INPUT _OBJECT _TYPE _EXTENSION = "InputObjectTypeExtension" } ) ( c || ( c = { } ) ) ; function je ( e ) { return e === 9 || e === 32 } function L ( e ) { return e >= 48 && e <= 57 } function Ge ( e ) { return e >= 97 && e <= 122 || e >= 65 && e <= 90 } function de ( e ) { return Ge ( e ) || e === 95 } function $e ( e ) { return Ge ( e ) || L ( e ) || e === 95 } function Je ( e ) { var t ; let n = Number . MAX _SAFE _INTEGER , r = null , i = - 1 ; for ( let a = 0 ; a < e . length ; ++ a ) { var s ; let u = e [ a ] , l = Mt ( u ) ; l !== u . length && ( r = ( s = r ) !== null && s !== void 0 ? s : a , i = a , a !== 0 && l < n && ( n = l ) ) } return e . map ( ( a , u ) => u === 0 ? a : a . slice ( n ) ) . slice ( ( t = r ) !== null && t !== void 0 ? t : 0 , i + 1 ) } function Mt ( e ) { let t = 0 ; for ( ; t < e . length && je ( e . charCodeAt ( t ) ) ; ) ++ t ; return t } var o ; ( function ( e ) { e . SOF = "<SOF>" , e . EOF = "<EOF>" , e . BANG = "!" , e . DOLLAR = "$" , e . AMP = "&" , e . PAREN _L = "(" , e . PAREN _R = ")" , e . SPREAD = "..." , e . COLON = ":" , e . EQUALS = "=" , e . AT = "@" , e . BRACKET _L = "[" , e . BRACKET _R = "]" , e . BRACE _L = "{" , e . PIPE = "|" , e . BRACE _R = "}" , e . NAME = "Name" , e . INT = "Int" , e . FLOAT = "Float" , e . STRING = "String" , e . BLOCK _STRING = "BlockString" , e . COMMENT = "Comment" } ) ( o || ( o = { } ) ) ; var z = class { constructor ( t ) { let n = new V ( o . SOF , 0 , 0 , 0 , 0 ) ; this . source = t , this . lastToken = n , this . token = n , this . line = 1 , this . lineStart = 0 } get [ Symbol . toStringTag ] ( ) { return "Lexer" } advance ( ) { return this . lastToken = this . token , this . token = this . lookahead ( ) } lookahead ( ) { let t = this . token ; if ( t . kind !== o . EOF ) do if ( t . next ) t = t . next ; else { let n = Yt ( this , t . end ) ; t . next = n , n . prev = t , t = n } while ( t . kind === o . COMMENT ) ; return t } } ; function qe ( e ) { return e === o . BANG || e === o . DOLLAR || e === o . AMP || e === o . PAREN _L || e === o . PAREN _R || e === o . SPREAD || e === o . COLON || e === o . EQUALS || e === o . AT || e === o . BRACKET _L || e === o . BRACKET _R || e === o . BRACE _L || e === o . PIPE || e === o . BRACE _R } function R ( e ) { return e >= 0 && e <= 55295 || e >= 57344 && e <= 1114111 } function K ( e , t ) { return Qe ( e . c
` ,size:2};case 114:return{value:" \r ",size:2};case 116:return{value:" ",size:2}}throw d(e.source,t, ` Invalid character escape sequence : "${n.slice(t,t+2)}" . ` )}function Qt(e,t){let n=e.source.body,r=n.length,i=e.lineStart,s=t+3,a=s,u="",l=[];for(;s<r;){let T=n.charCodeAt(s);if(T===34&&n.charCodeAt(s+1)===34&&n.charCodeAt(s+2)===34){u+=n.slice(a,s),l.push(u);let h=m(e,o.BLOCK_STRING,t,s+3,Je(l).join( `
` ));return e.line+=l.length-1,e.lineStart=i,h}if(T===92&&n.charCodeAt(s+1)===34&&n.charCodeAt(s+2)===34&&n.charCodeAt(s+3)===34){u+=n.slice(a,s),a=s+1,s+=4;continue}if(T===10||T===13){u+=n.slice(a,s),l.push(u),T===13&&n.charCodeAt(s+1)===10?s+=2:++s,u="",a=s,i=s;continue}if(R(T))++s;else if(K(n,s))s+=2;else throw d(e.source,s, ` Invalid character within String : $ { C ( e , s ) } . ` )}throw d(e.source,s,"Unterminated string.")}function Wt(e,t){let n=e.source.body,r=n.length,i=t+1;for(;i<r;){let s=n.charCodeAt(i);if( $ e(s))++i;else break}return m(e,o.NAME,t,i,n.slice(t,i))}function Z(e,t){if(!!!e)throw new Error(t)}function ee(e){return te(e,[])}function te(e,t){switch(typeof e){case"string":return JSON.stringify(e);case"function":return e.name? ` [ function $ { e . name } ] ` :"[function]";case"object":return Ht(e,t);default:return String(e)}}function Ht(e,t){if(e===null)return"null";if(t.includes(e))return"[Circular]";let n=[...t,e];if(zt(e)){let r=e.toJSON();if(r!==e)return typeof r=="string"?r:te(r,n)}else if(Array.isArray(e))return Zt(e,n);return Kt(e,n)}function zt(e){return typeof e.toJSON=="function"}function Kt(e,t){let n=Object.entries(e);return n.length===0?"{}":t.length>2?"["+en(e)+"]":"{ "+n.map(([i,s])=>i+": "+te(s,t)).join(", ")+" }"}function Zt(e,t){if(e.length===0)return"[]";if(t.length>2)return"[Array]";let n=Math.min(10,e.length),r=e.length-n,i=[];for(let s=0;s<n;++s)i.push(te(e[s],t));return r===1?i.push("... 1 more item"):r>1&&i.push( ` ... $ { r } more items ` ),"["+i.join(", ")+"]"}function en(e){let t=Object.prototype.toString.call(e).replace(/^ \[ object /,"").replace(/] $ /,"");if(t==="Object"&&typeof e.constructor=="function"){let n=e.constructor.name;if(typeof n=="string"&&n!=="")return n}return t}var tn=globalThis.process&&!0,He=tn?function(t,n){return t instanceof n}:function(t,n){if(t instanceof n)return!0;if(typeof t=="object"&&t!==null){var r;let i=n.prototype[Symbol.toStringTag],s=Symbol.toStringTag in t?t[Symbol.toStringTag]:(r=t.constructor)===null||r===void 0?void 0:r.name;if(i===s){let a=ee(t);throw new Error( ` Cannot use $ { i } "${a}" from another module or realm .
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Ensure that there is only one instance of "graphql" in the node _modules
directory . If different versions of "graphql" are the dependencies of other
relied on modules , use "resolutions" to ensure only one version is installed .
https : //yarnpkg.com/en/docs/selective-version-resolutions
Duplicate "graphql" modules cannot be used at the same time since different
versions may have different capabilities and behavior . The data from one
version used in the function from another could produce confusing and
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spurious results . ` )}}return!1};var M=class{constructor(t,n="GraphQL request",r={line:1,column:1}){typeof t=="string"||Z(!1, ` Body must be a string . Received : $ { ee ( t ) } . ` ),this.body=t,this.name=n,this.locationOffset=r,this.locationOffset.line>0||Z(!1,"line in locationOffset is 1-indexed and must be positive."),this.locationOffset.column>0||Z(!1,"column in locationOffset is 1-indexed and must be positive.")}get[Symbol.toStringTag](){return"Source"}};function ze(e){return He(e,M)}function Ke(e,t){return new Ee(e,t).parseDocument()}var Ee=class{constructor(t,n={}){let r=ze(t)?t:new M(t);this._lexer=new z(r),this._options=n,this._tokenCounter=0}parseName(){let t=this.expectToken(o.NAME);return this.node(t,{kind:c.NAME,value:t.value})}parseDocument(){return this.node(this._lexer.token,{kind:c.DOCUMENT,definitions:this.many(o.SOF,this.parseDefinition,o.EOF)})}parseDefinition(){if(this.peek(o.BRACE_L))return this.parseOperationDefinition();let t=this.peekDescription(),n=t?this._lexer.lookahead():this._lexer.token;if(n.kind===o.NAME){switch(n.value){case"schema":return this.parseSchemaDefinition();case"scalar":return this.parseScalarTypeDefinition();case"type":return this.parseObjectTypeDefinition();case"interface":return this.parseInterfaceTypeDefinition();case"union":return this.parseUnionTypeDefinition();case"enum":return this.parseEnumTypeDefinition();case"input":return this.parseInputObjectTypeDefinition();case"directive":return this.parseDirectiveDefinition()}if(t)throw d(this._lexer.source,this._lexer.token.start,"Unexpected description, descriptions are supported only on type definitions.");switch(n.value){case"query":case"mutation":case"subscription":return this.parseOperationDefinition();case"fragment":return this.parseFragmentDefinition();case"extend":return this.parseTypeSystemExtension()}}throw this.unexpected(n)}parseOperationDefinition(){let t=this._lexer.token;if(this.peek(o.BRACE_L))return this.node(t,{kind:c.OPERATION_DEFINITION,operation:S.QUERY,name:void 0,variableDefinitions:[],directives:[],selectionSet:this.parseSelectionSet()});let n=this.parseOperationType(),r;return this.peek(o.NAME)&&(r=this.parseName()),this.node(t,{kind:c.OPERATION_DEFINITION,operation:n,name:r,variableDefinitions:this.parseVariableDefinitions(),directives:this.parseDirectives(!1),selectionSet:this.parseSelectionSet()})}parseOperationType(){let t=this.expectToken(o.NAME);switch(t.value){case"query":return S.QUERY;case"mutation":return S.MUTATION;case"subscription":return S.SUBSCRIPTION}throw this.unexpected(t)}parseVariableDefinitions(){return this.optionalMany(o.PAREN_L,this.parseVariableDefinition,o.PAREN_R)}parseVariableDefinition(){return this.node(this._lexer.token,{kind:c.VARIABLE_DEFINITION,variable:this.parseVariable(),type:(this.expectToken(o.COLON),this.parseTypeReference()),defaultValue:this.expectOptionalToken(o.EQUALS)?this.parseConstValueLiteral():void 0,directives:this.parseConstDirectives()})}parseVariable(){let t=this._lexer.token;return this.expectToken(o.DOLLAR),this.node(t,{kind:c.VARIABLE,name:this.parseName()})}parseSelectionSet(){return this.node(this._lexer.token,{kind:c.SELECTION_SET,selections:this.many(o.BRACE_L,this.parseSelection,o.BRACE_R)})}parseSelection(){return this.peek(o.SPREAD)?this.parseFragment():this.parseField()}parseField(){let t=this._lexer.token,n=this.parseName(),r,i;return this.expectOptionalToken(o.COLON)?(r=n,i=this.parseName()):i=n,this.node(t,{kind:c.FIELD,alias:r,name:i,arguments:this.parseArguments(!1),directives:this.parseDirectives(!1),selectionSet:this.peek(o.BRACE_L)?this.parseSelectionSet():void 0})}parseArguments(t){let n=t?this.parseConstArgument:this.parseArgument;return this.optionalMany(o.PAREN_L,n,o.PAREN_R)}parseArgument(t=!1){let n=this._lexer.token,r=this.parseName();return this.expectToken(o.COLON),this.node(n,{kind:c.ARGUMENT,name:r,value:this.parseValueLiteral(t)})}parseConstArgument(){return this.parseArgument(!0)}parseFragment(){let t=this._lexer.token;this.expectToken(o.SPREAD);let n=this.expectOptionalKeyword("on");return!n&&this.peek(o.NAME)?this.node(t,{kind:c.F
