'use strict';

Object.defineProperty(exports, Symbol.toStringTag, { value: 'Module' });

function _isPlaceholder(a){return a!=null&&typeof a==='object'&&a['@@functional/placeholder']===true;}

/**
 * Optimized internal one-arity curry function.
 *
 * @private
 * @category Function
 * @param {Function} fn The function to curry.
 * @return {Function} The curried function.
 */function _curry1(fn){return function f1(a){if(arguments.length===0||_isPlaceholder(a)){return f1;}else {return fn.apply(this,arguments);}};}

/**
 * Optimized internal two-arity curry function.
 *
 * @private
 * @category Function
 * @param {Function} fn The function to curry.
 * @return {Function} The curried function.
 */function _curry2(fn){return function f2(a,b){switch(arguments.length){case 0:return f2;case 1:return _isPlaceholder(a)?f2:_curry1(function(_b){return fn(a,_b);});default:return _isPlaceholder(a)&&_isPlaceholder(b)?f2:_isPlaceholder(a)?_curry1(function(_a){return fn(_a,b);}):_isPlaceholder(b)?_curry1(function(_b){return fn(a,_b);}):fn(a,b);}};}

/**
 * Optimized internal three-arity curry function.
 *
 * @private
 * @category Function
 * @param {Function} fn The function to curry.
 * @return {Function} The curried function.
 */function _curry3(fn){return function f3(a,b,c){switch(arguments.length){case 0:return f3;case 1:return _isPlaceholder(a)?f3:_curry2(function(_b,_c){return fn(a,_b,_c);});case 2:return _isPlaceholder(a)&&_isPlaceholder(b)?f3:_isPlaceholder(a)?_curry2(function(_a,_c){return fn(_a,b,_c);}):_isPlaceholder(b)?_curry2(function(_b,_c){return fn(a,_b,_c);}):_curry1(function(_c){return fn(a,b,_c);});default:return _isPlaceholder(a)&&_isPlaceholder(b)&&_isPlaceholder(c)?f3:_isPlaceholder(a)&&_isPlaceholder(b)?_curry2(function(_a,_b){return fn(_a,_b,c);}):_isPlaceholder(a)&&_isPlaceholder(c)?_curry2(function(_a,_c){return fn(_a,b,_c);}):_isPlaceholder(b)&&_isPlaceholder(c)?_curry2(function(_b,_c){return fn(a,_b,_c);}):_isPlaceholder(a)?_curry1(function(_a){return fn(_a,b,c);}):_isPlaceholder(b)?_curry1(function(_b){return fn(a,_b,c);}):_isPlaceholder(c)?_curry1(function(_c){return fn(a,b,_c);}):fn(a,b,c);}};}

function _has(prop,obj){return Object.prototype.hasOwnProperty.call(obj,prop);}

/**
 * Gives a single-word string description of the (native) type of a value,
 * returning such answers as 'Object', 'Number', 'Array', or 'Null'. Does not
 * attempt to distinguish user Object types any further, reporting them all as
 * 'Object'.
 *
 * @func
 * @memberOf R
 * @since v0.8.0
 * @category Type
 * @sig * -> String
 * @param {*} val The value to test
 * @return {String}
 * @example
 *
 *      R.type({}); //=> "Object"
 *      R.type(1); //=> "Number"
 *      R.type(false); //=> "Boolean"
 *      R.type('s'); //=> "String"
 *      R.type(null); //=> "Null"
 *      R.type([]); //=> "Array"
 *      R.type(/[A-z]/); //=> "RegExp"
 *      R.type(() => {}); //=> "Function"
 *      R.type(async () => {}); //=> "AsyncFunction"
 *      R.type(undefined); //=> "Undefined"
 *      R.type(BigInt(123)); //=> "BigInt"
 */var type=/*#__PURE__*/_curry1(function type(val){return val===null?'Null':val===undefined?'Undefined':Object.prototype.toString.call(val).slice(8,-1);});

function _isObject(x){return Object.prototype.toString.call(x)==='[object Object]';}

/**
 * Determine if the passed argument is an integer.
 *
 * @private
 * @param {*} n
 * @category Type
 * @return {Boolean}
 */const _isInteger = Number.isInteger||function _isInteger(n){return n<<0===n;};

function _nth(offset,list){var idx=offset<0?list.length+offset:offset;return list[idx];}

function _cloneRegExp(pattern){return new RegExp(pattern.source,pattern.flags?pattern.flags:(pattern.global?'g':'')+(pattern.ignoreCase?'i':'')+(pattern.multiline?'m':'')+(pattern.sticky?'y':'')+(pattern.unicode?'u':'')+(pattern.dotAll?'s':''));}

/**
 * Copies an object.
 *
 * @private
 * @param {*} value The value to be copied
 * @param {Boolean} deep Whether or not to perform deep cloning.
 * @return {*} The copied value.
 */function _clone(value,deep,map){map||(map=new _ObjectMap());// this avoids the slower switch with a quick if decision removing some milliseconds in each run.
if(_isPrimitive(value)){return value;}var copy=function copy(copiedValue){// Check for circular and same references on the object graph and return its corresponding clone.
var cachedCopy=map.get(value);if(cachedCopy){return cachedCopy;}map.set(value,copiedValue);for(var key in value){if(Object.prototype.hasOwnProperty.call(value,key)){copiedValue[key]=_clone(value[key],true,map);}}return copiedValue;};switch(type(value)){case 'Object':return copy(Object.create(Object.getPrototypeOf(value)));case 'Array':return copy(Array(value.length));case 'Date':return new Date(value.valueOf());case 'RegExp':return _cloneRegExp(value);case 'Int8Array':case 'Uint8Array':case 'Uint8ClampedArray':case 'Int16Array':case 'Uint16Array':case 'Int32Array':case 'Uint32Array':case 'Float32Array':case 'Float64Array':case 'BigInt64Array':case 'BigUint64Array':return value.slice();default:return value;}}function _isPrimitive(param){var type=typeof param;return param==null||type!='object'&&type!='function';}var _ObjectMap=/*#__PURE__*/function(){function _ObjectMap(){this.map={};this.length=0;}_ObjectMap.prototype.set=function(key,value){var hashedKey=this.hash(key);var bucket=this.map[hashedKey];if(!bucket){this.map[hashedKey]=bucket=[];}bucket.push([key,value]);this.length+=1;};_ObjectMap.prototype.hash=function(key){var hashedKey=[];for(var value in key){hashedKey.push(Object.prototype.toString.call(key[value]));}return hashedKey.join();};_ObjectMap.prototype.get=function(key){/**
     * depending on the number of objects to be cloned is faster to just iterate over the items in the map just because the hash function is so costly,
     * on my tests this number is 180, anything above that using the hash function is faster.
     */if(this.length<=180){for(var p in this.map){var bucket=this.map[p];for(var i=0;i<bucket.length;i+=1){var element=bucket[i];if(element[0]===key){return element[1];}}}return;}var hashedKey=this.hash(key);var bucket=this.map[hashedKey];if(!bucket){return;}for(var i=0;i<bucket.length;i+=1){var element=bucket[i];if(element[0]===key){return element[1];}}};return _ObjectMap;}();

/**
 * Creates a deep copy of the source that can be used in place of the source
 * object without retaining any references to it.
 * The source object may contain (nested) `Array`s and `Object`s,
 * `Number`s, `String`s, `Boolean`s and `Date`s.
 * `Function`s are assigned by reference rather than copied.
 *
 * Dispatches to a `clone` method if present.
 *
 * Note that if the source object has multiple nodes that share a reference,
 * the returned object will have the same structure, but the references will
 * be pointed to the location within the cloned value.
 *
 * @func
 * @memberOf R
 * @since v0.1.0
 * @category Object
 * @sig {*} -> {*}
 * @param {*} value The object or array to clone
 * @return {*} A deeply cloned copy of `val`
 * @example
 *
 *      const objects = [{}, {}, {}];
 *      const objectsClone = R.clone(objects);
 *      objects === objectsClone; //=> false
 *      objects[0] === objectsClone[0]; //=> false
 */var clone=/*#__PURE__*/_curry1(function clone(value){return value!=null&&typeof value.clone==='function'?value.clone():_clone(value);});

function _path(pathAr,obj){var val=obj;for(var i=0;i<pathAr.length;i+=1){if(val==null){return undefined;}var p=pathAr[i];if(_isInteger(p)){val=_nth(p,val);}else {val=val[p];}}return val;}

/**
 * Creates a new object with the own properties of the two provided objects. If
 * a key exists in both objects, the provided function is applied to the key
 * and the values associated with the key in each object, with the result being
 * used as the value associated with the key in the returned object.
 *
 * @func
 * @memberOf R
 * @since v0.19.0
 * @category Object
 * @sig ((String, a, a) -> a) -> {a} -> {a} -> {a}
 * @param {Function} fn
 * @param {Object} l
 * @param {Object} r
 * @return {Object}
 * @see R.mergeDeepWithKey, R.mergeWith
 * @example
 *
 *      let concatValues = (k, l, r) => k == 'values' ? R.concat(l, r) : r
 *      R.mergeWithKey(concatValues,
 *                     { a: true, thing: 'foo', values: [10, 20] },
 *                     { b: true, thing: 'bar', values: [15, 35] });
 *      //=> { a: true, b: true, thing: 'bar', values: [10, 20, 15, 35] }
 * @symb R.mergeWithKey(f, { x: 1, y: 2 }, { y: 5, z: 3 }) = { x: 1, y: f('y', 2, 5), z: 3 }
 */var mergeWithKey=/*#__PURE__*/_curry3(function mergeWithKey(fn,l,r){var result={};var k;l=l||{};r=r||{};for(k in l){if(_has(k,l)){result[k]=_has(k,r)?fn(k,l[k],r[k]):l[k];}}for(k in r){if(_has(k,r)&&!_has(k,result)){result[k]=r[k];}}return result;});

/**
 * Creates a new object with the own properties of the two provided objects.
 * If a key exists in both objects:
 * - and both associated values are also objects then the values will be
 *   recursively merged.
 * - otherwise the provided function is applied to the key and associated values
 *   using the resulting value as the new value associated with the key.
 * If a key only exists in one object, the value will be associated with the key
 * of the resulting object.
 *
 * @func
 * @memberOf R
 * @since v0.24.0
 * @category Object
 * @sig ((String, a, a) -> a) -> {a} -> {a} -> {a}
 * @param {Function} fn
 * @param {Object} lObj
 * @param {Object} rObj
 * @return {Object}
 * @see R.mergeWithKey, R.mergeDeepWith
 * @example
 *
 *      let concatValues = (k, l, r) => k == 'values' ? R.concat(l, r) : r
 *      R.mergeDeepWithKey(concatValues,
 *                         { a: true, c: { thing: 'foo', values: [10, 20] }},
 *                         { b: true, c: { thing: 'bar', values: [15, 35] }});
 *      //=> { a: true, b: true, c: { thing: 'bar', values: [10, 20, 15, 35] }}
 */var mergeDeepWithKey=/*#__PURE__*/_curry3(function mergeDeepWithKey(fn,lObj,rObj){return mergeWithKey(function(k,lVal,rVal){if(_isObject(lVal)&&_isObject(rVal)){return mergeDeepWithKey(fn,lVal,rVal);}else {return fn(k,lVal,rVal);}},lObj,rObj);});

/**
 * Creates a new object with the own properties of the two provided objects.
 * If a key exists in both objects:
 * - and both associated values are also objects then the values will be
 *   recursively merged.
 * - otherwise the provided function is applied to associated values using the
 *   resulting value as the new value associated with the key.
 * If a key only exists in one object, the value will be associated with the key
 * of the resulting object.
 *
 * @func
 * @memberOf R
 * @since v0.24.0
 * @category Object
 * @sig ((a, a) -> a) -> {a} -> {a} -> {a}
 * @param {Function} fn
 * @param {Object} lObj
 * @param {Object} rObj
 * @return {Object}
 * @see R.mergeWith, R.mergeDeepWithKey
 * @example
 *
 *      R.mergeDeepWith(R.concat,
 *                      { a: true, c: { values: [10, 20] }},
 *                      { b: true, c: { values: [15, 35] }});
 *      //=> { a: true, b: true, c: { values: [10, 20, 15, 35] }}
 */var mergeDeepWith=/*#__PURE__*/_curry3(function mergeDeepWith(fn,lObj,rObj){return mergeDeepWithKey(function(k,lVal,rVal){return fn(lVal,rVal);},lObj,rObj);});

/**
 * Retrieves the value at a given path. The nodes of the path can be arbitrary strings or non-negative integers.
 * For anything else, the value is unspecified. Integer paths are meant to index arrays, strings are meant for objects.
 *
 * @func
 * @memberOf R
 * @since v0.2.0
 * @category Object
 * @typedefn Idx = String | Int | Symbol
 * @sig [Idx] -> {a} -> a | Undefined
 * @sig Idx = String | NonNegativeInt
 * @param {Array} path The path to use.
 * @param {Object} obj The object or array to retrieve the nested property from.
 * @return {*} The data at `path`.
 * @see R.prop, R.nth, R.assocPath, R.dissocPath
 * @example
 *
 *      R.path(['a', 'b'], {a: {b: 2}}); //=> 2
 *      R.path(['a', 'b'], {c: {b: 2}}); //=> undefined
 *      R.path(['a', 'b', 0], {a: {b: [1, 2, 3]}}); //=> 1
 *      R.path(['a', 'b', -2], {a: {b: [1, 2, 3]}}); //=> 2
 *      R.path([2], {'2': 2}); //=> 2
 *      R.path([-2], {'-2': 'a'}); //=> undefined
 */var path=/*#__PURE__*/_curry2(_path);

/**
 * Returns a partial copy of an object containing only the keys that satisfy
 * the supplied predicate.
 *
 * @func
 * @memberOf R
 * @since v0.8.0
 * @category Object
 * @sig ((v, k) -> Boolean) -> {k: v} -> {k: v}
 * @param {Function} pred A predicate to determine whether or not a key
 *        should be included on the output object.
 * @param {Object} obj The object to copy from
 * @return {Object} A new object with only properties that satisfy `pred`
 *         on it.
 * @see R.pick, R.filter
 * @example
 *
 *      const isUpperCase = (val, key) => key.toUpperCase() === key;
 *      R.pickBy(isUpperCase, {a: 1, b: 2, A: 3, B: 4}); //=> {A: 3, B: 4}
 */var pickBy=/*#__PURE__*/_curry2(function pickBy(test,obj){var result={};for(var prop in obj){if(test(obj[prop],prop,obj)){result[prop]=obj[prop];}}return result;});

/**
 * A function to check given value is a function
 * @param value input value
 * @returns boolean
 */const isFunction=value=>typeof value==='function'&&Boolean(value.constructor&&value.call&&value.apply);/**
 * A function to check given value is a string
 * @param value input value
 * @returns boolean
 */const isString=value=>typeof value==='string';/**
 * A function to check given value is null or not
 * @param value input value
 * @returns boolean
 */const isNull=value=>value===null;/**
 * A function to check given value is undefined
 * @param value input value
 * @returns boolean
 */const isUndefined=value=>typeof value==='undefined';/**
 * A function to check given value is null or undefined
 * @param value input value
 * @returns boolean
 */const isNullOrUndefined=value=>isNull(value)||isUndefined(value);/**
 * Checks if the input is a BigInt
 * @param value input value
 * @returns True if the input is a BigInt
 */const isBigInt=value=>typeof value==='bigint';/**
 * A function to check given value is defined
 * @param value input value
 * @returns boolean
 */const isDefined=value=>!isUndefined(value);/**
 * A function to check given value is defined and not null
 * @param value input value
 * @returns boolean
 */const isDefinedAndNotNull=value=>!isNullOrUndefined(value);/**
 * A function to check given value is defined and not null
 * @param value input value
 * @returns boolean
 */const isDefinedNotNullAndNotEmptyString=value=>isDefinedAndNotNull(value)&&value!=='';/**
 * Determines if the input is of type error
 * @param value input value
 * @returns true if the input is of type error else false
 */const isTypeOfError=value=>{switch(Object.prototype.toString.call(value)){case '[object Error]':case '[object Exception]':case '[object DOMException]':return true;default:return value instanceof Error;}};/**
 * A function to check given value is a boolean
 * @param value input value
 * @returns boolean
 */const isBoolean=value=>typeof value==='boolean';

const getValueByPath=(obj,keyPath)=>{const pathParts=keyPath.split('.');return path(pathParts,obj);};const hasValueByPath=(obj,path)=>Boolean(getValueByPath(obj,path));const isObject=value=>typeof value==='object';/**
 * Checks if the input is an object literal or built-in object type and not null
 * @param value Input value
 * @returns true if the input is an object and not null
 */const isObjectAndNotNull=value=>!isNull(value)&&isObject(value)&&!Array.isArray(value);/**
 * Checks if the input is an object literal and not null
 * @param value Input value
 * @returns true if the input is an object and not null
 */const isObjectLiteralAndNotNull=value=>!isNull(value)&&Object.prototype.toString.call(value)==='[object Object]';/**
 * Merges two arrays deeply, right-to-left
 * In the case of conflicts, the right array's values replace the left array's values in the
 * same index position
 * @param leftValue - The left array
 * @param rightValue - The right array
 * @returns The merged array
 */const mergeDeepRightObjectArrays=(leftValue,rightValue)=>{if(!Array.isArray(leftValue)||!Array.isArray(rightValue)){return clone(rightValue);}const mergedArray=clone(leftValue);rightValue.forEach((value,index)=>{mergedArray[index]=Array.isArray(value)||isObjectAndNotNull(value)?// eslint-disable-next-line @typescript-eslint/no-use-before-define
mergeDeepRight(mergedArray[index],value):value;});return mergedArray;};/**
 * Merges two objects deeply, right-to-left.
 * In the case of conflicts, the right object's values take precedence.
 * For arrays, the right array's values replace the left array's values in the
 * same index position keeping the remaining left array's values in the resultant array.
 * @param leftObject - The left object
 * @param rightObject - The right object
 * @returns The merged object
 */const mergeDeepRight=(leftObject,rightObject)=>mergeDeepWith(mergeDeepRightObjectArrays,leftObject,rightObject);/**
 Checks if the input is a non-empty object literal type and not undefined or null
 * @param value input any
 * @returns boolean
 */const isNonEmptyObject=value=>isObjectLiteralAndNotNull(value)&&Object.keys(value).length>0;/**
 * A utility to recursively remove undefined values from an object
 * @param obj input object
 * @returns a new object
 */const removeUndefinedValues=obj=>{const result=pickBy(isDefined,obj);Object.keys(result).forEach(key=>{const value=result[key];if(isObjectLiteralAndNotNull(value)){result[key]=removeUndefinedValues(value);}});return result;};/**
 * A utility to recursively remove undefined and null values from an object
 * @param obj input object
 * @returns a new object
 */const removeUndefinedAndNullValues=obj=>{const result=pickBy(isDefinedAndNotNull,obj);Object.keys(result).forEach(key=>{const value=result[key];if(isObjectLiteralAndNotNull(value)){result[key]=removeUndefinedAndNullValues(value);}});return result;};/**
 * Normalizes an object by removing undefined and null values.
 * @param val - The value to normalize
 * @returns The normalized object, or undefined if input is not a non-empty object
 * @example
 * getNormalizedObjectValue({ a: 1, b: null, c: undefined }) // returns { a: 1 }
 * getNormalizedObjectValue({}) // returns undefined
 * getNormalizedObjectValue(null) // returns undefined
 */const getNormalizedObjectValue=val=>{if(!isNonEmptyObject(val)){return undefined;}return removeUndefinedAndNullValues(val);};/**
 * Normalizes a value to a boolean, with support for a default value
 * @param val Input value
 * @param defVal Default value
 * @returns Returns the input value if it is a boolean, otherwise returns the default value
 * @example
 * getNormalizedBooleanValue(true, false) // returns true
 */const getNormalizedBooleanValue=(val,defVal)=>typeof val==='boolean'?val:defVal;

const trim=value=>value.replace(/^\s+|\s+$/gm,'');const removeLeadingPeriod=value=>value.replace(/^\.+/,'');/**
 * A function to convert values to string
 * @param val input value
 * @returns stringified value
 */const tryStringify=val=>{let retVal=val;if(!isString(val)&&!isNullOrUndefined(val)){try{retVal=JSON.stringify(val);}catch(e){retVal=null;}}return retVal;};// The following text encoding and decoding is done before base64 encoding to prevent
// https://developer.mozilla.org/en-US/docs/Glossary/Base64#the_unicode_problem
/**
 * Converts a base64 encoded string to bytes array
 * @param base64Str base64 encoded string
 * @returns bytes array
 */const base64ToBytes=base64Str=>{const binString=globalThis.atob(base64Str);const bytes=binString.split('').map(char=>char.charCodeAt(0));return new Uint8Array(bytes);};/**
 * Converts a bytes array to base64 encoded string
 * @param bytes bytes array to be converted to base64
 * @returns base64 encoded string
 */const bytesToBase64=bytes=>{const binString=Array.from(bytes,x=>String.fromCodePoint(x)).join('');return globalThis.btoa(binString);};/**
 * Encodes a string to base64 even with unicode characters
 * @param value input string
 * @returns base64 encoded string
 */const toBase64=value=>bytesToBase64(new TextEncoder().encode(value));/**
 * Decodes a base64 encoded string
 * @param value base64 encoded string
 * @returns decoded string
 */const fromBase64=value=>new TextDecoder().decode(base64ToBytes(value));

//   if yes make them null instead of omitting in overloaded cases
/*
 * Normalise the overloaded arguments of the page call facade
 */const pageArgumentsToCallOptions=(category,name,properties,options,callback)=>{const payload={category:category,name:name,properties:properties,options:options,callback:undefined};if(isFunction(callback)){payload.callback=callback;}if(isFunction(options)){payload.category=category;payload.name=name;payload.properties=properties;payload.options=undefined;payload.callback=options;}if(isFunction(properties)){payload.category=category;payload.name=name;payload.properties=undefined;payload.options=undefined;payload.callback=properties;}if(isFunction(name)){payload.category=category;payload.name=undefined;payload.properties=undefined;payload.options=undefined;payload.callback=name;}if(isFunction(category)){payload.category=undefined;payload.name=undefined;payload.properties=undefined;payload.options=undefined;payload.callback=category;}if(isObjectLiteralAndNotNull(category)){payload.name=undefined;payload.category=undefined;payload.properties=category;if(!isFunction(name)){payload.options=name;}else {payload.options=undefined;}}else if(isObjectLiteralAndNotNull(name)){payload.name=undefined;payload.properties=name;if(!isFunction(properties)){payload.options=properties;}else {payload.options=undefined;}}// if the category argument alone is provided b/w category and name,
// use it as name and set category to undefined
if(isString(category)&&!isString(name)){payload.category=undefined;payload.name=category;}// Rest of the code is just to clean up undefined values
// and set some proper defaults
// Also, to clone the incoming object type arguments
if(!isDefined(payload.category)){payload.category=undefined;}if(!isDefined(payload.name)){payload.name=undefined;}payload.properties=payload.properties?clone(payload.properties):{};if(isDefined(payload.options)){payload.options=clone(payload.options);}else {payload.options=undefined;}const nameForProperties=isString(payload.name)?payload.name:payload.properties.name;const categoryForProperties=isString(payload.category)?payload.category:payload.properties.category;// add name and category to properties
payload.properties=mergeDeepRight(isObjectLiteralAndNotNull(payload.properties)?payload.properties:{},{...(nameForProperties&&{name:nameForProperties}),...(categoryForProperties&&{category:categoryForProperties})});return payload;};/*
 * Normalise the overloaded arguments of the track call facade
 */const trackArgumentsToCallOptions=(event,properties,options,callback)=>{const payload={name:event,properties:properties,options:options,callback:undefined};if(isFunction(callback)){payload.callback=callback;}if(isFunction(options)){payload.properties=properties;payload.options=undefined;payload.callback=options;}if(isFunction(properties)){payload.properties=undefined;payload.options=undefined;payload.callback=properties;}// Rest of the code is just to clean up undefined values
// and set some proper defaults
// Also, to clone the incoming object type arguments
payload.properties=isDefinedAndNotNull(payload.properties)?clone(payload.properties):{};if(isDefined(payload.options)){payload.options=clone(payload.options);}else {payload.options=undefined;}return payload;};/*
 * Normalise the overloaded arguments of the identify call facade
 */const identifyArgumentsToCallOptions=(userId,traits,options,callback)=>{const payload={userId:userId,traits:traits,options:options,callback:undefined};if(isFunction(callback)){payload.callback=callback;}if(isFunction(options)){payload.userId=userId;payload.traits=traits;payload.options=undefined;payload.callback=options;}if(isFunction(traits)){payload.userId=userId;payload.traits=undefined;payload.options=undefined;payload.callback=traits;}if(isObjectLiteralAndNotNull(userId)||isNull(userId)){// Explicitly set null to prevent resetting the existing value
// in the Analytics class
payload.userId=null;payload.traits=userId;if(!isFunction(traits)){payload.options=traits;}else {payload.options=undefined;}}// Rest of the code is just to clean up undefined values
// and set some proper defaults
// Also, to clone the incoming object type arguments
payload.userId=tryStringify(payload.userId);if(isObjectLiteralAndNotNull(payload.traits)){payload.traits=clone(payload.traits);}else {payload.traits=undefined;}if(isDefined(payload.options)){payload.options=clone(payload.options);}else {payload.options=undefined;}return payload;};/*
 * Normalise the overloaded arguments of the alias call facade
 */const aliasArgumentsToCallOptions=(to,from,options,callback)=>{const payload={to,from:from,options:options,callback:undefined};if(isFunction(callback)){payload.callback=callback;}if(isFunction(options)){payload.to=to;payload.from=from;payload.options=undefined;payload.callback=options;}if(isFunction(from)){payload.to=to;payload.from=undefined;payload.options=undefined;payload.callback=from;}else if(isObjectLiteralAndNotNull(from)||isNull(from)){payload.to=to;payload.from=undefined;payload.options=from;}// Rest of the code is just to clean up undefined values
// and set some proper defaults
// Also, to clone the incoming object type arguments
if(isDefined(payload.to)){payload.to=tryStringify(payload.to);}if(isDefined(payload.from)){payload.from=tryStringify(payload.from);}else {payload.from=undefined;}if(isDefined(payload.options)){payload.options=clone(payload.options);}else {payload.options=undefined;}return payload;};/*
 * Normalise the overloaded arguments of the group call facade
 */const groupArgumentsToCallOptions=(groupId,traits,options,callback)=>{const payload={groupId:groupId,traits:traits,options:options,callback:undefined};if(isFunction(callback)){payload.callback=callback;}if(isFunction(options)){payload.groupId=groupId;payload.traits=traits;payload.options=undefined;payload.callback=options;}if(isFunction(traits)){payload.groupId=groupId;payload.traits=undefined;payload.options=undefined;payload.callback=traits;}if(isObjectLiteralAndNotNull(groupId)||isNull(groupId)){// Explicitly set null to prevent resetting the existing value
// in the Analytics class
payload.groupId=null;payload.traits=groupId;if(!isFunction(traits)){payload.options=traits;}else {payload.options=undefined;}}// Rest of the code is just to clean up undefined values
// and set some proper defaults
// Also, to clone the incoming object type arguments
payload.groupId=tryStringify(payload.groupId);if(isObjectLiteralAndNotNull(payload.traits)){payload.traits=clone(payload.traits);}else {payload.traits=undefined;}if(isDefined(payload.options)){payload.options=clone(payload.options);}else {payload.options=undefined;}return payload;};

/**
 * Represents the options parameter for anonymousId
 *//**
 * Represents the beacon queue options parameter in loadOptions type
 *//**
 * Represents the queue options parameter in loadOptions type
 *//**
 * Represents the destinations queue options parameter in loadOptions type
 */let PageLifecycleEvents=/*#__PURE__*/function(PageLifecycleEvents){PageLifecycleEvents["UNLOADED"]="Page Unloaded";return PageLifecycleEvents;}({});/**
 * Represents the source configuration override options for destinations
 *//**
 * Represents the options parameter in the load API
 */

const API_SUFFIX='API';const CAPABILITIES_MANAGER='CapabilitiesManager';const CONFIG_MANAGER='ConfigManager';const EVENT_MANAGER='EventManager';const PLUGINS_MANAGER='PluginsManager';const USER_SESSION_MANAGER='UserSessionManager';const ERROR_HANDLER='ErrorHandler';const PLUGIN_ENGINE='PluginEngine';const STORE_MANAGER='StoreManager';const READY_API=`Ready${API_SUFFIX}`;const LOAD_API=`Load${API_SUFFIX}`;const HTTP_CLIENT='HttpClient';const RSA='RudderStackAnalytics';const ANALYTICS_CORE='AnalyticsCore';

function random(len){return crypto.getRandomValues(new Uint8Array(len));}

var SIZE=4096,HEX$1=[],IDX$1=0,BUFFER$1;for(;IDX$1<256;IDX$1++){HEX$1[IDX$1]=(IDX$1+256).toString(16).substring(1);}function v4$1(){if(!BUFFER$1||IDX$1+16>SIZE){BUFFER$1=random(SIZE);IDX$1=0;}var i=0,tmp,out='';for(;i<16;i++){tmp=BUFFER$1[IDX$1+i];if(i==6)out+=HEX$1[tmp&15|64];else if(i==8)out+=HEX$1[tmp&63|128];else out+=HEX$1[tmp];if(i&1&&i>1&&i<11)out+='-';}IDX$1+=16;return out;}

var IDX=256,HEX=[],BUFFER;while(IDX--)HEX[IDX]=(IDX+256).toString(16).substring(1);function v4(){var i=0,num,out='';if(!BUFFER||IDX+16>256){BUFFER=Array(i=256);while(i--)BUFFER[i]=256*Math.random()|0;i=IDX=0;}for(;i<16;i++){num=BUFFER[IDX+i];if(i==6)out+=HEX[num&15|64];else if(i==8)out+=HEX[num&63|128];else out+=HEX[num];if(i&1&&i>1&&i<11)out+='-';}IDX++;return out;}

const hasCrypto$1=()=>!isNullOrUndefined(globalThis.crypto)&&isFunction(globalThis.crypto.getRandomValues);

const generateUUID=()=>{if(hasCrypto$1()){return v4$1();}return v4();};

const onPageLeave=callback=>{// To ensure the callback is only called once even if more than one events
// are fired at once.
let pageLeft=false;let isAccessible=false;function handleOnLeave(){if(pageLeft){return;}pageLeft=true;callback(isAccessible);// Reset pageLeft on the next tick
// to ensure callback executes for other listeners
// when closing an inactive browser tab.
setTimeout(()=>{pageLeft=false;},0);}// Catches the unloading of the page (e.g., closing the tab or navigating away).
// Includes user actions like clicking a link, entering a new URL,
// refreshing the page, or closing the browser tab
// Note that 'pagehide' is not supported in IE.
// So, this is a fallback.
globalThis.addEventListener('beforeunload',()=>{isAccessible=false;handleOnLeave();});globalThis.addEventListener('blur',()=>{isAccessible=true;handleOnLeave();});globalThis.addEventListener('focus',()=>{pageLeft=false;});// Catches the page being hidden, including scenarios like closing the tab.
document.addEventListener('pagehide',()=>{isAccessible=document.visibilityState==='hidden';handleOnLeave();});// Catches visibility changes, such as switching tabs or minimizing the browser.
document.addEventListener('visibilitychange',()=>{isAccessible=true;if(document.visibilityState==='hidden'){handleOnLeave();}else {pageLeft=false;}});};

const getFormattedTimestamp=date=>date.toISOString();/**
 * To get the current timestamp in ISO string format
 * @returns ISO formatted timestamp string
 */const getCurrentTimeFormatted=()=>getFormattedTimestamp(new Date());

const LOG_CONTEXT_SEPARATOR=':: ';const SCRIPT_ALREADY_EXISTS_ERROR=id=>`A script with the id "${id}" is already loaded. Skipping the loading of this script to prevent conflicts`;const SCRIPT_LOAD_ERROR=(id,url,ev)=>`Unable to load (${isString(ev)?ev:ev.type}) the script with the id "${id}" from URL "${url}"`;const SCRIPT_LOAD_TIMEOUT_ERROR=(id,url,timeout)=>`A timeout of ${timeout} ms occurred while trying to load the script with id "${id}" from URL "${url}"`;const CIRCULAR_REFERENCE_WARNING=(context,key)=>`${context}${LOG_CONTEXT_SEPARATOR}A circular reference has been detected in the object and the property "${key}" has been dropped from the output.`;const JSON_STRINGIFY_WARNING=`Failed to convert the value to a JSON string.`;const COOKIE_DATA_ENCODING_ERROR=`Failed to encode the cookie data.`;

const JSON_STRINGIFY='JSONStringify';const BIG_INT_PLACEHOLDER='[BigInt]';const CIRCULAR_REFERENCE_PLACEHOLDER='[Circular Reference]';const getCircularReplacer=(excludeNull,excludeKeys,logger)=>{const ancestors=[];// Here we do not want to use arrow function to use "this" in function context
// eslint-disable-next-line func-names
return function(key,value){if(excludeKeys?.includes(key)){return undefined;}if(excludeNull&&isNullOrUndefined(value)){return undefined;}if(typeof value!=='object'||isNull(value)){return value;}// `this` is the object that value is contained in, i.e., its direct parent.
// eslint-disable-next-line @typescript-eslint/ban-ts-comment
// @ts-ignore-next-line
while(ancestors.length>0&&ancestors[ancestors.length-1]!==this){ancestors.pop();}if(ancestors.includes(value)){logger?.warn(CIRCULAR_REFERENCE_WARNING(JSON_STRINGIFY,key));return CIRCULAR_REFERENCE_PLACEHOLDER;}ancestors.push(value);return value;};};/**
 * Utility method for JSON stringify object excluding null values & circular references
 *
 * @param {*} value input
 * @param {boolean} excludeNull if it should exclude nul or not
 * @param {function} logger optional logger methods for warning
 * @returns string
 */const stringifyWithoutCircular=(value,excludeNull,excludeKeys,logger)=>{try{return JSON.stringify(value,getCircularReplacer(excludeNull,excludeKeys,logger));}catch(err){logger?.warn(JSON_STRINGIFY_WARNING,err);return null;}};const getReplacer=logger=>{const ancestors=[];// Array to track ancestor objects
// Using a regular function to use `this` for the parent context
return function replacer(key,value){if(isBigInt(value)){return BIG_INT_PLACEHOLDER;// Replace BigInt values
}// `this` is the object that value is contained in, i.e., its direct parent.
// eslint-disable-next-line @typescript-eslint/ban-ts-comment
// @ts-ignore-next-line
while(ancestors.length>0&&ancestors[ancestors.length-1]!==this){ancestors.pop();// Remove ancestors that are no longer part of the chain
}// Check for circular references (if the value is already in the ancestors)
if(ancestors.includes(value)){return CIRCULAR_REFERENCE_PLACEHOLDER;}// Add current value to ancestors
ancestors.push(value);return value;};};const traverseWithThis=(obj,replacer)=>{// Create a new result object or array
const result=Array.isArray(obj)?[]:{};// Traverse object properties or array elements
// eslint-disable-next-line no-restricted-syntax
for(const key in obj){if(Object.hasOwnProperty.call(obj,key)){const value=obj[key];// Recursively apply the replacer and traversal
const sanitizedValue=replacer.call(obj,key,value);// If the value is an object or array, continue traversal
if(isObjectLiteralAndNotNull(sanitizedValue)||Array.isArray(sanitizedValue)){result[key]=traverseWithThis(sanitizedValue,replacer);}else {result[key]=sanitizedValue;}}}return result;};/**
 * Recursively traverses an object similar to JSON.stringify,
 * sanitizing BigInts and circular references
 * @param value Input object
 * @param logger Logger instance
 * @returns Sanitized value
 */const getSanitizedValue=(value,logger)=>{const replacer=getReplacer();// This is needed for registering the first ancestor
const newValue=replacer.call(value,'',value);if(isObjectLiteralAndNotNull(value)||Array.isArray(value)){return traverseWithThis(value,replacer);}return newValue;};

const MANUAL_ERROR_IDENTIFIER='[SDK DISPATCHED ERROR]';const getStacktrace=err=>{const{stack,stacktrace,'opera#sourceloc':operaSourceloc}=err;const stackString=stack??stacktrace??operaSourceloc;if(!!stackString&&typeof stackString==='string'){return stackString;}return undefined;};/**
 * Get mutated error with issue prepended to error message
 * @param err Original error
 * @param issue Issue to prepend to error message
 * @returns Instance of Error with message prepended with issue
 */const getMutatedError=(err,issue)=>{if(!isTypeOfError(err)){return new Error(`${issue}: ${stringifyWithoutCircular(err)}`);}try{// Preserve the specific error type (TypeError, ReferenceError, etc.)
const ErrorConstructor=err.constructor;const newError=new ErrorConstructor(`${issue}: ${err.message}`);// Preserve stack trace
const stack=getStacktrace(err);if(stack){newError.stack=stack;}// Preserve any other enumerable properties
Object.getOwnPropertyNames(err).forEach(key=>{if(key!=='message'&&key!=='stack'&&key!=='name'){try{newError[key]=err[key];}catch{// Ignore if property is not writable
}}});return newError;}catch{return new Error(`${issue}: ${stringifyWithoutCircular(err)}`);}};const dispatchErrorEvent=error=>{if(isTypeOfError(error)){const errStack=getStacktrace(error);if(errStack){const{stack,stacktrace,'opera#sourceloc':operaSourceloc}=error;switch(errStack){case stack:// eslint-disable-next-line no-param-reassign
error.stack=`${stack}\n${MANUAL_ERROR_IDENTIFIER}`;break;case stacktrace:// eslint-disable-next-line no-param-reassign
error.stacktrace=`${stacktrace}\n${MANUAL_ERROR_IDENTIFIER}`;break;case operaSourceloc:default:// eslint-disable-next-line no-param-reassign
error['opera#sourceloc']=`${operaSourceloc}\n${MANUAL_ERROR_IDENTIFIER}`;break;}}}globalThis.dispatchEvent(new ErrorEvent('error',{error,bubbles:true,cancelable:true,composed:true}));};

const APP_NAME='RudderLabs JavaScript SDK';const APP_VERSION='3.23.0';const APP_NAMESPACE='com.rudderlabs.javascript';const MODULE_TYPE='npm';const ADBLOCK_PAGE_CATEGORY='RudderJS-Initiated';const ADBLOCK_PAGE_NAME='ad-block page request';const ADBLOCK_PAGE_PATH='/ad-blocked';const GLOBAL_PRELOAD_BUFFER='preloadedEventsBuffer';const CONSENT_TRACK_EVENT_NAME='Consent Management Interaction';

const QUERY_PARAM_TRAIT_PREFIX='ajs_trait_';const QUERY_PARAM_PROPERTY_PREFIX='ajs_prop_';const QUERY_PARAM_ANONYMOUS_ID_KEY='ajs_aid';const QUERY_PARAM_USER_ID_KEY='ajs_uid';const QUERY_PARAM_TRACK_EVENT_NAME_KEY='ajs_event';

const DEFAULT_XHR_TIMEOUT_MS=10*1000;// 10 seconds
const DEFAULT_COOKIE_MAX_AGE_MS=31536000*1000;// 1 year
const DEFAULT_SESSION_CUT_OFF_DURATION_MS=12*60*60*1000;// 12 hours
const DEFAULT_SESSION_TIMEOUT_MS=30*60*1000;// 30 minutes
const MIN_SESSION_TIMEOUT_MS=10*1000;// 10 seconds
const DEFAULT_DATA_PLANE_EVENTS_BUFFER_TIMEOUT_MS=10*1000;// 10 seconds
const DEBOUNCED_TIMEOUT_MS=250;// 250 milliseconds

/**
 * Create globally accessible RudderStackGlobals object
 */const createExposedGlobals=(analyticsInstanceId='app')=>{if(!globalThis.RudderStackGlobals){globalThis.RudderStackGlobals={};}if(!globalThis.RudderStackGlobals[analyticsInstanceId]){globalThis.RudderStackGlobals[analyticsInstanceId]={};}};/**
 * Add move values to globally accessible RudderStackGlobals object per analytics instance
 */const setExposedGlobal=(keyName,value,analyticsInstanceId='app')=>{createExposedGlobals(analyticsInstanceId);globalThis.RudderStackGlobals[analyticsInstanceId][keyName]=value;};/**
 * Get values from globally accessible RudderStackGlobals object by analytics instance
 */const getExposedGlobal=(keyName,analyticsInstanceId='app')=>{createExposedGlobals(analyticsInstanceId);return globalThis.RudderStackGlobals[analyticsInstanceId][keyName];};function debounce(func,thisArg,delay=DEBOUNCED_TIMEOUT_MS){let timeoutId;return (...args)=>{globalThis.clearTimeout(timeoutId);timeoutId=globalThis.setTimeout(()=>{func.apply(thisArg,args);},delay);};}

/**
 * Parse query string params into object values for keys that start with a defined prefix
 */const getEventDataFromQueryString=(params,dataTypeNamePrefix)=>{const data={};params.forEach((value,key)=>{if(key.startsWith(dataTypeNamePrefix)){// remove prefix from key name
const dataKey=key.substring(dataTypeNamePrefix.length);// add new key value pair in generated object
data[dataKey]=params.get(key);}});return data;};/**
 * Parse query string into preload buffer events & push into existing array before any other events
 */const retrieveEventsFromQueryString=(argumentsArray=[])=>{// Mapping for trait and properties values based on key prefix
const eventArgumentToQueryParamMap={trait:QUERY_PARAM_TRAIT_PREFIX,properties:QUERY_PARAM_PROPERTY_PREFIX};const queryObject=new URLSearchParams(globalThis.location.search);// Add track events with name and properties
if(queryObject.get(QUERY_PARAM_TRACK_EVENT_NAME_KEY)){argumentsArray.unshift(['track',queryObject.get(QUERY_PARAM_TRACK_EVENT_NAME_KEY),getEventDataFromQueryString(queryObject,eventArgumentToQueryParamMap.properties)]);}// Set userId and user traits
if(queryObject.get(QUERY_PARAM_USER_ID_KEY)){argumentsArray.unshift(['identify',queryObject.get(QUERY_PARAM_USER_ID_KEY),getEventDataFromQueryString(queryObject,eventArgumentToQueryParamMap.trait)]);}// Set anonymousID
if(queryObject.get(QUERY_PARAM_ANONYMOUS_ID_KEY)){argumentsArray.unshift(['setAnonymousId',queryObject.get(QUERY_PARAM_ANONYMOUS_ID_KEY)]);}};/**
 * Retrieve an existing buffered load method call and remove from the existing array
 */const getPreloadedLoadEvent=preloadedEventsArray=>{const loadMethodName='load';let loadEvent=[];/**
   * Iterate the buffered API calls until we find load call and process it separately
   */let i=0;while(i<preloadedEventsArray.length){if(preloadedEventsArray[i]&&preloadedEventsArray[i][0]===loadMethodName){loadEvent=clone(preloadedEventsArray[i]);preloadedEventsArray.splice(i,1);break;}i+=1;}return loadEvent;};/**
 * Promote consent events to the top of the preloaded events array
 * @param preloadedEventsArray Preloaded events array
 * @returns None
 */const promotePreloadedConsentEventsToTop=preloadedEventsArray=>{const consentMethodName='consent';const consentEvents=preloadedEventsArray.filter(bufferedEvent=>bufferedEvent[0]===consentMethodName);const nonConsentEvents=preloadedEventsArray.filter(bufferedEvent=>bufferedEvent[0]!==consentMethodName);// Remove all elements and add consent events first followed by non consent events
// eslint-disable-next-line unicorn/no-useless-spread
preloadedEventsArray.splice(0,preloadedEventsArray.length,...consentEvents,...nonConsentEvents);};/**
 * Retrieve any existing events that were triggered before SDK load and enqueue in buffer
 */const retrievePreloadBufferEvents=instance=>{const preloadedEventsArray=getExposedGlobal(GLOBAL_PRELOAD_BUFFER)||[];// Get events that are pre-populated via query string params
retrieveEventsFromQueryString(preloadedEventsArray);// Enqueue the non load events in the buffer of the global rudder analytics singleton
if(preloadedEventsArray.length>0){instance.enqueuePreloadBufferEvents(preloadedEventsArray);setExposedGlobal(GLOBAL_PRELOAD_BUFFER,[]);}};const consumePreloadBufferedEvent=(event,analyticsInstance)=>{const methodName=event.shift();let callOptions;if(isFunction(analyticsInstance[methodName])){switch(methodName){case 'page':callOptions=pageArgumentsToCallOptions(...event);break;case 'track':callOptions=trackArgumentsToCallOptions(...event);break;case 'identify':callOptions=identifyArgumentsToCallOptions(...event);break;case 'alias':callOptions=aliasArgumentsToCallOptions(...event);break;case 'group':callOptions=groupArgumentsToCallOptions(...event);break;default:analyticsInstance[methodName](...event);break;}if(callOptions){analyticsInstance[methodName](callOptions);}}};

const DEFAULT_EXT_SRC_LOAD_TIMEOUT_MS=10*1000;// 10 seconds

const EXTERNAL_SOURCE_LOAD_ORIGIN='RS_JS_SDK';

/**
 * Create the DOM element to load a script marked as RS SDK originated
 *
 * @param {*} url The URL of the script to be loaded
 * @param {*} id ID for the script tag
 * @param {*} async Whether to load the script in async mode. Defaults to `true` [optional]
 * @param {*} onload callback to invoke onload [optional]
 * @param {*} onerror callback to invoke onerror [optional]
 * @param {*} extraAttributes key/value pair with html attributes to add in html tag [optional]
 *
 * @returns HTMLScriptElement
 */const createScriptElement=(url,id,async=true,onload=null,onerror=null,extraAttributes={})=>{const scriptElement=document.createElement('script');scriptElement.type='text/javascript';scriptElement.onload=onload;scriptElement.onerror=onerror;scriptElement.src=url;scriptElement.id=id;scriptElement.async=async;Object.keys(extraAttributes).forEach(attributeName=>{scriptElement.setAttribute(attributeName,extraAttributes[attributeName]);});scriptElement.setAttribute('data-loader',EXTERNAL_SOURCE_LOAD_ORIGIN);return scriptElement;};/**
 * Add script DOM element to DOM
 *
 * @param {*} newScriptElement the script element to add
 *
 * @returns
 */const insertScript=newScriptElement=>{// First try to add it to the head
const headElements=document.getElementsByTagName('head');if(headElements.length>0){headElements[0]?.insertBefore(newScriptElement,headElements[0]?.firstChild);return;}// Else wise add it before the first script tag
const scriptElements=document.getElementsByTagName('script');if(scriptElements.length>0&&scriptElements[0]?.parentNode){scriptElements[0]?.parentNode.insertBefore(newScriptElement,scriptElements[0]);return;}// Create a new head element and add the script as fallback
const headElement=document.createElement('head');headElement.appendChild(newScriptElement);const htmlElement=document.getElementsByTagName('html')[0];htmlElement?.insertBefore(headElement,htmlElement.firstChild);};/**
 * Loads external js file as a script html tag
 *
 * @param {*} url The URL of the script to be loaded
 * @param {*} id ID for the script tag
 * @param {*} timeout loading timeout
 * @param {*} async Whether to load the script in async mode. Defaults to `true` [optional]
 * @param {*} extraAttributes key/value pair with html attributes to add in html tag [optional]
 *
 * @returns
 */const jsFileLoader=(url,id,timeout,async=true,extraAttributes)=>new Promise((resolve,reject)=>{const scriptExists=document.getElementById(id);if(scriptExists){reject(new Error(SCRIPT_ALREADY_EXISTS_ERROR(id)));}try{let timeoutID;const onload=()=>{globalThis.clearTimeout(timeoutID);resolve(id);};const onerror=ev=>{globalThis.clearTimeout(timeoutID);reject(new Error(SCRIPT_LOAD_ERROR(id,url,ev)));};// Create the DOM element to load the script and add it to the DOM
insertScript(createScriptElement(url,id,async,onload,onerror,extraAttributes));// Reject on timeout
timeoutID=globalThis.setTimeout(()=>{reject(new Error(SCRIPT_LOAD_TIMEOUT_ERROR(id,url,timeout)));},timeout);}catch(err){reject(getMutatedError(err,SCRIPT_LOAD_ERROR(id,url,'unknown')));}});

/**
 * Service to load external resources/files
 */class ExternalSrcLoader{constructor(logger,timeout=DEFAULT_EXT_SRC_LOAD_TIMEOUT_MS){this.logger=logger;this.timeout=timeout;}/**
   * Load external resource of type javascript
   */loadJSFile(config){const{url,id,timeout,async,callback,extraAttributes}=config;const isFireAndForget=!isFunction(callback);jsFileLoader(url,id,timeout||this.timeout,async,extraAttributes).then(id=>{if(!isFireAndForget){callback(id);}}).catch(err=>{if(!isFireAndForget){callback(id,err);}});}}

var i=Symbol.for("preact-signals");function t(){if(!(s>1)){var i,t=false;while(void 0!==h){var r=h;h=void 0;f++;while(void 0!==r){var o=r.o;r.o=void 0;r.f&=-3;if(!(8&r.f)&&c(r))try{r.c();}catch(r){if(!t){i=r;t=true;}}r=o;}}f=0;s--;if(t)throw i;}else s--;}function r(i){if(s>0)return i();s++;try{return i();}finally{t();}}var o=void 0;function n(i){var t=o;o=void 0;try{return i();}finally{o=t;}}var h=void 0,s=0,f=0,v=0;function e(i){if(void 0!==o){var t=i.n;if(void 0===t||t.t!==o){t={i:0,S:i,p:o.s,n:void 0,t:o,e:void 0,x:void 0,r:t};if(void 0!==o.s)o.s.n=t;o.s=t;i.n=t;if(32&o.f)i.S(t);return t;}else if(-1===t.i){t.i=0;if(void 0!==t.n){t.n.p=t.p;if(void 0!==t.p)t.p.n=t.n;t.p=o.s;t.n=void 0;o.s.n=t;o.s=t;}return t;}}}function u(i,t){this.v=i;this.i=0;this.n=void 0;this.t=void 0;this.W=null==t?void 0:t.watched;this.Z=null==t?void 0:t.unwatched;}u.prototype.brand=i;u.prototype.h=function(){return  true;};u.prototype.S=function(i){var t=this,r=this.t;if(r!==i&&void 0===i.e){i.x=r;this.t=i;if(void 0!==r)r.e=i;else n(function(){var i;null==(i=t.W)||i.call(t);});}};u.prototype.U=function(i){var t=this;if(void 0!==this.t){var r=i.e,o=i.x;if(void 0!==r){r.x=o;i.e=void 0;}if(void 0!==o){o.e=r;i.x=void 0;}if(i===this.t){this.t=o;if(void 0===o)n(function(){var i;null==(i=t.Z)||i.call(t);});}}};u.prototype.subscribe=function(i){var t=this;return E(function(){var r=t.value,n=o;o=void 0;try{i(r);}finally{o=n;}});};u.prototype.valueOf=function(){return this.value;};u.prototype.toString=function(){return this.value+"";};u.prototype.toJSON=function(){return this.value;};u.prototype.peek=function(){var i=o;o=void 0;try{return this.value;}finally{o=i;}};Object.defineProperty(u.prototype,"value",{get:function(){var i=e(this);if(void 0!==i)i.i=this.i;return this.v;},set:function(i){if(i!==this.v){if(f>100)throw new Error("Cycle detected");this.v=i;this.i++;v++;s++;try{for(var r=this.t;void 0!==r;r=r.x)r.t.N();}finally{t();}}}});function d$1(i,t){return new u(i,t);}function c(i){for(var t=i.s;void 0!==t;t=t.n)if(t.S.i!==t.i||!t.S.h()||t.S.i!==t.i)return  true;return  false;}function a(i){for(var t=i.s;void 0!==t;t=t.n){var r=t.S.n;if(void 0!==r)t.r=r;t.S.n=t;t.i=-1;if(void 0===t.n){i.s=t;break;}}}function l(i){var t=i.s,r=void 0;while(void 0!==t){var o=t.p;if(-1===t.i){t.S.U(t);if(void 0!==o)o.n=t.n;if(void 0!==t.n)t.n.p=o;}else r=t;t.S.n=t.r;if(void 0!==t.r)t.r=void 0;t=o;}i.s=r;}function y(i,t){u.call(this,void 0);this.x=i;this.s=void 0;this.g=v-1;this.f=4;this.W=null==t?void 0:t.watched;this.Z=null==t?void 0:t.unwatched;}y.prototype=new u();y.prototype.h=function(){this.f&=-3;if(1&this.f)return  false;if(32==(36&this.f))return  true;this.f&=-5;if(this.g===v)return  true;this.g=v;this.f|=1;if(this.i>0&&!c(this)){this.f&=-2;return  true;}var i=o;try{a(this);o=this;var t=this.x();if(16&this.f||this.v!==t||0===this.i){this.v=t;this.f&=-17;this.i++;}}catch(i){this.v=i;this.f|=16;this.i++;}o=i;l(this);this.f&=-2;return  true;};y.prototype.S=function(i){if(void 0===this.t){this.f|=36;for(var t=this.s;void 0!==t;t=t.n)t.S.S(t);}u.prototype.S.call(this,i);};y.prototype.U=function(i){if(void 0!==this.t){u.prototype.U.call(this,i);if(void 0===this.t){this.f&=-33;for(var t=this.s;void 0!==t;t=t.n)t.S.U(t);}}};y.prototype.N=function(){if(!(2&this.f)){this.f|=6;for(var i=this.t;void 0!==i;i=i.x)i.t.N();}};Object.defineProperty(y.prototype,"value",{get:function(){if(1&this.f)throw new Error("Cycle detected");var i=e(this);this.h();if(void 0!==i)i.i=this.i;if(16&this.f)throw this.v;return this.v;}});function _(i){var r=i.u;i.u=void 0;if("function"==typeof r){s++;var n=o;o=void 0;try{r();}catch(t){i.f&=-2;i.f|=8;b(i);throw t;}finally{o=n;t();}}}function b(i){for(var t=i.s;void 0!==t;t=t.n)t.S.U(t);i.x=void 0;i.s=void 0;_(i);}function g(i){if(o!==this)throw new Error("Out-of-order effect");l(this);o=i;this.f&=-2;if(8&this.f)b(this);t();}function p(i){this.x=i;this.u=void 0;this.s=void 0;this.o=void 0;this.f=32;}p.prototype.c=function(){var i=this.S();try{if(8&this.f)return;if(void 0===this.x)return;var t=this.x();if("function"==typeof t)this.u=t;}finally{i();}};p.prototype.S=function(){if(1&this.f)throw new Error("Cycle detected");this.f|=1;this.f&=-9;_(this);a(this);s++;var i=o;o=this;return g.bind(this,i);};p.prototype.N=function(){if(!(2&this.f)){this.f|=2;this.o=h;h=this;}};p.prototype.d=function(){this.f|=8;if(!(1&this.f))b(this);};p.prototype.dispose=function(){this.d();};function E(i){var t=new p(i);try{t.c();}catch(i){t.d();throw i;}var r=t.d.bind(t);r[Symbol.dispose]=r;return r;}

/**
 * A buffer queue to serve as a store for any type of data
 */class BufferQueue{constructor(){this.items=[];}enqueue(item){this.items.push(item);}dequeue(){if(this.items.length===0){return null;}return this.items.shift();}isEmpty(){return this.items.length===0;}size(){return this.items.length;}clear(){this.items=[];}}

const LOG_LEVEL_MAP={LOG:0,INFO:1,DEBUG:2,WARN:3,ERROR:4,NONE:5};const DEFAULT_LOG_LEVEL='LOG';const POST_LOAD_LOG_LEVEL='ERROR';const LOG_MSG_PREFIX='RS SDK';const LOG_MSG_PREFIX_STYLE='font-weight: bold; background: black; color: white;';const LOG_MSG_STYLE='font-weight: normal;';/**
 * Service to log messages/data to output provider, default is console
 */class Logger{constructor(minLogLevel=DEFAULT_LOG_LEVEL,scope='',logProvider=console){this.minLogLevel=LOG_LEVEL_MAP[minLogLevel];this.scope=scope;this.logProvider=logProvider;}log(...data){this.outputLog('LOG',data);}info(...data){this.outputLog('INFO',data);}debug(...data){this.outputLog('DEBUG',data);}warn(...data){this.outputLog('WARN',data);}error(...data){this.outputLog('ERROR',data);}outputLog(logMethod,data){if(this.minLogLevel<=LOG_LEVEL_MAP[logMethod]){this.logProvider[logMethod.toLowerCase()]?.(...this.formatLogData(data));}}setScope(scopeVal){this.scope=scopeVal||this.scope;}// TODO: should we allow to change the level via global variable on run time
//  to assist on the fly debugging?
setMinLogLevel(logLevel){this.minLogLevel=LOG_LEVEL_MAP[logLevel];if(isUndefined(this.minLogLevel)){this.minLogLevel=LOG_LEVEL_MAP[DEFAULT_LOG_LEVEL];}}/**
   * Formats the console message using `scope` and styles
   */formatLogData(data){if(Array.isArray(data)&&data.length>0){// prefix SDK identifier
let msg=`%c ${LOG_MSG_PREFIX}`;// format the log message using `scope`
if(this.scope){msg=`${msg} - ${this.scope}`;}// trim whitespaces for original message
const originalMsg=isString(data[0])?data[0].trim():'';// prepare the final message
msg=`${msg} %c ${originalMsg}`;const styledLogArgs=[msg,LOG_MSG_PREFIX_STYLE,// add style for the prefix
LOG_MSG_STYLE// reset the style for the actual message
];// add first it if it was not a string msg
if(!isString(data[0])){styledLogArgs.push(data[0]);}// append rest of the original arguments
styledLogArgs.push(...data.slice(1));return styledLogArgs;}return data;}}const defaultLogger=new Logger();

let ErrorType=/*#__PURE__*/function(ErrorType){ErrorType["HANDLEDEXCEPTION"]="handledException";ErrorType["UNHANDLEDEXCEPTION"]="unhandledException";ErrorType["UNHANDLEDREJECTION"]="unhandledPromiseRejection";return ErrorType;}({});

// default is v3
const SUPPORTED_STORAGE_TYPES=['localStorage','memoryStorage','cookieStorage','sessionStorage','none'];const DEFAULT_STORAGE_TYPE='cookieStorage';

const SOURCE_CONFIG_RESOLUTION_ERROR=`Unable to process/parse source configuration response`;const SOURCE_DISABLED_ERROR=`The source is disabled. Please enable the source in the dashboard to send events.`;const XHR_PAYLOAD_PREP_ERROR=`Failed to prepare data for the request.`;const PLUGIN_EXT_POINT_MISSING_ERROR=`Failed to invoke plugin because the extension point name is missing.`;const PLUGIN_EXT_POINT_INVALID_ERROR=`Failed to invoke plugin because the extension point name is invalid.`;const SOURCE_CONFIG_OPTION_ERROR=context=>`${context}${LOG_CONTEXT_SEPARATOR}The "getSourceConfig" load API option must be a function that returns valid source configuration data.`;const COMPONENT_BASE_URL_ERROR=(context,component,url)=>`${context}${LOG_CONTEXT_SEPARATOR}The base URL "${url}" for ${component} is not valid.`;// ERROR
const UNSUPPORTED_CONSENT_MANAGER_ERROR=(context,selectedConsentManager,consentManagersToPluginNameMap)=>`${context}${LOG_CONTEXT_SEPARATOR}The consent manager "${selectedConsentManager}" is not supported. Please choose one of the following supported consent managers: "${Object.keys(consentManagersToPluginNameMap)}".`;const NON_ERROR_WARNING=(context,errStr)=>`${context}${LOG_CONTEXT_SEPARATOR}Ignoring a non-error: ${errStr}.`;const BREADCRUMB_ERROR=`Failed to log breadcrumb`;const HANDLE_ERROR_FAILURE=context=>`${context}${LOG_CONTEXT_SEPARATOR}Failed to handle the error.`;const PLUGIN_NAME_MISSING_ERROR=context=>`${context}${LOG_CONTEXT_SEPARATOR}Plugin name is missing.`;const PLUGIN_ALREADY_EXISTS_ERROR=(context,pluginName)=>`${context}${LOG_CONTEXT_SEPARATOR}Plugin "${pluginName}" already exists.`;const PLUGIN_NOT_FOUND_ERROR=(context,pluginName)=>`${context}${LOG_CONTEXT_SEPARATOR}Plugin "${pluginName}" not found.`;const PLUGIN_ENGINE_BUG_ERROR=(context,pluginName)=>`${context}${LOG_CONTEXT_SEPARATOR}Plugin "${pluginName}" not found in plugins but found in byName. This indicates a bug in the plugin engine. Please report this issue to the development team.`;const PLUGIN_DEPS_ERROR=(context,pluginName,notExistDeps)=>`${context}${LOG_CONTEXT_SEPARATOR}Plugin "${pluginName}" could not be loaded because some of its dependencies "${notExistDeps}" do not exist.`;const PLUGIN_INVOCATION_ERROR=(context,extPoint,pluginName)=>`${context}${LOG_CONTEXT_SEPARATOR}Failed to invoke the "${extPoint}" extension point of plugin "${pluginName}".`;const STORAGE_UNAVAILABILITY_ERROR_PREFIX=(context,storageType)=>`${context}${LOG_CONTEXT_SEPARATOR}The "${storageType}" storage type is `;const SOURCE_CONFIG_FETCH_ERROR='Failed to fetch the source config';const WRITE_KEY_VALIDATION_ERROR=(context,writeKey)=>`${context}${LOG_CONTEXT_SEPARATOR}The write key "${writeKey}" is invalid. It must be a non-empty string. Please check that the write key is correct and try again.`;const DATA_PLANE_URL_VALIDATION_ERROR=(context,dataPlaneUrl)=>`${context}${LOG_CONTEXT_SEPARATOR}The data plane URL "${dataPlaneUrl}" is invalid. It must be a valid URL string. Please check that the data plane URL is correct and try again.`;const INVALID_CALLBACK_FN_ERROR=context=>`${context}${LOG_CONTEXT_SEPARATOR}The provided callback parameter is not a function.`;const XHR_DELIVERY_ERROR=(prefix,status,statusText,url,response)=>`${prefix} with status ${status} (${statusText}) for URL: ${url}. Response: ${response.trim()}`;const XHR_REQUEST_ERROR=(prefix,e,url)=>`${prefix} due to timeout or no connection (${e?e.type:''}) at the client side for URL: ${url}`;const XHR_SEND_ERROR=(prefix,url)=>`${prefix} for URL: ${url}`;const STORE_DATA_SAVE_ERROR=key=>`Failed to save the value for "${key}" to storage`;const STORE_DATA_FETCH_ERROR=key=>`Failed to retrieve or parse data for "${key}" from storage`;const DATA_SERVER_REQUEST_FAIL_ERROR=status=>`The server responded with status ${status} while setting the cookies. As a fallback, the cookies will be set client side.`;const FAILED_SETTING_COOKIE_FROM_SERVER_ERROR=key=>`The server failed to set the ${key} cookie. As a fallback, the cookies will be set client side.`;const FAILED_SETTING_COOKIE_FROM_SERVER_GLOBAL_ERROR=`Failed to set/remove cookies via server. As a fallback, the cookies will be managed client side.`;// WARNING
const STORAGE_TYPE_VALIDATION_WARNING=(context,storageType,defaultStorageType)=>`${context}${LOG_CONTEXT_SEPARATOR}The storage type "${storageType}" is not supported. Please choose one of the following supported types: "${SUPPORTED_STORAGE_TYPES}". The default type "${defaultStorageType}" will be used instead.`;const UNSUPPORTED_STORAGE_ENCRYPTION_VERSION_WARNING=(context,selectedStorageEncryptionVersion,storageEncryptionVersionsToPluginNameMap,defaultVersion)=>`${context}${LOG_CONTEXT_SEPARATOR}The storage encryption version "${selectedStorageEncryptionVersion}" is not supported. Please choose one of the following supported versions: "${Object.keys(storageEncryptionVersionsToPluginNameMap)}". The default version "${defaultVersion}" will be used instead.`;const STORAGE_DATA_MIGRATION_OVERRIDE_WARNING=(context,storageEncryptionVersion,defaultVersion)=>`${context}${LOG_CONTEXT_SEPARATOR}The storage data migration has been disabled because the configured storage encryption version (${storageEncryptionVersion}) is not the latest (${defaultVersion}). To enable storage data migration, please update the storage encryption version to the latest version.`;const SERVER_SIDE_COOKIE_FEATURE_OVERRIDE_WARNING=(context,providedCookieDomain,currentCookieDomain)=>`${context}${LOG_CONTEXT_SEPARATOR}The provided cookie domain (${providedCookieDomain}) does not match the current webpage's domain (${currentCookieDomain}). Hence, the cookies will be set client-side.`;const RESERVED_KEYWORD_WARNING=(context,property,parentKeyPath,reservedElements)=>`${context}${LOG_CONTEXT_SEPARATOR}The "${property}" property defined under "${parentKeyPath}" is a reserved keyword. Please choose a different property name to avoid conflicts with reserved keywords (${reservedElements}).`;const INVALID_CONTEXT_OBJECT_WARNING=logContext=>`${logContext}${LOG_CONTEXT_SEPARATOR}Please make sure that the "context" property in the event API's "options" argument is a valid object literal with key-value pairs.`;const UNSUPPORTED_BEACON_API_WARNING=context=>`${context}${LOG_CONTEXT_SEPARATOR}The Beacon API is not supported by your browser. The events will be sent using XHR instead.`;const TIMEOUT_NOT_NUMBER_WARNING=(context,timeout,defaultValue)=>`${context}${LOG_CONTEXT_SEPARATOR}The session timeout value "${timeout}" is not a number. The default timeout of ${defaultValue} ms will be used instead.`;const CUT_OFF_DURATION_NOT_NUMBER_WARNING=(context,cutOffDuration,defaultValue)=>`${context}${LOG_CONTEXT_SEPARATOR}The session cut off duration value "${cutOffDuration}" is not a number. The default cut off duration of ${defaultValue} ms will be used instead.`;const CUT_OFF_DURATION_LESS_THAN_TIMEOUT_WARNING=(context,cutOffDuration,timeout)=>`${context}${LOG_CONTEXT_SEPARATOR}The session cut off duration value "${cutOffDuration}" ms is less than the session timeout value "${timeout}" ms. The cut off functionality will be disabled.`;const TIMEOUT_ZERO_WARNING=context=>`${context}${LOG_CONTEXT_SEPARATOR}The session timeout value is 0, which disables the automatic session tracking feature. If you want to enable session tracking, please provide a positive integer value for the timeout.`;const TIMEOUT_NOT_RECOMMENDED_WARNING=(context,timeout,minTimeout)=>`${context}${LOG_CONTEXT_SEPARATOR}The session timeout value ${timeout} ms is less than the recommended minimum of ${minTimeout} ms. Please consider increasing the timeout value to ensure optimal performance and reliability.`;const INVALID_SESSION_ID_WARNING=(context,sessionId,minSessionIdLength)=>`${context}${LOG_CONTEXT_SEPARATOR}The provided session ID (${sessionId}) is either invalid, not a positive integer, or not at least "${minSessionIdLength}" digits long. A new session ID will be auto-generated instead.`;const STORAGE_QUOTA_EXCEEDED_WARNING=context=>`${context}${LOG_CONTEXT_SEPARATOR}The storage is either full or unavailable, so the data will not be persisted. Switching to in-memory storage.`;const STORAGE_UNAVAILABLE_WARNING=(context,entry,selectedStorageType,finalStorageType)=>`${context}${LOG_CONTEXT_SEPARATOR}The storage type "${selectedStorageType}" is not available for entry "${entry}". The SDK will initialize the entry with "${finalStorageType}" storage type instead.`;const CALLBACK_INVOKE_ERROR=context=>`${context}${LOG_CONTEXT_SEPARATOR}The callback threw an exception`;const INVALID_CONFIG_URL_WARNING=(context,configUrl)=>`${context}${LOG_CONTEXT_SEPARATOR}The provided source config URL "${configUrl}" is invalid. Using the default source config URL instead.`;const POLYFILL_SCRIPT_LOAD_ERROR=(scriptId,url)=>`Failed to load the polyfill script with ID "${scriptId}" from URL ${url}.`;const UNSUPPORTED_PRE_CONSENT_STORAGE_STRATEGY=(context,selectedStrategy,defaultStrategy)=>`${context}${LOG_CONTEXT_SEPARATOR}The pre-consent storage strategy "${selectedStrategy}" is not supported. Please choose one of the following supported strategies: "none, session, anonymousId". The default strategy "${defaultStrategy}" will be used instead.`;const UNSUPPORTED_PRE_CONSENT_EVENTS_DELIVERY_TYPE=(context,selectedDeliveryType,defaultDeliveryType)=>`${context}${LOG_CONTEXT_SEPARATOR}The pre-consent events delivery type "${selectedDeliveryType}" is not supported. Please choose one of the following supported types: "immediate, buffer". The default type "${defaultDeliveryType}" will be used instead.`;const DEPRECATED_PLUGIN_WARNING=(context,pluginName)=>`${context}${LOG_CONTEXT_SEPARATOR}${pluginName} plugin is deprecated. Please exclude it from the load API options.`;const generateMisconfiguredPluginsWarning=(context,configurationStatus,missingPlugins,shouldAddMissingPlugins)=>{const isSinglePlugin=missingPlugins.length===1;const pluginsString=isSinglePlugin?` '${missingPlugins[0]}' plugin was`:` ['${missingPlugins.join("', '")}'] plugins were`;const baseWarning=`${context}${LOG_CONTEXT_SEPARATOR}${configurationStatus}, but${pluginsString} not configured to load.`;if(shouldAddMissingPlugins){return `${baseWarning} So, ${isSinglePlugin?'the plugin':'those plugins'} will be loaded automatically.`;}return `${baseWarning} Ignore if this was intentional. Otherwise, consider adding ${isSinglePlugin?'it':'them'} to the 'plugins' load API option.`;};const INVALID_POLYFILL_URL_WARNING=(context,customPolyfillUrl)=>`${context}${LOG_CONTEXT_SEPARATOR}The provided polyfill URL "${customPolyfillUrl}" is invalid. The default polyfill URL will be used instead.`;const PAGE_UNLOAD_ON_BEACON_DISABLED_WARNING=context=>`${context}${LOG_CONTEXT_SEPARATOR}Page Unloaded event can only be tracked when the Beacon transport is active. Please enable "useBeacon" load API option.`;const UNKNOWN_PLUGINS_WARNING=(context,unknownPlugins)=>`${context}${LOG_CONTEXT_SEPARATOR}Ignoring unknown plugins: ${unknownPlugins.join(', ')}.`;const CUSTOM_INTEGRATION_CANNOT_BE_ADDED_ERROR=(context,destinationId)=>`${context}${LOG_CONTEXT_SEPARATOR}Cannot add custom integration for destination ID "${destinationId}" after the SDK is loaded.`;

const DEFAULT_INTEGRATIONS_CONFIG={All:true};

const CDN_INT_DIR='js-integrations';const CDN_PLUGINS_DIR='plugins';const URL_PATTERN=new RegExp('^(https?:\\/\\/)'+// protocol
'('+'((([a-zA-Z\\d]([a-zA-Z\\d-]*[a-zA-Z\\d])*)\\.)+[a-zA-Z]{2,}|'+// domain name
'localhost|'+// localhost
'((25[0-5]|2[0-4][0-9]|[0-1]?[0-9]?[0-9]?)\\.){3}'+// OR IP (v4) address first 3 octets
'(25[0-5]|2[0-4][0-9]|[0-1]?[0-9]?[0-9]?))'+// last octet of IP address
')'+'(\\:\\d+)?'+// port
'(\\/[-a-zA-Z\\d%_.~+]*)*'+// path
'(\\?[;&a-zA-Z\\d%_.~+=-]*)?'+// query string
'(\\#[-a-zA-Z\\d_]*)?$')// fragment locator
;

const BUILD_TYPE='modern';const SDK_CDN_BASE_URL='https://cdn.rudderlabs.com';const CDN_ARCH_VERSION_DIR='v3';const DEFAULT_INTEGRATION_SDKS_URL=`${SDK_CDN_BASE_URL}/${CDN_ARCH_VERSION_DIR}/${BUILD_TYPE}/${CDN_INT_DIR}`;const DEFAULT_PLUGINS_URL=`${SDK_CDN_BASE_URL}/${CDN_ARCH_VERSION_DIR}/${BUILD_TYPE}/${CDN_PLUGINS_DIR}`;const DEFAULT_CONFIG_BE_URL='https://api.rudderstack.com';

const DEFAULT_STORAGE_ENCRYPTION_VERSION='v3';const DEFAULT_DATA_PLANE_EVENTS_TRANSPORT='xhr';const ConsentManagersToPluginNameMap={iubenda:'IubendaConsentManager',oneTrust:'OneTrustConsentManager',ketch:'KetchConsentManager',custom:'CustomConsentManager'};const StorageEncryptionVersionsToPluginNameMap={[DEFAULT_STORAGE_ENCRYPTION_VERSION]:'StorageEncryption',legacy:'StorageEncryptionLegacy'};const DataPlaneEventsTransportToPluginNameMap={[DEFAULT_DATA_PLANE_EVENTS_TRANSPORT]:'XhrQueue',beacon:'BeaconQueue'};const DEFAULT_DATA_SERVICE_ENDPOINT='rsaRequest';const METRICS_SERVICE_ENDPOINT='rsaMetrics';const CUSTOM_DEVICE_MODE_DESTINATION_DISPLAY_NAME='Custom Device Mode';

const defaultLoadOptions={configUrl:DEFAULT_CONFIG_BE_URL,loadIntegration:true,sessions:{autoTrack:true,timeout:DEFAULT_SESSION_TIMEOUT_MS,cutOff:{enabled:false}},sameSiteCookie:'Lax',polyfillIfRequired:true,integrations:DEFAULT_INTEGRATIONS_CONFIG,useBeacon:false,beaconQueueOptions:{},destinationsQueueOptions:{},queueOptions:{},lockIntegrationsVersion:true,lockPluginsVersion:true,uaChTrackLevel:'none',plugins:[],useGlobalIntegrationsConfigInEvents:false,bufferDataPlaneEventsUntilReady:false,dataPlaneEventsBufferTimeout:DEFAULT_DATA_PLANE_EVENTS_BUFFER_TIMEOUT_MS,storage:{encryption:{version:DEFAULT_STORAGE_ENCRYPTION_VERSION},migrate:true,cookie:{}},sendAdblockPage:false,sameDomainCookiesOnly:false,secureCookie:false,sendAdblockPageOptions:{},useServerSideCookies:false};const loadOptionsState=d$1(clone(defaultLoadOptions));

const DEFAULT_USER_SESSION_VALUES={userId:'',userTraits:{},anonymousId:'',groupId:'',groupTraits:{},initialReferrer:'',initialReferringDomain:'',sessionInfo:{},authToken:null};const SERVER_SIDE_COOKIES_DEBOUNCE_TIME=10;// milliseconds

const sessionState={userId:d$1(DEFAULT_USER_SESSION_VALUES.userId),userTraits:d$1(DEFAULT_USER_SESSION_VALUES.userTraits),anonymousId:d$1(DEFAULT_USER_SESSION_VALUES.anonymousId),groupId:d$1(DEFAULT_USER_SESSION_VALUES.groupId),groupTraits:d$1(DEFAULT_USER_SESSION_VALUES.groupTraits),initialReferrer:d$1(DEFAULT_USER_SESSION_VALUES.initialReferrer),initialReferringDomain:d$1(DEFAULT_USER_SESSION_VALUES.initialReferringDomain),sessionInfo:d$1(DEFAULT_USER_SESSION_VALUES.sessionInfo),authToken:d$1(DEFAULT_USER_SESSION_VALUES.authToken)};

const capabilitiesState={isOnline:d$1(true),storage:{isLocalStorageAvailable:d$1(false),isCookieStorageAvailable:d$1(false),isSessionStorageAvailable:d$1(false)},isBeaconAvailable:d$1(false),isLegacyDOM:d$1(false),isUaCHAvailable:d$1(false),isCryptoAvailable:d$1(false),isIE11:d$1(false),isAdBlockerDetectionInProgress:d$1(false),isAdBlocked:d$1(undefined),cspBlockedURLs:d$1([])};

const reportingState={isErrorReportingEnabled:d$1(false),isMetricsReportingEnabled:d$1(false),breadcrumbs:d$1([])};

const sourceConfigState=d$1(undefined);

const lifecycleState={activeDataplaneUrl:d$1(undefined),integrationsCDNPath:d$1(DEFAULT_INTEGRATION_SDKS_URL),pluginsCDNPath:d$1(DEFAULT_PLUGINS_URL),sourceConfigUrl:d$1(undefined),status:d$1(undefined),initialized:d$1(false),logLevel:d$1(POST_LOAD_LOG_LEVEL),loaded:d$1(false),readyCallbacks:d$1([]),writeKey:d$1(undefined),dataPlaneUrl:d$1(undefined),safeAnalyticsInstance:d$1(undefined)};

const consentsState={enabled:d$1(false),initialized:d$1(false),data:d$1({}),activeConsentManagerPluginName:d$1(undefined),preConsent:d$1({enabled:false}),postConsent:d$1({}),resolutionStrategy:d$1('and'),provider:d$1(undefined),metadata:d$1(undefined)};

const metricsState={retries:d$1(0),dropped:d$1(0),sent:d$1(0),queued:d$1(0),triggered:d$1(0),metricsServiceUrl:d$1(undefined)};

const contextState={app:d$1({name:APP_NAME,namespace:APP_NAMESPACE,version:APP_VERSION,installType:MODULE_TYPE}),traits:d$1(null),library:d$1({name:APP_NAME,version:APP_VERSION,snippetVersion:globalThis.RudderSnippetVersion}),userAgent:d$1(null),device:d$1(null),network:d$1(null),os:d$1({name:'',version:''}),locale:d$1(null),screen:d$1({density:0,width:0,height:0,innerWidth:0,innerHeight:0}),'ua-ch':d$1(undefined),timezone:d$1(undefined)};

const nativeDestinationsState={configuredDestinations:d$1([]),activeDestinations:d$1([]),loadOnlyIntegrations:d$1({}),failedDestinations:d$1([]),loadIntegration:d$1(true),initializedDestinations:d$1([]),clientDestinationsReady:d$1(false),integrationsConfig:d$1({})};

const eventBufferState={toBeProcessedArray:d$1([]),readyCallbacksArray:d$1([])};

const pluginsState={ready:d$1(false),loadedPlugins:d$1([]),failedPlugins:d$1([]),pluginsToLoadFromConfig:d$1([]),activePlugins:d$1([]),totalPluginsToLoad:d$1(0)};

const storageState={encryptionPluginName:d$1(undefined),migrate:d$1(false),type:d$1(undefined),cookie:d$1(undefined),entries:d$1({}),trulyAnonymousTracking:d$1(false)};

const serverSideCookiesState={isEnabledServerSideCookies:d$1(false),dataServiceUrl:d$1(undefined)};

const dataPlaneEventsState={eventsQueuePluginName:d$1(undefined),deliveryEnabled:d$1(true)// Delivery should always happen
};

const autoTrackState={enabled:d$1(false),pageLifecycle:{enabled:d$1(false),pageViewId:d$1(undefined),pageLoadedTimestamp:d$1(undefined)}};

const defaultStateValues={capabilities:capabilitiesState,consents:consentsState,context:contextState,eventBuffer:eventBufferState,lifecycle:lifecycleState,loadOptions:loadOptionsState,metrics:metricsState,nativeDestinations:nativeDestinationsState,plugins:pluginsState,reporting:reportingState,session:sessionState,source:sourceConfigState,storage:storageState,serverCookies:serverSideCookiesState,dataPlaneEvents:dataPlaneEventsState,autoTrack:autoTrackState};const state={...clone(defaultStateValues)};

function getDefaultExportFromCjs (x) {
	return x && x.__esModule && Object.prototype.hasOwnProperty.call(x, 'default') ? x['default'] : x;
}

var errorStackParser$1 = {exports: {}};

var stackframe$1 = {exports: {}};

var stackframe=stackframe$1.exports;var hasRequiredStackframe;function requireStackframe(){if(hasRequiredStackframe)return stackframe$1.exports;hasRequiredStackframe=1;(function(module,exports){(function(root,factory){/* istanbul ignore next */{module.exports=factory();}})(stackframe,function(){function _isNumber(n){return !isNaN(parseFloat(n))&&isFinite(n);}function _capitalize(str){return str.charAt(0).toUpperCase()+str.substring(1);}function _getter(p){return function(){return this[p];};}var booleanProps=['isConstructor','isEval','isNative','isToplevel'];var numericProps=['columnNumber','lineNumber'];var stringProps=['fileName','functionName','source'];var arrayProps=['args'];var objectProps=['evalOrigin'];var props=booleanProps.concat(numericProps,stringProps,arrayProps,objectProps);function StackFrame(obj){if(!obj)return;for(var i=0;i<props.length;i++){if(obj[props[i]]!==undefined){this['set'+_capitalize(props[i])](obj[props[i]]);}}}StackFrame.prototype={getArgs:function(){return this.args;},setArgs:function(v){if(Object.prototype.toString.call(v)!=='[object Array]'){throw new TypeError('Args must be an Array');}this.args=v;},getEvalOrigin:function(){return this.evalOrigin;},setEvalOrigin:function(v){if(v instanceof StackFrame){this.evalOrigin=v;}else if(v instanceof Object){this.evalOrigin=new StackFrame(v);}else {throw new TypeError('Eval Origin must be an Object or StackFrame');}},toString:function(){var fileName=this.getFileName()||'';var lineNumber=this.getLineNumber()||'';var columnNumber=this.getColumnNumber()||'';var functionName=this.getFunctionName()||'';if(this.getIsEval()){if(fileName){return '[eval] ('+fileName+':'+lineNumber+':'+columnNumber+')';}return '[eval]:'+lineNumber+':'+columnNumber;}if(functionName){return functionName+' ('+fileName+':'+lineNumber+':'+columnNumber+')';}return fileName+':'+lineNumber+':'+columnNumber;}};StackFrame.fromString=function StackFrame$$fromString(str){var argsStartIndex=str.indexOf('(');var argsEndIndex=str.lastIndexOf(')');var functionName=str.substring(0,argsStartIndex);var args=str.substring(argsStartIndex+1,argsEndIndex).split(',');var locationString=str.substring(argsEndIndex+1);if(locationString.indexOf('@')===0){var parts=/@(.+?)(?::(\d+))?(?::(\d+))?$/.exec(locationString,'');var fileName=parts[1];var lineNumber=parts[2];var columnNumber=parts[3];}return new StackFrame({functionName:functionName,args:args||undefined,fileName:fileName,lineNumber:lineNumber||undefined,columnNumber:columnNumber||undefined});};for(var i=0;i<booleanProps.length;i++){StackFrame.prototype['get'+_capitalize(booleanProps[i])]=_getter(booleanProps[i]);StackFrame.prototype['set'+_capitalize(booleanProps[i])]=function(p){return function(v){this[p]=Boolean(v);};}(booleanProps[i]);}for(var j=0;j<numericProps.length;j++){StackFrame.prototype['get'+_capitalize(numericProps[j])]=_getter(numericProps[j]);StackFrame.prototype['set'+_capitalize(numericProps[j])]=function(p){return function(v){if(!_isNumber(v)){throw new TypeError(p+' must be a Number');}this[p]=Number(v);};}(numericProps[j]);}for(var k=0;k<stringProps.length;k++){StackFrame.prototype['get'+_capitalize(stringProps[k])]=_getter(stringProps[k]);StackFrame.prototype['set'+_capitalize(stringProps[k])]=function(p){return function(v){this[p]=String(v);};}(stringProps[k]);}return StackFrame;});})(stackframe$1);return stackframe$1.exports;}

var errorStackParser=errorStackParser$1.exports;var hasRequiredErrorStackParser;function requireErrorStackParser(){if(hasRequiredErrorStackParser)return errorStackParser$1.exports;hasRequiredErrorStackParser=1;(function(module,exports){(function(root,factory){/* istanbul ignore next */{module.exports=factory(requireStackframe());}})(errorStackParser,function ErrorStackParser(StackFrame){var FIREFOX_SAFARI_STACK_REGEXP=/(^|@)\S+:\d+/;var CHROME_IE_STACK_REGEXP=/^\s*at .*(\S+:\d+|\(native\))/m;var SAFARI_NATIVE_CODE_REGEXP=/^(eval@)?(\[native code])?$/;return {/**
		         * Given an Error object, extract the most information from it.
		         *
		         * @param {Error} error object
		         * @return {Array} of StackFrames
		         */parse:function ErrorStackParser$$parse(error){if(typeof error.stacktrace!=='undefined'||typeof error['opera#sourceloc']!=='undefined'){return this.parseOpera(error);}else if(error.stack&&error.stack.match(CHROME_IE_STACK_REGEXP)){return this.parseV8OrIE(error);}else if(error.stack){return this.parseFFOrSafari(error);}else {throw new Error('Cannot parse given Error object');}},// Separate line and column numbers from a string of the form: (URI:Line:Column)
extractLocation:function ErrorStackParser$$extractLocation(urlLike){// Fail-fast but return locations like "(native)"
if(urlLike.indexOf(':')===-1){return [urlLike];}var regExp=/(.+?)(?::(\d+))?(?::(\d+))?$/;var parts=regExp.exec(urlLike.replace(/[()]/g,''));return [parts[1],parts[2]||undefined,parts[3]||undefined];},parseV8OrIE:function ErrorStackParser$$parseV8OrIE(error){var filtered=error.stack.split('\n').filter(function(line){return !!line.match(CHROME_IE_STACK_REGEXP);},this);return filtered.map(function(line){if(line.indexOf('(eval ')>-1){// Throw away eval information until we implement stacktrace.js/stackframe#8
line=line.replace(/eval code/g,'eval').replace(/(\(eval at [^()]*)|(,.*$)/g,'');}var sanitizedLine=line.replace(/^\s+/,'').replace(/\(eval code/g,'(').replace(/^.*?\s+/,'');// capture and preseve the parenthesized location "(/foo/my bar.js:12:87)" in
// case it has spaces in it, as the string is split on \s+ later on
var location=sanitizedLine.match(/ (\(.+\)$)/);// remove the parenthesized location from the line, if it was matched
sanitizedLine=location?sanitizedLine.replace(location[0],''):sanitizedLine;// if a location was matched, pass it to extractLocation() otherwise pass all sanitizedLine
// because this line doesn't have function name
var locationParts=this.extractLocation(location?location[1]:sanitizedLine);var functionName=location&&sanitizedLine||undefined;var fileName=['eval','<anonymous>'].indexOf(locationParts[0])>-1?undefined:locationParts[0];return new StackFrame({functionName:functionName,fileName:fileName,lineNumber:locationParts[1],columnNumber:locationParts[2],source:line});},this);},parseFFOrSafari:function ErrorStackParser$$parseFFOrSafari(error){var filtered=error.stack.split('\n').filter(function(line){return !line.match(SAFARI_NATIVE_CODE_REGEXP);},this);return filtered.map(function(line){// Throw away eval information until we implement stacktrace.js/stackframe#8
if(line.indexOf(' > eval')>-1){line=line.replace(/ line (\d+)(?: > eval line \d+)* > eval:\d+:\d+/g,':$1');}if(line.indexOf('@')===-1&&line.indexOf(':')===-1){// Safari eval frames only have function names and nothing else
return new StackFrame({functionName:line});}else {var functionNameRegex=/((.*".+"[^@]*)?[^@]*)(?:@)/;var matches=line.match(functionNameRegex);var functionName=matches&&matches[1]?matches[1]:undefined;var locationParts=this.extractLocation(line.replace(functionNameRegex,''));return new StackFrame({functionName:functionName,fileName:locationParts[0],lineNumber:locationParts[1],columnNumber:locationParts[2],source:line});}},this);},parseOpera:function ErrorStackParser$$parseOpera(e){if(!e.stacktrace||e.message.indexOf('\n')>-1&&e.message.split('\n').length>e.stacktrace.split('\n').length){return this.parseOpera9(e);}else if(!e.stack){return this.parseOpera10(e);}else {return this.parseOpera11(e);}},parseOpera9:function ErrorStackParser$$parseOpera9(e){var lineRE=/Line (\d+).*script (?:in )?(\S+)/i;var lines=e.message.split('\n');var result=[];for(var i=2,len=lines.length;i<len;i+=2){var match=lineRE.exec(lines[i]);if(match){result.push(new StackFrame({fileName:match[2],lineNumber:match[1],source:lines[i]}));}}return result;},parseOpera10:function ErrorStackParser$$parseOpera10(e){var lineRE=/Line (\d+).*script (?:in )?(\S+)(?:: In function (\S+))?$/i;var lines=e.stacktrace.split('\n');var result=[];for(var i=0,len=lines.length;i<len;i+=2){var match=lineRE.exec(lines[i]);if(match){result.push(new StackFrame({functionName:match[3]||undefined,fileName:match[2],lineNumber:match[1],source:lines[i]}));}}return result;},// Opera 10.65+ Error.stack very similar to FF/Safari
parseOpera11:function ErrorStackParser$$parseOpera11(error){var filtered=error.stack.split('\n').filter(function(line){return !!line.match(FIREFOX_SAFARI_STACK_REGEXP)&&!line.match(/^Error created at/);},this);return filtered.map(function(line){var tokens=line.split('@');var locationParts=this.extractLocation(tokens.pop());var functionCall=tokens.shift()||'';var functionName=functionCall.replace(/<anonymous function(: (\w+))?>/,'$2').replace(/\([^)]*\)/g,'')||undefined;var argsRaw;if(functionCall.match(/\(([^)]*)\)/)){argsRaw=functionCall.replace(/^[^(]+\(([^)]*)\)$/,'$1');}var args=argsRaw===undefined||argsRaw==='[arguments not available]'?undefined:argsRaw.split(',');return new StackFrame({functionName:functionName,args:args,fileName:locationParts[0],lineNumber:locationParts[1],columnNumber:locationParts[2],source:line});},this);}};});})(errorStackParser$1);return errorStackParser$1.exports;}

var errorStackParserExports = requireErrorStackParser();
const ErrorStackParser = /*@__PURE__*/getDefaultExportFromCjs(errorStackParserExports);

const GLOBAL_CODE='global code';const normalizeFunctionName=name=>{if(isDefined(name)){return /^global code$/i.test(name)?GLOBAL_CODE:name;}return name;};/**
 * Takes a stacktrace.js style stackframe (https://github.com/stacktracejs/stackframe)
 * and returns a Bugsnag compatible stackframe (https://docs.bugsnag.com/api/error-reporting/#json-payload)
 * @param frame
 * @returns
 */const formatStackframe=frame=>{const f={file:frame.fileName,method:normalizeFunctionName(frame.functionName),lineNumber:frame.lineNumber,columnNumber:frame.columnNumber};// Some instances result in no file:
// - non-error exception thrown from global code in FF
// This adds one.
if(f.lineNumber&&f.lineNumber>-1&&!f.file&&!f.method){f.file=GLOBAL_CODE;}return f;};const ensureString=str=>isString(str)?str:'';function createException(errorClass,errorMessage,msgPrefix,stacktrace){return {errorClass:ensureString(errorClass),message:`${msgPrefix}${ensureString(errorMessage)}`,type:'browserjs',stacktrace:stacktrace.reduce((accum,frame)=>{const f=formatStackframe(frame);// don't include a stackframe if none of its properties are defined
try{if(JSON.stringify(f)==='{}')return accum;return accum.concat(f);}catch{return accum;}},[])};}const normalizeError=(maybeError,logger)=>{let error;if(isTypeOfError(maybeError)&&isString(getStacktrace(maybeError))){error=maybeError;}else {logger.warn(NON_ERROR_WARNING(ERROR_HANDLER,stringifyWithoutCircular(maybeError)));error=undefined;}return error;};const createBugsnagException=(error,msgPrefix)=>{try{const stacktrace=ErrorStackParser.parse(error);return createException(error.name,error.message,msgPrefix,stacktrace);}catch{return createException(error.name,error.message,msgPrefix,[]);}};

/**
 * Utility to parse XHR JSON response
 */const responseTextToJson=(responseText,onError)=>{try{return JSON.parse(responseText||'');}catch(err){const error=getMutatedError(err,'Failed to parse response data');onError(error);}return undefined;};

const FAILED_REQUEST_ERR_MSG_PREFIX='The request failed';const PLUGINS_LOAD_FAILURE_MESSAGES=[/Failed to fetch dynamically imported module: .*/];const INTEGRATIONS_LOAD_FAILURE_MESSAGES=[/Unable to load \(.*\) the script with the id .*/,/A timeout of \d+ ms occurred while trying to load the script with id .*/];const ERROR_MESSAGES_TO_BE_FILTERED=[new RegExp(`${FAILED_REQUEST_ERR_MSG_PREFIX}.*`),/A script with the id .* is already loaded\./];const SCRIPT_LOAD_FAILURE_MESSAGES=[...PLUGINS_LOAD_FAILURE_MESSAGES,...INTEGRATIONS_LOAD_FAILURE_MESSAGES];

const DEFAULT_XHR_REQUEST_OPTIONS={headers:{Accept:'application/json','Content-Type':'application/json;charset=UTF-8'},method:'GET'};/**
 * Utility to create request configuration based on default options
 */const createXhrRequestOptions=(url,options,basicAuthHeader)=>{const requestOptions=mergeDeepRight(DEFAULT_XHR_REQUEST_OPTIONS,options||{});if(basicAuthHeader){requestOptions.headers=mergeDeepRight(requestOptions.headers,{Authorization:basicAuthHeader});}requestOptions.url=url;return requestOptions;};/**
 * Utility implementation of XHR, fetch cannot be used as it requires explicit
 * origin allowed values and not wildcard for CORS requests with credentials and
 * this is not supported by our sourceConfig API
 */const xhrRequest=(options,timeout=DEFAULT_XHR_TIMEOUT_MS,logger)=>new Promise((resolve,reject)=>{let payload;if(options.sendRawData===true){payload=options.data;}else {payload=stringifyWithoutCircular(options.data,false,[],logger);if(isNull(payload)){reject({error:new Error(XHR_PAYLOAD_PREP_ERROR),undefined,options});// return and don't process further if the payload could not be stringified
return;}}const xhr=new XMLHttpRequest();// eslint-disable-next-line @typescript-eslint/no-unused-vars
const xhrReject=e=>{reject({error:new Error(XHR_DELIVERY_ERROR(FAILED_REQUEST_ERR_MSG_PREFIX,xhr.status,xhr.statusText,options.url,xhr.responseText)),xhr,options});};const xhrError=e=>{reject({error:new Error(XHR_REQUEST_ERROR(FAILED_REQUEST_ERR_MSG_PREFIX,e,options.url)),xhr,options,...(e?.type==='timeout'?{timedOut:true}:{})});};xhr.ontimeout=xhrError;xhr.onerror=xhrError;xhr.onload=()=>{if(xhr.status>=200&&xhr.status<400){resolve({response:xhr.responseText,xhr,options});}else {xhrReject();}};xhr.open(options.method,options.url,true);if(options.withCredentials===true){xhr.withCredentials=true;}// The timeout property may be set only in the time interval between a call to the open method
// and the first call to the send method in legacy browsers
xhr.timeout=timeout;Object.keys(options.headers).forEach(headerName=>{if(options.headers[headerName]){xhr.setRequestHeader(headerName,options.headers[headerName]);}});try{xhr.send(payload);}catch(err){reject({error:getMutatedError(err,XHR_SEND_ERROR(FAILED_REQUEST_ERR_MSG_PREFIX,options.url)),xhr,options});}});

/**
 * Service to handle data communication with APIs
 */class HttpClient{constructor(logger){this.logger=logger;this.onError=this.onError.bind(this);}init(errorHandler){this.errorHandler=errorHandler;}/**
   * Implement requests in a blocking way
   */async getData(config){const{url,options,timeout,isRawResponse}=config;try{const data=await xhrRequest(createXhrRequestOptions(url,options,this.basicAuthHeader),timeout,this.logger);return {data:isRawResponse?data.response:responseTextToJson(data.response,this.onError),details:data};}catch(reason){return {data:undefined,details:reason};}}/**
   * Implement requests in a non-blocking way
   */getAsyncData(config){const{callback,url,options,timeout,isRawResponse}=config;const isFireAndForget=!isFunction(callback);xhrRequest(createXhrRequestOptions(url,options,this.basicAuthHeader),timeout,this.logger).then(data=>{if(!isFireAndForget){callback(isRawResponse?data.response:responseTextToJson(data.response,this.onError),data);}}).catch(data=>{if(!isFireAndForget){callback(undefined,data);}});}/**
   * Handle errors
   */onError(error,groupingHash){this.errorHandler?.onError({error,context:HTTP_CLIENT,groupingHash});}/**
   * Set basic authentication header (eg writekey)
   */setAuthHeader(value,noBtoa=false){const authVal=noBtoa?value:toBase64(`${value}:`);this.basicAuthHeader=`Basic ${authVal}`;}/**
   * Clear basic authentication header
   */resetAuthHeader(){this.basicAuthHeader=undefined;}}const defaultHttpClient=new HttpClient(defaultLogger);

const METRICS_PAYLOAD_VERSION='1';

// Errors from the below scripts are NOT allowed to reach Bugsnag
const SDK_FILE_NAME_PREFIXES=()=>['rsa'// Prefix for all the SDK scripts including plugins and module federated chunks
];const DEV_HOSTS=['www.test-host.com','localhost','127.0.0.1','[::1]'];// List of keys to exclude from the metadata
// Potential PII or sensitive data
const APP_STATE_EXCLUDE_KEYS=['userId','userTraits','groupId','groupTraits','anonymousId','config','integration',// integration instance objects
'eventBuffer',// pre-load event buffer (may contain PII)
'traits','authToken'];const NOTIFIER_NAME='RudderStack JavaScript SDK';const SDK_GITHUB_URL='git+https://github.com/rudderlabs/rudder-sdk-js.git';const SOURCE_NAME='js';const DEFAULT_ERROR_CATEGORY='sdk';

const detectAdBlockers=httpClient=>{state.capabilities.isAdBlockerDetectionInProgress.value=true;try{// Apparently, '?view=ad' is a query param that is blocked by majority of adblockers
// Use source config URL here as it is very unlikely to be blocked by adblockers
// Only the extra query param should make it vulnerable to adblockers
// This will work even if the users proxies it.
// The edge case where this doesn't work is when HEAD method is not allowed by the server (user's)
const baseUrl=new URL(state.lifecycle.sourceConfigUrl.value);const url=`${baseUrl.origin}${baseUrl.pathname}?view=ad`;httpClient.getAsyncData({url,options:{// We actually don't need the response from the request, so we are using HEAD
method:'HEAD',headers:{'Content-Type':undefined}},isRawResponse:true,callback:(result,details)=>{state.capabilities.isAdBlockerDetectionInProgress.value=false;// not ad blocked if the request is successful or it is not internally redirected on the client side
// Often adblockers instead of blocking the request, they redirect it to an internal URL
state.capabilities.isAdBlocked.value=details?.error!==undefined||details?.xhr?.responseURL!==url;}});}catch(err){// Reset the flag to prevent blocking future detection attempts
state.capabilities.isAdBlockerDetectionInProgress.value=false;// Re-throw the error to be handled by the caller
throw err;}};

const getErrInstance=(err,errorType)=>{switch(errorType){case ErrorType.UNHANDLEDEXCEPTION:{const{error}=err;return error||err;}case ErrorType.UNHANDLEDREJECTION:{return err.reason;}case ErrorType.HANDLEDEXCEPTION:default:return err;}};const createNewBreadcrumb=message=>({type:'manual',name:message,timestamp:new Date(),metaData:{}});/**
 * A function to get the Bugsnag release stage for the current environment
 * @param getHostName Optional function to get the hostname (primarily for testing)
 * @returns 'development' if the host is empty (for file:// protocol etc.) or a dev host (localhost, 127.0.0.1, etc.), otherwise ''production'' (it'll be replaced with the actual release stage during the build)
 */const getReleaseStage=(getHostName=()=>window.location.hostname)=>{const host=getHostName();return !host||host&&DEV_HOSTS.includes(host)?'development':'production';};const getAppStateForMetadata=state=>{const stateStr=stringifyWithoutCircular(state,false,APP_STATE_EXCLUDE_KEYS);return stateStr!==null?JSON.parse(stateStr):{};};const getURLWithoutQueryString=()=>{const url=globalThis.location.href.split('?');return url[0];};const getUserDetails=(source,session,lifecycle,autoTrack)=>({id:`${source.value?.id??lifecycle.writeKey.value}..${session.sessionInfo.value.id??'NA'}..${autoTrack.pageLifecycle.pageViewId.value??'NA'}`,name:source.value?.name??'NA'});const getDeviceDetails=(locale,userAgent)=>({locale:locale.value??'NA',userAgent:userAgent.value??'NA',time:new Date()});const getBugsnagErrorEvent=(exception,errorState,state,groupingHash)=>{const{context,lifecycle,session,source,reporting,autoTrack}=state;const{app,locale,userAgent,timezone,screen,library}=context;return {payloadVersion:'5',notifier:{name:NOTIFIER_NAME,version:app.value.version,url:SDK_GITHUB_URL},events:[{exceptions:[clone(exception)],severity:errorState.severity,unhandled:errorState.unhandled,severityReason:errorState.severityReason,app:{version:app.value.version,releaseStage:getReleaseStage(),type:app.value.installType},device:getDeviceDetails(locale,userAgent),request:{url:getURLWithoutQueryString(),clientIp:'[NOT COLLECTED]'},breadcrumbs:clone(reporting.breadcrumbs.value),context:exception.message,groupingHash,metaData:{app:{snippetVersion:library.value.snippetVersion},device:{...screen.value,timezone:timezone.value},// Add rest of the state groups as metadata
// so that they show up as separate tabs in the dashboard
...getAppStateForMetadata(state)},user:getUserDetails(source,session,lifecycle,autoTrack)}]};};/**
 * A function to check if adblockers are active. The promise's resolve function
 * is invoked with true if adblockers are not detected and false otherwise.
 * @param {ApplicationState} state The application state
 * @param {IHttpClient} httpClient The HTTP client instance
 * @param {Function} resolve The promise's resolve function
 */const checkIfAdBlockersAreActive=(state,httpClient,resolve)=>{// Initiate ad blocker detection if not done previously and not already in progress.
if(isUndefined(state.capabilities.isAdBlocked.value)){if(state.capabilities.isAdBlockerDetectionInProgress.value===false){detectAdBlockers(httpClient);}// Wait for the detection to complete.
const detectionDisposer=E(()=>{if(isDefined(state.capabilities.isAdBlocked.value)){// If ad blocker is not detected, notify.
resolve(state.capabilities.isAdBlocked.value===false);// Cleanup the effect.
detectionDisposer();}});}else {// If ad blocker is not detected, notify.
resolve(state.capabilities.isAdBlocked.value===false);}};/**
 * A function to determine whether the error should be promoted to notify or not.
 * For plugin and integration errors from RS CDN, if it is due to CSP blocked URLs or AdBlockers,
 * it will not be promoted to notify.
 * If it is due to other reasons, it will be promoted to notify.
 * @param {Error} exception The error object
 * @param {ApplicationState} state The application state
 * @param {IHttpClient} httpClient The HTTP client instance
 * @returns A promise that resolves to a boolean indicating whether the error should be promoted to notify or not
 */const checkIfAllowedToBeNotified=(exception,state,httpClient)=>{const errMsg=exception.message;return new Promise(resolve=>{// Filter out script load failures that are not from the RS CDN.
if(SCRIPT_LOAD_FAILURE_MESSAGES.some(regex=>regex.test(errMsg))){const extractedURL=/https?:\/\/[^\s"'(),;<>[\]{}]+/.exec(errMsg)?.[0];if(isString(extractedURL)){if(extractedURL.startsWith(SDK_CDN_BASE_URL)){// Filter out errors that are from CSP blocked URLs.
if(state.capabilities.cspBlockedURLs.value.includes(extractedURL)){resolve(false);}else {// Filter out errors if adblockers are detected.
checkIfAdBlockersAreActive(state,httpClient,resolve);}}else {// Filter out errors that are not from the RS CDN.
resolve(false);}}else {// Allow the error to be notified if no URL could be extracted from the error message
resolve(true);}}else {resolve(!ERROR_MESSAGES_TO_BE_FILTERED.some(e=>e.test(errMsg)));}});};/**
 * A function to determine if the error is from Rudder SDK
 * @param {Error} exception
 * @returns
 */const isSDKError=exception=>{const errorOrigin=exception.stacktrace[0]?.file;if(!errorOrigin||typeof errorOrigin!=='string'){return false;}const srcFileName=errorOrigin.substring(errorOrigin.lastIndexOf('/')+1);const paths=errorOrigin.split('/');// extract the parent folder name from the error origin file path
// Ex: parentFolderName will be 'sample' for url: https://example.com/sample/file.min.js
const parentFolderName=paths[paths.length-2];return parentFolderName===CDN_INT_DIR||SDK_FILE_NAME_PREFIXES().some(prefix=>srcFileName.startsWith(prefix)&&srcFileName.endsWith('.js'));};const getErrorDeliveryPayload=(payload,state,category)=>{const data={version:METRICS_PAYLOAD_VERSION,message_id:generateUUID(),source:{name:SOURCE_NAME,sdk_version:state.context.app.value.version,write_key:state.lifecycle.writeKey.value,install_type:state.context.app.value.installType,category:category??DEFAULT_ERROR_CATEGORY},errors:payload};return stringifyWithoutCircular(data);};/**
 * A function to get the grouping hash value to be used for the error event.
 * Grouping hash is suppressed for non-cdn installs.
 * If the grouping hash is an error instance, the normalized error message is used as the grouping hash.
 * If the grouping hash is an empty string or not specified, the default grouping hash is used.
 * If the grouping hash is a string, it is used as is.
 * @param curErrGroupingHash The grouping hash value part of the error event
 * @param defaultGroupingHash The default grouping hash value. It is the error message.
 * @param state The application state
 * @param logger The logger instance
 * @returns The final grouping hash value to be used for the error event
 */const getErrorGroupingHash=(curErrGroupingHash,defaultGroupingHash,state,logger)=>{let normalizedGroupingHash;if(state.context.app.value.installType!=='cdn'){return normalizedGroupingHash;}if(!isDefined(curErrGroupingHash)){normalizedGroupingHash=defaultGroupingHash;}else if(isString(curErrGroupingHash)){normalizedGroupingHash=curErrGroupingHash;}else {const normalizedErrorInstance=normalizeError(curErrGroupingHash,logger);if(isDefined(normalizedErrorInstance)){normalizedGroupingHash=normalizedErrorInstance.message;}else {normalizedGroupingHash=defaultGroupingHash;}}return normalizedGroupingHash;};

/**
 * A service to handle errors
 */class ErrorHandler{initialized=false;// If no logger is passed errors will be thrown as unhandled error
constructor(httpClient,logger){this.httpClient=httpClient;this.logger=logger;}/**
   * Initializes the error handler by attaching global error listeners.
   * This method should be called once after construction.
   */init(){if(this.initialized){return;}this.attachErrorListeners();this.initialized=true;}/**
   * Attach error listeners to the global window object
   */attachErrorListeners(){globalThis.addEventListener('error',event=>{this.onError({error:event,context:ERROR_HANDLER,errorType:ErrorType.UNHANDLEDEXCEPTION});});globalThis.addEventListener('unhandledrejection',event=>{this.onError({error:event,context:ERROR_HANDLER,errorType:ErrorType.UNHANDLEDREJECTION});});// Listen to CSP violations and add the blocked URL to the state
// if those URLs are from RS CDN.
document.addEventListener('securitypolicyviolation',event=>{const blockedURL=isString(event.blockedURI)?event.blockedURI:'';if(event.disposition==='enforce'&&blockedURL.startsWith(SDK_CDN_BASE_URL)&&!state.capabilities.cspBlockedURLs.value.includes(blockedURL)){state.capabilities.cspBlockedURLs.value=[...state.capabilities.cspBlockedURLs.value,blockedURL];}});}/**
   * Handle errors
   * @param errorInfo - The error information
   * @param errorInfo.error - The error to handle
   * @param errorInfo.context - The context of where the error occurred
   * @param errorInfo.customMessage - The custom message of the error
   * @param errorInfo.errorType - The type of the error (handled or unhandled)
   * @param errorInfo.groupingHash - The grouping hash of the error
   * @param errorInfo.category - The category of the error (sdk or integrations)
   */async onError(errorInfo){try{const{error,context,customMessage,groupingHash,category}=errorInfo;const errorType=errorInfo.errorType??ErrorType.HANDLEDEXCEPTION;const errInstance=getErrInstance(error,errorType);const normalizedError=normalizeError(errInstance,this.logger);if(isUndefined(normalizedError)){return;}const customMsgVal=customMessage?`${customMessage} - `:'';const errorMsgPrefix=`${context}${LOG_CONTEXT_SEPARATOR}${customMsgVal}`;const bsException=createBugsnagException(normalizedError,errorMsgPrefix);const stacktrace=getStacktrace(normalizedError);const isSdkDispatched=stacktrace.includes(MANUAL_ERROR_IDENTIFIER);// Filter errors that are not originated in the SDK.
// In case of NPM installations, the unhandled errors from the SDK cannot be identified
// and will NOT be reported unless they occur in plugins or integrations.
if(!isSdkDispatched&&!isSDKError(bsException)&&errorType!==ErrorType.HANDLEDEXCEPTION){return;}if(state.reporting.isErrorReportingEnabled.value){const isAllowed=await checkIfAllowedToBeNotified(bsException,state,this.httpClient);if(isAllowed){const errorState={severity:'error',unhandled:errorType!==ErrorType.HANDLEDEXCEPTION,severityReason:{type:errorType}};// Set grouping hash only for CDN installations (as an experiment)
// This will allow us to group errors by the message instead of the surrounding code.
// In case of NPM installations, the default grouping by surrounding code does not make sense as each user application is different.
// References:
// https://docs.bugsnag.com/platforms/javascript/customizing-error-reports/#groupinghash
// https://docs.bugsnag.com/product/error-grouping/#user_defined
const normalizedGroupingHash=getErrorGroupingHash(groupingHash,bsException.message,state,this.logger);// Get the final payload to be sent to the metrics service
const bugsnagPayload=getBugsnagErrorEvent(bsException,errorState,state,normalizedGroupingHash);// send it to metrics service
this.httpClient.getAsyncData({url:state.metrics.metricsServiceUrl.value,options:{method:'POST',data:getErrorDeliveryPayload(bugsnagPayload,state,category),sendRawData:true},isRawResponse:true});}}// Log handled errors and errors dispatched by the SDK
if(errorType===ErrorType.HANDLEDEXCEPTION||isSdkDispatched){this.logger.error(bsException.message);}}catch(err){// If an error occurs while handling an error, log it
this.logger.error(HANDLE_ERROR_FAILURE(ERROR_HANDLER),err);}}/**
   * Add breadcrumbs to add insight of a user's journey before an error
   * occurred and send to external error monitoring service via a plugin
   *
   * @param {string} breadcrumb breadcrumbs message
   */leaveBreadcrumb(breadcrumb){try{state.reporting.breadcrumbs.value=[...state.reporting.breadcrumbs.value,createNewBreadcrumb(breadcrumb)];}catch(err){this.onError({error:err,context:ERROR_HANDLER,customMessage:BREADCRUMB_ERROR,groupingHash:BREADCRUMB_ERROR});}}}// Note: Remember to call defaultErrorHandler.init() before using it
const defaultErrorHandler=new ErrorHandler(defaultHttpClient,defaultLogger);

//  to next or return the value if it is the last one instead of an array per
//  plugin that is the normal invoke
// TODO: add invoke method for extension point that we know only one plugin can be used. add invokeMultiple and invokeSingle methods
class PluginEngine{plugins=[];byName={};cache={};config={throws:true};constructor(logger,options={}){this.config={throws:true,...options};this.logger=logger;}register(plugin,state){if(!plugin.name){const errorMessage=PLUGIN_NAME_MISSING_ERROR(PLUGIN_ENGINE);if(this.config.throws){throw new Error(errorMessage);}else {this.logger.error(errorMessage,plugin);return;}}if(this.byName[plugin.name]){const errorMessage=PLUGIN_ALREADY_EXISTS_ERROR(PLUGIN_ENGINE,plugin.name);if(this.config.throws){throw new Error(errorMessage);}else {this.logger.error(errorMessage);return;}}this.cache={};this.plugins=this.plugins.slice();let pos=this.plugins.length;this.plugins.forEach((pluginItem,index)=>{if(pluginItem.deps?.includes(plugin.name)){pos=Math.min(pos,index);}});this.plugins.splice(pos,0,plugin);this.byName[plugin.name]=plugin;if(isFunction(plugin.initialize)){plugin.initialize(state);}}unregister(name){const plugin=this.byName[name];if(!plugin){const errorMessage=PLUGIN_NOT_FOUND_ERROR(PLUGIN_ENGINE,name);if(this.config.throws){throw new Error(errorMessage);}else {this.logger.error(errorMessage);return;}}const index=this.plugins.indexOf(plugin);if(index===-1){const errorMessage=PLUGIN_ENGINE_BUG_ERROR(PLUGIN_ENGINE,name);if(this.config.throws){throw new Error(errorMessage);}else {this.logger.error(errorMessage);return;}}this.cache={};delete this.byName[name];this.plugins=this.plugins.slice();this.plugins.splice(index,1);}getPlugin(name){return this.byName[name];}getPlugins(extPoint){const lifeCycleName=extPoint??'.';if(!this.cache[lifeCycleName]){this.cache[lifeCycleName]=this.plugins.filter(plugin=>{if(plugin.deps?.some(dependency=>!this.byName[dependency])){// If deps not exist, then not load it.
const notExistDeps=plugin.deps.filter(dependency=>!this.byName[dependency]);this.logger.error(PLUGIN_DEPS_ERROR(PLUGIN_ENGINE,plugin.name,notExistDeps));return false;}return lifeCycleName==='.'?true:hasValueByPath(plugin,lifeCycleName);});}return this.cache[lifeCycleName];}// This method allows to process this.plugins so that it could
// do some unified pre-process before application starts.
processRawPlugins(callback){callback(this.plugins);this.cache={};}invoke(extPoint,allowMultiple=true,...args){let extensionPointName=extPoint;if(!extensionPointName){throw new Error(PLUGIN_EXT_POINT_MISSING_ERROR);}const noCall=extensionPointName.startsWith('!');const throws=this.config.throws??extensionPointName.endsWith('!');// eslint-disable-next-line unicorn/better-regex
extensionPointName=extensionPointName.replace(/(^!|!$)/g,'');if(!extensionPointName){throw new Error(PLUGIN_EXT_POINT_INVALID_ERROR);}const extensionPointNameParts=extensionPointName.split('.');extensionPointNameParts.pop();const pluginMethodPath=extensionPointNameParts.join('.');const pluginsToInvoke=allowMultiple?this.getPlugins(extensionPointName):[this.getPlugins(extensionPointName)[0]];return pluginsToInvoke.map(plugin=>{const method=getValueByPath(plugin,extensionPointName);if(!isFunction(method)||noCall){return method;}try{return method.apply(getValueByPath(plugin,pluginMethodPath),args);}catch(err){// When a plugin failed, doesn't break the app
if(throws){throw err;}else {this.logger.error(PLUGIN_INVOCATION_ERROR(PLUGIN_ENGINE,extensionPointName,plugin.name),err);}}return null;});}invokeSingle(extPoint,...args){return this.invoke(extPoint,false,...args)[0];}invokeMultiple(extPoint,...args){return this.invoke(extPoint,true,...args);}}const defaultPluginEngine=new PluginEngine(defaultLogger,{throws:true});

/**
 * A function to filter and return non cloud mode destinations
 * A destination is considered non cloud mode if it is not a cloud mode destination or if it is a hybrid mode destination
 * @param destination
 *
 * @returns boolean
 */const isNonCloudDestination=destination=>Boolean(destination.config.connectionMode!=='cloud'||destination.config.useNativeSDKToSend===true||// this is the older flag for hybrid mode destinations
destination.config.useNativeSDK===true);const isHybridModeDestination=destination=>Boolean(destination.config.connectionMode==='hybrid'||destination.config.useNativeSDKToSend===true);/**
 * A function to filter and return non cloud mode destinations
 * @param destinations
 *
 * @returns destinations
 */const getNonCloudDestinations=destinations=>destinations.filter(isNonCloudDestination);/**
 * A function to get the user friendly id for a destination
 * Replaces all spaces with hyphens and appends the id to the display name
 * @param displayName The display name of the destination
 * @param id The id of the destination
 *
 * @returns the user friendly id
 */const getDestinationUserFriendlyId=(displayName,id)=>`${displayName.replaceAll(' ','-')}___${id}`;

/**
 * List of plugin names that are loaded as dynamic imports in modern builds
 */const pluginNamesList=['BeaconQueue','CustomConsentManager','DeviceModeDestinations','DeviceModeTransformation','ExternalAnonymousId','GoogleLinker','IubendaConsentManager','KetchConsentManager','NativeDestinationQueue','OneTrustConsentManager','StorageEncryption','StorageEncryptionLegacy','StorageMigrator','XhrQueue'];const deprecatedPluginsList=['Bugsnag','ErrorReporting'];

const COOKIE_STORAGE='cookieStorage';const LOCAL_STORAGE='localStorage';const SESSION_STORAGE='sessionStorage';const MEMORY_STORAGE='memoryStorage';const NO_STORAGE='none';

const removeDuplicateSlashes=str=>str.replace(/\/{2,}/g,'/');/**
 * Checks if provided url is valid or not
 * @param url
 * @returns true if `url` is valid and false otherwise
 */const isValidURL=url=>{if(!isString(url)){return false;}try{// If URL is supported by the browser, we can use it to validate the URL
// Otherwise, we can at least check if the URL matches the pattern
if(isFunction(globalThis.URL)){// eslint-disable-next-line no-new
new URL(url);}return URL_PATTERN.test(url);}catch(e){return false;}};

/**
 * This function is used to determine if the input status code is retryable.
 * @param status - The status code.
 * @returns True if the status code is not 4xx (except 429), false otherwise.
 */const isErrRetryable=status=>{if(status===429){return true;}return !(status>=400&&status<500);};

/**
 * Encode.
 */const encode=(value,logger)=>{try{return encodeURIComponent(value);}catch(err){logger?.error(COOKIE_DATA_ENCODING_ERROR,err);return undefined;}};/**
 * Decode
 */const decode$1=value=>{try{return decodeURIComponent(value);}catch(err){// Do nothing as non-RS SDK cookies may not be URI encoded
return undefined;}};/**
 * Parse cookie `str`
 */const parse=str=>{const obj={};const pairs=str.split(/\s*;\s*/);let pair;if(!pairs[0]){return obj;}// TODO: Decode only the cookies that are needed by the SDK
pairs.forEach(pairItem=>{pair=pairItem.split('=');const keyName=pair[0]?decode$1(pair[0]):undefined;if(keyName){obj[keyName]=pair[1]?decode$1(pair[1]):undefined;}});return obj;};/**
 * Set cookie `name` to `value`
 */const set=(name,value,optionsConfig,logger)=>{const options={...(optionsConfig||{})};let cookieString=`${encode(name,logger)}=${encode(value,logger)}`;if(isNull(value)){options.maxage=-1;}if(options.maxage){options.expires=new Date(+new Date()+options.maxage);}if(options.path){cookieString+=`; path=${options.path}`;}if(options.domain){cookieString+=`; domain=${options.domain}`;}if(options.expires){cookieString+=`; expires=${options.expires.toUTCString()}`;}if(options.samesite){cookieString+=`; samesite=${options.samesite}`;}if(options.secure){cookieString+=`; secure`;}globalThis.document.cookie=cookieString;};/**
 * Return all cookies
 */const all=()=>{const cookieStringValue=globalThis.document.cookie;return parse(cookieStringValue);};/**
 * Get cookie `name`
 */const get=name=>all()[name];/**
 * Set or get cookie `name` with `value` and `options` object
 */// eslint-disable-next-line func-names
const cookie=function(name,value,options,logger){switch(arguments.length){case 4:case 3:case 2:return set(name,value,options,logger);case 1:if(name){return get(name);}return all();default:return all();}};

const userIdKey='rl_user_id';const userTraitsKey='rl_trait';const anonymousUserIdKey='rl_anonymous_id';const groupIdKey='rl_group_id';const groupTraitsKey='rl_group_trait';const pageInitialReferrerKey='rl_page_init_referrer';const pageInitialReferringDomainKey='rl_page_init_referring_domain';const sessionInfoKey='rl_session';const authTokenKey='rl_auth_token';const COOKIE_KEYS={userId:userIdKey,userTraits:userTraitsKey,anonymousId:anonymousUserIdKey,groupId:groupIdKey,groupTraits:groupTraitsKey,initialReferrer:pageInitialReferrerKey,initialReferringDomain:pageInitialReferringDomainKey,sessionInfo:sessionInfoKey,authToken:authTokenKey};const ENCRYPTION_PREFIX_V3='RS_ENC_v3_';

const encryptBrowser=value=>`${ENCRYPTION_PREFIX_V3}${toBase64(value)}`;const decryptBrowser=value=>{if(value?.startsWith(ENCRYPTION_PREFIX_V3)){return fromBase64(value.substring(ENCRYPTION_PREFIX_V3.length));}return value;};

const EVENT_PAYLOAD_SIZE_BYTES_LIMIT=32*1024;// 32 KB
const RETRY_REASON_CLIENT_NETWORK='client-network';const RETRY_REASON_CLIENT_TIMEOUT='client-timeout';const DEFAULT_RETRY_REASON=RETRY_REASON_CLIENT_NETWORK;const INTEGRATIONS_ERROR_CATEGORY='integrations';

const EVENT_PAYLOAD_SIZE_CHECK_FAIL_WARNING=(context,payloadSize,sizeLimit)=>`${context}${LOG_CONTEXT_SEPARATOR}The size of the event payload (${payloadSize} bytes) exceeds the maximum limit of ${sizeLimit} bytes. Events with large payloads may be dropped in the future. Please review your instrumentation to ensure that event payloads are within the size limit.`;const EVENT_PAYLOAD_SIZE_VALIDATION_WARNING=context=>`${context}${LOG_CONTEXT_SEPARATOR}Failed to validate event payload size. Please make sure that the event payload is within the size limit and is a valid JSON object.`;const QUEUE_UTILITIES='QueueUtilities';/**
 * Utility to get the stringified event payload
 * @param event RudderEvent object
 * @param logger Logger instance
 * @returns stringified event payload. Empty string if error occurs.
 */const getDeliveryPayload=(event,logger)=>stringifyWithoutCircular(event,true,undefined,logger);const getDMTDeliveryPayload=(dmtRequestPayload,logger)=>stringifyWithoutCircular(dmtRequestPayload,true,undefined,logger);/**
 * Utility to validate final payload size before sending to server
 * @param event RudderEvent object
 * @param logger Logger instance
 */const validateEventPayloadSize=(event,logger)=>{const payloadStr=getDeliveryPayload(event,logger);if(payloadStr){const payloadSize=payloadStr.length;if(payloadSize>EVENT_PAYLOAD_SIZE_BYTES_LIMIT){logger?.warn(EVENT_PAYLOAD_SIZE_CHECK_FAIL_WARNING(QUEUE_UTILITIES,payloadSize,EVENT_PAYLOAD_SIZE_BYTES_LIMIT));}}else {logger?.warn(EVENT_PAYLOAD_SIZE_VALIDATION_WARNING(QUEUE_UTILITIES));}};/**
 * Mutates the event and return final event for delivery
 * Updates certain parameters like sentAt timestamp, integrations config etc.
 * @param event RudderEvent object
 * @returns Final event ready to be delivered
 */const getFinalEventForDeliveryMutator=(event,currentTime)=>{const finalEvent=clone(event);// Update sentAt timestamp to the latest timestamp
finalEvent.sentAt=currentTime;return finalEvent;};

const QueueStatuses={IN_PROGRESS:'inProgress',QUEUE:'queue',RECLAIM_START:'reclaimStart',RECLAIM_END:'reclaimEnd',ACK:'ack',BATCH_QUEUE:'batchQueue'};

const BEACON_PLUGIN_EVENTS_QUEUE_DEBUG=context=>`${context}${LOG_CONTEXT_SEPARATOR}Sending events to data plane.`;const BEACON_QUEUE_STRING_CONVERSION_FAILURE_ERROR=context=>`${context}${LOG_CONTEXT_SEPARATOR}Failed to convert events batch object to string.`;const BEACON_QUEUE_BLOB_CONVERSION_FAILURE_ERROR=context=>`${context}${LOG_CONTEXT_SEPARATOR}Failed to convert events batch object to Blob.`;const BEACON_QUEUE_SEND_ERROR=(context,url)=>`${context}${LOG_CONTEXT_SEPARATOR}${BEACON_QUEUE_DELIVERY_ERROR(url)}`;const BEACON_QUEUE_DELIVERY_ERROR=url=>`Failed to send events batch data to the browser's beacon queue for URL ${url}.`;

const DEFAULT_BEACON_QUEUE_MAX_SIZE=10;const DEFAULT_BEACON_QUEUE_FLUSH_INTERVAL_MS=10*60*1000;// 10 minutes
// Limit of the Beacon transfer mechanism on the browsers
const MAX_BATCH_PAYLOAD_SIZE_BYTES=64*1024;// 64 KB
const DEFAULT_BEACON_QUEUE_OPTIONS={maxItems:DEFAULT_BEACON_QUEUE_MAX_SIZE,flushQueueInterval:DEFAULT_BEACON_QUEUE_FLUSH_INTERVAL_MS};const DATA_PLANE_API_VERSION$1='v1';const QUEUE_NAME$3='rudder_beacon';const BEACON_QUEUE_PLUGIN='BeaconQueuePlugin';

/**
 * Utility to get the stringified event payload as Blob
 * @param events RudderEvent object array
 * @param logger Logger instance
 * @returns stringified events payload as Blob, undefined if error occurs.
 */const getBatchDeliveryPayload$1=(events,currentTime,logger)=>{const data={batch:events,sentAt:currentTime};try{const blobPayload=stringifyWithoutCircular(data,true);const blobOptions={type:'text/plain'};if(blobPayload){return new Blob([blobPayload],blobOptions);}logger?.error(BEACON_QUEUE_STRING_CONVERSION_FAILURE_ERROR(BEACON_QUEUE_PLUGIN));}catch(err){logger?.error(BEACON_QUEUE_BLOB_CONVERSION_FAILURE_ERROR(BEACON_QUEUE_PLUGIN),err);}return undefined;};const getNormalizedBeaconQueueOptions=queueOpts=>mergeDeepRight(DEFAULT_BEACON_QUEUE_OPTIONS,queueOpts);const getDeliveryUrl$1=(dataplaneUrl,writeKey)=>{const dpUrl=new URL(dataplaneUrl);return new URL(removeDuplicateSlashes([dpUrl.pathname,'/','beacon','/',DATA_PLANE_API_VERSION$1,'/',`batch?writeKey=${writeKey}`].join('')),dpUrl).href;};

let ScheduleModes=/*#__PURE__*/function(ScheduleModes){ScheduleModes[ScheduleModes["ASAP"]=1]="ASAP";ScheduleModes[ScheduleModes["RESCHEDULE"]=2]="RESCHEDULE";ScheduleModes[ScheduleModes["ABANDON"]=3]="ABANDON";return ScheduleModes;}({});const DEFAULT_CLOCK_LATE_FACTOR=2;const DEFAULT_CLOCK={setTimeout(fn,ms){return globalThis.setTimeout(fn,ms);},clearTimeout(id){return globalThis.clearTimeout(id);},Date:globalThis.Date,clockLateFactor:DEFAULT_CLOCK_LATE_FACTOR};class Schedule{constructor(){this.tasks={};this.nextId=1;this.clock=DEFAULT_CLOCK;}now(){return +new this.clock.Date();}run(task,timeout,mode){if(this.nextId===Number.MAX_SAFE_INTEGER){this.nextId=1;}const id=(this.nextId++).toString();this.tasks[id]=this.clock.setTimeout(this.handle(id,task,timeout,mode||ScheduleModes.ASAP),timeout);return id;}handle(id,callback,timeout,mode){const start=this.now();return ()=>{delete this.tasks[id];const elapsedTimeoutTime=start+timeout*(this.clock.clockLateFactor||DEFAULT_CLOCK_LATE_FACTOR);const currentTime=this.now();const notCompletedOrTimedOut=mode>=ScheduleModes.RESCHEDULE&&elapsedTimeoutTime<currentTime;if(notCompletedOrTimedOut){if(mode===ScheduleModes.RESCHEDULE){this.run(callback,timeout,mode);}return undefined;}return callback();};}cancel(id){if(this.tasks[id]){this.clock.clearTimeout(this.tasks[id]);delete this.tasks[id];}}cancelAll(){Object.values(this.tasks).forEach(this.clock.clearTimeout);this.tasks={};}}

const RETRY_QUEUE_PROCESS_ERROR=(context,errMsg)=>`${context}${LOG_CONTEXT_SEPARATOR}An unknown error occurred while processing the queue item. ${errMsg}`;const RETRY_QUEUE_ENTRY_REMOVE_ERROR=(context,entry,attempt)=>`${context}${LOG_CONTEXT_SEPARATOR}Failed to remove local storage entry "${entry}" (attempt: ${attempt}.`;

const DEFAULT_MIN_RETRY_DELAY_MS=1000;const DEFAULT_MAX_RETRY_DELAY_MS=30000;const DEFAULT_BACKOFF_FACTOR=2;const DEFAULT_BACKOFF_JITTER=0;const DEFAULT_MAX_RETRY_ATTEMPTS=Infinity;const DEFAULT_MAX_ITEMS=Infinity;const DEFAULT_ACK_TIMER_MS=1000;const DEFAULT_RECLAIM_TIMER_MS=3000;const DEFAULT_RECLAIM_TIMEOUT_MS=10000;const DEFAULT_RECLAIM_WAIT_MS=500;const MIN_TIMER_SCALE_FACTOR=1;const MAX_TIMER_SCALE_FACTOR=10;const DEFAULT_MAX_BATCH_SIZE_BYTES=512*1024;// 512 KB; this is also the max size of a batch
const DEFAULT_MAX_BATCH_ITEMS=100;const DEFAULT_BATCH_FLUSH_INTERVAL_MS=60*1000;// 1 minutes
const BATCH_QUEUE_ITEM_TYPE='Batch';const SINGLE_QUEUE_ITEM_TYPE='Single';

const sortByTime=(a,b)=>a.time-b.time;const RETRY_QUEUE='RetryQueue';class RetryQueue{/**
   * Constructs a RetryQueue backed by localStorage
   *
   * @param {String} name The name of the queue. Will be used to find abandoned queues and retry their items
   * @param {QueueOpts} [options] Optional argument to override `maxItems`, `maxAttempts`, `minRetryDelay, `maxRetryDelay`, `backoffFactor` and `backoffJitter`.
   * @param {QueueProcessCallback} queueProcessCb The function to call in order to process an item added to the queue
   * @param {IStoreManager} storeManager The store manager instance to use
   * @param {StorageType} [storageType] The storage type to use. Defaults to LOCAL_STORAGE
   * @param {ILogger} [logger] The logger to use
   * @param {QueueBatchItemsSizeCalculatorCallback} [queueBatchItemsSizeCalculatorCb] The callback to use to calculate the size of items in the batch queue
   */constructor(name,options,queueProcessCb,storeManager,storageType=LOCAL_STORAGE,logger,queueBatchItemsSizeCalculatorCb){this.storeManager=storeManager;this.logger=logger;this.name=name;this.id=generateUUID();this.processQueueCb=queueProcessCb;this.batchSizeCalcCb=queueBatchItemsSizeCalculatorCb;this.maxItems=options.maxItems||DEFAULT_MAX_ITEMS;this.maxAttempts=options.maxAttempts||DEFAULT_MAX_RETRY_ATTEMPTS;this.batch={enabled:false};this.configureBatchMode(options);this.backoff={minRetryDelay:options.minRetryDelay||DEFAULT_MIN_RETRY_DELAY_MS,maxRetryDelay:options.maxRetryDelay||DEFAULT_MAX_RETRY_DELAY_MS,factor:options.backoffFactor||DEFAULT_BACKOFF_FACTOR,jitter:options.backoffJitter||DEFAULT_BACKOFF_JITTER};// Limit the timer scale factor to the minimum value
let timerScaleFactor=Math.max(options.timerScaleFactor??MIN_TIMER_SCALE_FACTOR,MIN_TIMER_SCALE_FACTOR);// Limit the timer scale factor to the maximum value
timerScaleFactor=Math.min(timerScaleFactor,MAX_TIMER_SCALE_FACTOR);// painstakingly tuned. that's why they're not "easily" configurable
this.timeouts={ackTimer:Math.round(timerScaleFactor*DEFAULT_ACK_TIMER_MS),reclaimTimer:Math.round(timerScaleFactor*DEFAULT_RECLAIM_TIMER_MS),reclaimTimeout:Math.round(timerScaleFactor*DEFAULT_RECLAIM_TIMEOUT_MS),reclaimWait:Math.round(timerScaleFactor*DEFAULT_RECLAIM_WAIT_MS)};this.schedule=new Schedule();this.processId='0';// Set up our empty queues
this.store=this.storeManager.setStore({id:this.id,name:this.name,validKeys:QueueStatuses,type:storageType,errorHandler:this.storeManager.errorHandler,logger:this.storeManager.logger});this.setDefaultQueueEntries();// bind recurring tasks for ease of use
this.ack=this.ack.bind(this);this.checkReclaim=this.checkReclaim.bind(this);this.processHead=this.processHead.bind(this);this.flushBatch=this.flushBatch.bind(this);this.isPageAccessible=true;// Flush the queue on page leave
this.flushBatchOnPageLeave();this.scheduleTimeoutActive=false;}setDefaultQueueEntries(){this.setStorageEntry(QueueStatuses.IN_PROGRESS,{});this.setStorageEntry(QueueStatuses.QUEUE,[]);this.setStorageEntry(QueueStatuses.BATCH_QUEUE,[]);}configureBatchMode(options){this.batchingInProgress=false;if(!isObjectLiteralAndNotNull(options.batch)){return;}const batchOptions=options.batch;this.batch.enabled=batchOptions.enabled===true;if(this.batch.enabled){// Set upper cap on the batch payload size
this.batch.maxSize=Math.min(batchOptions.maxSize??DEFAULT_MAX_BATCH_SIZE_BYTES,DEFAULT_MAX_BATCH_SIZE_BYTES);this.batch.maxItems=batchOptions.maxItems??DEFAULT_MAX_BATCH_ITEMS;this.batch.flushInterval=batchOptions.flushInterval??DEFAULT_BATCH_FLUSH_INTERVAL_MS;}}flushBatchOnPageLeave(){if(this.batch.enabled){onPageLeave(this.flushBatch);}}getStorageEntry(name){return this.store.get(name);}// TODO: fix the type of different queues to be the same if possible
setStorageEntry(name,value){if(isNullOrUndefined(value)){this.store.remove(name);}else {this.store.set(name,value);}}/**
   * Stops processing the queue
   */stop(){this.schedule.cancelAll();this.scheduleTimeoutActive=false;}/**
   * Starts processing the queue
   */start(){if(this.scheduleTimeoutActive){this.stop();}this.scheduleTimeoutActive=true;this.scheduleFlushBatch();this.ack();this.checkReclaim();this.processHead();}/**
   * Configures the timeout handler for flushing the batch queue
   */scheduleFlushBatch(){if(this.batch.enabled&&this.batch?.flushInterval){if(this.flushBatchTaskId){this.schedule.cancel(this.flushBatchTaskId);}this.flushBatchTaskId=this.schedule.run(this.flushBatch,this.batch.flushInterval,ScheduleModes.ASAP);}}/**
   * Flushes the batch queue
   */flushBatch(isAccessible=true){if(!this.batchingInProgress){this.isPageAccessible=isAccessible;this.batchingInProgress=true;let batchQueue=this.getStorageEntry(QueueStatuses.BATCH_QUEUE)??[];if(batchQueue.length>0){batchQueue=batchQueue.slice(-batchQueue.length);const batchEntry=this.genQueueItem(batchQueue.map(queueItem=>queueItem.item),BATCH_QUEUE_ITEM_TYPE);this.setStorageEntry(QueueStatuses.BATCH_QUEUE,[]);this.pushToMainQueue(batchEntry);}this.batchingInProgress=false;// Re-schedule the flush task
this.scheduleFlushBatch();}}/**
   * Decides whether to retry. Overridable.
   *
   * @param {Object} item The item being processed
   * @param {Number} attemptNumber The attemptNumber (1 for first retry)
   * @return {Boolean} Whether to requeue the message
   */shouldRetry(item,attemptNumber){return attemptNumber<=this.maxAttempts;}/**
   * Calculates the delay (in ms) for a retry attempt
   *
   * @param {Number} attemptNumber The attemptNumber (1 for first retry)
   * @return {Number} The delay in milliseconds to wait before attempting a retry
   */getDelay(attemptNumber){let ms=this.backoff.minRetryDelay*this.backoff.factor**attemptNumber;if(this.backoff.jitter){const rand=Math.random();const deviation=Math.floor(rand*this.backoff.jitter*ms);if(Math.floor(rand*10)<5){ms-=deviation;}else {ms+=deviation;}}return Number(Math.min(ms,this.backoff.maxRetryDelay).toPrecision(1));}enqueue(entry){let curEntry;if(this.batch.enabled&&entry.type===SINGLE_QUEUE_ITEM_TYPE){curEntry=this.handleNewItemForBatch(entry);}else {curEntry=entry;}// when batching is enabled, `curEntry` could be `undefined` if the batch criteria is not met
if(curEntry){this.pushToMainQueue(curEntry);}}/**
   * Handles a new item added to the retry queue when batching is enabled
   * @param entry New item added to the retry queue
   * @returns Undefined or batch entry object
   */handleNewItemForBatch(entry){let curEntry;let batchQueue=this.getStorageEntry(QueueStatuses.BATCH_QUEUE)??[];if(!this.batchingInProgress){this.batchingInProgress=true;batchQueue=batchQueue.slice(-batchQueue.length);batchQueue.push(entry);const batchDispatchInfo=this.getBatchDispatchInfo(batchQueue);// if batch criteria is met, queue the batch events to the main queue and clear batch queue
if(batchDispatchInfo.criteriaMet||batchDispatchInfo.criteriaExceeded){let batchEntries;if(batchDispatchInfo.criteriaExceeded){batchEntries=batchQueue.slice(0,batchQueue.length-1);batchQueue=[entry];}else {batchEntries=batchQueue;batchQueue=[];}// Don't make any batch request if there are no items
if(batchEntries.length>0){const isReclaimed=batchEntries.every(queueItem=>queueItem.reclaimed);const batchItems=batchEntries.map(queueItem=>queueItem.item);if(isReclaimed){curEntry=this.genQueueItem(batchItems,BATCH_QUEUE_ITEM_TYPE,true);}else {curEntry=this.genQueueItem(batchItems,BATCH_QUEUE_ITEM_TYPE);}}// re-attach the timeout handler
this.scheduleFlushBatch();}this.batchingInProgress=false;}else {batchQueue.push(entry);}// update the batch queue
this.setStorageEntry(QueueStatuses.BATCH_QUEUE,batchQueue);return curEntry;}pushToMainQueue(curEntry){let queue=this.getStorageEntry(QueueStatuses.QUEUE)??[];if(this.maxItems>1){queue=queue.slice(-(this.maxItems-1));}else {queue=[];}queue.push(curEntry);queue=queue.sort(sortByTime);this.setStorageEntry(QueueStatuses.QUEUE,queue);if(this.scheduleTimeoutActive){this.processHead();}}/**
   * Adds an item to the queue
   *
   * @param {Object} itemData The item to process
   */addItem(itemData){this.enqueue(this.genQueueItem(itemData));}/**
   * Generates a queue item
   * @param itemData Queue item data
   * @returns Queue item
   */genQueueItem(itemData,type=SINGLE_QUEUE_ITEM_TYPE,reclaimed){return {item:itemData,attemptNumber:0,time:this.schedule.now(),id:generateUUID(),type,...(isDefined(reclaimed)?{reclaimed}:{})};}/**
   * Adds an item to the retry queue
   *
   * @param {Object} qItem The item to process
   */requeue(qItem){const{attemptNumber,item,type,id,firstAttemptedAt,lastAttemptedAt,reclaimed,retryReason}=qItem;// Increment the attempt number as we're about to retry
const attemptNumberToUse=attemptNumber+1;if(this.shouldRetry(item,attemptNumberToUse)){this.enqueue({item,attemptNumber:attemptNumberToUse,time:this.schedule.now()+this.getDelay(attemptNumberToUse),id:id??generateUUID(),type,firstAttemptedAt,lastAttemptedAt,reclaimed,retryReason});}}/**
   * Returns the information about whether the batch criteria is met or exceeded
   * @param batchItems Prospective batch items
   * @returns Batch dispatch info
   */getBatchDispatchInfo(batchItems){let lengthCriteriaMet=false;let lengthCriteriaExceeded=false;const configuredBatchMaxItems=this.batch?.maxItems;if(isDefined(configuredBatchMaxItems)){lengthCriteriaMet=batchItems.length===configuredBatchMaxItems;lengthCriteriaExceeded=batchItems.length>configuredBatchMaxItems;}if(lengthCriteriaMet||lengthCriteriaExceeded){return {criteriaMet:lengthCriteriaMet,criteriaExceeded:lengthCriteriaExceeded};}let sizeCriteriaMet=false;let sizeCriteriaExceeded=false;const configuredBatchMaxSize=this.batch?.maxSize;if(isDefined(configuredBatchMaxSize)&&isDefined(this.batchSizeCalcCb)){const curBatchSize=this.batchSizeCalcCb(batchItems.map(queueItem=>queueItem.item));sizeCriteriaMet=curBatchSize===configuredBatchMaxSize;sizeCriteriaExceeded=curBatchSize>configuredBatchMaxSize;}return {criteriaMet:sizeCriteriaMet,criteriaExceeded:sizeCriteriaExceeded};}processHead(){// cancel the scheduled task if it exists
this.schedule.cancel(this.processId);// Pop the head off the queue
let queue=this.getStorageEntry(QueueStatuses.QUEUE)??[];const now=this.schedule.now();const toRun=[];// eslint-disable-next-line @typescript-eslint/no-unused-vars
const processItemCallback=(el,id)=>(err,res)=>{const inProgress=this.getStorageEntry(QueueStatuses.IN_PROGRESS)??{};const inProgressItem=inProgress[id];const firstAttemptedAt=inProgressItem?.firstAttemptedAt;const lastAttemptedAt=inProgressItem?.lastAttemptedAt;delete inProgress[id];this.setStorageEntry(QueueStatuses.IN_PROGRESS,inProgress);if(err){this.requeue({...el,firstAttemptedAt,lastAttemptedAt,retryReason:res?.retryReason??DEFAULT_RETRY_REASON});}};const enqueueItem=(el,id)=>{toRun.push({id,item:el.item,done:processItemCallback(el,id),attemptNumber:el.attemptNumber});};const inProgress=this.getStorageEntry(QueueStatuses.IN_PROGRESS)??{};let inProgressSize=Object.keys(inProgress).length;// eslint-disable-next-line no-plusplus
while(queue.length>0&&queue[0].time<=now&&inProgressSize++<this.maxItems){const el=queue.shift();if(el){const id=generateUUID();// Save this to the in progress map
inProgress[id]={item:el.item,attemptNumber:el.attemptNumber,time:this.schedule.now(),type:el.type,firstAttemptedAt:el.firstAttemptedAt,lastAttemptedAt:el.lastAttemptedAt,reclaimed:el.reclaimed};enqueueItem(el,id);}}this.setStorageEntry(QueueStatuses.QUEUE,queue);this.setStorageEntry(QueueStatuses.IN_PROGRESS,inProgress);toRun.forEach(el=>{// TODO: handle processQueueCb timeout
try{const now=this.schedule.now();const inProgress=this.getStorageEntry(QueueStatuses.IN_PROGRESS)??{};const inProgressItem=inProgress[el.id];let firstAttemptedAt=now;let lastAttemptedAt=now;let reclaimed=false;let retryReason=DEFAULT_RETRY_REASON;if(inProgressItem){retryReason=inProgressItem.retryReason??retryReason;firstAttemptedAt=inProgressItem.firstAttemptedAt??firstAttemptedAt;lastAttemptedAt=inProgressItem.lastAttemptedAt??lastAttemptedAt;// Indicates if the item has been reclaimed from local storage
reclaimed=inProgressItem.reclaimed??reclaimed;// Update the first attempted at timestamp for the in progress item
inProgressItem.firstAttemptedAt=firstAttemptedAt;// Update the last attempted at to current timestamp for the in progress item
inProgressItem.lastAttemptedAt=now;inProgress[el.id]=inProgressItem;this.setStorageEntry(QueueStatuses.IN_PROGRESS,inProgress);}// A decimal integer representing the milliseconds since the first attempt
const timeSinceFirstAttempt=now-firstAttemptedAt;// A decimal integer representing the milliseconds since the last attempt
const timeSinceLastAttempt=now-lastAttemptedAt;const willBeRetried=this.shouldRetry(el.item,el.attemptNumber+1);this.processQueueCb(el.item,el.done,{retryAttemptNumber:el.attemptNumber,maxRetryAttempts:this.maxAttempts,willBeRetried,timeSinceFirstAttempt,timeSinceLastAttempt,reclaimed,isPageAccessible:this.isPageAccessible,retryReason});}catch(err){let errMsg='';if(el.attemptNumber<this.maxAttempts){errMsg='The item will be requeued.';if(el.attemptNumber>0){errMsg=`${errMsg} Retry attempt ${el.attemptNumber} of ${this.maxAttempts}.`;}// requeue the item to be retried
el.done(err);}else {errMsg=`Retries exhausted (${this.maxAttempts}). The item will be dropped.`;// drop the event as we're unable to process it
// after the max attempts are exhausted
el.done();}this.logger?.error(RETRY_QUEUE_PROCESS_ERROR(RETRY_QUEUE,errMsg),err);}});// re-read the queue in case the process function finished immediately or added another item
queue=this.getStorageEntry(QueueStatuses.QUEUE)??[];this.schedule.cancel(this.processId);if(queue.length>0){const nextProcessExecutionTime=queue[0].time-now;this.processId=this.schedule.run(this.processHead,nextProcessExecutionTime,ScheduleModes.ASAP);}}// Ack continuously to prevent other tabs from claiming our queue
ack(){this.setStorageEntry(QueueStatuses.ACK,this.schedule.now());if(this.reclaimStartVal!=null){this.reclaimStartVal=null;this.setStorageEntry(QueueStatuses.RECLAIM_START,null);}if(this.reclaimEndVal!=null){this.reclaimEndVal=null;this.setStorageEntry(QueueStatuses.RECLAIM_END,null);}this.schedule.run(this.ack,this.timeouts.ackTimer,ScheduleModes.ASAP);}reclaim(id){const other=this.storeManager.setStore({id,name:this.name,validKeys:QueueStatuses,type:LOCAL_STORAGE,errorHandler:this.storeManager.errorHandler,logger:this.storeManager.logger});const our={queue:this.getStorageEntry(QueueStatuses.QUEUE)??[]};const their={inProgress:other.get(QueueStatuses.IN_PROGRESS)??{},batchQueue:other.get(QueueStatuses.BATCH_QUEUE)??[],queue:other.get(QueueStatuses.QUEUE)??[]};const trackMessageIds=[];const addConcatQueue=(queue,incrementAttemptNumberBy)=>{const concatIterator=el=>{const id=el.id??generateUUID();if(trackMessageIds.includes(id));else {// Hack to determine the item type by the contents of the entry
// After some point, we can remove this hack as most of the stale data will have been processed
// and the new entries will have the type field set
const type=Array.isArray(el.item)?BATCH_QUEUE_ITEM_TYPE:SINGLE_QUEUE_ITEM_TYPE;our.queue.push({item:el.item,attemptNumber:el.attemptNumber+incrementAttemptNumberBy,time:this.schedule.now(),id,type:el.type??type,firstAttemptedAt:el.firstAttemptedAt,lastAttemptedAt:el.lastAttemptedAt,retryReason:el.retryReason,// Mark the item as reclaimed from local storage
reclaimed:true});trackMessageIds.push(id);}};if(Array.isArray(queue)){queue.forEach(concatIterator);}else if(queue){Object.values(queue).forEach(concatIterator);}};// add their queue to ours, resetting run-time to immediate and copying the attempt#
addConcatQueue(their.queue,0);// Process batch queue items
if(this.batch.enabled){their.batchQueue.forEach(el=>{const id=el.id??generateUUID();if(trackMessageIds.includes(id));else {this.enqueue({...el,id,retryReason:el.retryReason,// Mark the item as reclaimed from local storage
reclaimed:true,type:el.type??SINGLE_QUEUE_ITEM_TYPE,time:this.schedule.now()});trackMessageIds.push(id);}});}else {// if batching is not enabled in the current instance, add those items to the main queue directly
addConcatQueue(their.batchQueue,0);}// if the queue is abandoned, all the in-progress are failed. retry them immediately and increment the attempt#
addConcatQueue(their.inProgress,1);our.queue.sort(sortByTime);this.setStorageEntry(QueueStatuses.QUEUE,our.queue);// remove all keys one by on next tick to avoid NS_ERROR_STORAGE_BUSY error
this.clearQueueEntries(other,1);// process the new items we claimed
this.processHead();}clearQueueEntries(other,localStorageBackoff){this.removeStorageEntry(other,0,localStorageBackoff);}removeStorageEntry(store,entryIdx,backoff,attempt=1){const maxAttempts=2;const queueEntryKeys=Object.keys(QueueStatuses);const entry=QueueStatuses[queueEntryKeys[entryIdx]];globalThis.setTimeout(()=>{try{store.remove(entry);// clear the next entry
if(entryIdx+1<queueEntryKeys.length){this.removeStorageEntry(store,entryIdx+1,backoff);}}catch(err){const storageBusyErr='NS_ERROR_STORAGE_BUSY';const isLocalStorageBusy=err.name===storageBusyErr||err.code===storageBusyErr||err.code===0x80630001;if(isLocalStorageBusy&&attempt<maxAttempts){// Try clearing the same entry again with some extra delay
this.removeStorageEntry(store,entryIdx,backoff+40,attempt+1);}else {this.logger?.error(RETRY_QUEUE_ENTRY_REMOVE_ERROR(RETRY_QUEUE,entry,attempt),err);}// clear the next entry after we've exhausted our attempts
if(attempt===maxAttempts&&entryIdx+1<queueEntryKeys.length){this.removeStorageEntry(store,entryIdx+1,backoff);}}},backoff);}checkReclaim(){const createReclaimStartTask=store=>()=>{if(store.get(QueueStatuses.RECLAIM_END)!==this.id){return;}if(store.get(QueueStatuses.RECLAIM_START)!==this.id){return;}this.reclaim(store.id);};const createReclaimEndTask=store=>()=>{if(store.get(QueueStatuses.RECLAIM_START)!==this.id){return;}store.set(QueueStatuses.RECLAIM_END,this.id);this.schedule.run(createReclaimStartTask(store),this.timeouts.reclaimWait,ScheduleModes.ABANDON);};const tryReclaim=store=>{store.set(QueueStatuses.RECLAIM_START,this.id);store.set(QueueStatuses.ACK,this.schedule.now());this.schedule.run(createReclaimEndTask(store),this.timeouts.reclaimWait,ScheduleModes.ABANDON);};const findOtherQueues=name=>{const res=[];const storageEngine=this.store.getOriginalEngine();let storageKeys=[];// 'keys' API is not supported by all the core SDK versions
// Hence, we need this backward compatibility check
if(isFunction(storageEngine.keys)){storageKeys=storageEngine.keys();}else {for(let i=0;i<storageEngine.length;i++){const key=storageEngine.key(i);if(key){storageKeys.push(key);}}}storageKeys.forEach(k=>{const keyParts=k?k.split('.'):[];if(keyParts.length>=3&&keyParts[0]===name&&keyParts[1]!==this.id&&keyParts[2]===QueueStatuses.ACK){res.push(this.storeManager.setStore({id:keyParts[1],name,validKeys:QueueStatuses,type:LOCAL_STORAGE,errorHandler:this.storeManager.errorHandler,logger:this.storeManager.logger}));}});return res;};findOtherQueues(this.name).forEach(store=>{if(this.schedule.now()-store.get(QueueStatuses.ACK)<this.timeouts.reclaimTimeout){return;}tryReclaim(store);});this.schedule.run(this.checkReclaim,this.timeouts.reclaimTimer,ScheduleModes.RESCHEDULE);}clear(){this.schedule.cancelAll();this.setDefaultQueueEntries();}}

const pluginName$d='BeaconQueue';const BeaconQueue=()=>({name:pluginName$d,deps:[],initialize:state=>{state.plugins.loadedPlugins.value=[...state.plugins.loadedPlugins.value,pluginName$d];},dataplaneEventsQueue:{/**
     * Initialize the queue for delivery
     * @param state Application state
     * @param httpClient http client instance
     * @param storeManager Store Manager instance
     * @param errorHandler Error handler instance
     * @param logger Logger instance
     * @returns BeaconItemsQueue instance
     */init(state,httpClient,storeManager,errorHandler,logger){const writeKey=state.lifecycle.writeKey.value;const dataplaneUrl=state.lifecycle.activeDataplaneUrl.value;const url=getDeliveryUrl$1(dataplaneUrl,writeKey);const finalQOpts=getNormalizedBeaconQueueOptions(state.loadOptions.value.beaconQueueOptions??{});const queueProcessCallback=(itemData,done,info)=>{const{isPageAccessible}=info;logger?.debug(BEACON_PLUGIN_EVENTS_QUEUE_DEBUG(BEACON_QUEUE_PLUGIN));const currentTime=getCurrentTimeFormatted();const finalEvents=itemData.map(queueItemData=>getFinalEventForDeliveryMutator(queueItemData.event,currentTime));const data=getBatchDeliveryPayload$1(finalEvents,currentTime,logger);if(!data){// Mark the item as done so that it can be removed from the queue
done(null);return;}try{if(!navigator.sendBeacon(url,data)){if(isPageAccessible){logger?.error(`${BEACON_QUEUE_SEND_ERROR(BEACON_QUEUE_PLUGIN,url)} The event(s) will be dropped.`);// Remove the item from queue
done(null);}else {// Note: We're not removing the item from the queue as we want to retry the request
logger?.warn(`${BEACON_QUEUE_SEND_ERROR(BEACON_QUEUE_PLUGIN,url)} The event(s) will be retried as the current page is being unloaded.`);}}else {// Remove the item from queue as the request was successful
done(null);}}catch(err){errorHandler?.onError({error:err,context:BEACON_QUEUE_PLUGIN,customMessage:BEACON_QUEUE_DELIVERY_ERROR(url)});// Remove the item from queue
done(null);}};const eventsQueue=new RetryQueue(`${QUEUE_NAME$3}_${writeKey}`,{batch:{enabled:true,flushInterval:finalQOpts.flushQueueInterval,maxSize:MAX_BATCH_PAYLOAD_SIZE_BYTES,// set the hard limit
maxItems:finalQOpts.maxItems}},queueProcessCallback,storeManager,LOCAL_STORAGE,logger,itemData=>{const currentTime=getCurrentTimeFormatted();const events=itemData.map(queueItemData=>queueItemData.event);// type casting to Blob as we know that the event has already been validated prior to enqueue
return getBatchDeliveryPayload$1(events,currentTime,logger).size;});return eventsQueue;},/**
     * Add event to the queue for delivery
     * @param state Application state
     * @param eventsQueue IQueue instance
     * @param event RudderEvent object
     * @param errorHandler Error handler instance
     * @param logger Logger instance
     * @returns none
     */enqueue(state,eventsQueue,event,errorHandler,logger){// sentAt is only added here for the validation step
// It'll be updated to the latest timestamp during actual delivery
event.sentAt=getCurrentTimeFormatted();validateEventPayloadSize(event,logger);eventsQueue.addItem({event});}}});

const CUSTOM_CONSENT_MANAGER_PLUGIN='CustomConsentManagerPlugin';

const DESTINATION_CONSENT_STATUS_ERROR$3=`Failed to determine the consent status for the destination. Please check the destination configuration and try again.`;

const pluginName$c='CustomConsentManager';const CustomConsentManager=()=>({name:pluginName$c,deps:[],initialize:state=>{state.plugins.loadedPlugins.value=[...state.plugins.loadedPlugins.value,pluginName$c];},consentManager:{init(state,logger){// Nothing to initialize
},updateConsentsInfo(state,storeManager,logger){// Nothing to update. Already provided by the user
},isDestinationConsented(state,destConfig,errorHandler,logger){if(!state.consents.initialized.value){return true;}const allowedConsentIds=state.consents.data.value.allowedConsentIds;try{const{consentManagement}=destConfig;// If the destination does not have consent management config, events should be sent.
if(!consentManagement){return true;}// Get the corresponding consents for the destination
const cmpConfig=consentManagement.find(c=>c.provider===state.consents.provider.value);// If there are no consents configured for the destination for the current provider, events should be sent.
if(!cmpConfig?.consents){return true;}const configuredConsents=cmpConfig.consents.map(c=>c.consent.trim()).filter(n=>n);const resolutionStrategy=cmpConfig.resolutionStrategy??state.consents.resolutionStrategy.value;// match the configured consents with user provided consents as per
// the configured resolution strategy
const matchPredicate=consent=>allowedConsentIds.includes(consent);switch(resolutionStrategy){case 'or':return configuredConsents.some(matchPredicate)||configuredConsents.length===0;case 'and':default:return configuredConsents.every(matchPredicate);}}catch(err){errorHandler?.onError({error:err,context:CUSTOM_CONSENT_MANAGER_PLUGIN,customMessage:DESTINATION_CONSENT_STATUS_ERROR$3});return true;}}}});

const READY_CHECK_TIMEOUT_MS=11*1000;// 11 seconds
const SCRIPT_LOAD_TIMEOUT_MS=10*1000;// 10 seconds
const READY_CHECK_INTERVAL_MS=100;// 100 milliseconds
const DEVICE_MODE_DESTINATIONS_PLUGIN='DeviceModeDestinationsPlugin';

const INTEGRATION_NOT_SUPPORTED_ERROR=destDisplayName=>`Integration for destination "${destDisplayName}" is not supported.`;const INTEGRATION_SDK_LOAD_ERROR=destDisplayName=>`Failed to load integration SDK for destination "${destDisplayName}"`;const INTEGRATION_INIT_ERROR=destUserFriendlyId=>`Failed to initialize integration for destination "${destUserFriendlyId}".`;const INTEGRATIONS_DATA_ERROR=destUserFriendlyId=>`Failed to get integrations data for destination "${destUserFriendlyId}".`;const INTEGRATION_READY_TIMEOUT_ERROR=timeout=>`A timeout of ${timeout} ms occurred`;const INTEGRATION_READY_CHECK_ERROR=id=>`Failed to get the ready status from integration for destination "${id}"`;const CUSTOM_INTEGRATION_INVALID_DESTINATION_ID_ERROR=(context,destinationId)=>`${context}${LOG_CONTEXT_SEPARATOR}The destination ID "${destinationId}" does not correspond to a custom device mode destination.`;const CUSTOM_INTEGRATION_ALREADY_EXISTS_ERROR=(context,destinationId)=>`${context}${LOG_CONTEXT_SEPARATOR}A custom integration with destination ID "${destinationId}" was already added.`;const INVALID_CUSTOM_INTEGRATION_ERROR=(context,destinationId)=>`${context}${LOG_CONTEXT_SEPARATOR}The custom integration added for destination ID "${destinationId}" does not match the expected implementation format.`;const INTEGRATION_NOT_ADDED_TO_CUSTOM_DESTINATION_WARNING=(context,destinationId)=>`${context}${LOG_CONTEXT_SEPARATOR}No valid custom integration was added for destination ID "${destinationId}". Ignoring it.`;

const isDestIntgConfigTruthy=destIntgConfig=>!isUndefined(destIntgConfig)&&Boolean(destIntgConfig)===true;const isDestIntgConfigFalsy=destIntgConfig=>!isUndefined(destIntgConfig)&&Boolean(destIntgConfig)===false;/**
 * Filters the destinations that should not be loaded or forwarded events to based on the integration options (load or events API)
 * @param intgOpts Integration options object
 * @param destinations Destinations array
 * @returns Destinations array filtered based on the integration options
 */const filterDestinations=(intgOpts,destinations)=>{const allOptVal=intgOpts.All??true;return destinations.filter(dest=>{const destDisplayName=dest.displayName;let isDestEnabled;if(allOptVal){isDestEnabled=true;if(isDestIntgConfigFalsy(intgOpts[destDisplayName])){isDestEnabled=false;}}else {isDestEnabled=false;if(isDestIntgConfigTruthy(intgOpts[destDisplayName])){isDestEnabled=true;}}return isDestEnabled;});};

const ACTIVE_CAMPAIGN_DISPLAY_NAME='ActiveCampaign';const ADOBE_ANALYTICS_DISPLAY_NAME='Adobe Analytics';const ADROLL_DISPLAY_NAME='Adroll';const AM_DISPLAY_NAME='Amplitude';const APPCUES_DISPLAY_NAME='Appcues';const AXEPTIO_DISPLAY_NAME='Axeptio';const BINGADS_DISPLAY_NAME='Bing Ads';const BRAZE_DISPLAY_NAME='Braze';const BUGSNAG_DISPLAY_NAME='Bugsnag';const CHARTBEAT_DISPLAY_NAME='Chartbeat';const CLEVERTAP_DISPLAY_NAME='CleverTap';const COMMANDBAR_DISPLAY_NAME='CommandBar';const CONVERTFLOW_DISPLAY_NAME='Convertflow';const CRITEO_DISPLAY_NAME='Criteo';const CUSTOMERIO_DISPLAY_NAME='Customer IO';const DCM_FLOODLIGHT_DISPLAY_NAME='DCM Floodlight';const DRIP_DISPLAY_NAME='Drip';const ENGAGE_DISPLAY_NAME='Engage';const FACEBOOK_PIXEL_DISPLAY_NAME='Facebook Pixel';const FULLSTORY_DISPLAY_NAME='Fullstory';const GA_DISPLAY_NAME='Google Analytics';const GA360_DISPLAY_NAME='Google Analytics 360';const GA4_DISPLAY_NAME='Google Analytics 4 (GA4)';const GA4_V2_DISPLAY_NAME='Google Analytics 4 (GA4) V2';const GAINSIGHT_PX_DISPLAY_NAME='Gainsight PX';const GOOGLE_OPTIMIZE_DISPLAY_NAME='Google Optimize';const GOOGLEADS_DISPLAY_NAME='Google Ads';const GTM_DISPLAY_NAME='Google Tag Manager';const HEAP_DISPLAY_NAME='Heap.io';const HOTJAR_DISPLAY_NAME='Hotjar';const HS_DISPLAY_NAME='HubSpot';const INTERCOM_DISPLAY_NAME='Intercom';const ITERABLE_DISPLAY_NAME='Iterable';const JUNE_DISPLAY_NAME='JUNE';const KEEN_DISPLAY_NAME='Keen';const KISSMETRICS_DISPLAY_NAME='Kiss Metrics';const KLAVIYO_DISPLAY_NAME='Klaviyo';const LAUNCHDARKLY_DISPLAY_NAME='LaunchDarkly';const LEMNISK_DISPLAY_NAME='Lemnisk Marketing Automation';const LINKEDIN_INSIGHT_TAG_DISPLAY_NAME='Linkedin Insight Tag';const LIVECHAT_DISPLAY_NAME='livechat';const LOTAME_DISPLAY_NAME='Lotame';const LYTICS_DISPLAY_NAME='Lytics';const MATOMO_DISPLAY_NAME='Matomo';const MICROSOFT_CLARITY_DISPLAY_NAME='Microsoft Clarity';const MOENGAGE_DISPLAY_NAME='MoEngage';const MOUSEFLOW_DISPLAY_NAME='Mouseflow';const MP_DISPLAY_NAME='Mixpanel';const NINETAILED_DISPLAY_NAME='Ninetailed';const OLARK_DISPLAY_NAME='Olark';const OPTIMIZELY_DISPLAY_NAME='Optimizely Web';const PENDO_DISPLAY_NAME='Pendo';const PINTEREST_TAG_DISPLAY_NAME='Pinterest Tag';const PODSIGHTS_DISPLAY_NAME='Podsights';const POST_AFFILIATE_PRO_DISPLAY_NAME='Post Affiliate Pro';const POSTHOG_DISPLAY_NAME='PostHog';const PROFITWELL_DISPLAY_NAME='ProfitWell';const QUALAROO_DISPLAY_NAME='Qualaroo';const QUALTRICS_DISPLAY_NAME='Qualtrics';const QUANTUMMETRIC_DISPLAY_NAME='Quantum Metric';const QUORA_PIXEL_DISPLAY_NAME='Quora Pixel';const REDDIT_PIXEL_DISPLAY_NAME='Reddit Pixel';const REFINER_DISPLAY_NAME='Refiner';const ROCKERBOX_DISPLAY_NAME='Rockerbox';const ROLLBAR_DISPLAY_NAME='rollbar';const SATISMETER_DISPLAY_NAME='SatisMeter';const SENDINBLUE_DISPLAY_NAME='Sendinblue';const SENTRY_DISPLAY_NAME='Sentry';const SHYNET_DISPLAY_NAME='Shynet';const SNAP_PIXEL_DISPLAY_NAME='Snap Pixel';const SNAPENGAGE_DISPLAY_NAME='SnapEngage';const SPOTIFYPIXEL_DISPLAY_NAME='Spotify Pixel';const SPRIG_DISPLAY_NAME='Sprig';const TIKTOK_ADS_DISPLAY_NAME='TikTok Ads';const TVSQUARED_DISPLAY_NAME='TVSquared';const VERO_DISPLAY_NAME='Vero';const VWO_DISPLAY_NAME='VWO';const WOOPRA_DISPLAY_NAME='WOOPRA';const XPIXEL_DISPLAY_NAME='XPixel';const YANDEX_METRICA_DISPLAY_NAME='Yandex.Metrica';const USERPILOT_DISPLAY_NAME='Userpilot';const COMSCORE_DISPLAY_NAME='Comscore';

const DIR_NAME$1h='HubSpot';

const DIR_NAME$1g='GA';

const DIR_NAME$1f='Hotjar';

const DIR_NAME$1e='GoogleAds';

const DIR_NAME$1d='VWO';

const DIR_NAME$1c='GoogleTagManager';

const DIR_NAME$1b='Braze';

const DIR_NAME$1a='INTERCOM';

const DIR_NAME$19='Keen';

const DIR_NAME$18='Kissmetrics';

const DIR_NAME$17='CustomerIO';

const DIR_NAME$16='Chartbeat';

const DIR_NAME$15='FacebookPixel';

const DIR_NAME$14='Lotame';

const DIR_NAME$13='Optimizely';

const DIR_NAME$12='Bugsnag';

const DIR_NAME$11='Fullstory';

const DIR_NAME$10='TVSquared';

const DIR_NAME$$='GA4';

const DIR_NAME$_='GA4_V2';

const DIR_NAME$Z='MoEngage';

const DIR_NAME$Y='Amplitude';

const DIR_NAME$X='Pendo';

const DIR_NAME$W='Lytics';

const DIR_NAME$V='Appcues';

const DIR_NAME$U='Posthog';

const DIR_NAME$T='Klaviyo';

const DIR_NAME$S='Clevertap';

const DIR_NAME$R='BingAds';

const DIR_NAME$Q='PinterestTag';

const DIR_NAME$P='AdobeAnalytics';

const DIR_NAME$O='LinkedInInsightTag';

const DIR_NAME$N='RedditPixel';

const DIR_NAME$M='Drip';

const DIR_NAME$L='Heap';

const DIR_NAME$K='Criteo';

const DIR_NAME$J='Mixpanel';

const DIR_NAME$I='Qualtrics';

const DIR_NAME$H='ProfitWell';

const DIR_NAME$G='Sentry';

const DIR_NAME$F='QuantumMetric';

const DIR_NAME$E='SnapPixel';

const DIR_NAME$D='PostAffiliatePro';

const DIR_NAME$C='GoogleOptimize';

const DIR_NAME$B='LaunchDarkly';

const DIR_NAME$A='GA360';

const DIR_NAME$z='Adroll';

const DIR_NAME$y='DCMFloodlight';

const DIR_NAME$x='Matomo';

const DIR_NAME$w='Vero';

const DIR_NAME$v='Mouseflow';

const DIR_NAME$u='Rockerbox';

const DIR_NAME$t='ConvertFlow';

const DIR_NAME$s='SnapEngage';

const DIR_NAME$r='LiveChat';

const DIR_NAME$q='Shynet';

const DIR_NAME$p='Woopra';

const DIR_NAME$o='RollBar';

const DIR_NAME$n='QuoraPixel';

const DIR_NAME$m='June';

const DIR_NAME$l='Engage';

const DIR_NAME$k='Iterable';

const DIR_NAME$j='YandexMetrica';

const DIR_NAME$i='Refiner';

const DIR_NAME$h='Qualaroo';

const DIR_NAME$g='Podsights';

const DIR_NAME$f='Axeptio';

const DIR_NAME$e='Satismeter';

const DIR_NAME$d='MicrosoftClarity';

const DIR_NAME$c='Sendinblue';

const DIR_NAME$b='Olark';

const DIR_NAME$a='Lemnisk';

const DIR_NAME$9='TiktokAds';

const DIR_NAME$8='ActiveCampaign';

const DIR_NAME$7='Sprig';

const DIR_NAME$6='SpotifyPixel';

const DIR_NAME$5='CommandBar';

const DIR_NAME$4='Ninetailed';

const DIR_NAME$3='Gainsight_PX';

const DIR_NAME$2='XPixel';

const DIR_NAME$1='Userpilot';

const DIR_NAME='Comscore';

// map of the destination display names to the destination directory names
// Import display names and directory names from analytics-js-integrations
const destDisplayNamesToFileNamesMap={[HS_DISPLAY_NAME]:DIR_NAME$1h,[GA_DISPLAY_NAME]:DIR_NAME$1g,[HOTJAR_DISPLAY_NAME]:DIR_NAME$1f,[GOOGLEADS_DISPLAY_NAME]:DIR_NAME$1e,[VWO_DISPLAY_NAME]:DIR_NAME$1d,[GTM_DISPLAY_NAME]:DIR_NAME$1c,[BRAZE_DISPLAY_NAME]:DIR_NAME$1b,[INTERCOM_DISPLAY_NAME]:DIR_NAME$1a,[KEEN_DISPLAY_NAME]:DIR_NAME$19,[KISSMETRICS_DISPLAY_NAME]:DIR_NAME$18,[CUSTOMERIO_DISPLAY_NAME]:DIR_NAME$17,[CHARTBEAT_DISPLAY_NAME]:DIR_NAME$16,[FACEBOOK_PIXEL_DISPLAY_NAME]:DIR_NAME$15,[LOTAME_DISPLAY_NAME]:DIR_NAME$14,[OPTIMIZELY_DISPLAY_NAME]:DIR_NAME$13,[BUGSNAG_DISPLAY_NAME]:DIR_NAME$12,[FULLSTORY_DISPLAY_NAME]:DIR_NAME$11,[TVSQUARED_DISPLAY_NAME]:DIR_NAME$10,[GA4_DISPLAY_NAME]:DIR_NAME$$,[GA4_V2_DISPLAY_NAME]:DIR_NAME$_,[MOENGAGE_DISPLAY_NAME]:DIR_NAME$Z,[AM_DISPLAY_NAME]:DIR_NAME$Y,[PENDO_DISPLAY_NAME]:DIR_NAME$X,[LYTICS_DISPLAY_NAME]:DIR_NAME$W,[APPCUES_DISPLAY_NAME]:DIR_NAME$V,[POSTHOG_DISPLAY_NAME]:DIR_NAME$U,[KLAVIYO_DISPLAY_NAME]:DIR_NAME$T,[CLEVERTAP_DISPLAY_NAME]:DIR_NAME$S,[BINGADS_DISPLAY_NAME]:DIR_NAME$R,[PINTEREST_TAG_DISPLAY_NAME]:DIR_NAME$Q,[ADOBE_ANALYTICS_DISPLAY_NAME]:DIR_NAME$P,[LINKEDIN_INSIGHT_TAG_DISPLAY_NAME]:DIR_NAME$O,[REDDIT_PIXEL_DISPLAY_NAME]:DIR_NAME$N,[DRIP_DISPLAY_NAME]:DIR_NAME$M,[HEAP_DISPLAY_NAME]:DIR_NAME$L,[CRITEO_DISPLAY_NAME]:DIR_NAME$K,[MP_DISPLAY_NAME]:DIR_NAME$J,[QUALTRICS_DISPLAY_NAME]:DIR_NAME$I,[PROFITWELL_DISPLAY_NAME]:DIR_NAME$H,[SENTRY_DISPLAY_NAME]:DIR_NAME$G,[QUANTUMMETRIC_DISPLAY_NAME]:DIR_NAME$F,[SNAP_PIXEL_DISPLAY_NAME]:DIR_NAME$E,[POST_AFFILIATE_PRO_DISPLAY_NAME]:DIR_NAME$D,[GOOGLE_OPTIMIZE_DISPLAY_NAME]:DIR_NAME$C,[LAUNCHDARKLY_DISPLAY_NAME]:DIR_NAME$B,[GA360_DISPLAY_NAME]:DIR_NAME$A,[ADROLL_DISPLAY_NAME]:DIR_NAME$z,[DCM_FLOODLIGHT_DISPLAY_NAME]:DIR_NAME$y,[MATOMO_DISPLAY_NAME]:DIR_NAME$x,[VERO_DISPLAY_NAME]:DIR_NAME$w,[MOUSEFLOW_DISPLAY_NAME]:DIR_NAME$v,[ROCKERBOX_DISPLAY_NAME]:DIR_NAME$u,[CONVERTFLOW_DISPLAY_NAME]:DIR_NAME$t,[SNAPENGAGE_DISPLAY_NAME]:DIR_NAME$s,[LIVECHAT_DISPLAY_NAME]:DIR_NAME$r,[SHYNET_DISPLAY_NAME]:DIR_NAME$q,[WOOPRA_DISPLAY_NAME]:DIR_NAME$p,[ROLLBAR_DISPLAY_NAME]:DIR_NAME$o,[QUORA_PIXEL_DISPLAY_NAME]:DIR_NAME$n,[JUNE_DISPLAY_NAME]:DIR_NAME$m,[ENGAGE_DISPLAY_NAME]:DIR_NAME$l,[ITERABLE_DISPLAY_NAME]:DIR_NAME$k,[YANDEX_METRICA_DISPLAY_NAME]:DIR_NAME$j,[REFINER_DISPLAY_NAME]:DIR_NAME$i,[QUALAROO_DISPLAY_NAME]:DIR_NAME$h,[PODSIGHTS_DISPLAY_NAME]:DIR_NAME$g,[AXEPTIO_DISPLAY_NAME]:DIR_NAME$f,[SATISMETER_DISPLAY_NAME]:DIR_NAME$e,[MICROSOFT_CLARITY_DISPLAY_NAME]:DIR_NAME$d,[SENDINBLUE_DISPLAY_NAME]:DIR_NAME$c,[OLARK_DISPLAY_NAME]:DIR_NAME$b,[LEMNISK_DISPLAY_NAME]:DIR_NAME$a,[TIKTOK_ADS_DISPLAY_NAME]:DIR_NAME$9,[ACTIVE_CAMPAIGN_DISPLAY_NAME]:DIR_NAME$8,[SPRIG_DISPLAY_NAME]:DIR_NAME$7,[SPOTIFYPIXEL_DISPLAY_NAME]:DIR_NAME$6,[COMMANDBAR_DISPLAY_NAME]:DIR_NAME$5,[NINETAILED_DISPLAY_NAME]:DIR_NAME$4,[GAINSIGHT_PX_DISPLAY_NAME]:DIR_NAME$3,[XPIXEL_DISPLAY_NAME]:DIR_NAME$2,[USERPILOT_DISPLAY_NAME]:DIR_NAME$1,[COMSCORE_DISPLAY_NAME]:DIR_NAME};

/**
 * Determines if the destination SDK code is evaluated
 * @param destSDKIdentifier The name of the global globalThis object that contains the destination SDK
 * @param sdkTypeName The name of the destination SDK type
 * @param logger Logger instance
 * @returns true if the destination SDK code is evaluated, false otherwise
 */const isDestinationSDKMounted=(destSDKIdentifier,sdkTypeName,logger)=>Boolean(globalThis[destSDKIdentifier]?.[sdkTypeName]?.prototype&&typeof globalThis[destSDKIdentifier][sdkTypeName].prototype.constructor!=='undefined');const wait=time=>new Promise(resolve=>{globalThis.setTimeout(resolve,time);});const createIntegrationInstance=(destSDKIdentifier,sdkTypeName,dest,state)=>{const analyticsInstance={loadIntegration:state.nativeDestinations.loadIntegration.value,logLevel:state.lifecycle.logLevel.value,loadOnlyIntegrations:state.consents.postConsent.value?.integrations??state.nativeDestinations.loadOnlyIntegrations.value,...state.lifecycle.safeAnalyticsInstance.value};const integration=new globalThis[destSDKIdentifier][sdkTypeName](clone(dest.config),analyticsInstance,{shouldApplyDeviceModeTransformation:dest.shouldApplyDeviceModeTransformation,propagateEventsUntransformedOnError:dest.propagateEventsUntransformedOnError,destinationId:dest.id});return integration;};const isDestinationReady=(dest,time=0)=>new Promise((resolve,reject)=>{if(dest.integration?.isReady()){resolve(true);}else if(time>=READY_CHECK_TIMEOUT_MS){reject(new Error(INTEGRATION_READY_TIMEOUT_ERROR(READY_CHECK_TIMEOUT_MS)));}else {const curTime=Date.now();wait(READY_CHECK_INTERVAL_MS).then(()=>{const elapsedTime=Date.now()-curTime;isDestinationReady(dest,time+elapsedTime).then(resolve).catch(err=>reject(err));});}});/**
 * Extracts the integration config, if any, from the given destination
 * and merges it with the current integrations config
 * @param dest Destination object
 * @param curDestIntgConfig Current destinations integration config
 * @param logger Logger object
 * @returns Combined destinations integrations config
 */const getCumulativeIntegrationsConfig=(dest,curDestIntgConfig,errorHandler)=>{let integrationsConfig=curDestIntgConfig;if(isFunction(dest.integration?.getDataForIntegrationsObject)){try{integrationsConfig={...curDestIntgConfig,...getSanitizedValue(dest.integration.getDataForIntegrationsObject())};}catch(err){errorHandler?.onError({error:err,context:DEVICE_MODE_DESTINATIONS_PLUGIN,customMessage:INTEGRATIONS_DATA_ERROR(dest.userFriendlyId),groupingHash:INTEGRATIONS_DATA_ERROR(dest.displayName),category:INTEGRATIONS_ERROR_CATEGORY});}}return integrationsConfig;};const initializeDestination=(dest,state,destSDKIdentifier,sdkTypeName,errorHandler,logger)=>{try{const initializedDestination=clone(dest);let integration=initializedDestination.integration;if(isUndefined(integration)){integration=createIntegrationInstance(destSDKIdentifier,sdkTypeName,dest,state);initializedDestination.integration=integration;}integration.init?.();isDestinationReady(initializedDestination).then(()=>{// Collect the integrations data for the hybrid mode destinations
if(isHybridModeDestination(initializedDestination)){state.nativeDestinations.integrationsConfig.value=getCumulativeIntegrationsConfig(initializedDestination,state.nativeDestinations.integrationsConfig.value,errorHandler);}state.nativeDestinations.initializedDestinations.value=[...state.nativeDestinations.initializedDestinations.value,initializedDestination];}).catch(err=>{state.nativeDestinations.failedDestinations.value=[...state.nativeDestinations.failedDestinations.value,dest];errorHandler?.onError({error:err,context:DEVICE_MODE_DESTINATIONS_PLUGIN,customMessage:INTEGRATION_READY_CHECK_ERROR(dest.userFriendlyId),groupingHash:INTEGRATION_READY_CHECK_ERROR(dest.displayName),category:INTEGRATIONS_ERROR_CATEGORY});});}catch(err){state.nativeDestinations.failedDestinations.value=[...state.nativeDestinations.failedDestinations.value,dest];errorHandler?.onError({error:err,context:DEVICE_MODE_DESTINATIONS_PLUGIN,customMessage:INTEGRATION_INIT_ERROR(dest.userFriendlyId),groupingHash:INTEGRATION_INIT_ERROR(dest.displayName),category:INTEGRATIONS_ERROR_CATEGORY});}};/**
 * Applies source configuration overrides to destinations
 * @param destinations Array of destinations to process
 * @param sourceConfigOverride Source configuration override options
 * @param logger Logger instance for warnings
 * @returns Array of destinations with overrides applied
 */const applySourceConfigurationOverrides=(destinations,sourceConfigOverride,logger)=>{if(!sourceConfigOverride?.destinations?.length){return filterDisabledDestinations(destinations);}const destIds=destinations.map(dest=>dest.id);// Group overrides by destination ID to support future cloning
// When cloning is implemented, multiple overrides with same ID will create multiple destination instances
const overridesByDestId={};sourceConfigOverride.destinations.forEach(override=>{const existing=overridesByDestId[override.id]||[];existing.push(override);overridesByDestId[override.id]=existing;});// Find unmatched destination IDs and log warning
const unmatchedIds=Object.keys(overridesByDestId).filter(id=>!destIds.includes(id));if(unmatchedIds.length>0){logger?.warn(`${DEVICE_MODE_DESTINATIONS_PLUGIN}:: Source configuration override - Unable to identify the destinations with the following IDs: "${unmatchedIds.join(', ')}"`);}// Process overrides and apply them to destinations
const processedDestinations=[];destinations.forEach(dest=>{const overrides=overridesByDestId[dest.id];if(!overrides||overrides.length===0){// No override for this destination, keep original
processedDestinations.push(dest);return;}if(overrides.length>1){// Multiple overrides for the same destination, create clones
overrides.forEach((override,index)=>{const overriddenDestination=applyOverrideToDestination(dest,override,`${index+1}`);overriddenDestination.cloned=true;processedDestinations.push(overriddenDestination);});}else {const overriddenDestination=applyOverrideToDestination(dest,overrides[0]);processedDestinations.push(overriddenDestination);}});return filterDisabledDestinations(processedDestinations);};/**
 * This function filters out disabled destinations from the provided array.
 * @param destinations Array of destinations to filter
 * @returns Filtered destinations to only include enabled ones
 */const filterDisabledDestinations=destinations=>destinations.filter(dest=>dest.enabled);/**
 * Applies a single override configuration to a destination
 * @param destination Original destination
 * @param override Override configuration
 * @param cloneId Unique identifier for the clone,
 * if provided, the value is appended to the id and userFriendlyId of the destination
 * @returns Modified destination with override applied
 */const applyOverrideToDestination=(destination,override,cloneId)=>{// Check if any changes are needed
const isEnabledStatusChanged=isBoolean(override.enabled)&&override.enabled!==destination.enabled;// Check if config is provided
const isConfigChanged=isNonEmptyObject(override.config);// Determine the final enabled status after applying overrides
const finalEnabledStatus=isBoolean(override.enabled)?override.enabled:destination.enabled;// Check if config will actually be applied (only for enabled destinations)
const willApplyConfig=isConfigChanged&&finalEnabledStatus;// If no changes needed and no cloneId, return original destination
if(!isEnabledStatusChanged&&!willApplyConfig&&!cloneId){return destination;}// Clone destination and apply overrides
const clonedDest=clone(destination);if(cloneId){clonedDest.id=`${destination.id}_${cloneId}`;clonedDest.userFriendlyId=`${destination.userFriendlyId}_${cloneId}`;}// Apply enabled status override if provided and different
if(isEnabledStatusChanged){clonedDest.enabled=override.enabled;// Mark as overridden
clonedDest.overridden=true;}// Apply config overrides if provided for enabled destination
if(willApplyConfig){// Override the config with the new config and remove undefined and null values
clonedDest.config=removeUndefinedAndNullValues({...clonedDest.config,...override.config});clonedDest.overridden=true;}return clonedDest;};/**
 * Validates if the destination ID and custom integration are valid
 * @param destinationId - The destination ID to validate
 * @param integration - The custom integration instance
 * @param state - Application state
 * @param logger - Logger instance
 * @returns Destination object if the integration is valid, undefined otherwise
 */const validateCustomIntegration=(destinationId,integration,state,logger)=>{const configuredDestinations=state.nativeDestinations.configuredDestinations.value;const destination=configuredDestinations.find(dest=>dest.id===destinationId&&dest.isCustomIntegration===true);if(!destination){logger.error(CUSTOM_INTEGRATION_INVALID_DESTINATION_ID_ERROR(DEVICE_MODE_DESTINATIONS_PLUGIN,destinationId));return;}// Check if a custom integration is already added for the destination ID
if(isDefined(destination.integration)){logger.error(CUSTOM_INTEGRATION_ALREADY_EXISTS_ERROR(DEVICE_MODE_DESTINATIONS_PLUGIN,destinationId));return;}// Check if the integration is correctly implemented
if(isNullOrUndefined(integration)||!isFunction(integration.isReady)||isDefined(integration.init)&&!isFunction(integration.init)||isDefined(integration.track)&&!isFunction(integration.track)||isDefined(integration.page)&&!isFunction(integration.page)||isDefined(integration.identify)&&!isFunction(integration.identify)||isDefined(integration.group)&&!isFunction(integration.group)||isDefined(integration.alias)&&!isFunction(integration.alias)){logger.error(INVALID_CUSTOM_INTEGRATION_ERROR(DEVICE_MODE_DESTINATIONS_PLUGIN,destinationId));return;}return destination;};/**
 * Updates destination object with the custom integration
 * @param destination - The destination object
 * @param integration - The custom integration instance
 * @param state - Application state
 * @param logger - Logger instance
 * @returns
 */const addIntegrationToDestination=(destination,integration,state,logger)=>{const analyticsInstance=state.lifecycle.safeAnalyticsInstance.value;// Create a new logger object for the custom integration
// to avoid conflicts with the main logger
const integrationLogger=clone(logger);// Set the scope to the custom integration name
// for easy identification in the logs
integrationLogger.setScope(destination.displayName);// Bind only the necessary methods to the new logger object
const safeLogger={log:integrationLogger.log.bind(integrationLogger),info:integrationLogger.info.bind(integrationLogger),debug:integrationLogger.debug.bind(integrationLogger),warn:integrationLogger.warn.bind(integrationLogger),error:integrationLogger.error.bind(integrationLogger),setMinLogLevel:integrationLogger.setMinLogLevel.bind(integrationLogger)};// Create configuration object for the custom integration
// to pass to the init method
const customDestinationConfig=clone(destination.config);// Create a wrapper around the custom integration APIs
// to make them consistent with the standard device mode integrations
destination.integration={...(integration.init&&{init:()=>integration.init(customDestinationConfig,analyticsInstance,safeLogger)}),...(integration.track&&{track:event=>integration.track(analyticsInstance,safeLogger,event)}),...(integration.page&&{page:event=>integration.page(analyticsInstance,safeLogger,event)}),...(integration.identify&&{identify:event=>integration.identify(analyticsInstance,safeLogger,event)}),...(integration.group&&{group:event=>integration.group(analyticsInstance,safeLogger,event)}),...(integration.alias&&{alias:event=>integration.alias(analyticsInstance,safeLogger,event)}),isReady:()=>integration.isReady(analyticsInstance,safeLogger)};};

const pluginName$b='DeviceModeDestinations';const DeviceModeDestinations=()=>({name:pluginName$b,initialize:state=>{state.plugins.loadedPlugins.value=[...state.plugins.loadedPlugins.value,pluginName$b];},nativeDestinations:{addCustomIntegration(destinationId,integration,state,logger){const destination=validateCustomIntegration(destinationId,integration,state,logger);if(!destination){return;}addIntegrationToDestination(destination,integration,state,logger);// Refresh the state value to trigger any effects that depend on it
state.nativeDestinations.configuredDestinations.value=[...state.nativeDestinations.configuredDestinations.value];},setActiveDestinations(state,pluginsManager,errorHandler,logger){state.nativeDestinations.loadIntegration.value=state.loadOptions.value.loadIntegration;// Filter destination that doesn't have mapping config-->Integration names
const configSupportedDestinations=state.nativeDestinations.configuredDestinations.value.filter(configDest=>{// Filter enabled or disabled custom destinations that don't have an integration added to them
if(configDest.isCustomIntegration&&isUndefined(configDest.integration)){if(configDest.enabled){logger?.warn(INTEGRATION_NOT_ADDED_TO_CUSTOM_DESTINATION_WARNING(DEVICE_MODE_DESTINATIONS_PLUGIN,configDest.id));}return false;}// Ensure the destination is supported by the SDK
// or it is a custom integration
if(configDest.isCustomIntegration||destDisplayNamesToFileNamesMap[configDest.displayName]){return true;}const errMessage=INTEGRATION_NOT_SUPPORTED_ERROR(configDest.displayName);errorHandler?.onError({error:new Error(errMessage),context:DEVICE_MODE_DESTINATIONS_PLUGIN,category:INTEGRATIONS_ERROR_CATEGORY});return false;});// Apply source configuration overrides if provided
const configuredDestinations=state.loadOptions.value.sourceConfigurationOverride?applySourceConfigurationOverrides(configSupportedDestinations,state.loadOptions.value.sourceConfigurationOverride,logger):filterDisabledDestinations(configSupportedDestinations);// Filter destinations that are disabled through load or consent API options
const destinationsToLoad=filterDestinations(state.consents.postConsent.value?.integrations??state.nativeDestinations.loadOnlyIntegrations.value,configuredDestinations);const consentedDestinations=destinationsToLoad.filter(dest=>// if consent manager is not configured, then default to load the destination
pluginsManager.invokeSingle(`consentManager.isDestinationConsented`,state,dest.config,errorHandler,logger)??true);// Add the distilled destinations to the active destinations list
state.nativeDestinations.activeDestinations.value=[...state.nativeDestinations.activeDestinations.value,...consentedDestinations];},load(state,externalSrcLoader,errorHandler,logger,externalScriptOnLoad){const integrationsCDNPath=state.lifecycle.integrationsCDNPath.value;const activeDestinations=state.nativeDestinations.activeDestinations.value;activeDestinations.forEach(dest=>{const sdkName=destDisplayNamesToFileNamesMap[dest.displayName];const destSDKIdentifier=`${sdkName}_RS`;// this is the name of the object loaded on the window
const sdkTypeName=sdkName;if(sdkTypeName&&!isDestinationSDKMounted(destSDKIdentifier,sdkTypeName)){const destSdkURL=`${integrationsCDNPath}/${sdkName}.min.js`;externalSrcLoader.loadJSFile({url:destSdkURL,id:dest.userFriendlyId,callback:externalScriptOnLoad??((id,err)=>{if(err){const customMessage=INTEGRATION_SDK_LOAD_ERROR(dest.displayName);errorHandler?.onError({error:err,context:DEVICE_MODE_DESTINATIONS_PLUGIN,customMessage,groupingHash:customMessage,category:INTEGRATIONS_ERROR_CATEGORY});state.nativeDestinations.failedDestinations.value=[...state.nativeDestinations.failedDestinations.value,dest];}else {initializeDestination(dest,state,destSDKIdentifier,sdkTypeName,errorHandler);}}),timeout:SCRIPT_LOAD_TIMEOUT_MS});}else {initializeDestination(dest,state,destSDKIdentifier,sdkTypeName,errorHandler);}});}}});

const DEFAULT_TRANSFORMATION_QUEUE_OPTIONS={minRetryDelay:500,backoffFactor:2,maxAttempts:3};const REQUEST_TIMEOUT_MS$1=10*1000;// 10 seconds
const QUEUE_NAME$2='rudder';const DMT_PLUGIN='DeviceModeTransformationPlugin';

const DMT_TRANSFORMATION_UNSUCCESSFUL_ERROR=(context,displayName,reason,action)=>`${context}${LOG_CONTEXT_SEPARATOR}Event transformation unsuccessful for destination "${displayName}". Reason: ${reason}. ${action}.`;const DMT_REQUEST_FAILED_ERROR=(context,displayName,status,action)=>`${context}${LOG_CONTEXT_SEPARATOR}[Destination: ${displayName}].Transformation request failed with status: ${status}. Retries exhausted. ${action}.`;const DMT_EXCEPTION=displayName=>`Transformation failed for destination "${displayName}"`;const DMT_SERVER_ACCESS_DENIED_WARNING=context=>`${context}${LOG_CONTEXT_SEPARATOR}Transformation server access is denied. The configuration data seems to be out of sync. Sending untransformed event to the destination.`;

/**
 * A helper function that will take rudderEvent and generate
 * a batch payload that will be sent to transformation server
 *
 */const createPayload=(event,destinationIds,token)=>{const orderNo=Date.now();const payload={metadata:{'Custom-Authorization':token},batch:[{orderNo,destinationIds,event}]};return payload;};const sendTransformedEventToDestinations=(state,pluginsManager,destinationIds,result,status,event,errorHandler,logger)=>{const NATIVE_DEST_EXT_POINT='destinationsEventsQueue.enqueueEventToDestination';const ACTION_TO_SEND_UNTRANSFORMED_EVENT='Sending untransformed event';const ACTION_TO_DROP_EVENT='Dropping the event';const destinations=state.nativeDestinations.initializedDestinations.value.filter(d=>d&&destinationIds.includes(d.id));destinations.forEach(dest=>{try{const eventsToSend=[];switch(status){case 200:{const response=JSON.parse(result);const destTransformedResult=response.transformedBatch.find(e=>e.id===dest.id);destTransformedResult?.payload.forEach(tEvent=>{if(tEvent.status==='200'){eventsToSend.push(tEvent.event);}else {let reason='Unknown';if(tEvent.status==='410'){reason='Transformation is not available';}let action=ACTION_TO_DROP_EVENT;if(dest.propagateEventsUntransformedOnError===true){action=ACTION_TO_SEND_UNTRANSFORMED_EVENT;eventsToSend.push(event);logger?.warn(DMT_TRANSFORMATION_UNSUCCESSFUL_ERROR(DMT_PLUGIN,dest.displayName,reason,action));}else {logger?.error(DMT_TRANSFORMATION_UNSUCCESSFUL_ERROR(DMT_PLUGIN,dest.displayName,reason,action));}}});break;}// Transformation server access denied
case 404:{logger?.warn(DMT_SERVER_ACCESS_DENIED_WARNING(DMT_PLUGIN));eventsToSend.push(event);break;}default:{if(dest.propagateEventsUntransformedOnError===true){logger?.warn(DMT_REQUEST_FAILED_ERROR(DMT_PLUGIN,dest.displayName,status,ACTION_TO_SEND_UNTRANSFORMED_EVENT));eventsToSend.push(event);}else {logger?.error(DMT_REQUEST_FAILED_ERROR(DMT_PLUGIN,dest.displayName,status,ACTION_TO_DROP_EVENT));}break;}}eventsToSend?.forEach(tEvent=>{if(isNonEmptyObject(tEvent)){pluginsManager.invokeSingle(NATIVE_DEST_EXT_POINT,state,tEvent,dest,errorHandler,logger);}});}catch(err){errorHandler?.onError({error:err,context:DMT_PLUGIN,customMessage:DMT_EXCEPTION(dest.displayName)});}});};

const pluginName$a='DeviceModeTransformation';const DeviceModeTransformation=()=>({name:pluginName$a,deps:[],initialize:state=>{state.plugins.loadedPlugins.value=[...state.plugins.loadedPlugins.value,pluginName$a];},transformEvent:{init(state,pluginsManager,httpClient,storeManager,errorHandler,logger){const writeKey=state.lifecycle.writeKey.value;httpClient.setAuthHeader(writeKey);const eventsQueue=new RetryQueue(// adding write key to the queue name to avoid conflicts
`${QUEUE_NAME$2}_${writeKey}`,DEFAULT_TRANSFORMATION_QUEUE_OPTIONS,(item,done,qItemProcessInfo)=>{const payload=createPayload(item.event,item.destinationIds,item.token);httpClient.getAsyncData({url:`${state.lifecycle.activeDataplaneUrl.value}/transform`,options:{method:'POST',data:getDMTDeliveryPayload(payload),sendRawData:true},isRawResponse:true,timeout:REQUEST_TIMEOUT_MS$1,callback:(result,details)=>{const isRetryable=isErrRetryable(details?.xhr?.status??0);// If there is no error, or the error is not retryable, or the attempt number is the max retry attempts, then attempt send the event to the destinations
if(isUndefined(details?.error)||!isRetryable||qItemProcessInfo.retryAttemptNumber===qItemProcessInfo.maxRetryAttempts){sendTransformedEventToDestinations(state,pluginsManager,item.destinationIds,result,details?.xhr?.status,item.event,errorHandler,logger);done(null);}else {// Requeue the item as the error is retryable.
done(details);}}});},storeManager,MEMORY_STORAGE);return eventsQueue;},enqueue(state,eventsQueue,event,destinations){const destinationIds=destinations.map(d=>d.id);eventsQueue.addItem({event,destinationIds,token:state.session.authToken.value});}}});

const externallyLoadedSessionStorageKeys={segment:'ajs_anonymous_id'};

const getSegmentAnonymousId=getStorageEngine=>{let anonymousId;/**
   * First check the local storage for anonymousId
   * Ref: https://segment.com/docs/connections/sources/catalog/libraries/website/javascript/#identify
   */const lsEngine=getStorageEngine(LOCAL_STORAGE);if(lsEngine?.isEnabled){anonymousId=lsEngine.getItem(externallyLoadedSessionStorageKeys.segment);}// If anonymousId is not present in local storage and find it in cookies
const csEngine=getStorageEngine(COOKIE_STORAGE);if(!anonymousId&&csEngine?.isEnabled){anonymousId=csEngine.getItem(externallyLoadedSessionStorageKeys.segment);}return anonymousId;};

const pluginName$9='ExternalAnonymousId';const ExternalAnonymousId=()=>({name:pluginName$9,initialize:state=>{state.plugins.loadedPlugins.value=[...state.plugins.loadedPlugins.value,pluginName$9];},storage:{getAnonymousId(getStorageEngine,options){let anonymousId;if(options?.autoCapture?.enabled&&options.autoCapture.source){const source=options.autoCapture.source.toLowerCase();if(!Object.keys(externallyLoadedSessionStorageKeys).includes(source)){return anonymousId;}// eslint-disable-next-line sonarjs/no-small-switch
switch(source){case 'segment':anonymousId=getSegmentAnonymousId(getStorageEngine);break;}}return anonymousId;}}});

const AMP_LINKER_ANONYMOUS_ID_KEY='rs_amp_id';

/* eslint-disable no-bitwise *//**
 * generate crc table
 *
 * @params none
 * @returns array of CRC table
 */const makeCRCTable=()=>{const crcTable=[];let c;for(let n=0;n<256;n++){c=n;for(let k=0;k<8;k++){c=c&1?0xedb88320^c>>>1:c>>>1;}crcTable[n]=c;}return crcTable;};/**
 * This is utility function for crc32 algorithm
 *
 * @param {string} str
 * @returns {number} crc32
 */const crc32=str=>{const crcTable=makeCRCTable();let crc=0^-1;for(let i=0;i<str.length;i++){// eslint-disable-next-line @typescript-eslint/ban-ts-comment
// @ts-ignore
crc=crc>>>8^crcTable[(crc^str.charCodeAt(i))&0xff];}return (crc^-1)>>>0;};

/**
 * An interface to fetch user device details.
 */const USER_INTERFACE={/**
   * @returns {string} user language
   */getUserLanguage:()=>navigator?.language,/**
   * @returns {string} userAgent
   */getUserAgent:()=>navigator?.userAgent};

/**
 * This is utility function for decoding from base 64 to utf8
 *
 * @param {string} str base64
 *
 * @returns {string} utf8
 */const b64DecodeUnicode=str=>// Going backwards: from bytestream, to percent-encoding, to original string.
decodeURIComponent(globalThis.atob(str).split('').map(c=>{const percentEncodingChar=`00${c.charCodeAt(0).toString(16)}`;return `%${percentEncodingChar.slice(-2)}`;}).join(''));/**
 * This is utility function for decoding from base 64 to utf8
 *
 * @param {string} data
 *
 * @return {string}
 */const decode=(data='')=>{const decodedData=data.endsWith('..')?data.substring(0,data.length-2):data;return b64DecodeUnicode(decodedData);};

const KEY_VALIDATOR=/^[\w.-]+$/;const CHECKSUM_OFFSET_MAX_MIN=1;const VALID_VERSION=1;const DELIMITER='*';/**
 * Parse the linker param value to version checksum and serializedParams
 *
 * @param {string} value
 *
 * @return {?Object}
 */const parseLinkerParamValue=value=>{const parts=value.split(DELIMITER);const isEven=parts.length%2===0;if(parts.length<4||!isEven){// Format <version>*<checksum>*<key1>*<value1>
// Note: linker makes sure there's at least one pair of non empty key value
// Make sure there is at least three delimiters.
return null;}const version=Number(parts.shift());if(version!==VALID_VERSION){return null;}const checksum=parts.shift();const serializedIds=parts.join(DELIMITER);return {checksum:checksum??'',serializedIds};};/**
 * Deserialize the serializedIds and return keyValue pairs.
 *
 * @param {string} serializedIds
 *
 * @return {!Object<string, string>}
 */const deserialize=serializedIds=>{if(!serializedIds){return {};}const keyValuePairs={};const params=serializedIds.split(DELIMITER);for(let i=0;i<params.length;i+=2){const key=params[i];const valid=KEY_VALIDATOR.test(key);if(valid){keyValuePairs[key]=decode(params[i+1]);}}return keyValuePairs;};/**
 * Generates a semi-unique value for page visitor.
 *
 * @return {string}
 */const getFingerprint=(userAgent,language)=>{const date=new Date();const timezone=date.getTimezoneOffset();return [userAgent,timezone,language].join(DELIMITER);};/**
 * Rounded time used to check if t2 - t1 is within our time tolerance.
 * Timestamp in minutes, floored.
 *
 * @return {number}
 */const getMinSinceEpoch=()=>Math.floor(Date.now()/60000);/**
 * Create a unique checksum hashing the fingerprint and a few other values.
 *
 * @param {string} serializedIds
 * @param {number=} optOffsetMin
 * @param {string} userAgent
 * @param {string} language
 *
 * @return {string}
 */const getCheckSum=(serializedIds,optOffsetMin,userAgent,language)=>{const fingerprint=getFingerprint(userAgent,language);const offset=optOffsetMin||0;const timestamp=getMinSinceEpoch()-offset;const crc=crc32([fingerprint,timestamp,serializedIds].join(DELIMITER));// Encoded to base36 for fewer bytes.
return crc.toString(36);};/**
 * Check if the checksum is valid with time offset tolerance.
 *
 * @param {string} serializedIds
 * @param {string} checksum
 *
 * @return {boolean}
 */const isCheckSumValid=(serializedIds,checksum)=>{const userAgent=USER_INTERFACE.getUserAgent();const language=USER_INTERFACE.getUserLanguage();for(let i=0;i<=CHECKSUM_OFFSET_MAX_MIN;i+=1){const calculateCheckSum=getCheckSum(serializedIds,i,userAgent,language);if(calculateCheckSum===checksum){return true;}}return false;};/**
 * AMP Linker Parser (works for Rudder, GA or any other linker created by following Google's linker standard.)
 *
 * @param {string} value
 *
 * @return {?Object<string, string>}
 */const parseLinker=value=>{const linkerObj=parseLinkerParamValue(value);if(!linkerObj){return null;}const{checksum,serializedIds}=linkerObj;if(!serializedIds||!checksum||!isCheckSumValid(serializedIds,checksum)){return null;}return deserialize(serializedIds);};

const pluginName$8='GoogleLinker';const GoogleLinker=()=>({name:pluginName$8,initialize:state=>{state.plugins.loadedPlugins.value=[...state.plugins.loadedPlugins.value,pluginName$8];},userSession:{anonymousIdGoogleLinker(rudderAmpLinkerParam){if(!rudderAmpLinkerParam){return null;}const parsedAnonymousIdObj=rudderAmpLinkerParam?parseLinker(rudderAmpLinkerParam):null;return parsedAnonymousIdObj?parsedAnonymousIdObj[AMP_LINKER_ANONYMOUS_ID_KEY]:null;}}});

const IUBENDA_CONSENT_COOKIE_READ_ERROR=context=>`${context}${LOG_CONTEXT_SEPARATOR}Failed to read the consent cookie.`;const IUBENDA_CONSENT_COOKIE_PARSE_ERROR=context=>`${context}${LOG_CONTEXT_SEPARATOR}Failed to parse the consent cookie.`;const DESTINATION_CONSENT_STATUS_ERROR$2=`Failed to determine the consent status for the destination. Please check the destination configuration and try again.`;

const IUBENDA_CONSENT_MANAGER_PLUGIN='IubendaConsentManagerPlugin';const IUBENDA_CONSENT_COOKIE_NAME_PATTERN=/^_iub_cs-\d+$/;

const getIubendaCookieName=logger=>{try{// Retrieve cookies as a string and split them into an array
const cookies=document.cookie.split('; ');// Find the cookie that matches the iubenda cookie pattern
const matchedCookie=cookies.find(cookie=>{const[name]=cookie.split('=');return IUBENDA_CONSENT_COOKIE_NAME_PATTERN.test((name||'').trim());});if(!matchedCookie){throw new Error('Iubenda Cookie not found with the specified pattern.');}// Extract and return the cookie name
const[name]=matchedCookie.split('=');return name||'';}catch(err){logger?.error(IUBENDA_CONSENT_COOKIE_READ_ERROR(IUBENDA_CONSENT_MANAGER_PLUGIN),err);return '';}};/**
 * Gets the consent data from the Iubenda's consent cookie
 * @param storeManager Store manager instance
 * @param logger Logger instance
 * @returns Consent data from the consent cookie
 */const getIubendaConsentData=(storeManager,logger)=>{let rawConsentCookieData=null;try{const dataStore=storeManager?.setStore({id:IUBENDA_CONSENT_MANAGER_PLUGIN,name:IUBENDA_CONSENT_MANAGER_PLUGIN,type:COOKIE_STORAGE,errorHandler:storeManager?.errorHandler,logger:storeManager?.logger});rawConsentCookieData=dataStore?.engine.getItem(getIubendaCookieName(logger));}catch(err){logger?.error(IUBENDA_CONSENT_COOKIE_READ_ERROR(IUBENDA_CONSENT_MANAGER_PLUGIN),err);return undefined;}if(isNullOrUndefined(rawConsentCookieData)){return undefined;}// Decode and parse the cookie data to JSON
let consentCookieData;try{consentCookieData=JSON.parse(decodeURIComponent(rawConsentCookieData));}catch(err){logger?.error(IUBENDA_CONSENT_COOKIE_PARSE_ERROR(IUBENDA_CONSENT_MANAGER_PLUGIN),err);return undefined;}if(!consentCookieData){return undefined;}// Convert the cookie data to consent data
const consentPurposes=consentCookieData.purposes;return consentPurposes;};/**
 * Gets the consent data in the format expected by the application state
 * @param iubendaConsentData Consent data derived from the consent cookie
 * @returns Consent data
 */const getConsentData$1=iubendaConsentData=>{const allowedConsentIds=[];const deniedConsentIds=[];if(iubendaConsentData){Object.entries(iubendaConsentData).forEach(e=>{const purposeId=e[0];const isConsented=e[1];if(isConsented){allowedConsentIds.push(purposeId);}else {deniedConsentIds.push(purposeId);}});}return {allowedConsentIds,deniedConsentIds};};const updateConsentStateFromData$1=(state,iubendaConsentData)=>{const consentData=getConsentData$1(iubendaConsentData);state.consents.initialized.value=isDefined(iubendaConsentData);state.consents.data.value=consentData;};

const pluginName$7='IubendaConsentManager';const IubendaConsentManager=()=>({name:pluginName$7,deps:[],initialize:state=>{state.plugins.loadedPlugins.value=[...state.plugins.loadedPlugins.value,pluginName$7];},consentManager:{init(state,logger){// getIubendaUserConsentedPurposes returns current iubenda opted-in purposes
// This will be helpful for debugging
globalThis.getIubendaUserConsentedPurposes=()=>state.consents.data.value.allowedConsentIds?.slice();// getIubendaUserDeniedPurposes returns current Iubenda opted-out purposes
// This will be helpful for debugging
globalThis.getIubendaUserDeniedPurposes=()=>state.consents.data.value.deniedConsentIds?.slice();// updateIubendaConsent callback function to update current consent purpose state
globalThis.updateIubendaConsent=iubendaConsentData=>{updateConsentStateFromData$1(state,iubendaConsentData);};},updateConsentsInfo(state,storeManager,logger){// retrieve consent data and update the state
let iubendaConsentData;// From window
if(!isUndefined(globalThis._iub.cs.consent.purposes)){iubendaConsentData=globalThis._iub.cs.consent.purposes;// From cookie
}else {iubendaConsentData=getIubendaConsentData(storeManager,logger);}updateConsentStateFromData$1(state,iubendaConsentData);},isDestinationConsented(state,destConfig,errorHandler,logger){if(!state.consents.initialized.value){return true;}const allowedConsentIds=state.consents.data.value.allowedConsentIds;const matchPredicate=consent=>allowedConsentIds.includes(consent);try{const{consentManagement}=destConfig;// If the destination does not have consent management config, events should be sent.
if(consentManagement){// Get the corresponding consents for the destination
const cmpConfig=consentManagement.find(c=>c.provider===state.consents.provider.value);// If there are no consents configured for the destination for the current provider, events should be sent.
if(!cmpConfig?.consents){return true;}const configuredConsents=cmpConfig.consents.map(c=>c.consent.trim()).filter(n=>n);const resolutionStrategy=cmpConfig.resolutionStrategy??state.consents.resolutionStrategy.value;// match the configured consents with user provided consents as per
// the configured resolution strategy
switch(resolutionStrategy){case 'or':return configuredConsents.some(matchPredicate)||configuredConsents.length===0;case 'and':default:return configuredConsents.every(matchPredicate);}}return true;}catch(err){errorHandler?.onError({error:err,context:IUBENDA_CONSENT_MANAGER_PLUGIN,customMessage:DESTINATION_CONSENT_STATUS_ERROR$2});return true;}}}});

const KETCH_CONSENT_COOKIE_READ_ERROR=context=>`${context}${LOG_CONTEXT_SEPARATOR}Failed to read the consent cookie.`;const KETCH_CONSENT_COOKIE_PARSE_ERROR=context=>`${context}${LOG_CONTEXT_SEPARATOR}Failed to parse the consent cookie.`;const DESTINATION_CONSENT_STATUS_ERROR$1=`Failed to determine the consent status for the destination. Please check the destination configuration and try again.`;

const KETCH_CONSENT_MANAGER_PLUGIN='KetchConsentManagerPlugin';const KETCH_CONSENT_COOKIE_NAME_V1='_ketch_consent_v1_';

/**
 * Gets the consent data from the Ketch's consent cookie
 * @param storeManager Store manager instance
 * @param logger Logger instance
 * @returns Consent data from the consent cookie
 */const getKetchConsentData=(storeManager,logger)=>{let rawConsentCookieData=null;try{// Create a data store instance to read the consent cookie
const dataStore=storeManager?.setStore({id:KETCH_CONSENT_MANAGER_PLUGIN,name:KETCH_CONSENT_MANAGER_PLUGIN,type:COOKIE_STORAGE,errorHandler:storeManager?.errorHandler,logger:storeManager?.logger});rawConsentCookieData=dataStore?.engine.getItem(KETCH_CONSENT_COOKIE_NAME_V1);}catch(err){logger?.error(KETCH_CONSENT_COOKIE_READ_ERROR(KETCH_CONSENT_MANAGER_PLUGIN),err);return undefined;}if(isNullOrUndefined(rawConsentCookieData)){return undefined;}// Decode and parse the cookie data to JSON
let consentCookieData;try{consentCookieData=JSON.parse(fromBase64(rawConsentCookieData));}catch(err){logger?.error(KETCH_CONSENT_COOKIE_PARSE_ERROR(KETCH_CONSENT_MANAGER_PLUGIN),err);return undefined;}if(!consentCookieData){return undefined;}// Convert the cookie data to consent data
const consentPurposes={};Object.entries(consentCookieData).forEach(pEntry=>{const purposeCode=pEntry[0];const purposeValue=pEntry[1];consentPurposes[purposeCode]=purposeValue?.status==='granted';});return consentPurposes;};/**
 * Gets the consent data in the format expected by the application state
 * @param ketchConsentData Consent data derived from the consent cookie
 * @returns Consent data
 */const getConsentData=ketchConsentData=>{const allowedConsentIds=[];const deniedConsentIds=[];if(ketchConsentData){Object.entries(ketchConsentData).forEach(e=>{const purposeCode=e[0];const isConsented=e[1];if(isConsented){allowedConsentIds.push(purposeCode);}else {deniedConsentIds.push(purposeCode);}});}return {allowedConsentIds,deniedConsentIds};};const updateConsentStateFromData=(state,ketchConsentData)=>{const consentData=getConsentData(ketchConsentData);state.consents.initialized.value=isDefined(ketchConsentData);state.consents.data.value=consentData;};

const pluginName$6='KetchConsentManager';const KetchConsentManager=()=>({name:pluginName$6,deps:[],initialize:state=>{state.plugins.loadedPlugins.value=[...state.plugins.loadedPlugins.value,pluginName$6];},consentManager:{init(state,logger){// getKetchUserConsentedPurposes returns current ketch opted-in purposes
// This will be helpful for debugging
globalThis.getKetchUserConsentedPurposes=()=>state.consents.data.value.allowedConsentIds?.slice();// getKetchUserDeniedPurposes returns current ketch opted-out purposes
// This will be helpful for debugging
globalThis.getKetchUserDeniedPurposes=()=>state.consents.data.value.deniedConsentIds?.slice();// updateKetchConsent callback function to update current consent purpose state
// this will be called from ketch rudderstack plugin
globalThis.updateKetchConsent=ketchConsentData=>{updateConsentStateFromData(state,ketchConsentData);};},updateConsentsInfo(state,storeManager,logger){// retrieve consent data and update the state
let ketchConsentData;if(!isUndefined(globalThis.ketchConsent)){ketchConsentData=globalThis.ketchConsent;}else {ketchConsentData=getKetchConsentData(storeManager,logger);}updateConsentStateFromData(state,ketchConsentData);},isDestinationConsented(state,destConfig,errorHandler,logger){if(!state.consents.initialized.value){return true;}const allowedConsentIds=state.consents.data.value.allowedConsentIds;try{const{ketchConsentPurposes,consentManagement}=destConfig;const matchPredicate=consent=>allowedConsentIds.includes(consent);// Generic consent management
if(consentManagement){// Get the corresponding consents for the destination
const cmpConsents=consentManagement.find(c=>c.provider===state.consents.provider.value)?.consents;// If there are no consents configured for the destination for the current provider, events should be sent.
if(!cmpConsents){return true;}const configuredConsents=cmpConsents.map(c=>c.consent.trim()).filter(n=>n);// match the configured consents with user provided consents as per
// the configured resolution strategy
switch(state.consents.resolutionStrategy.value){case 'or':return configuredConsents.some(matchPredicate)||configuredConsents.length===0;case 'and':default:return configuredConsents.every(matchPredicate);}// Legacy cookie consent management
// TODO: To be removed once the source config API is updated to support generic consent management
}else if(ketchConsentPurposes){const configuredConsents=ketchConsentPurposes.map(p=>p.purpose.trim()).filter(n=>n);// Check if any of the destination's mapped ketch purposes are consented by the user in the browser.
return configuredConsents.some(matchPredicate)||configuredConsents.length===0;}// If there are no consents configured for the destination for the current provider, events should be sent.
return true;}catch(err){errorHandler?.onError({error:err,context:KETCH_CONSENT_MANAGER_PLUGIN,customMessage:DESTINATION_CONSENT_STATUS_ERROR$1});return true;}}}});

const DEFAULT_QUEUE_OPTIONS={maxItems:100};const QUEUE_NAME$1='rudder_destinations_events';const NATIVE_DESTINATION_QUEUE_PLUGIN='NativeDestinationQueuePlugin';

const DESTINATION_EVENT_FILTERING_WARNING=(context,eventName,destUserFriendlyId)=>`${context}${LOG_CONTEXT_SEPARATOR}The "${eventName}" track event has been filtered for the "${destUserFriendlyId}" destination.`;const INTEGRATION_EVENT_FORWARDING_ERROR=(type,id,name)=>`Failed to send "${type}" event ${name?`"${name}" `:''}to integration for destination "${id}".`;

const getNormalizedQueueOptions$1=queueOpts=>mergeDeepRight(DEFAULT_QUEUE_OPTIONS,queueOpts);const isValidEventName=eventName=>eventName&&typeof eventName==='string';const isEventDenyListed=(eventType,eventName,dest)=>{if(eventType!=='track'){return false;}const{blacklistedEvents,whitelistedEvents,eventFilteringOption}=dest.config;switch(eventFilteringOption){// Blacklist is chosen for filtering events
case 'blacklistedEvents':{if(!isValidEventName(eventName)){return false;}const trimmedEventName=eventName.trim();if(Array.isArray(blacklistedEvents)){return blacklistedEvents.some(eventObj=>eventObj.eventName.trim()===trimmedEventName);}return false;}// Whitelist is chosen for filtering events
case 'whitelistedEvents':{if(!isValidEventName(eventName)){return true;}const trimmedEventName=eventName.trim();if(Array.isArray(whitelistedEvents)){return !whitelistedEvents.some(eventObj=>eventObj.eventName.trim()===trimmedEventName);}return true;}case 'disable':default:return false;}};const sendEventToDestination=(item,dest,errorHandler,logger)=>{const methodName=item.type.toString();try{// Destinations expect the event to be wrapped under the `message` key
const integrationEvent={message:item};dest.integration[methodName]?.(integrationEvent);}catch(err){errorHandler?.onError({error:err,context:NATIVE_DESTINATION_QUEUE_PLUGIN,customMessage:INTEGRATION_EVENT_FORWARDING_ERROR(methodName,dest.userFriendlyId,item.event),groupingHash:INTEGRATION_EVENT_FORWARDING_ERROR(methodName,dest.displayName,item.event),category:INTEGRATIONS_ERROR_CATEGORY});}};/**
 * A function to check if device mode transformation should be applied for a destination.
 * @param dest Destination object
 * @returns Boolean indicating whether the transformation should be applied
 */const shouldApplyTransformation=dest=>{return dest.shouldApplyDeviceModeTransformation&&!dest.cloned;};

const pluginName$5='NativeDestinationQueue';const NativeDestinationQueue=()=>({name:pluginName$5,deps:[],initialize:state=>{state.plugins.loadedPlugins.value=[...state.plugins.loadedPlugins.value,pluginName$5];},destinationsEventsQueue:{/**
     * Initialize the queue for delivery to destinations
     * @param state Application state
     * @param pluginsManager PluginsManager instance
     * @param storeManager StoreManager instance
     * @param errorHandler Error handler instance
     * @param logger Logger instance
     * @returns IQueue instance
     */init(state,pluginsManager,storeManager,dmtQueue,errorHandler,logger){const finalQOpts=getNormalizedQueueOptions$1(state.loadOptions.value.destinationsQueueOptions);const writeKey=state.lifecycle.writeKey.value;const eventsQueue=new RetryQueue(// adding write key to the queue name to avoid conflicts
`${QUEUE_NAME$1}_${writeKey}`,finalQOpts,(rudderEvent,done)=>{const destinationsToSend=filterDestinations(rudderEvent.integrations,state.nativeDestinations.initializedDestinations.value);// list of destinations which are enable for DMT
const destWithTransformationEnabled=[];const clonedRudderEvent=clone(rudderEvent);destinationsToSend.forEach(dest=>{try{const sendEvent=!isEventDenyListed(clonedRudderEvent.type,clonedRudderEvent.event,dest);if(!sendEvent){logger?.warn(DESTINATION_EVENT_FILTERING_WARNING(NATIVE_DESTINATION_QUEUE_PLUGIN,clonedRudderEvent.event,dest.userFriendlyId));return;}if(shouldApplyTransformation(dest)){destWithTransformationEnabled.push(dest);}else {sendEventToDestination(clonedRudderEvent,dest,errorHandler,logger);}}catch(e){errorHandler?.onError({error:e,context:NATIVE_DESTINATION_QUEUE_PLUGIN,category:INTEGRATIONS_ERROR_CATEGORY});}});if(destWithTransformationEnabled.length>0){pluginsManager.invokeSingle('transformEvent.enqueue',state,dmtQueue,clonedRudderEvent,destWithTransformationEnabled,errorHandler,logger);}// Mark success always
done(null);},storeManager,MEMORY_STORAGE);// TODO: This seems to not work as expected. Need to investigate
// effect(() => {
//   if (state.nativeDestinations.clientDestinationsReady.value === true) {
//     eventsQueue.start();
//   }
// });
return eventsQueue;},/**
     * Add event to the queue for delivery to destinations
     * @param state Application state
     * @param eventsQueue IQueue instance
     * @param event RudderEvent object
     * @param errorHandler Error handler instance
     * @param logger Logger instance
     * @returns none
     */enqueue(state,eventsQueue,event,errorHandler,logger){eventsQueue.addItem(event);},/**
     * This extension point is used to directly send the transformed event to the destination
     * @param state Application state
     * @param event RudderEvent Object
     * @param destination Destination Object
     * @param errorHandler Error handler instance
     * @param logger Logger instance
     */enqueueEventToDestination(state,event,destination,errorHandler,logger){sendEventToDestination(event,destination,errorHandler);}}});

const ONETRUST_ACCESS_ERROR=context=>`${context}${LOG_CONTEXT_SEPARATOR}Failed to access OneTrust SDK resources. Please ensure that the OneTrust SDK is loaded successfully before RudderStack SDK.`;const DESTINATION_CONSENT_STATUS_ERROR=`Failed to determine the consent status for the destination. Please check the destination configuration and try again.`;

const ONETRUST_CONSENT_MANAGER_PLUGIN='OneTrustConsentManagerPlugin';

const pluginName$4='OneTrustConsentManager';const OneTrustConsentManager=()=>({name:pluginName$4,deps:[],initialize:state=>{state.plugins.loadedPlugins.value=[...state.plugins.loadedPlugins.value,pluginName$4];},consentManager:{init(state,logger){// Nothing to initialize
},updateConsentsInfo(state,storeManager,logger){if(!globalThis.OneTrust||!globalThis.OnetrustActiveGroups){logger?.error(ONETRUST_ACCESS_ERROR(ONETRUST_CONSENT_MANAGER_PLUGIN));state.consents.initialized.value=false;return;}// Get the groups (cookie categorization), user has created in OneTrust account.
const oneTrustAllGroupsInfo=globalThis.OneTrust.GetDomainData().Groups;// OneTrustConsentManager SDK populates a data layer object OnetrustActiveGroups with
// the cookie categories Ids that the user has consented to.
// Eg: ',C0001,C0003,'
// We split it and save it as an array.
const allowedConsentIds=globalThis.OnetrustActiveGroups.split(',').filter(n=>n);const deniedConsentIds=[];oneTrustAllGroupsInfo.forEach(({CustomGroupId})=>{if(!allowedConsentIds.includes(CustomGroupId)){deniedConsentIds.push(CustomGroupId);}});state.consents.initialized.value=true;state.consents.data.value={allowedConsentIds,deniedConsentIds};},isDestinationConsented(state,destConfig,errorHandler,logger){if(!state.consents.initialized.value){return true;}const allowedConsentIds=state.consents.data.value.allowedConsentIds;try{// mapping of the destination with the consent group name
const{oneTrustCookieCategories,consentManagement}=destConfig;const matchPredicate=consent=>allowedConsentIds.includes(consent);// Generic consent management
if(consentManagement){// Get the corresponding consents for the destination
const cmpConsents=consentManagement.find(c=>c.provider===state.consents.provider.value)?.consents;// If there are no consents configured for the destination for the current provider, events should be sent.
if(!cmpConsents){return true;}const configuredConsents=cmpConsents.map(c=>c.consent.trim()).filter(n=>n);// match the configured consents with user provided consents as per
// the configured resolution strategy
switch(state.consents.resolutionStrategy.value){case 'or':return configuredConsents.some(matchPredicate)||configuredConsents.length===0;case 'and':default:return configuredConsents.every(matchPredicate);}// Legacy cookie consent management
// TODO: To be removed once the source config API is updated to support generic consent management
}else if(oneTrustCookieCategories){// Change the structure of oneTrustConsentGroup as an array and filter values if empty string
// Eg:
// ["Performance Cookies", "Functional Cookies"]
const configuredConsents=oneTrustCookieCategories.map(c=>c.oneTrustCookieCategory.trim()).filter(n=>n);// Check if all the destination's mapped cookie categories are consented by the user in the browser.
return configuredConsents.every(matchPredicate);}// If there are no consents configured for the destination for the current provider, events should be sent.
return true;}catch(err){errorHandler?.onError({error:err,context:ONETRUST_CONSENT_MANAGER_PLUGIN,customMessage:DESTINATION_CONSENT_STATUS_ERROR});return true;}}}});

const pluginName$3='StorageEncryption';const StorageEncryption=()=>({name:pluginName$3,initialize:state=>{state.plugins.loadedPlugins.value=[...state.plugins.loadedPlugins.value,pluginName$3];},storage:{encrypt(value){return encryptBrowser(value);},decrypt(value){return decryptBrowser(value);}}});

/* eslint-disable no-use-before-define */const crypto$1=(typeof globalThis!='undefined'?globalThis:void 0)?.crypto||(typeof global!='undefined'?global:void 0)?.crypto||(typeof window!='undefined'?window:void 0)?.crypto||(typeof self!='undefined'?self:void 0)?.crypto||(typeof frames!='undefined'?frames:void 0)?.[0]?.crypto;let randomWordArray;if(crypto$1){randomWordArray=nBytes=>{const words=[];for(let i=0,rcache;i<nBytes;i+=4){words.push(crypto$1.getRandomValues(new Uint32Array(1))[0]);}return new WordArray(words,nBytes);};}else {// Because there is no global crypto property in this context, cryptographically unsafe Math.random() is used.
randomWordArray=nBytes=>{const words=[];const r=m_w=>{let _m_w=m_w;let _m_z=0x3ade68b1;const mask=0xffffffff;return ()=>{_m_z=0x9069*(_m_z&0xFFFF)+(_m_z>>0x10)&mask;_m_w=0x4650*(_m_w&0xFFFF)+(_m_w>>0x10)&mask;let result=(_m_z<<0x10)+_m_w&mask;result/=0x100000000;result+=0.5;return result*(Math.random()>0.5?1:-1);};};for(let i=0,rcache;i<nBytes;i+=4){const _r=r((rcache||Math.random())*0x100000000);rcache=_r()*0x3ade67b7;words.push(_r()*0x100000000|0);}return new WordArray(words,nBytes);};}/**
 * Base class for inheritance.
 */class Base{/**
   * Extends this object and runs the init method.
   * Arguments to create() will be passed to init().
   *
   * @return {Object} The new object.
   *
   * @static
   *
   * @example
   *
   *     var instance = MyType.create();
   */static create(...args){return new this(...args);}/**
   * Copies properties into this object.
   *
   * @param {Object} properties The properties to mix in.
   *
   * @example
   *
   *     MyType.mixIn({
   *         field: 'value'
   *     });
   */mixIn(properties){return Object.assign(this,properties);}/**
   * Creates a copy of this object.
   *
   * @return {Object} The clone.
   *
   * @example
   *
   *     var clone = instance.clone();
   */clone(){const clone=new this.constructor();Object.assign(clone,this);return clone;}}/**
 * An array of 32-bit words.
 *
 * @property {Array} words The array of 32-bit words.
 * @property {number} sigBytes The number of significant bytes in this word array.
 */class WordArray extends Base{/**
   * Initializes a newly created word array.
   *
   * @param {Array} words (Optional) An array of 32-bit words.
   * @param {number} sigBytes (Optional) The number of significant bytes in the words.
   *
   * @example
   *
   *     var wordArray = CryptoJS.lib.WordArray.create();
   *     var wordArray = CryptoJS.lib.WordArray.create([0x00010203, 0x04050607]);
   *     var wordArray = CryptoJS.lib.WordArray.create([0x00010203, 0x04050607], 6);
   */constructor(words=[],sigBytes=words.length*4){super();let typedArray=words;// Convert buffers to uint8
if(typedArray instanceof ArrayBuffer){typedArray=new Uint8Array(typedArray);}// Convert other array views to uint8
if(typedArray instanceof Int8Array||typedArray instanceof Uint8ClampedArray||typedArray instanceof Int16Array||typedArray instanceof Uint16Array||typedArray instanceof Int32Array||typedArray instanceof Uint32Array||typedArray instanceof Float32Array||typedArray instanceof Float64Array){typedArray=new Uint8Array(typedArray.buffer,typedArray.byteOffset,typedArray.byteLength);}// Handle Uint8Array
if(typedArray instanceof Uint8Array){// Shortcut
const typedArrayByteLength=typedArray.byteLength;// Extract bytes
const _words=[];for(let i=0;i<typedArrayByteLength;i+=1){_words[i>>>2]|=typedArray[i]<<24-i%4*8;}// Initialize this word array
this.words=_words;this.sigBytes=typedArrayByteLength;}else {// Else call normal init
this.words=words;this.sigBytes=sigBytes;}}/**
   * Creates a word array filled with random bytes.
   *
   * @param {number} nBytes The number of random bytes to generate.
   *
   * @return {WordArray} The random word array.
   *
   * @static
   *
   * @example
   *
   *     var wordArray = CryptoJS.lib.WordArray.random(16);
   */static random=randomWordArray;/**
   * Converts this word array to a string.
   *
   * @param {Encoder} encoder (Optional) The encoding strategy to use. Default: CryptoJS.enc.Hex
   *
   * @return {string} The stringified word array.
   *
   * @example
   *
   *     var string = wordArray + '';
   *     var string = wordArray.toString();
   *     var string = wordArray.toString(CryptoJS.enc.Utf8);
   */toString(encoder=Hex){return encoder.stringify(this);}/**
   * Concatenates a word array to this word array.
   *
   * @param {WordArray} wordArray The word array to append.
   *
   * @return {WordArray} This word array.
   *
   * @example
   *
   *     wordArray1.concat(wordArray2);
   */concat(wordArray){// Shortcuts
const thisWords=this.words;const thatWords=wordArray.words;const thisSigBytes=this.sigBytes;const thatSigBytes=wordArray.sigBytes;// Clamp excess bits
this.clamp();// Concat
if(thisSigBytes%4){// Copy one byte at a time
for(let i=0;i<thatSigBytes;i+=1){const thatByte=thatWords[i>>>2]>>>24-i%4*8&0xff;thisWords[thisSigBytes+i>>>2]|=thatByte<<24-(thisSigBytes+i)%4*8;}}else {// Copy one word at a time
for(let i=0;i<thatSigBytes;i+=4){thisWords[thisSigBytes+i>>>2]=thatWords[i>>>2];}}this.sigBytes+=thatSigBytes;// Chainable
return this;}/**
   * Removes insignificant bits.
   *
   * @example
   *
   *     wordArray.clamp();
   */clamp(){// Shortcuts
const{words,sigBytes}=this;// Clamp
words[sigBytes>>>2]&=0xffffffff<<32-sigBytes%4*8;words.length=Math.ceil(sigBytes/4);}/**
   * Creates a copy of this word array.
   *
   * @return {WordArray} The clone.
   *
   * @example
   *
   *     var clone = wordArray.clone();
   */clone(){const clone=super.clone.call(this);clone.words=this.words.slice(0);return clone;}}/**
 * Hex encoding strategy.
 */const Hex={/**
   * Converts a word array to a hex string.
   *
   * @param {WordArray} wordArray The word array.
   *
   * @return {string} The hex string.
   *
   * @static
   *
   * @example
   *
   *     var hexString = CryptoJS.enc.Hex.stringify(wordArray);
   */stringify(wordArray){// Shortcuts
const{words,sigBytes}=wordArray;// Convert
const hexChars=[];for(let i=0;i<sigBytes;i+=1){const bite=words[i>>>2]>>>24-i%4*8&0xff;hexChars.push((bite>>>4).toString(16));hexChars.push((bite&0x0f).toString(16));}return hexChars.join('');},/**
   * Converts a hex string to a word array.
   *
   * @param {string} hexStr The hex string.
   *
   * @return {WordArray} The word array.
   *
   * @static
   *
   * @example
   *
   *     var wordArray = CryptoJS.enc.Hex.parse(hexString);
   */parse(hexStr){// Shortcut
const hexStrLength=hexStr.length;// Convert
const words=[];for(let i=0;i<hexStrLength;i+=2){words[i>>>3]|=parseInt(hexStr.substr(i,2),16)<<24-i%8*4;}return new WordArray(words,hexStrLength/2);}};/**
 * Latin1 encoding strategy.
 */const Latin1={/**
   * Converts a word array to a Latin1 string.
   *
   * @param {WordArray} wordArray The word array.
   *
   * @return {string} The Latin1 string.
   *
   * @static
   *
   * @example
   *
   *     var latin1String = CryptoJS.enc.Latin1.stringify(wordArray);
   */stringify(wordArray){// Shortcuts
const{words,sigBytes}=wordArray;// Convert
const latin1Chars=[];for(let i=0;i<sigBytes;i+=1){const bite=words[i>>>2]>>>24-i%4*8&0xff;latin1Chars.push(String.fromCharCode(bite));}return latin1Chars.join('');},/**
   * Converts a Latin1 string to a word array.
   *
   * @param {string} latin1Str The Latin1 string.
   *
   * @return {WordArray} The word array.
   *
   * @static
   *
   * @example
   *
   *     var wordArray = CryptoJS.enc.Latin1.parse(latin1String);
   */parse(latin1Str){// Shortcut
const latin1StrLength=latin1Str.length;// Convert
const words=[];for(let i=0;i<latin1StrLength;i+=1){words[i>>>2]|=(latin1Str.charCodeAt(i)&0xff)<<24-i%4*8;}return new WordArray(words,latin1StrLength);}};/**
 * UTF-8 encoding strategy.
 */const Utf8={/**
   * Converts a word array to a UTF-8 string.
   *
   * @param {WordArray} wordArray The word array.
   *
   * @return {string} The UTF-8 string.
   *
   * @static
   *
   * @example
   *
   *     var utf8String = CryptoJS.enc.Utf8.stringify(wordArray);
   */stringify(wordArray){try{return decodeURIComponent(escape(Latin1.stringify(wordArray)));}catch(e){throw new Error('Malformed UTF-8 data');}},/**
   * Converts a UTF-8 string to a word array.
   *
   * @param {string} utf8Str The UTF-8 string.
   *
   * @return {WordArray} The word array.
   *
   * @static
   *
   * @example
   *
   *     var wordArray = CryptoJS.enc.Utf8.parse(utf8String);
   */parse(utf8Str){return Latin1.parse(unescape(encodeURIComponent(utf8Str)));}};/**
 * Abstract buffered block algorithm template.
 *
 * The property blockSize must be implemented in a concrete subtype.
 *
 * @property {number} _minBufferSize
 *
 *     The number of blocks that should be kept unprocessed in the buffer. Default: 0
 */class BufferedBlockAlgorithm extends Base{constructor(){super();this._minBufferSize=0;}/**
   * Resets this block algorithm's data buffer to its initial state.
   *
   * @example
   *
   *     bufferedBlockAlgorithm.reset();
   */reset(){// Initial values
this._data=new WordArray();this._nDataBytes=0;}/**
   * Adds new data to this block algorithm's buffer.
   *
   * @param {WordArray|string} data
   *
   *     The data to append. Strings are converted to a WordArray using UTF-8.
   *
   * @example
   *
   *     bufferedBlockAlgorithm._append('data');
   *     bufferedBlockAlgorithm._append(wordArray);
   */_append(data){let m_data=data;// Convert string to WordArray, else assume WordArray already
if(typeof m_data==='string'){m_data=Utf8.parse(m_data);}// Append
this._data.concat(m_data);this._nDataBytes+=m_data.sigBytes;}/**
   * Processes available data blocks.
   *
   * This method invokes _doProcessBlock(offset), which must be implemented by a concrete subtype.
   *
   * @param {boolean} doFlush Whether all blocks and partial blocks should be processed.
   *
   * @return {WordArray} The processed data.
   *
   * @example
   *
   *     var processedData = bufferedBlockAlgorithm._process();
   *     var processedData = bufferedBlockAlgorithm._process(!!'flush');
   */_process(doFlush){let processedWords;// Shortcuts
const{_data:data,blockSize}=this;const dataWords=data.words;const dataSigBytes=data.sigBytes;const blockSizeBytes=blockSize*4;// Count blocks ready
let nBlocksReady=dataSigBytes/blockSizeBytes;if(doFlush){// Round up to include partial blocks
nBlocksReady=Math.ceil(nBlocksReady);}else {// Round down to include only full blocks,
// less the number of blocks that must remain in the buffer
nBlocksReady=Math.max((nBlocksReady|0)-this._minBufferSize,0);}// Count words ready
const nWordsReady=nBlocksReady*blockSize;// Count bytes ready
const nBytesReady=Math.min(nWordsReady*4,dataSigBytes);// Process blocks
if(nWordsReady){for(let offset=0;offset<nWordsReady;offset+=blockSize){// Perform concrete-algorithm logic
this._doProcessBlock(dataWords,offset);}// Remove processed words
processedWords=dataWords.splice(0,nWordsReady);data.sigBytes-=nBytesReady;}// Return processed words
return new WordArray(processedWords,nBytesReady);}/**
   * Creates a copy of this object.
   *
   * @return {Object} The clone.
   *
   * @example
   *
   *     var clone = bufferedBlockAlgorithm.clone();
   */clone(){const clone=super.clone.call(this);clone._data=this._data.clone();return clone;}}/**
 * Abstract hasher template.
 *
 * @property {number} blockSize
 *
 *     The number of 32-bit words this hasher operates on. Default: 16 (512 bits)
 */class Hasher extends BufferedBlockAlgorithm{constructor(cfg){super();this.blockSize=512/32;/**
     * Configuration options.
     */this.cfg=Object.assign(new Base(),cfg);// Set initial values
this.reset();}/**
   * Creates a shortcut function to a hasher's object interface.
   *
   * @param {Hasher} SubHasher The hasher to create a helper for.
   *
   * @return {Function} The shortcut function.
   *
   * @static
   *
   * @example
   *
   *     var SHA256 = CryptoJS.lib.Hasher._createHelper(CryptoJS.algo.SHA256);
   */static _createHelper(SubHasher){return (message,cfg)=>new SubHasher(cfg).finalize(message);}/**
   * Creates a shortcut function to the HMAC's object interface.
   *
   * @param {Hasher} SubHasher The hasher to use in this HMAC helper.
   *
   * @return {Function} The shortcut function.
   *
   * @static
   *
   * @example
   *
   *     var HmacSHA256 = CryptoJS.lib.Hasher._createHmacHelper(CryptoJS.algo.SHA256);
   */static _createHmacHelper(SubHasher){return (message,key)=>new HMAC(SubHasher,key).finalize(message);}/**
   * Resets this hasher to its initial state.
   *
   * @example
   *
   *     hasher.reset();
   */reset(){// Reset data buffer
super.reset.call(this);// Perform concrete-hasher logic
this._doReset();}/**
   * Updates this hasher with a message.
   *
   * @param {WordArray|string} messageUpdate The message to append.
   *
   * @return {Hasher} This hasher.
   *
   * @example
   *
   *     hasher.update('message');
   *     hasher.update(wordArray);
   */update(messageUpdate){// Append
this._append(messageUpdate);// Update the hash
this._process();// Chainable
return this;}/**
   * Finalizes the hash computation.
   * Note that the finalize operation is effectively a destructive, read-once operation.
   *
   * @param {WordArray|string} messageUpdate (Optional) A final message update.
   *
   * @return {WordArray} The hash.
   *
   * @example
   *
   *     var hash = hasher.finalize();
   *     var hash = hasher.finalize('message');
   *     var hash = hasher.finalize(wordArray);
   */finalize(messageUpdate){// Final message update
if(messageUpdate){this._append(messageUpdate);}// Perform concrete-hasher logic
const hash=this._doFinalize();return hash;}}/**
 * HMAC algorithm.
 */class HMAC extends Base{/**
   * Initializes a newly created HMAC.
   *
   * @param {Hasher} SubHasher The hash algorithm to use.
   * @param {WordArray|string} key The secret key.
   *
   * @example
   *
   *     var hmacHasher = CryptoJS.algo.HMAC.create(CryptoJS.algo.SHA256, key);
   */constructor(SubHasher,key){super();const hasher=new SubHasher();this._hasher=hasher;// Convert string to WordArray, else assume WordArray already
let _key=key;if(typeof _key==='string'){_key=Utf8.parse(_key);}// Shortcuts
const hasherBlockSize=hasher.blockSize;const hasherBlockSizeBytes=hasherBlockSize*4;// Allow arbitrary length keys
if(_key.sigBytes>hasherBlockSizeBytes){_key=hasher.finalize(key);}// Clamp excess bits
_key.clamp();// Clone key for inner and outer pads
const oKey=_key.clone();this._oKey=oKey;const iKey=_key.clone();this._iKey=iKey;// Shortcuts
const oKeyWords=oKey.words;const iKeyWords=iKey.words;// XOR keys with pad constants
for(let i=0;i<hasherBlockSize;i+=1){oKeyWords[i]^=0x5c5c5c5c;iKeyWords[i]^=0x36363636;}oKey.sigBytes=hasherBlockSizeBytes;iKey.sigBytes=hasherBlockSizeBytes;// Set initial values
this.reset();}/**
   * Resets this HMAC to its initial state.
   *
   * @example
   *
   *     hmacHasher.reset();
   */reset(){// Shortcut
const hasher=this._hasher;// Reset
hasher.reset();hasher.update(this._iKey);}/**
   * Updates this HMAC with a message.
   *
   * @param {WordArray|string} messageUpdate The message to append.
   *
   * @return {HMAC} This HMAC instance.
   *
   * @example
   *
   *     hmacHasher.update('message');
   *     hmacHasher.update(wordArray);
   */update(messageUpdate){this._hasher.update(messageUpdate);// Chainable
return this;}/**
   * Finalizes the HMAC computation.
   * Note that the finalize operation is effectively a destructive, read-once operation.
   *
   * @param {WordArray|string} messageUpdate (Optional) A final message update.
   *
   * @return {WordArray} The HMAC.
   *
   * @example
   *
   *     var hmac = hmacHasher.finalize();
   *     var hmac = hmacHasher.finalize('message');
   *     var hmac = hmacHasher.finalize(wordArray);
   */finalize(messageUpdate){// Shortcut
const hasher=this._hasher;// Compute HMAC
const innerHash=hasher.finalize(messageUpdate);hasher.reset();const hmac=hasher.finalize(this._oKey.clone().concat(innerHash));return hmac;}}

const parseLoop=(base64Str,base64StrLength,reverseMap)=>{const words=[];let nBytes=0;for(let i=0;i<base64StrLength;i+=1){if(i%4){const bits1=reverseMap[base64Str.charCodeAt(i-1)]<<i%4*2;const bits2=reverseMap[base64Str.charCodeAt(i)]>>>6-i%4*2;const bitsCombined=bits1|bits2;words[nBytes>>>2]|=bitsCombined<<24-nBytes%4*8;nBytes+=1;}}return WordArray.create(words,nBytes);};/**
 * Base64 encoding strategy.
 */const Base64={/**
   * Converts a word array to a Base64 string.
   *
   * @param {WordArray} wordArray The word array.
   *
   * @return {string} The Base64 string.
   *
   * @static
   *
   * @example
   *
   *     const base64String = CryptoJS.enc.Base64.stringify(wordArray);
   */stringify(wordArray){// Shortcuts
const{words,sigBytes}=wordArray;const map=this._map;// Clamp excess bits
wordArray.clamp();// Convert
const base64Chars=[];for(let i=0;i<sigBytes;i+=3){const byte1=words[i>>>2]>>>24-i%4*8&0xff;const byte2=words[i+1>>>2]>>>24-(i+1)%4*8&0xff;const byte3=words[i+2>>>2]>>>24-(i+2)%4*8&0xff;const triplet=byte1<<16|byte2<<8|byte3;for(let j=0;j<4&&i+j*0.75<sigBytes;j+=1){base64Chars.push(map.charAt(triplet>>>6*(3-j)&0x3f));}}// Add padding
const paddingChar=map.charAt(64);if(paddingChar){while(base64Chars.length%4){base64Chars.push(paddingChar);}}return base64Chars.join('');},/**
   * Converts a Base64 string to a word array.
   *
   * @param {string} base64Str The Base64 string.
   *
   * @return {WordArray} The word array.
   *
   * @static
   *
   * @example
   *
   *     const wordArray = CryptoJS.enc.Base64.parse(base64String);
   */parse(base64Str){// Shortcuts
let base64StrLength=base64Str.length;const map=this._map;let reverseMap=this._reverseMap;if(!reverseMap){this._reverseMap=[];reverseMap=this._reverseMap;for(let j=0;j<map.length;j+=1){reverseMap[map.charCodeAt(j)]=j;}}// Ignore padding
const paddingChar=map.charAt(64);if(paddingChar){const paddingIndex=base64Str.indexOf(paddingChar);if(paddingIndex!==-1){base64StrLength=paddingIndex;}}// Convert
return parseLoop(base64Str,base64StrLength,reverseMap);},_map:'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/='};

const T=[];// Compute constants
for(let i=0;i<64;i+=1){T[i]=Math.abs(Math.sin(i+1))*0x100000000|0;}const FF=(a,b,c,d,x,s,t)=>{const n=a+(b&c|~b&d)+x+t;return (n<<s|n>>>32-s)+b;};const GG=(a,b,c,d,x,s,t)=>{const n=a+(b&d|c&~d)+x+t;return (n<<s|n>>>32-s)+b;};const HH=(a,b,c,d,x,s,t)=>{const n=a+(b^c^d)+x+t;return (n<<s|n>>>32-s)+b;};const II=(a,b,c,d,x,s,t)=>{const n=a+(c^(b|~d))+x+t;return (n<<s|n>>>32-s)+b;};/**
 * MD5 hash algorithm.
 */class MD5Algo extends Hasher{_doReset(){this._hash=new WordArray([0x67452301,0xefcdab89,0x98badcfe,0x10325476]);}_doProcessBlock(M,offset){const _M=M;// Swap endian
for(let i=0;i<16;i+=1){// Shortcuts
const offset_i=offset+i;const M_offset_i=M[offset_i];_M[offset_i]=(M_offset_i<<8|M_offset_i>>>24)&0x00ff00ff|(M_offset_i<<24|M_offset_i>>>8)&0xff00ff00;}// Shortcuts
const H=this._hash.words;const M_offset_0=_M[offset+0];const M_offset_1=_M[offset+1];const M_offset_2=_M[offset+2];const M_offset_3=_M[offset+3];const M_offset_4=_M[offset+4];const M_offset_5=_M[offset+5];const M_offset_6=_M[offset+6];const M_offset_7=_M[offset+7];const M_offset_8=_M[offset+8];const M_offset_9=_M[offset+9];const M_offset_10=_M[offset+10];const M_offset_11=_M[offset+11];const M_offset_12=_M[offset+12];const M_offset_13=_M[offset+13];const M_offset_14=_M[offset+14];const M_offset_15=_M[offset+15];// Working varialbes
let a=H[0];let b=H[1];let c=H[2];let d=H[3];// Computation
a=FF(a,b,c,d,M_offset_0,7,T[0]);d=FF(d,a,b,c,M_offset_1,12,T[1]);c=FF(c,d,a,b,M_offset_2,17,T[2]);b=FF(b,c,d,a,M_offset_3,22,T[3]);a=FF(a,b,c,d,M_offset_4,7,T[4]);d=FF(d,a,b,c,M_offset_5,12,T[5]);c=FF(c,d,a,b,M_offset_6,17,T[6]);b=FF(b,c,d,a,M_offset_7,22,T[7]);a=FF(a,b,c,d,M_offset_8,7,T[8]);d=FF(d,a,b,c,M_offset_9,12,T[9]);c=FF(c,d,a,b,M_offset_10,17,T[10]);b=FF(b,c,d,a,M_offset_11,22,T[11]);a=FF(a,b,c,d,M_offset_12,7,T[12]);d=FF(d,a,b,c,M_offset_13,12,T[13]);c=FF(c,d,a,b,M_offset_14,17,T[14]);b=FF(b,c,d,a,M_offset_15,22,T[15]);a=GG(a,b,c,d,M_offset_1,5,T[16]);d=GG(d,a,b,c,M_offset_6,9,T[17]);c=GG(c,d,a,b,M_offset_11,14,T[18]);b=GG(b,c,d,a,M_offset_0,20,T[19]);a=GG(a,b,c,d,M_offset_5,5,T[20]);d=GG(d,a,b,c,M_offset_10,9,T[21]);c=GG(c,d,a,b,M_offset_15,14,T[22]);b=GG(b,c,d,a,M_offset_4,20,T[23]);a=GG(a,b,c,d,M_offset_9,5,T[24]);d=GG(d,a,b,c,M_offset_14,9,T[25]);c=GG(c,d,a,b,M_offset_3,14,T[26]);b=GG(b,c,d,a,M_offset_8,20,T[27]);a=GG(a,b,c,d,M_offset_13,5,T[28]);d=GG(d,a,b,c,M_offset_2,9,T[29]);c=GG(c,d,a,b,M_offset_7,14,T[30]);b=GG(b,c,d,a,M_offset_12,20,T[31]);a=HH(a,b,c,d,M_offset_5,4,T[32]);d=HH(d,a,b,c,M_offset_8,11,T[33]);c=HH(c,d,a,b,M_offset_11,16,T[34]);b=HH(b,c,d,a,M_offset_14,23,T[35]);a=HH(a,b,c,d,M_offset_1,4,T[36]);d=HH(d,a,b,c,M_offset_4,11,T[37]);c=HH(c,d,a,b,M_offset_7,16,T[38]);b=HH(b,c,d,a,M_offset_10,23,T[39]);a=HH(a,b,c,d,M_offset_13,4,T[40]);d=HH(d,a,b,c,M_offset_0,11,T[41]);c=HH(c,d,a,b,M_offset_3,16,T[42]);b=HH(b,c,d,a,M_offset_6,23,T[43]);a=HH(a,b,c,d,M_offset_9,4,T[44]);d=HH(d,a,b,c,M_offset_12,11,T[45]);c=HH(c,d,a,b,M_offset_15,16,T[46]);b=HH(b,c,d,a,M_offset_2,23,T[47]);a=II(a,b,c,d,M_offset_0,6,T[48]);d=II(d,a,b,c,M_offset_7,10,T[49]);c=II(c,d,a,b,M_offset_14,15,T[50]);b=II(b,c,d,a,M_offset_5,21,T[51]);a=II(a,b,c,d,M_offset_12,6,T[52]);d=II(d,a,b,c,M_offset_3,10,T[53]);c=II(c,d,a,b,M_offset_10,15,T[54]);b=II(b,c,d,a,M_offset_1,21,T[55]);a=II(a,b,c,d,M_offset_8,6,T[56]);d=II(d,a,b,c,M_offset_15,10,T[57]);c=II(c,d,a,b,M_offset_6,15,T[58]);b=II(b,c,d,a,M_offset_13,21,T[59]);a=II(a,b,c,d,M_offset_4,6,T[60]);d=II(d,a,b,c,M_offset_11,10,T[61]);c=II(c,d,a,b,M_offset_2,15,T[62]);b=II(b,c,d,a,M_offset_9,21,T[63]);// Intermediate hash value
H[0]=H[0]+a|0;H[1]=H[1]+b|0;H[2]=H[2]+c|0;H[3]=H[3]+d|0;}/* eslint-ensable no-param-reassign */_doFinalize(){// Shortcuts
const data=this._data;const dataWords=data.words;const nBitsTotal=this._nDataBytes*8;const nBitsLeft=data.sigBytes*8;// Add padding
dataWords[nBitsLeft>>>5]|=0x80<<24-nBitsLeft%32;const nBitsTotalH=Math.floor(nBitsTotal/0x100000000);const nBitsTotalL=nBitsTotal;dataWords[(nBitsLeft+64>>>9<<4)+15]=(nBitsTotalH<<8|nBitsTotalH>>>24)&0x00ff00ff|(nBitsTotalH<<24|nBitsTotalH>>>8)&0xff00ff00;dataWords[(nBitsLeft+64>>>9<<4)+14]=(nBitsTotalL<<8|nBitsTotalL>>>24)&0x00ff00ff|(nBitsTotalL<<24|nBitsTotalL>>>8)&0xff00ff00;data.sigBytes=(dataWords.length+1)*4;// Hash final blocks
this._process();// Shortcuts
const hash=this._hash;const H=hash.words;// Swap endian
for(let i=0;i<4;i+=1){// Shortcut
const H_i=H[i];H[i]=(H_i<<8|H_i>>>24)&0x00ff00ff|(H_i<<24|H_i>>>8)&0xff00ff00;}// Return final computed hash
return hash;}clone(){const clone=super.clone.call(this);clone._hash=this._hash.clone();return clone;}}

/**
 * This key derivation function is meant to conform with EVP_BytesToKey.
 * www.openssl.org/docs/crypto/EVP_BytesToKey.html
 */class EvpKDFAlgo extends Base{/**
   * Initializes a newly created key derivation function.
   *
   * @param {Object} cfg (Optional) The configuration options to use for the derivation.
   *
   * @example
   *
   *     const kdf = CryptoJS.algo.EvpKDF.create();
   *     const kdf = CryptoJS.algo.EvpKDF.create({ keySize: 8 });
   *     const kdf = CryptoJS.algo.EvpKDF.create({ keySize: 8, iterations: 1000 });
   */constructor(cfg){super();/**
     * Configuration options.
     *
     * @property {number} keySize The key size in words to generate. Default: 4 (128 bits)
     * @property {Hasher} hasher The hash algorithm to use. Default: MD5
     * @property {number} iterations The number of iterations to perform. Default: 1
     */this.cfg=Object.assign(new Base(),{keySize:128/32,hasher:MD5Algo,iterations:1},cfg);}/**
   * Derives a key from a password.
   *
   * @param {WordArray|string} password The password.
   * @param {WordArray|string} salt A salt.
   *
   * @return {WordArray} The derived key.
   *
   * @example
   *
   *     const key = kdf.compute(password, salt);
   */compute(password,salt){let block;// Shortcut
const{cfg}=this;// Init hasher
const hasher=cfg.hasher.create();// Initial values
const derivedKey=WordArray.create();// Shortcuts
const derivedKeyWords=derivedKey.words;const{keySize,iterations}=cfg;// Generate key
while(derivedKeyWords.length<keySize){if(block){hasher.update(block);}block=hasher.update(password).finalize(salt);hasher.reset();// Iterations
for(let i=1;i<iterations;i+=1){block=hasher.finalize(block);hasher.reset();}derivedKey.concat(block);}derivedKey.sigBytes=keySize*4;return derivedKey;}}

const ObjectAssign=typeof Object.assign!=="function"?function(target){if(target==null){throw new TypeError('Cannot convert undefined or null to object');}target=Object(target);for(let index=1;index<arguments.length;index++){const source=arguments[index];if(source!=null){for(const key in source){if(Object.prototype.hasOwnProperty.call(source,key)){target[key]=source[key];}}}}return target;}:Object.assign;/**
 * Abstract base cipher template.
 *
 * @property {number} keySize This cipher's key size. Default: 4 (128 bits)
 * @property {number} ivSize This cipher's IV size. Default: 4 (128 bits)
 * @property {number} _ENC_XFORM_MODE A constant representing encryption mode.
 * @property {number} _DEC_XFORM_MODE A constant representing decryption mode.
 */class Cipher extends BufferedBlockAlgorithm{/**
   * Initializes a newly created cipher.
   *
   * @param {number} xformMode Either the encryption or decryption transormation mode constant.
   * @param {WordArray} key The key.
   * @param {Object} cfg (Optional) The configuration options to use for this operation.
   *
   * @example
   *
   *     const cipher = CryptoJS.algo.AES.create(
   *       CryptoJS.algo.AES._ENC_XFORM_MODE, keyWordArray, { iv: ivWordArray }
   *     );
   */constructor(xformMode,key,cfg){super();/**
     * Configuration options.
     *
     * @property {WordArray} iv The IV to use for this operation.
     */this.cfg=ObjectAssign(new Base(),cfg);// Store transform mode and key
this._xformMode=xformMode;this._key=key;// Set initial values
this.reset();}/**
   * Creates this cipher in encryption mode.
   *
   * @param {WordArray} key The key.
   * @param {Object} cfg (Optional) The configuration options to use for this operation.
   *
   * @return {Cipher} A cipher instance.
   *
   * @static
   *
   * @example
   *
   *     const cipher = CryptoJS.algo.AES.createEncryptor(keyWordArray, { iv: ivWordArray });
   */static createEncryptor(key,cfg){return this.create(this._ENC_XFORM_MODE,key,cfg);}/**
   * Creates this cipher in decryption mode.
   *
   * @param {WordArray} key The key.
   * @param {Object} cfg (Optional) The configuration options to use for this operation.
   *
   * @return {Cipher} A cipher instance.
   *
   * @static
   *
   * @example
   *
   *     const cipher = CryptoJS.algo.AES.createDecryptor(keyWordArray, { iv: ivWordArray });
   */static createDecryptor(key,cfg){return this.create(this._DEC_XFORM_MODE,key,cfg);}/**
   * Creates shortcut functions to a cipher's object interface.
   *
   * @param {Cipher} cipher The cipher to create a helper for.
   *
   * @return {Object} An object with encrypt and decrypt shortcut functions.
   *
   * @static
   *
   * @example
   *
   *     const AES = CryptoJS.lib.Cipher._createHelper(CryptoJS.algo.AES);
   */static _createHelper(SubCipher){const selectCipherStrategy=key=>{if(typeof key==='string'){return PasswordBasedCipher;}return SerializableCipher;};return {encrypt(message,key,cfg){return selectCipherStrategy(key).encrypt(SubCipher,message,key,cfg);},decrypt(ciphertext,key,cfg){return selectCipherStrategy(key).decrypt(SubCipher,ciphertext,key,cfg);}};}/**
   * Resets this cipher to its initial state.
   *
   * @example
   *
   *     cipher.reset();
   */reset(){// Reset data buffer
super.reset.call(this);// Perform concrete-cipher logic
this._doReset();}/**
   * Adds data to be encrypted or decrypted.
   *
   * @param {WordArray|string} dataUpdate The data to encrypt or decrypt.
   *
   * @return {WordArray} The data after processing.
   *
   * @example
   *
   *     const encrypted = cipher.process('data');
   *     const encrypted = cipher.process(wordArray);
   */process(dataUpdate){// Append
this._append(dataUpdate);// Process available blocks
return this._process();}/**
   * Finalizes the encryption or decryption process.
   * Note that the finalize operation is effectively a destructive, read-once operation.
   *
   * @param {WordArray|string} dataUpdate The final data to encrypt or decrypt.
   *
   * @return {WordArray} The data after final processing.
   *
   * @example
   *
   *     const encrypted = cipher.finalize();
   *     const encrypted = cipher.finalize('data');
   *     const encrypted = cipher.finalize(wordArray);
   */finalize(dataUpdate){// Final data update
if(dataUpdate){this._append(dataUpdate);}// Perform concrete-cipher logic
const finalProcessedData=this._doFinalize();return finalProcessedData;}}Cipher._ENC_XFORM_MODE=1;Cipher._DEC_XFORM_MODE=2;Cipher.keySize=128/32;Cipher.ivSize=128/32;/**
 * Abstract base block cipher mode template.
 */class BlockCipherMode extends Base{/**
   * Initializes a newly created mode.
   *
   * @param {Cipher} cipher A block cipher instance.
   * @param {Array} iv The IV words.
   *
   * @example
   *
   *     const mode = CryptoJS.mode.CBC.Encryptor.create(cipher, iv.words);
   */constructor(cipher,iv){super();this._cipher=cipher;this._iv=iv;}/**
   * Creates this mode for encryption.
   *
   * @param {Cipher} cipher A block cipher instance.
   * @param {Array} iv The IV words.
   *
   * @static
   *
   * @example
   *
   *     const mode = CryptoJS.mode.CBC.createEncryptor(cipher, iv.words);
   */static createEncryptor(cipher,iv){return this.Encryptor.create(cipher,iv);}/**
   * Creates this mode for decryption.
   *
   * @param {Cipher} cipher A block cipher instance.
   * @param {Array} iv The IV words.
   *
   * @static
   *
   * @example
   *
   *     const mode = CryptoJS.mode.CBC.createDecryptor(cipher, iv.words);
   */static createDecryptor(cipher,iv){return this.Decryptor.create(cipher,iv);}}function xorBlock(words,offset,blockSize){const _words=words;let block;// Shortcut
const iv=this._iv;// Choose mixing block
if(iv){block=iv;// Remove IV for subsequent blocks
this._iv=undefined;}else {block=this._prevBlock;}// XOR blocks
for(let i=0;i<blockSize;i+=1){_words[offset+i]^=block[i];}}/**
 * Cipher Block Chaining mode.
 *//**
 * Abstract base CBC mode.
 */class CBC extends BlockCipherMode{}/**
 * CBC encryptor.
 */CBC.Encryptor=class extends CBC{/**
   * Processes the data block at offset.
   *
   * @param {Array} words The data words to operate on.
   * @param {number} offset The offset where the block starts.
   *
   * @example
   *
   *     mode.processBlock(data.words, offset);
   */processBlock(words,offset){// Shortcuts
const cipher=this._cipher;const{blockSize}=cipher;// XOR and encrypt
xorBlock.call(this,words,offset,blockSize);cipher.encryptBlock(words,offset);// Remember this block to use with next block
this._prevBlock=words.slice(offset,offset+blockSize);}};/**
 * CBC decryptor.
 */CBC.Decryptor=class extends CBC{/**
   * Processes the data block at offset.
   *
   * @param {Array} words The data words to operate on.
   * @param {number} offset The offset where the block starts.
   *
   * @example
   *
   *     mode.processBlock(data.words, offset);
   */processBlock(words,offset){// Shortcuts
const cipher=this._cipher;const{blockSize}=cipher;// Remember this block to use with next block
const thisBlock=words.slice(offset,offset+blockSize);// Decrypt and XOR
cipher.decryptBlock(words,offset);xorBlock.call(this,words,offset,blockSize);// This block becomes the previous block
this._prevBlock=thisBlock;}};/**
 * PKCS #5/7 padding strategy.
 */const Pkcs7={/**
   * Pads data using the algorithm defined in PKCS #5/7.
   *
   * @param {WordArray} data The data to pad.
   * @param {number} blockSize The multiple that the data should be padded to.
   *
   * @static
   *
   * @example
   *
   *     CryptoJS.pad.Pkcs7.pad(wordArray, 4);
   */pad(data,blockSize){// Shortcut
const blockSizeBytes=blockSize*4;// Count padding bytes
const nPaddingBytes=blockSizeBytes-data.sigBytes%blockSizeBytes;// Create padding word
const paddingWord=nPaddingBytes<<24|nPaddingBytes<<16|nPaddingBytes<<8|nPaddingBytes;// Create padding
const paddingWords=[];for(let i=0;i<nPaddingBytes;i+=4){paddingWords.push(paddingWord);}const padding=WordArray.create(paddingWords,nPaddingBytes);// Add padding
data.concat(padding);},/**
   * Unpads data that had been padded using the algorithm defined in PKCS #5/7.
   *
   * @param {WordArray} data The data to unpad.
   *
   * @static
   *
   * @example
   *
   *     CryptoJS.pad.Pkcs7.unpad(wordArray);
   */unpad(data){const _data=data;// Get number of padding bytes from last byte
const nPaddingBytes=_data.words[_data.sigBytes-1>>>2]&0xff;// Remove padding
_data.sigBytes-=nPaddingBytes;}};/**
 * Abstract base block cipher template.
 *
 * @property {number} blockSize
 *
 *    The number of 32-bit words this cipher operates on. Default: 4 (128 bits)
 */class BlockCipher extends Cipher{constructor(xformMode,key,cfg){/**
     * Configuration options.
     *
     * @property {Mode} mode The block mode to use. Default: CBC
     * @property {Padding} padding The padding strategy to use. Default: Pkcs7
     */super(xformMode,key,ObjectAssign({mode:CBC,padding:Pkcs7},cfg));this.blockSize=128/32;}reset(){let modeCreator;// Reset cipher
super.reset.call(this);// Shortcuts
const{cfg}=this;const{iv,mode}=cfg;// Reset block mode
if(this._xformMode===this.constructor._ENC_XFORM_MODE){modeCreator=mode.createEncryptor;}else/* if (this._xformMode == this._DEC_XFORM_MODE) */{modeCreator=mode.createDecryptor;// Keep at least one block in the buffer for unpadding
this._minBufferSize=1;}this._mode=modeCreator.call(mode,this,iv&&iv.words);this._mode.__creator=modeCreator;}_doProcessBlock(words,offset){this._mode.processBlock(words,offset);}_doFinalize(){let finalProcessedBlocks;// Shortcut
const{padding}=this.cfg;// Finalize
if(this._xformMode===this.constructor._ENC_XFORM_MODE){// Pad data
padding.pad(this._data,this.blockSize);// Process final blocks
finalProcessedBlocks=this._process(true);}else/* if (this._xformMode == this._DEC_XFORM_MODE) */{// Process final blocks
finalProcessedBlocks=this._process(true);// Unpad data
padding.unpad(finalProcessedBlocks);}return finalProcessedBlocks;}}/**
 * A collection of cipher parameters.
 *
 * @property {WordArray} ciphertext The raw ciphertext.
 * @property {WordArray} key The key to this ciphertext.
 * @property {WordArray} iv The IV used in the ciphering operation.
 * @property {WordArray} salt The salt used with a key derivation function.
 * @property {Cipher} algorithm The cipher algorithm.
 * @property {Mode} mode The block mode used in the ciphering operation.
 * @property {Padding} padding The padding scheme used in the ciphering operation.
 * @property {number} blockSize The block size of the cipher.
 * @property {Format} formatter
 *    The default formatting strategy to convert this cipher params object to a string.
 */class CipherParams extends Base{/**
   * Initializes a newly created cipher params object.
   *
   * @param {Object} cipherParams An object with any of the possible cipher parameters.
   *
   * @example
   *
   *     var cipherParams = CryptoJS.lib.CipherParams.create({
   *         ciphertext: ciphertextWordArray,
   *         key: keyWordArray,
   *         iv: ivWordArray,
   *         salt: saltWordArray,
   *         algorithm: CryptoJS.algo.AES,
   *         mode: CryptoJS.mode.CBC,
   *         padding: CryptoJS.pad.PKCS7,
   *         blockSize: 4,
   *         formatter: CryptoJS.format.OpenSSL
   *     });
   */constructor(cipherParams){super();this.mixIn(cipherParams);}/**
   * Converts this cipher params object to a string.
   *
   * @param {Format} formatter (Optional) The formatting strategy to use.
   *
   * @return {string} The stringified cipher params.
   *
   * @throws Error If neither the formatter nor the default formatter is set.
   *
   * @example
   *
   *     var string = cipherParams + '';
   *     var string = cipherParams.toString();
   *     var string = cipherParams.toString(CryptoJS.format.OpenSSL);
   */toString(formatter){return (formatter||this.formatter).stringify(this);}}/**
 * OpenSSL formatting strategy.
 */const OpenSSLFormatter={/**
   * Converts a cipher params object to an OpenSSL-compatible string.
   *
   * @param {CipherParams} cipherParams The cipher params object.
   *
   * @return {string} The OpenSSL-compatible string.
   *
   * @static
   *
   * @example
   *
   *     var openSSLString = CryptoJS.format.OpenSSL.stringify(cipherParams);
   */stringify(cipherParams){let wordArray;// Shortcuts
const{ciphertext,salt}=cipherParams;// Format
if(salt){wordArray=WordArray.create([0x53616c74,0x65645f5f]).concat(salt).concat(ciphertext);}else {wordArray=ciphertext;}return wordArray.toString(Base64);},/**
   * Converts an OpenSSL-compatible string to a cipher params object.
   *
   * @param {string} openSSLStr The OpenSSL-compatible string.
   *
   * @return {CipherParams} The cipher params object.
   *
   * @static
   *
   * @example
   *
   *     var cipherParams = CryptoJS.format.OpenSSL.parse(openSSLString);
   */parse(openSSLStr){let salt;// Parse base64
const ciphertext=Base64.parse(openSSLStr);// Shortcut
const ciphertextWords=ciphertext.words;// Test for salt
if(ciphertextWords[0]===0x53616c74&&ciphertextWords[1]===0x65645f5f){// Extract salt
salt=WordArray.create(ciphertextWords.slice(2,4));// Remove salt from ciphertext
ciphertextWords.splice(0,4);ciphertext.sigBytes-=16;}return CipherParams.create({ciphertext,salt});}};/**
 * A cipher wrapper that returns ciphertext as a serializable cipher params object.
 */class SerializableCipher extends Base{/**
   * Encrypts a message.
   *
   * @param {Cipher} cipher The cipher algorithm to use.
   * @param {WordArray|string} message The message to encrypt.
   * @param {WordArray} key The key.
   * @param {Object} cfg (Optional) The configuration options to use for this operation.
   *
   * @return {CipherParams} A cipher params object.
   *
   * @static
   *
   * @example
   *
   *     var ciphertextParams = CryptoJS.lib.SerializableCipher
   *       .encrypt(CryptoJS.algo.AES, message, key);
   *     var ciphertextParams = CryptoJS.lib.SerializableCipher
   *       .encrypt(CryptoJS.algo.AES, message, key, { iv: iv });
   *     var ciphertextParams = CryptoJS.lib.SerializableCipher
   *       .encrypt(CryptoJS.algo.AES, message, key, { iv: iv, format: CryptoJS.format.OpenSSL });
   */static encrypt(cipher,message,key,cfg){// Apply config defaults
const _cfg=ObjectAssign(new Base(),this.cfg,cfg);// Encrypt
const encryptor=cipher.createEncryptor(key,_cfg);const ciphertext=encryptor.finalize(message);// Shortcut
const cipherCfg=encryptor.cfg;// Create and return serializable cipher params
return CipherParams.create({ciphertext,key,iv:cipherCfg.iv,algorithm:cipher,mode:cipherCfg.mode,padding:cipherCfg.padding,blockSize:encryptor.blockSize,formatter:_cfg.format});}/**
   * Decrypts serialized ciphertext.
   *
   * @param {Cipher} cipher The cipher algorithm to use.
   * @param {CipherParams|string} ciphertext The ciphertext to decrypt.
   * @param {WordArray} key The key.
   * @param {Object} cfg (Optional) The configuration options to use for this operation.
   *
   * @return {WordArray} The plaintext.
   *
   * @static
   *
   * @example
   *
   *     var plaintext = CryptoJS.lib.SerializableCipher
   *       .decrypt(CryptoJS.algo.AES, formattedCiphertext, key,
   *         { iv: iv, format: CryptoJS.format.OpenSSL });
   *     var plaintext = CryptoJS.lib.SerializableCipher
   *       .decrypt(CryptoJS.algo.AES, ciphertextParams, key,
   *         { iv: iv, format: CryptoJS.format.OpenSSL });
   */static decrypt(cipher,ciphertext,key,cfg){let _ciphertext=ciphertext;// Apply config defaults
const _cfg=ObjectAssign(new Base(),this.cfg,cfg);// Convert string to CipherParams
_ciphertext=this._parse(_ciphertext,_cfg.format);// Decrypt
const plaintext=cipher.createDecryptor(key,_cfg).finalize(_ciphertext.ciphertext);return plaintext;}/**
   * Converts serialized ciphertext to CipherParams,
   * else assumed CipherParams already and returns ciphertext unchanged.
   *
   * @param {CipherParams|string} ciphertext The ciphertext.
   * @param {Formatter} format The formatting strategy to use to parse serialized ciphertext.
   *
   * @return {CipherParams} The unserialized ciphertext.
   *
   * @static
   *
   * @example
   *
   *     var ciphertextParams = CryptoJS.lib.SerializableCipher
   *       ._parse(ciphertextStringOrParams, format);
   */static _parse(ciphertext,format){if(typeof ciphertext==='string'){return format.parse(ciphertext,this);}return ciphertext;}}/**
 * Configuration options.
 *
 * @property {Formatter} format
 *
 *    The formatting strategy to convert cipher param objects to and from a string.
 *    Default: OpenSSL
 */SerializableCipher.cfg=ObjectAssign(new Base(),{format:OpenSSLFormatter});/**
 * OpenSSL key derivation function.
 */const OpenSSLKdf={/**
   * Derives a key and IV from a password.
   *
   * @param {string} password The password to derive from.
   * @param {number} keySize The size in words of the key to generate.
   * @param {number} ivSize The size in words of the IV to generate.
   * @param {WordArray|string} salt
   *     (Optional) A 64-bit salt to use. If omitted, a salt will be generated randomly.
   *
   * @return {CipherParams} A cipher params object with the key, IV, and salt.
   *
   * @static
   *
   * @example
   *
   *     var derivedParams = CryptoJS.kdf.OpenSSL.execute('Password', 256/32, 128/32);
   *     var derivedParams = CryptoJS.kdf.OpenSSL.execute('Password', 256/32, 128/32, 'saltsalt');
   */execute(password,keySize,ivSize,salt,hasher){let _salt=salt;// Generate random salt
if(!_salt){_salt=WordArray.random(64/8);}// Derive key and IV
let key;if(!hasher){key=EvpKDFAlgo.create({keySize:keySize+ivSize}).compute(password,_salt);}else {key=EvpKDFAlgo.create({keySize:keySize+ivSize,hasher}).compute(password,_salt);}// Separate key and IV
const iv=WordArray.create(key.words.slice(keySize),ivSize*4);key.sigBytes=keySize*4;// Return params
return CipherParams.create({key,iv,salt:_salt});}};/**
 * A serializable cipher wrapper that derives the key from a password,
 * and returns ciphertext as a serializable cipher params object.
 */class PasswordBasedCipher extends SerializableCipher{/**
   * Encrypts a message using a password.
   *
   * @param {Cipher} cipher The cipher algorithm to use.
   * @param {WordArray|string} message The message to encrypt.
   * @param {string} password The password.
   * @param {Object} cfg (Optional) The configuration options to use for this operation.
   *
   * @return {CipherParams} A cipher params object.
   *
   * @static
   *
   * @example
   *
   *     var ciphertextParams = CryptoJS.lib.PasswordBasedCipher
   *       .encrypt(CryptoJS.algo.AES, message, 'password');
   *     var ciphertextParams = CryptoJS.lib.PasswordBasedCipher
   *       .encrypt(CryptoJS.algo.AES, message, 'password', { format: CryptoJS.format.OpenSSL });
   */static encrypt(cipher,message,password,cfg){// Apply config defaults
const _cfg=ObjectAssign(new Base(),this.cfg,cfg);// Derive key and other params
const derivedParams=_cfg.kdf.execute(password,cipher.keySize,cipher.ivSize,_cfg.salt,_cfg.hasher);// Add IV to config
_cfg.iv=derivedParams.iv;// Encrypt
const ciphertext=SerializableCipher.encrypt.call(this,cipher,message,derivedParams.key,_cfg);// Mix in derived params
ciphertext.mixIn(derivedParams);return ciphertext;}/**
   * Decrypts serialized ciphertext using a password.
   *
   * @param {Cipher} cipher The cipher algorithm to use.
   * @param {CipherParams|string} ciphertext The ciphertext to decrypt.
   * @param {string} password The password.
   * @param {Object} cfg (Optional) The configuration options to use for this operation.
   *
   * @return {WordArray} The plaintext.
   *
   * @static
   *
   * @example
   *
   *     var plaintext = CryptoJS.lib.PasswordBasedCipher
   *       .decrypt(CryptoJS.algo.AES, formattedCiphertext, 'password',
   *         { format: CryptoJS.format.OpenSSL });
   *     var plaintext = CryptoJS.lib.PasswordBasedCipher
   *       .decrypt(CryptoJS.algo.AES, ciphertextParams, 'password',
   *         { format: CryptoJS.format.OpenSSL });
   */static decrypt(cipher,ciphertext,password,cfg){let _ciphertext=ciphertext;// Apply config defaults
const _cfg=ObjectAssign(new Base(),this.cfg,cfg);// Convert string to CipherParams
_ciphertext=this._parse(_ciphertext,_cfg.format);// Derive key and other params
const derivedParams=_cfg.kdf.execute(password,cipher.keySize,cipher.ivSize,_ciphertext.salt,_cfg.hasher);// Add IV to config
_cfg.iv=derivedParams.iv;// Decrypt
const plaintext=SerializableCipher.decrypt.call(this,cipher,_ciphertext,derivedParams.key,_cfg);return plaintext;}}/**
 * Configuration options.
 *
 * @property {KDF} kdf
 *     The key derivation function to use to generate a key and IV from a password.
 *     Default: OpenSSL
 */PasswordBasedCipher.cfg=ObjectAssign(SerializableCipher.cfg,{kdf:OpenSSLKdf});

const _SBOX=[];const INV_SBOX=[];const _SUB_MIX_0=[];const _SUB_MIX_1=[];const _SUB_MIX_2=[];const _SUB_MIX_3=[];const INV_SUB_MIX_0=[];const INV_SUB_MIX_1=[];const INV_SUB_MIX_2=[];const INV_SUB_MIX_3=[];// Compute lookup tables
// Compute double table
const d=[];for(let i=0;i<256;i+=1){if(i<128){d[i]=i<<1;}else {d[i]=i<<1^0x11b;}}// Walk GF(2^8)
let x=0;let xi=0;for(let i=0;i<256;i+=1){// Compute sbox
let sx=xi^xi<<1^xi<<2^xi<<3^xi<<4;sx=sx>>>8^sx&0xff^0x63;_SBOX[x]=sx;INV_SBOX[sx]=x;// Compute multiplication
const x2=d[x];const x4=d[x2];const x8=d[x4];// Compute sub bytes, mix columns tables
let t=d[sx]*0x101^sx*0x1010100;_SUB_MIX_0[x]=t<<24|t>>>8;_SUB_MIX_1[x]=t<<16|t>>>16;_SUB_MIX_2[x]=t<<8|t>>>24;_SUB_MIX_3[x]=t;// Compute inv sub bytes, inv mix columns tables
t=x8*0x1010101^x4*0x10001^x2*0x101^x*0x1010100;INV_SUB_MIX_0[sx]=t<<24|t>>>8;INV_SUB_MIX_1[sx]=t<<16|t>>>16;INV_SUB_MIX_2[sx]=t<<8|t>>>24;INV_SUB_MIX_3[sx]=t;// Compute next counter
if(!x){xi=1;x=xi;}else {x=x2^d[d[d[x8^x2]]];xi^=d[d[xi]];}}// Precomputed Rcon lookup
const RCON=[0x00,0x01,0x02,0x04,0x08,0x10,0x20,0x40,0x80,0x1b,0x36];/**
 * AES block cipher algorithm.
 */class AESAlgo extends BlockCipher{_doReset(){let t;// Skip reset of nRounds has been set before and key did not change
if(this._nRounds&&this._keyPriorReset===this._key){return;}// Shortcuts
this._keyPriorReset=this._key;const key=this._keyPriorReset;const keyWords=key.words;const keySize=key.sigBytes/4;// Compute number of rounds
this._nRounds=keySize+6;const nRounds=this._nRounds;// Compute number of key schedule rows
const ksRows=(nRounds+1)*4;// Compute key schedule
this._keySchedule=[];const keySchedule=this._keySchedule;for(let ksRow=0;ksRow<ksRows;ksRow+=1){if(ksRow<keySize){keySchedule[ksRow]=keyWords[ksRow];}else {t=keySchedule[ksRow-1];if(!(ksRow%keySize)){// Rot word
t=t<<8|t>>>24;// Sub word
t=_SBOX[t>>>24]<<24|_SBOX[t>>>16&0xff]<<16|_SBOX[t>>>8&0xff]<<8|_SBOX[t&0xff];// Mix Rcon
t^=RCON[ksRow/keySize|0]<<24;}else if(keySize>6&&ksRow%keySize===4){// Sub word
t=_SBOX[t>>>24]<<24|_SBOX[t>>>16&0xff]<<16|_SBOX[t>>>8&0xff]<<8|_SBOX[t&0xff];}keySchedule[ksRow]=keySchedule[ksRow-keySize]^t;}}// Compute inv key schedule
this._invKeySchedule=[];const invKeySchedule=this._invKeySchedule;for(let invKsRow=0;invKsRow<ksRows;invKsRow+=1){const ksRow=ksRows-invKsRow;if(invKsRow%4){t=keySchedule[ksRow];}else {t=keySchedule[ksRow-4];}if(invKsRow<4||ksRow<=4){invKeySchedule[invKsRow]=t;}else {invKeySchedule[invKsRow]=INV_SUB_MIX_0[_SBOX[t>>>24]]^INV_SUB_MIX_1[_SBOX[t>>>16&0xff]]^INV_SUB_MIX_2[_SBOX[t>>>8&0xff]]^INV_SUB_MIX_3[_SBOX[t&0xff]];}}}encryptBlock(M,offset){this._doCryptBlock(M,offset,this._keySchedule,_SUB_MIX_0,_SUB_MIX_1,_SUB_MIX_2,_SUB_MIX_3,_SBOX);}decryptBlock(M,offset){const _M=M;// Swap 2nd and 4th rows
let t=_M[offset+1];_M[offset+1]=_M[offset+3];_M[offset+3]=t;this._doCryptBlock(_M,offset,this._invKeySchedule,INV_SUB_MIX_0,INV_SUB_MIX_1,INV_SUB_MIX_2,INV_SUB_MIX_3,INV_SBOX);// Inv swap 2nd and 4th rows
t=_M[offset+1];_M[offset+1]=_M[offset+3];_M[offset+3]=t;}_doCryptBlock(M,offset,keySchedule,SUB_MIX_0,SUB_MIX_1,SUB_MIX_2,SUB_MIX_3,SBOX){const _M=M;// Shortcut
const nRounds=this._nRounds;// Get input, add round key
let s0=_M[offset]^keySchedule[0];let s1=_M[offset+1]^keySchedule[1];let s2=_M[offset+2]^keySchedule[2];let s3=_M[offset+3]^keySchedule[3];// Key schedule row counter
let ksRow=4;// Rounds
for(let round=1;round<nRounds;round+=1){// Shift rows, sub bytes, mix columns, add round key
const t0=SUB_MIX_0[s0>>>24]^SUB_MIX_1[s1>>>16&0xff]^SUB_MIX_2[s2>>>8&0xff]^SUB_MIX_3[s3&0xff]^keySchedule[ksRow];ksRow+=1;const t1=SUB_MIX_0[s1>>>24]^SUB_MIX_1[s2>>>16&0xff]^SUB_MIX_2[s3>>>8&0xff]^SUB_MIX_3[s0&0xff]^keySchedule[ksRow];ksRow+=1;const t2=SUB_MIX_0[s2>>>24]^SUB_MIX_1[s3>>>16&0xff]^SUB_MIX_2[s0>>>8&0xff]^SUB_MIX_3[s1&0xff]^keySchedule[ksRow];ksRow+=1;const t3=SUB_MIX_0[s3>>>24]^SUB_MIX_1[s0>>>16&0xff]^SUB_MIX_2[s1>>>8&0xff]^SUB_MIX_3[s2&0xff]^keySchedule[ksRow];ksRow+=1;// Update state
s0=t0;s1=t1;s2=t2;s3=t3;}// Shift rows, sub bytes, add round key
const t0=(SBOX[s0>>>24]<<24|SBOX[s1>>>16&0xff]<<16|SBOX[s2>>>8&0xff]<<8|SBOX[s3&0xff])^keySchedule[ksRow];ksRow+=1;const t1=(SBOX[s1>>>24]<<24|SBOX[s2>>>16&0xff]<<16|SBOX[s3>>>8&0xff]<<8|SBOX[s0&0xff])^keySchedule[ksRow];ksRow+=1;const t2=(SBOX[s2>>>24]<<24|SBOX[s3>>>16&0xff]<<16|SBOX[s0>>>8&0xff]<<8|SBOX[s1&0xff])^keySchedule[ksRow];ksRow+=1;const t3=(SBOX[s3>>>24]<<24|SBOX[s0>>>16&0xff]<<16|SBOX[s1>>>8&0xff]<<8|SBOX[s2&0xff])^keySchedule[ksRow];ksRow+=1;// Set output
_M[offset]=t0;_M[offset+1]=t1;_M[offset+2]=t2;_M[offset+3]=t3;}}AESAlgo.keySize=256/32;/**
 * Shortcut functions to the cipher's object interface.
 *
 * @example
 *
 *     var ciphertext = CryptoJS.AES.encrypt(message, key, cfg);
 *     var plaintext  = CryptoJS.AES.decrypt(ciphertext, key, cfg);
 */const AES=BlockCipher._createHelper(AESAlgo);

const ENCRYPTION_PREFIX_V1='RudderEncrypt:';const ENCRYPTION_KEY_V1='Rudder';

const encrypt=value=>`${ENCRYPTION_PREFIX_V1}${AES.encrypt(value,ENCRYPTION_KEY_V1).toString()}`;const decrypt=value=>{if(value.startsWith(ENCRYPTION_PREFIX_V1)){return AES.decrypt(value.substring(ENCRYPTION_PREFIX_V1.length),ENCRYPTION_KEY_V1).toString(Utf8);}return value;};

const pluginName$2='StorageEncryptionLegacy';const StorageEncryptionLegacy=()=>({name:pluginName$2,initialize:state=>{state.plugins.loadedPlugins.value=[...state.plugins.loadedPlugins.value,pluginName$2];},storage:{encrypt(value){return encrypt(value);},decrypt(value){return decrypt(value);}}});

const STORAGE_MIGRATION_ERROR=key=>`Failed to retrieve or parse data for "${key}" from storage.`;

const STORAGE_MIGRATOR_PLUGIN='StorageMigratorPlugin';

const pluginName$1='StorageMigrator';const StorageMigrator=()=>({name:pluginName$1,initialize:state=>{state.plugins.loadedPlugins.value=[...state.plugins.loadedPlugins.value,pluginName$1];},storage:{migrate(key,storageEngine,errorHandler,logger){try{const storedVal=storageEngine.getItem(key);if(isNullOrUndefined(storedVal)){return null;}let currentVal=storedVal;let decryptedVal=decrypt(currentVal);// Decrypt using the latest encryption method as well
decryptedVal=decryptBrowser(decryptedVal);// storejs that is used in localstorage engine already deserializes json strings but swallows errors
currentVal=JSON.parse(decryptedVal);// Recursively decrypt the value until we reach a point where the value
// is not encrypted anymore
while(isString(currentVal)){decryptedVal=decrypt(currentVal);// Decrypt using the latest encryption method as well
decryptedVal=decryptBrowser(decryptedVal);// If the decrypted value is the same as the current value,
// then it's not encrypted anymore
if(decryptedVal===currentVal){break;}// storejs that is used in localstorage engine already deserializes json strings but swallows errors
currentVal=JSON.parse(decryptedVal);}return currentVal;}catch(err){const customMessage=STORAGE_MIGRATION_ERROR(key);errorHandler?.onError({error:err,context:STORAGE_MIGRATOR_PLUGIN,customMessage,groupingHash:customMessage});return null;}}}});

const DEFAULT_RETRY_QUEUE_OPTIONS={maxRetryDelay:360000,minRetryDelay:1000,backoffFactor:2,maxAttempts:10,maxItems:100};const REQUEST_TIMEOUT_MS=30*1000;// 30 seconds
const DATA_PLANE_API_VERSION='v1';const QUEUE_NAME='rudder';const XHR_QUEUE_PLUGIN='XhrQueuePlugin';

const EVENT_DELIVERY_FAILURE_ERROR_PREFIX=(context,originalErrorMsg)=>`${context}${LOG_CONTEXT_SEPARATOR}Failed to deliver event(s). Cause: ${originalErrorMsg}.`;

const getBatchDeliveryPayload=(events,currentTime,logger)=>{const batchPayload={batch:events,sentAt:currentTime};return stringifyWithoutCircular(batchPayload,true,undefined,logger);};const getNormalizedQueueOptions=queueOpts=>mergeDeepRight(DEFAULT_RETRY_QUEUE_OPTIONS,queueOpts);const getDeliveryUrl=(dataplaneUrl,endpoint)=>{const dpUrl=new URL(dataplaneUrl);return new URL(removeDuplicateSlashes([dpUrl.pathname,'/',DATA_PLANE_API_VERSION,'/',endpoint].join('')),dpUrl).href;};const getBatchDeliveryUrl=dataplaneUrl=>getDeliveryUrl(dataplaneUrl,'batch');const logMessageOnFailure=(details,isRetryable,qItemProcessInfo,logger)=>{if(!logger){return;}let logMsg=EVENT_DELIVERY_FAILURE_ERROR_PREFIX(XHR_QUEUE_PLUGIN,details?.error?.message??'Unknown');const dropMsg=`The event(s) will be dropped.`;if(isRetryable){if(qItemProcessInfo.willBeRetried){logMsg=`${logMsg} The event(s) will be retried.`;if(qItemProcessInfo.retryAttemptNumber>0){logMsg=`${logMsg} Retry attempt ${qItemProcessInfo.retryAttemptNumber} of ${qItemProcessInfo.maxRetryAttempts}.`;}// Use warning for retryable failures that will be retried
logger.warn(logMsg);}else {logger.error(`${logMsg} Retries exhausted (${qItemProcessInfo.maxRetryAttempts}). ${dropMsg}`);}}else {// Use error for non-retryable failures
logger.error(`${logMsg} ${dropMsg}`);}};const getRequestInfo=(itemData,state,qItemProcessInfo,logger)=>{let data;let headers;let url;const currentTime=getCurrentTimeFormatted();if(Array.isArray(itemData)){const finalEvents=itemData.map(queueItemData=>getFinalEventForDeliveryMutator(queueItemData.event,currentTime));data=getBatchDeliveryPayload(finalEvents,currentTime,logger);headers=itemData[0]?clone(itemData[0].headers):{};url=getBatchDeliveryUrl(state.lifecycle.activeDataplaneUrl.value);}else {const{url:eventUrl,event,headers:eventHeaders}=itemData;const finalEvent=getFinalEventForDeliveryMutator(event,currentTime);data=getDeliveryPayload(finalEvent,logger);headers=clone(eventHeaders);url=eventUrl;}// Add current timestamp as sentAt header
// The same value is added in the event payload as well
headers.SentAt=currentTime;// Add a header to indicate if the item has been reclaimed from
// local storage
if(qItemProcessInfo.reclaimed){headers['Rsa-Recovered']='true';}// Add retry headers if the item is being retried for delivery
if(qItemProcessInfo.retryAttemptNumber>0){// The number of times this item has been attempted to retry
headers['Rsa-Retry-Attempt']=qItemProcessInfo.retryAttemptNumber.toString();// The number of milliseconds since the last attempt
headers['Rsa-Since-Last-Attempt']=qItemProcessInfo.timeSinceLastAttempt.toString();// The number of milliseconds since the first attempt
headers['Rsa-Since-First-Attempt']=qItemProcessInfo.timeSinceFirstAttempt.toString();// The reason for the retry
headers['Rsa-Retry-Reason']=qItemProcessInfo.retryReason;}return {data,headers,url};};

const pluginName='XhrQueue';const XhrQueue=()=>({name:pluginName,deps:[],initialize:state=>{state.plugins.loadedPlugins.value=[...state.plugins.loadedPlugins.value,pluginName];},dataplaneEventsQueue:{/**
     * Initialize the queue for delivery
     * @param state Application state
     * @param httpClient http client instance
     * @param storeManager Store Manager instance
     * @param errorHandler Error handler instance
     * @param logger Logger instance
     * @returns RetryQueue instance
     */init(state,httpClient,storeManager,errorHandler,logger){const writeKey=state.lifecycle.writeKey.value;httpClient.setAuthHeader(writeKey);const finalQOpts=getNormalizedQueueOptions(state.loadOptions.value.queueOptions);const eventsQueue=new RetryQueue(// adding write key to the queue name to avoid conflicts
`${QUEUE_NAME}_${writeKey}`,finalQOpts,(itemData,done,qItemProcessInfo)=>{const{data,url,headers}=getRequestInfo(itemData,state,qItemProcessInfo,logger);httpClient.getAsyncData({url,options:{method:'POST',headers,data:data,sendRawData:true},isRawResponse:true,timeout:REQUEST_TIMEOUT_MS,callback:(result,details)=>{// If there is no error, we can consider the item as delivered
if(isUndefined(details?.error)){// null means item will not be processed further and will be removed from the queue (even from the storage)
done(null);return;}const isRetryable=isErrRetryable(details?.xhr?.status??0);logMessageOnFailure(details,isRetryable,qItemProcessInfo,logger);if(isRetryable){let retryReason=DEFAULT_RETRY_REASON;if(details?.timedOut){retryReason=RETRY_REASON_CLIENT_TIMEOUT;}else if(isDefined(details?.xhr?.status)){retryReason=`server-${details.xhr.status}`;}done(details,{retryReason});}else {// null means item will not be processed further and will be removed from the queue (even from the storage)
done(null);}}});},storeManager,LOCAL_STORAGE,logger,itemData=>{const currentTime=getCurrentTimeFormatted();const events=itemData.map(queueItemData=>queueItemData.event);// type casting to string as we know that the event has already been validated prior to enqueue
return getBatchDeliveryPayload(events,currentTime,logger)?.length;});return eventsQueue;},/**
     * Add event to the queue for delivery
     * @param state Application state
     * @param eventsQueue RetryQueue instance
     * @param event RudderEvent object
     * @param errorHandler Error handler instance
     * @param logger Logger instance
     * @returns none
     */enqueue(state,eventsQueue,event,errorHandler,logger){// sentAt is only added here for the validation step
// It'll be updated to the latest timestamp during actual delivery
event.sentAt=getCurrentTimeFormatted();validateEventPayloadSize(event,logger);const dataplaneUrl=state.lifecycle.activeDataplaneUrl.value;const url=getDeliveryUrl(dataplaneUrl,event.type);// Other default headers are added by the HttpClient
// Auth header is added during initialization
const headers={// To maintain event ordering while using the HTTP API as per is documentation,
// make sure to include anonymousId as a header
AnonymousId:toBase64(event.anonymousId)};eventsQueue.addItem({url,headers,event});}}});

/**
 * Map plugin names to direct code imports from plugins package
 */const getBundledBuildPluginImports=()=>({BeaconQueue,CustomConsentManager,DeviceModeDestinations,DeviceModeTransformation,ExternalAnonymousId,GoogleLinker,IubendaConsentManager,KetchConsentManager,NativeDestinationQueue,OneTrustConsentManager,StorageEncryption,StorageEncryptionLegacy,StorageMigrator,XhrQueue});

/**
 * Map of mandatory plugin names and direct imports
 */const getMandatoryPluginsMap=()=>({});/**
 * Map of optional plugin names and direct imports for legacy builds
 */const getOptionalPluginsMap=()=>{return getBundledBuildPluginImports();};/**
 * Map of optional plugin names and dynamic imports for modern builds
 */const getRemotePluginsMap=activePluginNames=>{{return {};}};const pluginsInventory={...getMandatoryPluginsMap(),...getOptionalPluginsMap()};const remotePluginsInventory=activePluginNames=>({...getRemotePluginsMap()});

// TODO: add retry mechanism for getting remote plugins
// TODO: add timeout error mechanism for marking remote plugins that failed to load as failed in state
class PluginsManager{constructor(engine,errorHandler,logger){this.engine=engine;this.errorHandler=errorHandler;this.logger=logger;this.onError=this.onError.bind(this);}/**
   * Orchestrate the plugin loading and registering
   */init(){state.lifecycle.status.value='pluginsLoading';// Expose pluginsCDNPath to global object, so it can be used in the promise that determines
this.setActivePlugins();this.registerLocalPlugins();this.registerRemotePlugins();this.attachEffects();}/**
   * Update state based on plugin loaded status
   */// eslint-disable-next-line class-methods-use-this
attachEffects(){E(()=>{const isAllPluginsReady=state.plugins.activePlugins.value.length===0||state.plugins.loadedPlugins.value.length+state.plugins.failedPlugins.value.length===state.plugins.totalPluginsToLoad.value;if(isAllPluginsReady){r(()=>{state.plugins.ready.value=true;// TODO: decide what to do if a plugin fails to load for any reason.
//  Should we stop here or should we progress?
state.lifecycle.status.value='pluginsReady';});}});}/**
   * Determine the list of plugins that should be loaded based on sourceConfig & load options
   */// eslint-disable-next-line class-methods-use-this
getPluginsToLoadBasedOnConfig(){// This contains the default plugins if load option has been omitted by user
let pluginsToLoadFromConfig=state.plugins.pluginsToLoadFromConfig.value;if(!pluginsToLoadFromConfig){return [];}// Filter deprecated plugins
pluginsToLoadFromConfig=pluginsToLoadFromConfig.filter(pluginName=>{if(deprecatedPluginsList.includes(pluginName)){this.logger.warn(DEPRECATED_PLUGIN_WARNING(PLUGINS_MANAGER,pluginName));return false;}return true;});const pluginGroupsToProcess=[{configurationStatus:()=>isDefined(state.dataPlaneEvents.eventsQueuePluginName.value),configurationStatusStr:'Data plane events delivery is enabled',activePluginName:state.dataPlaneEvents.eventsQueuePluginName.value,supportedPlugins:Object.values(DataPlaneEventsTransportToPluginNameMap),shouldAddMissingPlugins:true},{configurationStatus:()=>getNonCloudDestinations(state.nativeDestinations.configuredDestinations.value).length>0,configurationStatusStr:'Device mode destinations are connected to the source',supportedPlugins:['DeviceModeDestinations','NativeDestinationQueue']},{configurationStatus:()=>getNonCloudDestinations(state.nativeDestinations.configuredDestinations.value).some(destination=>destination.shouldApplyDeviceModeTransformation),configurationStatusStr:'Device mode transformations are enabled for at least one destination',supportedPlugins:['DeviceModeTransformation']},{configurationStatus:()=>isDefined(state.consents.activeConsentManagerPluginName.value),configurationStatusStr:'Consent management is enabled',activePluginName:state.consents.activeConsentManagerPluginName.value,supportedPlugins:Object.values(ConsentManagersToPluginNameMap)},{configurationStatus:()=>isDefined(state.storage.encryptionPluginName.value),configurationStatusStr:'Storage encryption is enabled',activePluginName:state.storage.encryptionPluginName.value,supportedPlugins:Object.values(StorageEncryptionVersionsToPluginNameMap)},{configurationStatus:()=>state.storage.migrate.value,configurationStatusStr:'Storage migration is enabled',supportedPlugins:['StorageMigrator']}];const addMissingPlugins=false;pluginGroupsToProcess.forEach(group=>{if(group.configurationStatus()){pluginsToLoadFromConfig=pluginsToLoadFromConfig.filter(group.activePluginName?pluginName=>!(pluginName!==group.activePluginName&&group.supportedPlugins.includes(pluginName)):pluginName=>isDefined(pluginName)// pass through
);this.addMissingPlugins(group,addMissingPlugins,pluginsToLoadFromConfig);}else {pluginsToLoadFromConfig=pluginsToLoadFromConfig.filter(group.basePlugins!==undefined?pluginName=>!(group.basePlugins.includes(pluginName)||group.supportedPlugins.includes(pluginName)):pluginName=>!group.supportedPlugins.includes(pluginName));}});return [...Object.keys(getMandatoryPluginsMap()),...pluginsToLoadFromConfig];}addMissingPlugins(group,addMissingPlugins,pluginsToLoadFromConfig){const shouldAddMissingPlugins=group.shouldAddMissingPlugins||addMissingPlugins;let pluginsToConfigure;if(group.activePluginName){pluginsToConfigure=[...(group.basePlugins||[]),group.activePluginName];}else {pluginsToConfigure=[...group.supportedPlugins];}const missingPlugins=pluginsToConfigure.filter(pluginName=>!pluginsToLoadFromConfig.includes(pluginName));if(missingPlugins.length>0){if(shouldAddMissingPlugins){pluginsToLoadFromConfig.push(...missingPlugins);}this.logger.warn(generateMisconfiguredPluginsWarning(PLUGINS_MANAGER,group.configurationStatusStr,missingPlugins,shouldAddMissingPlugins));}}/**
   * Determine the list of plugins that should be activated
   */setActivePlugins(){const pluginsToLoad=this.getPluginsToLoadBasedOnConfig();// Merging available mandatory and optional plugin name list
const availablePlugins=[...Object.keys(pluginsInventory),...pluginNamesList];const activePlugins=[];const failedPlugins=[];pluginsToLoad.forEach(pluginName=>{if(availablePlugins.includes(pluginName)){activePlugins.push(pluginName);}else {failedPlugins.push(pluginName);}});if(failedPlugins.length>0){this.logger.warn(UNKNOWN_PLUGINS_WARNING(PLUGINS_MANAGER,failedPlugins));}r(()=>{state.plugins.totalPluginsToLoad.value=pluginsToLoad.length;state.plugins.activePlugins.value=activePlugins;state.plugins.failedPlugins.value=failedPlugins;});}/**
   * Register plugins that are direct imports to PluginEngine
   */registerLocalPlugins(){Object.values(pluginsInventory).forEach(localPlugin=>{if(isFunction(localPlugin)&&state.plugins.activePlugins.value.includes(localPlugin().name)){this.register([localPlugin()]);}});}/**
   * Register plugins that are dynamic imports to PluginEngine
   */registerRemotePlugins(){const remotePluginsList=remotePluginsInventory(state.plugins.activePlugins.value);Promise.all(Object.keys(remotePluginsList).map(async remotePluginKey=>{await remotePluginsList[remotePluginKey]().then(remotePluginModule=>this.register([remotePluginModule.default()])).catch(err=>{// TODO: add retry here if dynamic import fails
state.plugins.failedPlugins.value=[...state.plugins.failedPlugins.value,remotePluginKey];this.onError(err,`Failed to load plugin "${remotePluginKey}"`,err);});})).catch(err=>{this.onError(err);});}/**
   * Extension point invoke that allows multiple plugins to be registered to it with error handling
   */invokeMultiple(extPoint,...args){try{return this.engine.invokeMultiple(extPoint,...args);}catch(e){this.onError(e,extPoint);return [];}}/**
   * Extension point invoke that allows a single plugin to be registered to it with error handling
   */invokeSingle(extPoint,...args){try{return this.engine.invokeSingle(extPoint,...args);}catch(e){this.onError(e,extPoint);return null;}}/**
   * Plugin engine register with error handling
   */register(plugins){plugins.forEach(plugin=>{try{this.engine.register(plugin,state);}catch(e){state.plugins.failedPlugins.value=[...state.plugins.failedPlugins.value,plugin.name];this.onError(e,`Failed to register plugin "${plugin.name}"`);}});}// TODO: Implement reset API instead
unregisterLocalPlugins(){Object.values(pluginsInventory).forEach(localPlugin=>{try{this.engine.unregister(localPlugin().name);}catch(e){this.onError(e,`Failed to unregister plugin "${localPlugin().name}"`);}});}/**
   * Handle errors
   */onError(error,customMessage,groupingHash){this.errorHandler.onError({error,context:PLUGINS_MANAGER,customMessage,groupingHash});}}

const STORAGE_TEST_COOKIE='test_rudder_cookie';const STORAGE_TEST_LOCAL_STORAGE='test_rudder_ls';const STORAGE_TEST_SESSION_STORAGE='test_rudder_ss';const STORAGE_TEST_TOP_LEVEL_DOMAIN='__tld__';const CLIENT_DATA_STORE_COOKIE='clientDataInCookie';const CLIENT_DATA_STORE_LS='clientDataInLocalStorage';const CLIENT_DATA_STORE_MEMORY='clientDataInMemory';const CLIENT_DATA_STORE_SESSION='clientDataInSessionStorage';const USER_SESSION_KEYS=['userId','userTraits','anonymousId','groupId','groupTraits','initialReferrer','initialReferringDomain','sessionInfo','authToken'];

const storageClientDataStoreNameMap={[COOKIE_STORAGE]:CLIENT_DATA_STORE_COOKIE,[LOCAL_STORAGE]:CLIENT_DATA_STORE_LS,[MEMORY_STORAGE]:CLIENT_DATA_STORE_MEMORY,[SESSION_STORAGE]:CLIENT_DATA_STORE_SESSION};

const legacyGetHostname=href=>{const l=document.createElement('a');l.href=href;return l.hostname;};/**
 * Levels returns all levels of the given url
 *
 * The method returns an empty array when the hostname is an ip.
 */const levelsFunc=url=>{// This is called before the polyfills load thus new URL cannot be used
const host=typeof globalThis.URL!=='function'?legacyGetHostname(url):new URL(url).hostname;const parts=host?.split('.')??[];const last=parts[parts.length-1];const levels=[];// Ip address.
if(parts.length===4&&last&&last===parseInt(last,10).toString()){return levels;}// Localhost.
if(parts.length<=1){// Fix to support localhost
if(parts[0]&&parts[0].indexOf('localhost')!==-1){return ['localhost'];}return levels;}// Create levels.
for(let i=parts.length-2;i>=0;i-=1){levels.push(parts.slice(i).join('.'));}return levels;};/**
 * Get the top domain.
 *
 * The function constructs the levels of domain and attempts to set a global
 * cookie on each one when it succeeds it returns the top level domain.
 *
 * The method returns an empty string when the hostname is an ip.
 */const domain=url=>{const levels=levelsFunc(url);// Lookup the real top level one.
// eslint-disable-next-line unicorn/no-for-loop
for(let i=0;i<levels.length;i+=1){const domain=levels[i];const cname=STORAGE_TEST_TOP_LEVEL_DOMAIN;const opts={domain:`${domain.indexOf('localhost')!==-1?'':'.'}${domain}`};// Set cookie on domain
cookie(cname,1,opts);// If successful
if(cookie(cname)){// Remove cookie from domain
cookie(cname,null,opts);return domain;}}return '';};

const getDefaultCookieOptions=()=>{const topDomain=`.${domain(globalThis.location.href)}`;return {maxage:DEFAULT_COOKIE_MAX_AGE_MS,path:'/',domain:!topDomain||topDomain==='.'?undefined:topDomain,samesite:'Lax',enabled:true};};const getDefaultLocalStorageOptions=()=>({enabled:true});const getDefaultSessionStorageOptions=()=>({enabled:true});const getDefaultInMemoryStorageOptions=()=>({enabled:true});

/**
 * A storage utility to retain values in memory via Storage interface
 */class InMemoryStorage{isEnabled=true;length=0;data={};constructor(logger){this.options=getDefaultInMemoryStorageOptions();this.logger=logger;}configure(options){this.options=mergeDeepRight(this.options,options??{});this.isEnabled=Boolean(this.options.enabled);return this.options;}setItem(key,value){this.data[key]=value;this.length=Object.keys(this.data).length;return value;}getItem(key){if(key in this.data){return this.data[key];}return null;}removeItem(key){if(key in this.data){delete this.data[key];}this.length=Object.keys(this.data).length;return null;}clear(){this.data={};this.length=0;}key(index){const curKeys=this.keys();return curKeys[index]??null;}keys(){return Object.keys(this.data);}}const defaultInMemoryStorage=new InMemoryStorage(defaultLogger);

var store$2 = {exports: {}};

var store$1=store$2.exports;var hasRequiredStore;function requireStore(){if(hasRequiredStore)return store$2.exports;hasRequiredStore=1;(function(module,exports){(function(global,factory){module.exports=factory();})(store$1,function(){function isJSON(obj){obj=JSON.stringify(obj);if(!/^\{[\s\S]*\}$/.test(obj)){return false;}return true;}function stringify(val){return val===undefined||typeof val==="function"?val+'':JSON.stringify(val);}function deserialize(value){if(typeof value!=='string'){return undefined;}try{return JSON.parse(value);}catch(e){return value;}}function isFunction(value){return {}.toString.call(value)==="[object Function]";}function isArray(value){return Object.prototype.toString.call(value)==="[object Array]";}// https://github.com/jaywcjlove/store.js/pull/8
// Error: QuotaExceededError
function dealIncognito(storage){var _KEY='_Is_Incognit',_VALUE='yes';try{// NOTE: set default storage when not passed in
if(!storage){storage=window.localStorage;}storage.setItem(_KEY,_VALUE);storage.removeItem(_KEY);}catch(e){var inMemoryStorage={};inMemoryStorage._data={};inMemoryStorage.setItem=function(id,val){return inMemoryStorage._data[id]=String(val);};inMemoryStorage.getItem=function(id){return inMemoryStorage._data.hasOwnProperty(id)?inMemoryStorage._data[id]:undefined;};inMemoryStorage.removeItem=function(id){return delete inMemoryStorage._data[id];};inMemoryStorage.clear=function(){return inMemoryStorage._data={};};storage=inMemoryStorage;}finally{if(storage.getItem(_KEY)===_VALUE)storage.removeItem(_KEY);}return storage;}// deal QuotaExceededError if user use incognito mode in browser
var storage=dealIncognito();function Store(){if(!(this instanceof Store)){return new Store();}}Store.prototype={set:function set(key,val){if(key&&!isJSON(key)){storage.setItem(key,stringify(val));}else if(isJSON(key)){for(var a in key)this.set(a,key[a]);}return this;},get:function get(key){// Return all entries if no key
if(key===undefined){var ret={};this.forEach(function(key,val){return ret[key]=val;});return ret;}if(key.charAt(0)==='?'){return this.has(key.substr(1));}var args=arguments;if(args.length>1){var dt={};for(var i=0,len=args.length;i<len;i++){var value=deserialize(storage.getItem(args[i]));if(this.has(args[i])){dt[args[i]]=value;}}return dt;}return deserialize(storage.getItem(key));},clear:function clear(){storage.clear();return this;},remove:function remove(key){var val=this.get(key);storage.removeItem(key);return val;},has:function has(key){return {}.hasOwnProperty.call(this.get(),key);},keys:function keys(){var d=[];this.forEach(function(k){d.push(k);});return d;},forEach:function forEach(callback){for(var i=0,len=storage.length;i<len;i++){var key=storage.key(i);callback(key,this.get(key));}return this;},search:function search(str){var arr=this.keys(),dt={};for(var i=0,len=arr.length;i<len;i++){if(arr[i].indexOf(str)>-1)dt[arr[i]]=this.get(arr[i]);}return dt;},len:function len(){return storage.length;}};var _Store=null;function store(key,data){var argm=arguments;var dt=null;if(!_Store)_Store=Store();if(argm.length===0)return _Store.get();if(argm.length===1){if(typeof key==="string")return _Store.get(key);if(isJSON(key))return _Store.set(key);}if(argm.length===2&&typeof key==="string"){if(!data)return _Store.remove(key);if(data&&typeof data==="string")return _Store.set(key,data);if(data&&isFunction(data)){dt=null;dt=data(key,_Store.get(key));store.set(key,dt);}}if(argm.length===2&&isArray(key)&&isFunction(data)){for(var i=0,len=key.length;i<len;i++){dt=data(key[i],_Store.get(key[i]));store.set(key[i],dt);}}return store;}for(var a in Store.prototype)store[a]=Store.prototype[a];return store;});})(store$2);return store$2.exports;}

var storeExports = requireStore();
const store = /*@__PURE__*/getDefaultExportFromCjs(storeExports);

const hasCrypto=()=>!isNullOrUndefined(globalThis.crypto)&&isFunction(globalThis.crypto.getRandomValues);// eslint-disable-next-line compat/compat -- We are checking for the existence of navigator.userAgentData
const hasUAClientHints=()=>!isNullOrUndefined(globalThis.navigator.userAgentData);const hasBeacon=()=>!isNullOrUndefined(globalThis.navigator.sendBeacon)&&isFunction(globalThis.navigator.sendBeacon);const isIE11=()=>Boolean(globalThis.navigator.userAgent.match(/Trident.*rv:11\./));

const getUserAgentClientHint=(callback,level='none')=>{if(level==='none'){callback(undefined);}if(level==='default'){callback(navigator.userAgentData);}if(level==='full'){navigator.userAgentData?.getHighEntropyValues(['architecture','bitness','brands','mobile','model','platform','platformVersion','uaFullVersion','fullVersionList','wow64']).then(ua=>{callback(ua);}).catch(()=>{callback();});}};

const isDatasetAvailable=()=>{const testElement=globalThis.document.createElement('div');testElement.setAttribute('data-a-b','c');return testElement.dataset?testElement.dataset.aB==='c':false;};const legacyJSEngineRequiredPolyfills={// Ideally, we should separate the checks for URL and URLSearchParams but
// the polyfill service serves them under the same feature name, "URL".
URL:()=>!isFunction(globalThis.URL)||!isFunction(globalThis.URLSearchParams),Promise:()=>!isFunction(globalThis.Promise),'Number.isNaN':()=>!isFunction(globalThis.Number.isNaN),'Number.isInteger':()=>!isFunction(globalThis.Number.isInteger),'Array.from':()=>!isFunction(globalThis.Array.from),'Array.prototype.find':()=>!isFunction(globalThis.Array.prototype.find),'Array.prototype.includes':()=>!isFunction(globalThis.Array.prototype.includes),'String.prototype.endsWith':()=>!isFunction(globalThis.String.prototype.endsWith),'String.prototype.startsWith':()=>!isFunction(globalThis.String.prototype.startsWith),'String.prototype.includes':()=>!isFunction(globalThis.String.prototype.includes),'String.prototype.replaceAll':()=>!isFunction(globalThis.String.prototype.replaceAll),'String.fromCodePoint':()=>!isFunction(globalThis.String.fromCodePoint),'Object.entries':()=>!isFunction(globalThis.Object.entries),'Object.values':()=>!isFunction(globalThis.Object.values),'Object.assign':()=>!isFunction(globalThis.Object.assign),'Object.fromEntries':()=>!isFunction(globalThis.Object.fromEntries),'Element.prototype.dataset':()=>!isDatasetAvailable(),// Ideally, we should separate the checks for TextEncoder and TextDecoder but
// the polyfill service serves them under the same feature name, "TextEncoder".
TextEncoder:()=>!isFunction(globalThis.TextEncoder)||!isFunction(globalThis.TextDecoder),requestAnimationFrame:()=>!isFunction(globalThis.requestAnimationFrame)||!isFunction(globalThis.cancelAnimationFrame),CustomEvent:()=>!isFunction(globalThis.CustomEvent),'navigator.sendBeacon':()=>!isFunction(globalThis.navigator.sendBeacon),// Note, the polyfill service serves both ArrayBuffer and Uint8Array under the same feature name, "ArrayBuffer".
ArrayBuffer:()=>!isFunction(globalThis.Uint8Array),Set:()=>!isFunction(globalThis.Set),atob:()=>!isFunction(globalThis.atob)};const isLegacyJSEngine=()=>{const requiredCapabilitiesList=Object.keys(legacyJSEngineRequiredPolyfills);let needsPolyfill=false;/* eslint-disable-next-line unicorn/no-for-loop */for(let i=0;i<requiredCapabilitiesList.length;i++){const isCapabilityMissing=legacyJSEngineRequiredPolyfills[requiredCapabilitiesList[i]];if(isFunction(isCapabilityMissing)&&isCapabilityMissing()){needsPolyfill=true;break;}}return needsPolyfill;};

const getScreenDetails=()=>{let screenDetails={density:0,width:0,height:0,innerWidth:0,innerHeight:0};screenDetails={width:globalThis.screen.width,height:globalThis.screen.height,density:globalThis.devicePixelRatio,innerWidth:globalThis.innerWidth,innerHeight:globalThis.innerHeight};return screenDetails;};

const isStorageQuotaExceeded=e=>{const matchingNames=['QuotaExceededError','NS_ERROR_DOM_QUOTA_REACHED'];// Everything except Firefox, Firefox
const matchingCodes=[22,1014];if(e instanceof DOMException){return matchingNames.includes(e.name)||matchingCodes.includes(e.code);}return false;};// TODO: also check for SecurityErrors
//  https://developer.mozilla.org/en-US/docs/Web/API/Window/localStorage#exceptions
const isStorageAvailable=(type=LOCAL_STORAGE,storageInstance,logger)=>{let storage;let testData;const msgPrefix=STORAGE_UNAVAILABILITY_ERROR_PREFIX(CAPABILITIES_MANAGER,type);let reason='unavailable';let isAccessible=true;let errObj;try{switch(type){case MEMORY_STORAGE:return true;case COOKIE_STORAGE:storage=storageInstance;testData=STORAGE_TEST_COOKIE;break;case LOCAL_STORAGE:storage=storageInstance??globalThis.localStorage;testData=STORAGE_TEST_LOCAL_STORAGE;// was STORAGE_TEST_LOCAL_STORAGE in ours and generateUUID() in segment retry one
break;case SESSION_STORAGE:storage=storageInstance??globalThis.sessionStorage;testData=STORAGE_TEST_SESSION_STORAGE;break;default:return false;}if(storage){storage.setItem(testData,'true');if(storage.getItem(testData)){storage.removeItem(testData);return true;}}isAccessible=false;}catch(err){isAccessible=false;errObj=err;if(isStorageQuotaExceeded(err)){reason='full';}}if(!isAccessible){logger?.warn(`${msgPrefix}${reason}.`,errObj);}// if we've have reached here, it means the storage is not available
return false;};

//  check if the get, set overloads and search methods are used at all
//  if we do, ensure we provide types to support overloads as per storejs docs
//  https://www.npmjs.com/package/storejs
/**
 * A storage utility to persist values in localstorage via Storage interface
 */class LocalStorage{isSupportAvailable=true;isEnabled=true;length=0;constructor(logger){this.options=getDefaultLocalStorageOptions();this.logger=logger;}configure(options){this.options=mergeDeepRight(this.options,options??{});this.isSupportAvailable=isStorageAvailable(LOCAL_STORAGE);this.isEnabled=Boolean(this.options.enabled&&this.isSupportAvailable);return this.options;}setItem(key,value){store.set(key,value);this.length=store.len();}// eslint-disable-next-line class-methods-use-this
getItem(key){const value=store.get(key);return isUndefined(value)?null:value;}removeItem(key){store.remove(key);this.length=store.len();}clear(){store.clear();this.length=0;}key(index){const curKeys=this.keys();return curKeys[index]??null;}// eslint-disable-next-line class-methods-use-this
keys(){return store.keys();}}const defaultLocalStorage=new LocalStorage(defaultLogger);

/**
 * A storage utility to persist values in SessionStorage via Storage interface
 */class SessionStorage{isSupportAvailable=true;isEnabled=true;length=0;constructor(logger){this.options=getDefaultSessionStorageOptions();this.logger=logger;}configure(options){this.options=mergeDeepRight(this.options,options??{});this.isSupportAvailable=isStorageAvailable(SESSION_STORAGE);// when storage is blocked by the user, even accessing the property throws an error
if(this.isSupportAvailable){this.store=globalThis.sessionStorage;}this.isEnabled=Boolean(this.options.enabled&&this.isSupportAvailable);return this.options;}setItem(key,value){if(!this.store){return;}this.store.setItem(key,value);this.length=this.store.length;}getItem(key){if(!this.store){return null;}const value=this.store.getItem(key);return isUndefined(value)?null:value;}removeItem(key){if(!this.store){return;}this.store.removeItem(key);this.length=this.store.length;}clear(){this.store?.clear();this.length=0;}key(index){return this.store?.key(index)??null;}keys(){const keys=[];if(!this.store){return keys;}for(let i=0;i<this.store.length;i+=1){const key=this.store.key(i);if(key!==null){keys.push(key);}}return keys;}}const defaultSessionStorage=new SessionStorage(defaultLogger);

/**
 * A storage utility to persist values in cookies via Storage interface
 */class CookieStorage{isSupportAvailable=true;isEnabled=true;length=0;constructor(logger){this.logger=logger;}configure(options){if(!this.options){this.options=getDefaultCookieOptions();}this.options=mergeDeepRight(this.options,options??{});if(this.options.sameDomainCookiesOnly){delete this.options.domain;}this.isSupportAvailable=isStorageAvailable(COOKIE_STORAGE,this);this.isEnabled=Boolean(this.options.enabled&&this.isSupportAvailable);return this.options;}setItem(key,value){cookie(key,value,this.options,this.logger);this.length=Object.keys(cookie()).length;return true;}// eslint-disable-next-line class-methods-use-this
getItem(key){const value=cookie(key);return isUndefined(value)?null:value;}removeItem(key){const result=this.setItem(key,null);this.length=Object.keys(cookie()).length;return result;}// eslint-disable-next-line class-methods-use-this
clear(){// Not implemented
// getting a list of all cookie storage keys and remove all values
// sounds risky to do as it will take on all top domain cookies
// better to explicitly clear specific ones if needed
}key(index){const curKeys=this.keys();return curKeys[index]??null;}// eslint-disable-next-line class-methods-use-this
keys(){return Object.keys(cookie());}}const defaultCookieStorage=new CookieStorage(defaultLogger);

/**
 * A utility to retrieve the storage singleton instance by type
 */const getStorageEngine=type=>{switch(type){case LOCAL_STORAGE:return defaultLocalStorage;case SESSION_STORAGE:return defaultSessionStorage;case MEMORY_STORAGE:return defaultInMemoryStorage;case COOKIE_STORAGE:return defaultCookieStorage;default:return defaultInMemoryStorage;}};/**
 * Configure cookie storage singleton
 */const configureCookieStorageEngine=options=>{const cookieStorageOptions=defaultCookieStorage.configure(options);// Update the state with the final cookie storage options
state.storage.cookie.value={maxage:cookieStorageOptions.maxage,path:cookieStorageOptions.path,domain:cookieStorageOptions.domain,samesite:cookieStorageOptions.samesite,expires:cookieStorageOptions.expires,secure:cookieStorageOptions.secure};};/**
 * Configure local storage singleton
 */const configureLocalStorageEngine=options=>{defaultLocalStorage.configure(options);};/**
 * Configure in memory storage singleton
 */const configureInMemoryStorageEngine=options=>{defaultInMemoryStorage.configure(options);};/**
 * Configure session storage singleton
 */const configureSessionStorageEngine=options=>{defaultSessionStorage.configure(options);};/**
 * Configure all storage singleton instances
 */const configureStorageEngines=(cookieStorageOptions={},localStorageOptions={},inMemoryStorageOptions={},sessionStorageOptions={})=>{configureCookieStorageEngine(cookieStorageOptions);configureLocalStorageEngine(localStorageOptions);configureInMemoryStorageEngine(inMemoryStorageOptions);configureSessionStorageEngine(sessionStorageOptions);};

/**
 * Store Implementation with dedicated storage
 */class Store{constructor(config,engine,pluginsManager){this.id=config.id;this.name=config.name;this.isEncrypted=config.isEncrypted??false;this.validKeys=config.validKeys??{};this.engine=engine;this.noKeyValidation=Object.keys(this.validKeys).length===0;this.noCompoundKey=config.noCompoundKey;this.originalEngine=this.engine;this.errorHandler=config.errorHandler;this.logger=config.logger;this.pluginsManager=pluginsManager;}/**
   * Ensure the key is valid and with correct format
   */createValidKey(key){const{name,id,validKeys,noKeyValidation,noCompoundKey}=this;if(noKeyValidation){return noCompoundKey?key:[name,id,key].join('.');}// validate and return undefined if invalid key
let compoundKey;Object.values(validKeys).forEach(validKeyName=>{if(validKeyName===key){compoundKey=noCompoundKey?key:[name,id,key].join('.');}});return compoundKey;}/**
   * Switch to inMemoryEngine, bringing any existing data with.
   */swapQueueStoreToInMemoryEngine(){const{name,id,validKeys,noCompoundKey}=this;const inMemoryStorage=getStorageEngine(MEMORY_STORAGE);// grab existing data, but only for this page's queue instance, not all
// better to keep other queues in localstorage to be flushed later
// than to pull them into memory and remove them from durable storage
Object.keys(validKeys).forEach(key=>{const value=this.get(validKeys[key]);const validKey=noCompoundKey?key:[name,id,key].join('.');inMemoryStorage.setItem(validKey,value);// TODO: are we sure we want to drop clientData
//  if cookies are not available and localstorage is full?
this.remove(key);});this.engine=inMemoryStorage;}/**
   * Set value by key.
   */set(key,value){const validKey=this.createValidKey(key);if(!validKey){return;}try{// storejs that is used in localstorage engine already stringifies json
this.engine.setItem(validKey,this.encrypt(stringifyWithoutCircular(value,false,[],this.logger)));}catch(err){if(isStorageQuotaExceeded(err)){this.logger.warn(STORAGE_QUOTA_EXCEEDED_WARNING(`Store ${this.id}`));// switch to inMemory engine
this.swapQueueStoreToInMemoryEngine();// and save it there
this.set(key,value);}else {const customMessage=STORE_DATA_SAVE_ERROR(key);this.onError(err,customMessage,customMessage);}}}/**
   * Get by Key.
   */get(key){const validKey=this.createValidKey(key);let decryptedValue;try{if(!validKey){return null;}decryptedValue=this.decrypt(this.engine.getItem(validKey));if(isNullOrUndefined(decryptedValue)||decryptedValue===''){return null;}// storejs that is used in localstorage engine already deserializes json strings but swallows errors
return JSON.parse(decryptedValue);}catch(err){const customMessage=STORE_DATA_FETCH_ERROR(key);this.onError(err,customMessage,customMessage);return null;}}/**
   * Remove by Key.
   */remove(key){const validKey=this.createValidKey(key);if(validKey){this.engine.removeItem(validKey);}}/**
   * Get original engine
   */getOriginalEngine(){return this.originalEngine;}/**
   * Decrypt values
   */decrypt(value){if(isNullOrUndefined(value)){return null;}return this.crypto(value,'decrypt');}/**
   * Encrypt value
   */encrypt(value){return this.crypto(value,'encrypt');}/**
   * Extension point to use with encryption plugins
   */crypto(value,mode){const noEncryption=!this.isEncrypted||!value||typeof value!=='string'||trim(value)==='';if(noEncryption){return value;}const extensionPointName=`storage.${mode}`;const formattedValue=this.pluginsManager?this.pluginsManager.invokeSingle(extensionPointName,value):value;return typeof formattedValue==='undefined'?value:formattedValue??'';}/**
   * Handle errors
   */onError(error,customMessage,groupingHash){this.errorHandler.onError({error,context:`Store ${this.id}`,customMessage,groupingHash});}}

const getStorageTypeFromPreConsentIfApplicable=(state,sessionKey)=>{let overriddenStorageType;if(state.consents.preConsent.value.enabled){switch(state.consents.preConsent.value.storage?.strategy){case 'none':overriddenStorageType=NO_STORAGE;break;case 'session':if(sessionKey!=='sessionInfo'){overriddenStorageType=NO_STORAGE;}break;case 'anonymousId':if(sessionKey!=='anonymousId'){overriddenStorageType=NO_STORAGE;}break;}}return overriddenStorageType;};

/**
 * A service to manage stores & available storage client configurations
 */class StoreManager{stores={};isInitialized=false;constructor(pluginsManager,errorHandler,logger){this.errorHandler=errorHandler;this.logger=logger;this.pluginsManager=pluginsManager;}/**
   * Configure available storage client instances
   */init(){if(this.isInitialized){return;}const loadOptions=state.loadOptions.value;const config={cookieStorageOptions:{samesite:loadOptions.sameSiteCookie,secure:loadOptions.secureCookie,domain:loadOptions.setCookieDomain,sameDomainCookiesOnly:loadOptions.sameDomainCookiesOnly},localStorageOptions:{},inMemoryStorageOptions:{},sessionStorageOptions:{}};configureStorageEngines(removeUndefinedValues(mergeDeepRight(config.cookieStorageOptions??{},state.storage.cookie?.value??{})),removeUndefinedValues(config.localStorageOptions),removeUndefinedValues(config.inMemoryStorageOptions),removeUndefinedValues(config.sessionStorageOptions));this.initClientDataStores();this.isInitialized=true;}/**
   * Create store to persist data used by the SDK like session, used details etc
   */initClientDataStores(){this.initializeStorageState();// TODO: fill in extra config values and bring them in from StoreManagerOptions if needed
// TODO: should we pass the keys for all in order to validate or leave free as v1.1?
// Initializing all the enabled store because previous user data might be in different storage
// that needs auto migration
const storageTypes=[MEMORY_STORAGE,LOCAL_STORAGE,COOKIE_STORAGE,SESSION_STORAGE];storageTypes.forEach(storageType=>{if(getStorageEngine(storageType)?.isEnabled){this.setStore({id:storageClientDataStoreNameMap[storageType],name:storageClientDataStoreNameMap[storageType],isEncrypted:true,noCompoundKey:true,type:storageType,errorHandler:this.errorHandler,logger:this.logger});}});}initializeStorageState(){let globalStorageType=state.storage.type.value;let entriesOptions=state.loadOptions.value.storage?.entries;// Use the storage options from post consent if anything is defined
const postConsentStorageOpts=state.consents.postConsent.value.storage;if(isDefined(postConsentStorageOpts?.type)||isDefined(postConsentStorageOpts?.entries)){globalStorageType=postConsentStorageOpts?.type;entriesOptions=postConsentStorageOpts?.entries;}let trulyAnonymousTracking=true;let storageEntries={};USER_SESSION_KEYS.forEach(sessionKey=>{const key=sessionKey;const storageKey=sessionKey;const configuredStorageType=entriesOptions?.[key]?.type;const preConsentStorageType=getStorageTypeFromPreConsentIfApplicable(state,sessionKey);// Storage type precedence order: pre-consent strategy > entry type > global type > default
const storageType=preConsentStorageType??configuredStorageType??globalStorageType??DEFAULT_STORAGE_TYPE;const finalStorageType=this.getResolvedStorageTypeForEntry(storageType,sessionKey);if(finalStorageType!==NO_STORAGE){trulyAnonymousTracking=false;}storageEntries={...storageEntries,[sessionKey]:{type:finalStorageType,key:COOKIE_KEYS[storageKey]}};});r(()=>{state.storage.type.value=globalStorageType;state.storage.entries.value=storageEntries;state.storage.trulyAnonymousTracking.value=trulyAnonymousTracking;});}getResolvedStorageTypeForEntry(storageType,sessionKey){let finalStorageType=storageType;switch(storageType){case LOCAL_STORAGE:if(!getStorageEngine(LOCAL_STORAGE)?.isEnabled){finalStorageType=MEMORY_STORAGE;}break;case SESSION_STORAGE:if(!getStorageEngine(SESSION_STORAGE)?.isEnabled){finalStorageType=MEMORY_STORAGE;}break;case MEMORY_STORAGE:case NO_STORAGE:break;case COOKIE_STORAGE:default:// First try setting the storage to cookie else to local storage
if(getStorageEngine(COOKIE_STORAGE)?.isEnabled){finalStorageType=COOKIE_STORAGE;}else if(getStorageEngine(LOCAL_STORAGE)?.isEnabled){finalStorageType=LOCAL_STORAGE;}else if(getStorageEngine(SESSION_STORAGE)?.isEnabled){finalStorageType=SESSION_STORAGE;}else {finalStorageType=MEMORY_STORAGE;}break;}if(finalStorageType!==storageType){this.logger.warn(STORAGE_UNAVAILABLE_WARNING(STORE_MANAGER,sessionKey,storageType,finalStorageType));}return finalStorageType;}/**
   * Create a new store
   */setStore(storeConfig){const storageEngine=getStorageEngine(storeConfig.type);this.stores[storeConfig.id]=new Store(storeConfig,storageEngine,this.pluginsManager);return this.stores[storeConfig.id];}/**
   * Retrieve a store
   */getStore(id){return this.stores[id];}}

const isValidSourceConfig=res=>isObjectLiteralAndNotNull(res)&&isObjectLiteralAndNotNull(res.source)&&!isNullOrUndefined(res.source.id)&&isObjectLiteralAndNotNull(res.source.config)&&Array.isArray(res.source.destinations);const isValidStorageType=storageType=>typeof storageType==='string'&&SUPPORTED_STORAGE_TYPES.includes(storageType);const getTopDomain=url=>{// Create a URL object
const urlObj=new URL(url);// Extract the host and protocol
const{host,protocol}=urlObj;// Split the host into parts
const parts=host.split('.');let topDomain;// Handle different cases, especially for co.uk or similar TLDs
if(parts.length>2){// Join the last two parts for the top-level domain
topDomain=`${parts[parts.length-2]}.${parts[parts.length-1]}`;}else {// If only two parts or less, return as it is
topDomain=host;}return {topDomain,protocol};};const getTopDomainUrl=url=>{const{topDomain,protocol}=getTopDomain(url);return `${protocol}//${topDomain}`;};const getDataServiceUrl=(endpoint,useExactDomain)=>{const url=useExactDomain?window.location.origin:getTopDomainUrl(window.location.href);const formattedEndpoint=endpoint.startsWith('/')?endpoint.substring(1):endpoint;return `${url}/${formattedEndpoint}`;};const isWebpageTopLevelDomain=providedDomain=>{const{topDomain}=getTopDomain(window.location.href);return topDomain===providedDomain;};

/**
 * Removes trailing slash from url
 * @param url
 * @returns url
 */const removeTrailingSlashes=url=>url?.endsWith('/')?removeTrailingSlashes(url.substring(0,url.length-1)):url;const getDomain=url=>{try{const urlObj=new URL(url);return urlObj.host;}catch(error){return null;}};/**
 * Get the referring domain from the referrer URL
 * @param referrer Page referrer
 * @returns Page referring domain
 */const getReferringDomain=referrer=>getDomain(referrer)??'';/**
 * Extracts UTM parameters from the URL
 * @param url Page URL
 * @returns UTM parameters
 */const extractUTMParameters=url=>{const result={};try{const urlObj=new URL(url);const UTM_PREFIX='utm_';urlObj.searchParams.forEach((value,sParam)=>{if(sParam.startsWith(UTM_PREFIX)){let utmParam=sParam.substring(UTM_PREFIX.length);// Not sure why we're doing this
if(utmParam==='campaign'){utmParam='name';}result[utmParam]=value;}});}catch(error){// Do nothing
}return result;};/**
 * To get the URL until the hash
 * @param url The input URL
 * @returns URL until the hash
 */const getUrlWithoutHash=url=>{let urlWithoutHash=url;try{const urlObj=new URL(url);urlWithoutHash=urlObj.origin+urlObj.pathname+urlObj.search;}catch(error){// Do nothing
}return urlWithoutHash;};

/**
 * Determines if the SDK is running inside a chrome extension
 * @returns boolean
 */const isSDKRunningInChromeExtension=()=>!!window.chrome?.runtime?.id;

const DEFAULT_PRE_CONSENT_STORAGE_STRATEGY='none';const DEFAULT_PRE_CONSENT_EVENTS_DELIVERY_TYPE='immediate';

const isErrorReportingEnabled=sourceConfig=>sourceConfig?.statsCollection?.errors?.enabled===true;const isMetricsReportingEnabled=sourceConfig=>sourceConfig?.statsCollection?.metrics?.enabled===true;

/**
 * Validates and normalizes the consent options provided by the user
 * @param options Consent options provided by the user
 * @returns Validated and normalized consent options
 */const getValidPostConsentOptions=options=>{const validOptions={sendPageEvent:false,trackConsent:false,discardPreConsentEvents:false};if(isObjectLiteralAndNotNull(options)){const clonedOptions=clone(options);validOptions.storage=clonedOptions.storage;if(isNonEmptyObject(clonedOptions.integrations)){validOptions.integrations=clonedOptions.integrations;}validOptions.discardPreConsentEvents=clonedOptions.discardPreConsentEvents===true;validOptions.sendPageEvent=clonedOptions.sendPageEvent===true;validOptions.trackConsent=clonedOptions.trackConsent===true;if(isNonEmptyObject(clonedOptions.consentManagement)){// Override enabled value with the current state value
validOptions.consentManagement=mergeDeepRight(clonedOptions.consentManagement,{enabled:state.consents.enabled.value});}}return validOptions;};/**
 * Validates if the input is a valid consents data
 * @param value Input consents data
 * @returns true if the input is a valid consents data else false
 */const isValidConsentsData=value=>isNonEmptyObject(value)||Array.isArray(value);/**
 * Retrieves the corresponding provider and plugin name of the selected consent manager from the supported consent managers
 * @param consentManagementOpts consent management options
 * @param logger logger instance
 * @returns Corresponding provider and plugin name of the selected consent manager from the supported consent managers
 */const getConsentManagerInfo=(consentManagementOpts,logger)=>{let{provider}=consentManagementOpts;const consentManagerPluginName=provider?ConsentManagersToPluginNameMap[provider]:undefined;if(provider&&!consentManagerPluginName){logger.error(UNSUPPORTED_CONSENT_MANAGER_ERROR(CONFIG_MANAGER,provider,ConsentManagersToPluginNameMap));// Reset the provider value
provider=undefined;}return {provider,consentManagerPluginName};};/**
 * Validates and converts the consent management options into a normalized format
 * @param consentManagementOpts Consent management options provided by the user
 * @param logger logger instance
 * @returns An object containing the consent manager plugin name, initialized, enabled and consents data
 */const getConsentManagementData=(consentManagementOpts,logger)=>{let consentManagerPluginName;let allowedConsentIds=[];let deniedConsentIds=[];let initialized=false;let provider;let enabled=consentManagementOpts?.enabled===true;if(isNonEmptyObject(consentManagementOpts)&&enabled){// Get the corresponding plugin name of the selected consent manager from the supported consent managers
({provider,consentManagerPluginName}=getConsentManagerInfo(consentManagementOpts,logger));if(isValidConsentsData(consentManagementOpts.allowedConsentIds)){allowedConsentIds=consentManagementOpts.allowedConsentIds;initialized=true;}if(isValidConsentsData(consentManagementOpts.deniedConsentIds)){deniedConsentIds=consentManagementOpts.deniedConsentIds;initialized=true;}}const consentsData={allowedConsentIds,deniedConsentIds};// Enable consent management only if consent manager is supported
enabled=enabled&&Boolean(consentManagerPluginName);return {provider,consentManagerPluginName,initialized,enabled,consentsData};};

/**
 * Determines the SDK URL
 * @returns sdkURL
 */const getSDKUrl=()=>{// First try the new method of getting the SDK URL
// from the script tag
const scriptTag=document.querySelector('script[data-rsa-write-key]');if(scriptTag&&scriptTag.dataset.rsaWriteKey===state.lifecycle.writeKey.value){return scriptTag.src;}// If the new method fails, try the old method
// TODO: We need to remove this once all the customers upgrade to the
// latest SDK loading snippet
const scripts=document.getElementsByTagName('script');const sdkFileNameRegex=/(?:^|\/)rsa(\.min)?\.js$/;// eslint-disable-next-line no-restricted-syntax
for(const script of scripts){const src=script.getAttribute('src');if(src&&sdkFileNameRegex.test(src)){return src;}}return undefined;};/**
 * Updates the reporting state variables from the source config data
 * @param res Source config
 * @param logger Logger instance
 */const updateReportingState=res=>{state.reporting.isErrorReportingEnabled.value=isErrorReportingEnabled(res.source.config)&&!isSDKRunningInChromeExtension();state.reporting.isMetricsReportingEnabled.value=isMetricsReportingEnabled(res.source.config);};const getServerSideCookiesStateData=logger=>{const{useServerSideCookies,dataServiceEndpoint,storage:storageOptsFromLoad,setCookieDomain,sameDomainCookiesOnly}=state.loadOptions.value;let cookieOptions=storageOptsFromLoad?.cookie;let sscEnabled=false;let finalDataServiceUrl;if(useServerSideCookies){sscEnabled=useServerSideCookies;const providedCookieDomain=cookieOptions.domain??setCookieDomain;/**
     * Based on the following conditions, we decide whether to use the exact domain or not to determine the data service URL:
     * 1. If the cookie domain is provided and it is not a top-level domain, then use the exact domain
     * 2. If the sameDomainCookiesOnly flag is set to true, then use the exact domain
     */const useExactDomain=isDefined(providedCookieDomain)&&!isWebpageTopLevelDomain(removeLeadingPeriod(providedCookieDomain))||sameDomainCookiesOnly;const dataServiceUrl=getDataServiceUrl(dataServiceEndpoint??DEFAULT_DATA_SERVICE_ENDPOINT,useExactDomain);if(isValidURL(dataServiceUrl)){finalDataServiceUrl=removeTrailingSlashes(dataServiceUrl);const curHost=getDomain(window.location.href);const dataServiceHost=getDomain(dataServiceUrl);// If the current host is different from the data service host, then it is a cross-site request
// For server-side cookies to work, we need to set the SameSite=None and Secure attributes
// One round of cookie options manipulation is taking place here
// Based on these(setCookieDomain/storage.cookie or sameDomainCookiesOnly) two load-options, final cookie options are set in the storage module
// TODO: Refactor the cookie options manipulation logic in one place
if(curHost!==dataServiceHost){cookieOptions={...cookieOptions,samesite:'None',secure:true};}/**
       * If the sameDomainCookiesOnly flag is not set and the cookie domain is provided(not top level domain),
       * and the data service host is different from the provided cookie domain, then we disable server-side cookies
       * ex: provided cookie domain: 'random.com', data service host: 'sub.example.com'
       */if(!sameDomainCookiesOnly&&useExactDomain&&dataServiceHost!==removeLeadingPeriod(providedCookieDomain)){sscEnabled=false;logger.warn(SERVER_SIDE_COOKIE_FEATURE_OVERRIDE_WARNING(CONFIG_MANAGER,providedCookieDomain,dataServiceHost));}}else {sscEnabled=false;}}return {sscEnabled,cookieOptions,finalDataServiceUrl};};const updateStorageStateFromLoadOptions=logger=>{const{storage:storageOptsFromLoad}=state.loadOptions.value;let storageType=storageOptsFromLoad?.type;if(isDefined(storageType)&&!isValidStorageType(storageType)){logger.warn(STORAGE_TYPE_VALIDATION_WARNING(CONFIG_MANAGER,storageType,DEFAULT_STORAGE_TYPE));storageType=DEFAULT_STORAGE_TYPE;}let storageEncryptionVersion=storageOptsFromLoad?.encryption?.version;const encryptionPluginName=storageEncryptionVersion&&StorageEncryptionVersionsToPluginNameMap[storageEncryptionVersion];if(!isUndefined(storageEncryptionVersion)&&isUndefined(encryptionPluginName)){// set the default encryption plugin
logger.warn(UNSUPPORTED_STORAGE_ENCRYPTION_VERSION_WARNING(CONFIG_MANAGER,storageEncryptionVersion,StorageEncryptionVersionsToPluginNameMap,DEFAULT_STORAGE_ENCRYPTION_VERSION));storageEncryptionVersion=DEFAULT_STORAGE_ENCRYPTION_VERSION;}else if(isUndefined(storageEncryptionVersion)){storageEncryptionVersion=DEFAULT_STORAGE_ENCRYPTION_VERSION;}// Allow migration only if the configured encryption version is the default encryption version
const configuredMigrationValue=storageOptsFromLoad?.migrate;const finalMigrationVal=configuredMigrationValue&&storageEncryptionVersion===DEFAULT_STORAGE_ENCRYPTION_VERSION;if(configuredMigrationValue===true&&finalMigrationVal!==configuredMigrationValue){logger.warn(STORAGE_DATA_MIGRATION_OVERRIDE_WARNING(CONFIG_MANAGER,storageEncryptionVersion,DEFAULT_STORAGE_ENCRYPTION_VERSION));}const{sscEnabled,finalDataServiceUrl,cookieOptions}=getServerSideCookiesStateData(logger);r(()=>{state.storage.type.value=storageType;state.storage.cookie.value=cookieOptions;state.serverCookies.isEnabledServerSideCookies.value=sscEnabled;state.serverCookies.dataServiceUrl.value=finalDataServiceUrl;state.storage.encryptionPluginName.value=StorageEncryptionVersionsToPluginNameMap[storageEncryptionVersion];state.storage.migrate.value=finalMigrationVal;});};const updateConsentsStateFromLoadOptions=logger=>{const{provider,consentManagerPluginName,initialized,enabled,consentsData}=getConsentManagementData(state.loadOptions.value.consentManagement,logger);// Pre-consent
const preConsentOpts=state.loadOptions.value.preConsent;let storageStrategy=preConsentOpts?.storage?.strategy??DEFAULT_PRE_CONSENT_STORAGE_STRATEGY;const StorageStrategies=['none','session','anonymousId'];if(isDefined(storageStrategy)&&!StorageStrategies.includes(storageStrategy)){storageStrategy=DEFAULT_PRE_CONSENT_STORAGE_STRATEGY;logger.warn(UNSUPPORTED_PRE_CONSENT_STORAGE_STRATEGY(CONFIG_MANAGER,preConsentOpts?.storage?.strategy,DEFAULT_PRE_CONSENT_STORAGE_STRATEGY));}let eventsDeliveryType=preConsentOpts?.events?.delivery??DEFAULT_PRE_CONSENT_EVENTS_DELIVERY_TYPE;const deliveryTypes=['immediate','buffer'];if(isDefined(eventsDeliveryType)&&!deliveryTypes.includes(eventsDeliveryType)){eventsDeliveryType=DEFAULT_PRE_CONSENT_EVENTS_DELIVERY_TYPE;logger.warn(UNSUPPORTED_PRE_CONSENT_EVENTS_DELIVERY_TYPE(CONFIG_MANAGER,preConsentOpts?.events?.delivery,DEFAULT_PRE_CONSENT_EVENTS_DELIVERY_TYPE));}r(()=>{state.consents.activeConsentManagerPluginName.value=consentManagerPluginName;state.consents.initialized.value=initialized;state.consents.enabled.value=enabled;state.consents.data.value=consentsData;state.consents.provider.value=provider;state.consents.preConsent.value={// Only enable pre-consent if it is explicitly enabled and
// if it is not already initialized and
// if consent management is enabled
enabled:state.loadOptions.value.preConsent?.enabled===true&&initialized===false&&enabled===true,storage:{strategy:storageStrategy},events:{delivery:eventsDeliveryType}};});};/**
 * Determines the consent management state variables from the source config data
 * @param resp Source config response
 * @param logger Logger instance
 */const updateConsentsState=resp=>{let resolutionStrategy=state.consents.resolutionStrategy.value;let cmpMetadata;if(isObjectLiteralAndNotNull(resp.consentManagementMetadata)){if(state.consents.provider.value){resolutionStrategy=resp.consentManagementMetadata.providers.find(p=>p.provider===state.consents.provider.value)?.resolutionStrategy??state.consents.resolutionStrategy.value;}cmpMetadata=resp.consentManagementMetadata;}// If the provider is custom, then the resolution strategy is not applicable
if(state.consents.provider.value==='custom'){resolutionStrategy=undefined;}r(()=>{state.consents.metadata.value=clone(cmpMetadata);state.consents.resolutionStrategy.value=resolutionStrategy;});};const updateDataPlaneEventsStateFromLoadOptions=logger=>{if(state.dataPlaneEvents.deliveryEnabled.value){const defaultEventsQueuePluginName='XhrQueue';let eventsQueuePluginName=defaultEventsQueuePluginName;if(state.loadOptions.value.useBeacon){if(state.capabilities.isBeaconAvailable.value){eventsQueuePluginName='BeaconQueue';}else {eventsQueuePluginName=defaultEventsQueuePluginName;logger.warn(UNSUPPORTED_BEACON_API_WARNING(CONFIG_MANAGER));}}r(()=>{state.dataPlaneEvents.eventsQueuePluginName.value=eventsQueuePluginName;});}};const getSourceConfigURL=(configUrl,writeKey,lockIntegrationsVersion,lockPluginsVersion,logger)=>{const defSearchParams=new URLSearchParams({p:MODULE_TYPE,v:APP_VERSION,build:BUILD_TYPE,writeKey,lockIntegrationsVersion:lockIntegrationsVersion.toString(),lockPluginsVersion:lockPluginsVersion.toString()});let origin=DEFAULT_CONFIG_BE_URL;let searchParams=defSearchParams;let pathname='/sourceConfig/';let hash='';if(isValidURL(configUrl)){const configUrlInstance=new URL(configUrl);if(!removeTrailingSlashes(configUrlInstance.pathname).endsWith('/sourceConfig')){configUrlInstance.pathname=`${removeTrailingSlashes(configUrlInstance.pathname)}/sourceConfig/`;}configUrlInstance.pathname=removeDuplicateSlashes(configUrlInstance.pathname);defSearchParams.forEach((value,key)=>{if(configUrlInstance.searchParams.get(key)===null){configUrlInstance.searchParams.set(key,value);}});origin=configUrlInstance.origin;pathname=configUrlInstance.pathname;searchParams=configUrlInstance.searchParams;hash=configUrlInstance.hash;}else {logger.warn(INVALID_CONFIG_URL_WARNING(CONFIG_MANAGER,configUrl));}return `${origin}${pathname}?${searchParams}${hash}`;};/**
 * Transforms destinations config from source config response to Destination format
 * @param destinations Array of destination items from config response
 * @returns Array of transformed Destination objects
 */const getDestinationsFromConfig=destinations=>destinations.map(destination=>({id:destination.id,displayName:destination.destinationDefinition.displayName,enabled:destination.enabled,config:destination.config,shouldApplyDeviceModeTransformation:destination.shouldApplyDeviceModeTransformation??false,propagateEventsUntransformedOnError:destination.propagateEventsUntransformedOnError??false,userFriendlyId:getDestinationUserFriendlyId(destination.destinationDefinition.displayName,destination.id),isCustomIntegration:destination.destinationDefinition.displayName===CUSTOM_DEVICE_MODE_DESTINATION_DISPLAY_NAME}));

/**
 * A function that determines the base URL for the integrations or plugins SDK
 * @param componentType The type of the component (integrations or plugins)
 * @param pathSuffix The path suffix to be appended to the base URL (js-integrations or plugins)
 * @param defaultComponentUrl The default URL to be used if the user has not provided a custom URL
 * @param currentSdkVersion The current version of the SDK
 * @param lockVersion Flag to lock the version of the component
 * @param urlFromLoadOptions The URL provided by the user in the load options
 * @param logger Logger instance
 * @returns The base URL for the integrations or plugins SDK
 */const getSDKComponentBaseURL=(componentType,pathSuffix,defaultComponentUrl,currentSdkVersion,lockVersion,urlFromLoadOptions,logger)=>{let sdkComponentBaseURL;// If the user has provided a custom URL, then validate, clean up and use it
if(urlFromLoadOptions){if(!isValidURL(urlFromLoadOptions)){logger.error(COMPONENT_BASE_URL_ERROR(CONFIG_MANAGER,componentType,urlFromLoadOptions));return null;}sdkComponentBaseURL=removeTrailingSlashes(urlFromLoadOptions);}else {sdkComponentBaseURL=defaultComponentUrl;// We can automatically determine the base URL only for CDN installations
if(state.context.app.value.installType==='cdn'){const sdkURL=getSDKUrl();if(sdkURL){// Extract the base URL from the core SDK file URL
// and append the path suffix to it
sdkComponentBaseURL=sdkURL.split('/').slice(0,-1).concat(pathSuffix).join('/');}}}// If the version needs to be locked, then replace the major version in the URL
// with the current version of the SDK
if(lockVersion){sdkComponentBaseURL=sdkComponentBaseURL.replace(new RegExp(`/${CDN_ARCH_VERSION_DIR}/${BUILD_TYPE}/${pathSuffix}$`),`/${currentSdkVersion}/${BUILD_TYPE}/${pathSuffix}`);}return sdkComponentBaseURL;};/**
 * A function that determines integration SDK loading path
 * @param currentSdkVersion Current SDK version
 * @param lockIntegrationsVersion Flag to lock the integrations version
 * @param integrationsUrlFromLoadOptions URL to load the integrations from as provided by the user
 * @param logger Logger instance
 * @returns
 */const getIntegrationsCDNPath=(currentSdkVersion,lockIntegrationsVersion,integrationsUrlFromLoadOptions,logger)=>getSDKComponentBaseURL('integrations',CDN_INT_DIR,DEFAULT_INTEGRATION_SDKS_URL,currentSdkVersion,lockIntegrationsVersion,integrationsUrlFromLoadOptions,logger);

class ConfigManager{constructor(httpClient,errorHandler,logger){this.errorHandler=errorHandler;this.logger=logger;this.httpClient=httpClient;this.onError=this.onError.bind(this);this.processConfig=this.processConfig.bind(this);}attachEffects(){E(()=>{this.logger.setMinLogLevel(state.lifecycle.logLevel.value);});}/**
   * A function to validate, construct and store loadOption, lifecycle, source and destination
   * config related information in global state
   */init(){const{logLevel,configUrl,lockIntegrationsVersion,lockPluginsVersion,destSDKBaseURL,pluginsSDKBaseURL,integrations}=state.loadOptions.value;// determine the path to fetch integration SDK from
const intgCdnUrl=getIntegrationsCDNPath(APP_VERSION,lockIntegrationsVersion,destSDKBaseURL,this.logger);if(isNull(intgCdnUrl)){return;}let pluginsCDNPath;this.attachEffects();state.lifecycle.activeDataplaneUrl.value=removeTrailingSlashes(state.lifecycle.dataPlaneUrl.value);updateStorageStateFromLoadOptions(this.logger);updateConsentsStateFromLoadOptions(this.logger);updateDataPlaneEventsStateFromLoadOptions(this.logger);// set application lifecycle state in global state
r(()=>{state.lifecycle.integrationsCDNPath.value=intgCdnUrl;state.lifecycle.pluginsCDNPath.value=pluginsCDNPath;if(logLevel){state.lifecycle.logLevel.value=logLevel;}state.lifecycle.sourceConfigUrl.value=getSourceConfigURL(configUrl,state.lifecycle.writeKey.value,lockIntegrationsVersion,lockPluginsVersion,this.logger);state.metrics.metricsServiceUrl.value=`${state.lifecycle.activeDataplaneUrl.value}/${METRICS_SERVICE_ENDPOINT}`;// Data in the loadOptions state is already normalized
state.nativeDestinations.loadOnlyIntegrations.value=integrations;});this.getConfig();}/**
   * Handle errors
   */onError(error,customMessage,groupingHash){this.errorHandler.onError({error,context:CONFIG_MANAGER,customMessage,groupingHash});}/**
   * A callback function that is executed once we fetch the source config response.
   * Use to construct and store information that are dependent on the sourceConfig.
   */processConfig(response,details){// TODO: add retry logic with backoff based on rejectionDetails.xhr.status
// We can use isErrRetryable utility method
if(!isDefined(response)){if(isDefined(details)){this.onError(details.error,SOURCE_CONFIG_FETCH_ERROR);}else {this.onError(new Error(SOURCE_CONFIG_FETCH_ERROR));}return;}let res;try{if(isString(response)){res=JSON.parse(response);}else {res=response;}}catch(err){this.onError(err,SOURCE_CONFIG_RESOLUTION_ERROR);return;}if(!isValidSourceConfig(res)){this.onError(new Error(SOURCE_CONFIG_RESOLUTION_ERROR));return;}// Log error and abort if source is disabled
if(res.source.enabled===false){this.logger.error(SOURCE_DISABLED_ERROR);return;}// set the values in state for reporting slice
updateReportingState(res);const nativeDestinations=res.source.destinations.length>0?getDestinationsFromConfig(res.source.destinations):[];// set in the state --> source, destination, lifecycle, reporting
r(()=>{// set source related information in state
state.source.value={config:res.source.config,name:res.source.name,id:res.source.id,workspaceId:res.source.workspaceId};// set device mode destination related information in state
state.nativeDestinations.configuredDestinations.value=nativeDestinations;// set the desired optional plugins
state.plugins.pluginsToLoadFromConfig.value=state.loadOptions.value.plugins??[];updateConsentsState(res);// set application lifecycle state
state.lifecycle.status.value='configured';});}/**
   * A function to fetch source config either from /sourceConfig endpoint
   * or from getSourceConfig load option
   * @returns
   */getConfig(){const sourceConfigFunc=state.loadOptions.value.getSourceConfig;if(sourceConfigFunc){if(!isFunction(sourceConfigFunc)){this.logger.error(SOURCE_CONFIG_OPTION_ERROR(CONFIG_MANAGER));return;}// Fetch source config from the function
const res=sourceConfigFunc();if(res instanceof Promise){res.then(pRes=>this.processConfig(pRes)).catch(err=>{this.onError(err,'SourceConfig');});}else {this.processConfig(res);}}else {// Fetch source configuration from the configured URL
this.httpClient.getAsyncData({url:state.lifecycle.sourceConfigUrl.value,options:{headers:{'Content-Type':undefined}},callback:this.processConfig});}}}

/**
 * To get the timezone of the user
 *
 * @returns string
 */const getTimezone=()=>{// Not susceptible to super-linear backtracking
// eslint-disable-next-line sonarjs/slow-regex
const timezone=/([A-Z]+[+-]\d+)/.exec(new Date().toString());return timezone?.[1]?timezone[1]:'NA';};

/**
 * Get the referrer URL
 * @returns The referrer URL
 */const getReferrer=(getDocument=()=>document)=>getDocument()?.referrer||'$direct';/**
 * To get the canonical URL of the page
 * @returns canonical URL
 */const getCanonicalUrl=(getDocument=()=>document)=>{const docInstance=getDocument();const tags=docInstance.getElementsByTagName('link');let canonicalUrl='';for(let i=0;tags[i];i+=1){const tag=tags[i];if(tag.getAttribute('rel')==='canonical'&&!canonicalUrl){canonicalUrl=tag.getAttribute('href')??'';break;}}return canonicalUrl;};const getUserAgent=(getNavigator=()=>globalThis.navigator)=>{const navigator=getNavigator();if(isUndefined(navigator)){return null;}let{userAgent}=navigator;const{brave}=navigator;// For supporting Brave browser detection,
// add "Brave/<version>" to the user agent with the version value from the Chrome component
if(brave&&Object.getPrototypeOf(brave).isBrave){// Example:
// Mozilla/5.0 (Macintosh; Intel Mac OS X 10_15_7) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/103.0.5060.114 Safari/537.36
const matchedArr=userAgent.match(/(chrome)\/([\w.]+)/i);if(matchedArr){userAgent=`${userAgent} Brave/${matchedArr[2]}`;}}return userAgent;};const getLanguage=(getNavigator=()=>globalThis.navigator)=>{const navigator=getNavigator();if(isUndefined(navigator)){return null;}return navigator.language??navigator.browserLanguage;};/**
 * Default page properties
 * @returns Default page properties
 */const getDefaultPageProperties=(getLocation=()=>globalThis.location,getDocument=()=>document)=>{const location=getLocation();const canonicalUrl=getCanonicalUrl(getDocument);let path=location.pathname;const{href:tabUrl}=location;let pageUrl=tabUrl;const{search}=location;// If valid canonical URL is provided use this as page URL.
if(canonicalUrl){try{const urlObj=new URL(canonicalUrl);// If existing, query params of canonical URL will be used instead of the location.search ones
if(urlObj.search===''){pageUrl=canonicalUrl+search;}else {pageUrl=canonicalUrl;}path=urlObj.pathname;}catch(err){// Do nothing
}}const url=getUrlWithoutHash(pageUrl);const{title}=getDocument();const referrer=getReferrer(getDocument);return {path,referrer,referring_domain:getReferringDomain(referrer),search,title,url,tab_url:tabUrl};};

const polyfillIoSdkUrl='https://polyfill-fastly.io/v3/polyfill.min.js';const POLYFILL_URL=`${polyfillIoSdkUrl}?version=3.111.0&features=${Object.keys(legacyJSEngineRequiredPolyfills).join('%2C')}`;const POLYFILL_LOAD_TIMEOUT=10*1000;// 10 seconds
const POLYFILL_SCRIPT_ID='rudderstackPolyfill';

class CapabilitiesManager{constructor(httpClient,errorHandler,logger){this.httpClient=httpClient;this.errorHandler=errorHandler;this.logger=logger;this.externalSrcLoader=new ExternalSrcLoader(this.logger);this.onError=this.onError.bind(this);this.onReady=this.onReady.bind(this);}init(){this.prepareBrowserCapabilities();this.attachWindowListeners();}/**
   * Detect supported capabilities and set values in state
   */// eslint-disable-next-line class-methods-use-this
detectBrowserCapabilities(){r(()=>{// Storage related details
state.capabilities.storage.isCookieStorageAvailable.value=isStorageAvailable(COOKIE_STORAGE,getStorageEngine(COOKIE_STORAGE),this.logger);state.capabilities.storage.isLocalStorageAvailable.value=isStorageAvailable(LOCAL_STORAGE,undefined,this.logger);state.capabilities.storage.isSessionStorageAvailable.value=isStorageAvailable(SESSION_STORAGE,undefined,this.logger);// Browser feature detection details
state.capabilities.isBeaconAvailable.value=hasBeacon();state.capabilities.isUaCHAvailable.value=hasUAClientHints();state.capabilities.isCryptoAvailable.value=hasCrypto();state.capabilities.isIE11.value=isIE11();state.capabilities.isOnline.value=globalThis.navigator.onLine;// Get page context details
state.context.userAgent.value=getUserAgent();state.context.locale.value=getLanguage();state.context.screen.value=getScreenDetails();state.context.timezone.value=getTimezone();if(hasUAClientHints()){getUserAgentClientHint(uach=>{state.context['ua-ch'].value=uach;},state.loadOptions.value.uaChTrackLevel);}});// Ad blocker detection
E(()=>{if(state.loadOptions.value.sendAdblockPage===true&&state.lifecycle.sourceConfigUrl.value!==undefined){detectAdBlockers(this.httpClient);}});}/**
   * Detect if polyfills are required and then load script from polyfill URL
   */prepareBrowserCapabilities(){state.capabilities.isLegacyDOM.value=isLegacyJSEngine();const customPolyfillUrl=state.loadOptions.value.polyfillURL;let polyfillUrl=POLYFILL_URL;if(isDefinedAndNotNull(customPolyfillUrl)){if(isValidURL(customPolyfillUrl)){polyfillUrl=customPolyfillUrl;}else {this.logger.warn(INVALID_POLYFILL_URL_WARNING(CAPABILITIES_MANAGER,customPolyfillUrl));}}const shouldLoadPolyfill=state.loadOptions.value.polyfillIfRequired&&state.capabilities.isLegacyDOM.value&&isValidURL(polyfillUrl);if(shouldLoadPolyfill){const isDefaultPolyfillService=polyfillUrl!==state.loadOptions.value.polyfillURL;if(isDefaultPolyfillService){// write key specific callback
// NOTE: we're not putting this into RudderStackGlobals as providing the property path to the callback function in the polyfill URL is not possible
const polyfillCallbackName=`RS_polyfillCallback_${state.lifecycle.writeKey.value}`;const polyfillCallback=()=>{this.onReady();// Remove the entry from window so we don't leave room for calling it again
delete globalThis[polyfillCallbackName];};globalThis[polyfillCallbackName]=polyfillCallback;polyfillUrl=`${polyfillUrl}&callback=${polyfillCallbackName}`;}this.externalSrcLoader.loadJSFile({url:polyfillUrl,id:POLYFILL_SCRIPT_ID,async:true,timeout:POLYFILL_LOAD_TIMEOUT,callback:scriptId=>{if(!scriptId){this.onError(new Error(POLYFILL_SCRIPT_LOAD_ERROR(POLYFILL_SCRIPT_ID,polyfillUrl)));}else if(!isDefaultPolyfillService){this.onReady();}}});}else {this.onReady();}}/**
   * Attach listeners to window to observe event that update capabilities state values
   */attachWindowListeners(){globalThis.addEventListener('offline',()=>{state.capabilities.isOnline.value=false;});globalThis.addEventListener('online',()=>{state.capabilities.isOnline.value=true;});globalThis.addEventListener('resize',debounce(()=>{state.context.screen.value=getScreenDetails();},this));}/**
   * Set the lifecycle status to next phase
   */// eslint-disable-next-line class-methods-use-this
onReady(){this.detectBrowserCapabilities();state.lifecycle.status.value='browserCapabilitiesReady';}/**
   * Handles error
   * @param error The error object
   */onError(error,groupingHash){this.errorHandler.onError({error,context:CAPABILITIES_MANAGER,groupingHash});}}

const CHANNEL='web';// These are the top-level elements in the standard RudderStack event spec
const TOP_LEVEL_ELEMENTS=['integrations','anonymousId','originalTimestamp'];// Reserved elements in the context of standard RudderStack event spec
// Typically, these elements are not allowed to be overridden by the user
const CONTEXT_RESERVED_ELEMENTS=['library','consentManagement','userAgent','ua-ch','screen'];// Reserved elements in the standard RudderStack event spec
const RESERVED_ELEMENTS=['id','anonymous_id','user_id','sent_at','timestamp','received_at','original_timestamp','event','event_text','channel','context_ip','context_request_ip','context_passed_ip','group_id','previous_id'];

/**
 * A function to check given value is a number or not
 * @param num input value
 * @returns boolean
 */const isNumber=num=>typeof num==='number'&&!Number.isNaN(num);/**
 * A function to check given number has minimum length or not
 * @param minimumLength     minimum length
 * @param num               input number
 * @returns boolean
 */const hasMinLength=(minimumLength,num)=>num.toString().length>=minimumLength;/**
 * A function to check given value is a positive integer or not
 * @param num input value
 * @returns boolean
 */const isPositiveInteger=num=>isNumber(num)&&num>=0&&Number.isInteger(num);

const MIN_SESSION_ID_LENGTH=10;const isCutOffTimeExceeded=sessionInfo=>{const{cutOff}=sessionInfo;const timestamp=Date.now();return Boolean(cutOff?.enabled&&cutOff.expiresAt&&timestamp>cutOff.expiresAt);};/**
 * A function to validate whether the current auto tracking session has expired or not.
 * It checks for the current session expiry and the cut off time expiry.
 * @param sessionInfo session info
 * @returns boolean
 */const hasSessionExpired=sessionInfo=>{const isCurrentSessionExpired=Boolean(!sessionInfo.expiresAt||Date.now()>sessionInfo.expiresAt);return isCurrentSessionExpired||isCutOffTimeExceeded(sessionInfo);};/**
 * A function to generate session id
 * @returns number
 */const generateSessionId=()=>Date.now();/**
 * Function to validate user provided sessionId
 * @param {number} sessionId
 * @param logger logger
 * @returns
 */const isManualSessionIdValid=(sessionId,logger)=>{if(!sessionId||!isPositiveInteger(sessionId)||!hasMinLength(MIN_SESSION_ID_LENGTH,sessionId)){logger.warn(INVALID_SESSION_ID_WARNING(USER_SESSION_MANAGER,sessionId,MIN_SESSION_ID_LENGTH));return false;}return true;};const getCutOffExpirationTimestamp=cutOff=>{if(!cutOff?.enabled){return undefined;}return cutOff.expiresAt??(isPositiveInteger(cutOff.duration)?Date.now()+cutOff.duration:undefined);};/**
 * A function to generate new auto tracking session
 * @param sessionInfo session info
 * @returns SessionInfo
 */const generateAutoTrackingSession=sessionInfo=>{const{timeout,cutOff}=sessionInfo;const timestamp=Date.now();return {id:timestamp,// set the current timestamp
expiresAt:timestamp+timeout,// set the expiry time of the session
timeout,autoTrack:true,...(cutOff&&{cutOff})};};/**
 * A function to generate new manual tracking session
 * @param id Provided sessionId
 * @param logger Logger module
 * @returns SessionInfo
 */const generateManualTrackingSession=(id,logger)=>{const sessionId=isManualSessionIdValid(id,logger)?id:generateSessionId();return {id:sessionId,sessionStart:undefined,manualTrack:true};};const isStorageTypeValidForStoringData=storageType=>Boolean(storageType===COOKIE_STORAGE||storageType===LOCAL_STORAGE||storageType===SESSION_STORAGE||storageType===MEMORY_STORAGE);/**
 * Generate a new anonymousId
 * @returns string anonymousID
 */const generateAnonymousId=()=>generateUUID();

/**
 * To get the page properties for context object
 * @param pageProps Page properties
 * @returns page properties object for context
 */const getContextPageProperties=pageProps=>{// Need to get updated page details on each event as an event to notify on SPA URL changes does not seem to exist
const curPageProps=getDefaultPageProperties();const ctxPageProps={};Object.keys(curPageProps).forEach(key=>{ctxPageProps[key]=pageProps?.[key]||curPageProps[key];});ctxPageProps.initial_referrer=pageProps?.initial_referrer||state.session.initialReferrer.value;ctxPageProps.initial_referring_domain=pageProps?.initial_referring_domain||state.session.initialReferringDomain.value;return ctxPageProps;};/**
 * Add any missing default page properties using values from options and defaults
 * @param properties Input page properties
 * @param options API options
 */const getUpdatedPageProperties=(properties,options)=>{const optionsPageProps=options?.page||{};const pageProps=properties;// Need to get updated page details on each event as an event to notify on SPA URL changes does not seem to exist
const curPageProps=getDefaultPageProperties();Object.keys(curPageProps).forEach(key=>{if(isUndefined(pageProps[key])){pageProps[key]=optionsPageProps[key]||curPageProps[key];}});if(isUndefined(pageProps.initial_referrer)){pageProps.initial_referrer=optionsPageProps.initial_referrer||state.session.initialReferrer.value;}if(isUndefined(pageProps.initial_referring_domain)){pageProps.initial_referring_domain=optionsPageProps.initial_referring_domain||state.session.initialReferringDomain.value;}return pageProps;};/**
 * Utility to check for reserved keys in the input object
 * @param obj Generic object
 * @param parentKeyPath Object's parent key path
 * @param logger Logger instance
 */const checkForReservedElementsInObject=(obj,parentKeyPath,logger)=>{if(isObjectLiteralAndNotNull(obj)){Object.keys(obj).forEach(property=>{if(RESERVED_ELEMENTS.includes(property)||RESERVED_ELEMENTS.includes(property.toLowerCase())){logger.warn(RESERVED_KEYWORD_WARNING(EVENT_MANAGER,property,parentKeyPath,RESERVED_ELEMENTS));}});}};/**
 * Checks for reserved keys in traits, properties, and contextual traits
 * @param rudderEvent Generated rudder event
 * @param logger Logger instance
 */const checkForReservedElements=(rudderEvent,logger)=>{//  properties, traits, contextualTraits are either undefined or object
const{properties,traits,context}=rudderEvent;const{traits:contextualTraits}=context;checkForReservedElementsInObject(properties,'properties',logger);checkForReservedElementsInObject(traits,'traits',logger);checkForReservedElementsInObject(contextualTraits,'context.traits',logger);};/**
 * Overrides the top-level event properties with data from API options
 * @param rudderEvent Generated rudder event
 * @param options API options
 */const updateTopLevelEventElements=(rudderEvent,options)=>{if(options.anonymousId&&isString(options.anonymousId)){// eslint-disable-next-line no-param-reassign
rudderEvent.anonymousId=options.anonymousId;}if(isNonEmptyObject(options.integrations)){// eslint-disable-next-line no-param-reassign
rudderEvent.integrations=options.integrations;}if(options.originalTimestamp&&isString(options.originalTimestamp)){// eslint-disable-next-line no-param-reassign
rudderEvent.originalTimestamp=options.originalTimestamp;}};/**
 * To merge the contextual information in API options with existing data
 * @param rudderContext Generated rudder event
 * @param options API options
 * @param logger Logger instance
 */const getMergedContext=(rudderContext,options,logger)=>{let context=rudderContext;Object.keys(options).forEach(key=>{if(!TOP_LEVEL_ELEMENTS.includes(key)&&!CONTEXT_RESERVED_ELEMENTS.includes(key)){if(key!=='context'){context=mergeDeepRight(context,{[key]:options[key]});}else if(!isUndefined(options[key])&&isObjectLiteralAndNotNull(options[key])){const tempContext={};Object.keys(options[key]).forEach(e=>{if(!CONTEXT_RESERVED_ELEMENTS.includes(e)){tempContext[e]=options[key][e];}});context=mergeDeepRight(context,{...tempContext});}else {logger.warn(INVALID_CONTEXT_OBJECT_WARNING(EVENT_MANAGER));}}});return context;};/**
 * Updates rudder event object with data from the API options
 * @param rudderEvent Generated rudder event
 * @param options API options
 */const processOptions=(rudderEvent,options,logger)=>{// Only allow object type for options
if(isObjectLiteralAndNotNull(options)){updateTopLevelEventElements(rudderEvent,options);// eslint-disable-next-line no-param-reassign
rudderEvent.context=getMergedContext(rudderEvent.context,options,logger);}};/**
 * Returns the final integrations config for the event based on the global config and event's config
 * @param integrationsConfig Event's integrations config
 * @returns Final integrations config
 */const getEventIntegrationsConfig=integrationsConfig=>{let finalIntgConfig;if(state.loadOptions.value.useGlobalIntegrationsConfigInEvents){// Prefer the integrations object from the consent API response over the load API integrations object
finalIntgConfig=state.consents.postConsent.value.integrations??state.nativeDestinations.loadOnlyIntegrations.value;}else if(integrationsConfig){finalIntgConfig=integrationsConfig;}else {finalIntgConfig=DEFAULT_INTEGRATIONS_CONFIG;}return clone(finalIntgConfig);};/**
 * Enrich the base event object with data from state and the API options
 * @param rudderEvent RudderEvent object
 * @param options API options
 * @param pageProps Page properties
 * @param logger logger
 * @returns Enriched RudderEvent object
 */const getEnrichedEvent=(rudderEvent,options,pageProps,logger)=>{const commonEventData={channel:CHANNEL,context:{traits:clone(state.session.userTraits.value),sessionId:state.session.sessionInfo.value.id||undefined,sessionStart:state.session.sessionInfo.value.sessionStart||undefined,// Add 'consentManagement' only if consent management is enabled
...(state.consents.enabled.value&&{consentManagement:{deniedConsentIds:clone(state.consents.data.value.deniedConsentIds),allowedConsentIds:clone(state.consents.data.value.allowedConsentIds),provider:state.consents.provider.value,resolutionStrategy:state.consents.resolutionStrategy.value}}),'ua-ch':state.context['ua-ch'].value,app:state.context.app.value,library:state.context.library.value,userAgent:state.context.userAgent.value,os:state.context.os.value,locale:state.context.locale.value,screen:state.context.screen.value,campaign:extractUTMParameters(globalThis.location.href),page:getContextPageProperties(pageProps),timezone:state.context.timezone.value,// Add auto tracking information
...(state.autoTrack.enabled.value&&{autoTrack:{...(state.autoTrack.pageLifecycle.enabled.value&&{page:{pageViewId:state.autoTrack.pageLifecycle.pageViewId.value}})}})},originalTimestamp:getCurrentTimeFormatted(),messageId:generateUUID(),userId:rudderEvent.userId||state.session.userId.value};if(!isStorageTypeValidForStoringData(state.storage.entries.value.anonymousId?.type)){// Generate new anonymous id for each request
commonEventData.anonymousId=generateAnonymousId();}else {// Type casting to string as the user session manager will take care of initializing the value
commonEventData.anonymousId=state.session.anonymousId.value;}// set truly anonymous tracking flag
if(state.storage.trulyAnonymousTracking.value){commonEventData.context.trulyAnonymousTracking=true;}if(rudderEvent.type==='identify'){commonEventData.context.traits=state.storage.entries.value.userTraits?.type!==NO_STORAGE?clone(state.session.userTraits.value):rudderEvent.context.traits;}if(rudderEvent.type==='group'){if(rudderEvent.groupId||state.session.groupId.value){commonEventData.groupId=rudderEvent.groupId||state.session.groupId.value;}if(rudderEvent.traits||state.session.groupTraits.value){commonEventData.traits=state.storage.entries.value.groupTraits?.type!==NO_STORAGE?clone(state.session.groupTraits.value):rudderEvent.traits;}}const processedEvent=mergeDeepRight(rudderEvent,commonEventData);// Set the default values for the event properties
// matching with v1.1 payload
if(processedEvent.event===undefined){processedEvent.event=null;}if(processedEvent.properties===undefined){processedEvent.properties=null;}processOptions(processedEvent,options,logger);checkForReservedElements(processedEvent,logger);// Update the integrations config for the event
processedEvent.integrations=getEventIntegrationsConfig(processedEvent.integrations);return processedEvent;};

class RudderEventFactory{constructor(logger){this.logger=logger;}/**
   * Generate a 'page' event based on the user-input fields
   * @param category Page's category
   * @param name Page name
   * @param properties Page properties
   * @param options API options
   */generatePageEvent(category,name,properties,options){let props=properties??{};props=getUpdatedPageProperties(props,options);const pageEvent={properties:props,name,category,type:'page'};return getEnrichedEvent(pageEvent,options,props,this.logger);}/**
   * Generate a 'track' event based on the user-input fields
   * @param event The event name
   * @param properties Event properties
   * @param options API options
   */generateTrackEvent(event,properties,options){const trackEvent={properties,event,type:'track'};return getEnrichedEvent(trackEvent,options,undefined,this.logger);}/**
   * Generate an 'identify' event based on the user-input fields
   * @param userId New user ID
   * @param traits new traits
   * @param options API options
   */generateIdentifyEvent(userId,traits,options){const identifyEvent={userId,type:'identify',context:{traits}};return getEnrichedEvent(identifyEvent,options,undefined,this.logger);}/**
   * Generate an 'alias' event based on the user-input fields
   * @param to New user ID
   * @param from Old user ID
   * @param options API options
   */generateAliasEvent(to,from,options){const aliasEvent={previousId:from,type:'alias'};const enrichedEvent=getEnrichedEvent(aliasEvent,options,undefined,this.logger);// override the User ID from the API inputs
enrichedEvent.userId=to??enrichedEvent.userId;return enrichedEvent;}/**
   * Generate a 'group' event based on the user-input fields
   * @param groupId New group ID
   * @param traits new group traits
   * @param options API options
   */generateGroupEvent(groupId,traits,options){const groupEvent={type:'group'};if(groupId){groupEvent.groupId=groupId;}if(traits){groupEvent.traits=traits;}return getEnrichedEvent(groupEvent,options,undefined,this.logger);}/**
   * Generates a new RudderEvent object based on the user-input fields
   * @param event API event parameters object
   * @returns A RudderEvent object
   */create(event){let eventObj;switch(event.type){case 'page':eventObj=this.generatePageEvent(event.category,event.name,event.properties,event.options);break;case 'track':eventObj=this.generateTrackEvent(event.name,event.properties,event.options);break;case 'identify':eventObj=this.generateIdentifyEvent(event.userId,event.traits,event.options);break;case 'alias':eventObj=this.generateAliasEvent(event.to,event.from,event.options);break;case 'group':default:eventObj=this.generateGroupEvent(event.groupId,event.traits,event.options);break;}return eventObj;}}

/**
 * A service to generate valid event payloads and queue them for processing
 */class EventManager{/**
   *
   * @param eventRepository Event repository instance
   * @param userSessionManager UserSession Manager instance
   * @param errorHandler Error handler object
   * @param logger Logger object
   */constructor(eventRepository,userSessionManager,errorHandler,logger){this.eventRepository=eventRepository;this.userSessionManager=userSessionManager;this.errorHandler=errorHandler;this.logger=logger;this.eventFactory=new RudderEventFactory(this.logger);}/**
   * Initializes the event manager
   */init(){this.eventRepository.init();}resume(){this.eventRepository.resume();}/**
   * Consumes a new incoming event
   * @param event Incoming event data
   */addEvent(event){this.userSessionManager.refreshSession();const rudderEvent=this.eventFactory.create(event);this.eventRepository.enqueue(rudderEvent,event.callback);}}

class UserSessionManager{constructor(pluginsManager,storeManager,httpClient,errorHandler,logger){this.storeManager=storeManager;this.pluginsManager=pluginsManager;this.logger=logger;this.errorHandler=errorHandler;this.httpClient=httpClient;this.onError=this.onError.bind(this);this.serverSideCookieDebounceFuncs={};}/**
   * Initialize User session with values from storage
   */init(){this.syncStorageDataToState();// Register the effect to sync with storage
this.registerEffects();}syncStorageDataToState(){this.migrateStorageIfNeeded();this.migrateDataFromPreviousStorage();// get the values from storage and set it again
this.setUserId(this.getUserId());this.setUserTraits(this.getUserTraits());this.setGroupId(this.getGroupId());this.setGroupTraits(this.getGroupTraits());const{externalAnonymousIdCookieName,anonymousIdOptions}=state.loadOptions.value;let externalAnonymousId;if(isDefinedAndNotNull(externalAnonymousIdCookieName)&&typeof externalAnonymousIdCookieName==='string'){externalAnonymousId=this.getExternalAnonymousIdByCookieName(externalAnonymousIdCookieName);}this.setAnonymousId(externalAnonymousId??this.getAnonymousId(anonymousIdOptions));this.setAuthToken(this.getAuthToken());this.setInitialReferrerInfo();this.configureSessionTracking();}configureSessionTracking(){let sessionInfo;if(this.isPersistenceEnabledForStorageEntry('sessionInfo')){const configuredSessionTrackingInfo=this.getConfiguredSessionTrackingInfo();const initialSessionInfo=this.getSessionInfo()??DEFAULT_USER_SESSION_VALUES.sessionInfo;// Merge the session info from the storage and the configuration
sessionInfo={// If manualTrack is set to true in the storage, then do not enable auto tracking even if configured.
// Once manual tracking ends (endSession is called), auto tracking will be enabled in the next SDK run.
autoTrack:configuredSessionTrackingInfo.autoTrack&&initialSessionInfo.manualTrack!==true,timeout:configuredSessionTrackingInfo.timeout,manualTrack:initialSessionInfo.manualTrack,expiresAt:initialSessionInfo.expiresAt,id:initialSessionInfo.id,sessionStart:initialSessionInfo.sessionStart};// If both autoTrack and manualTrack are disabled, reset the session info to default values
if(!sessionInfo.autoTrack&&sessionInfo.manualTrack!==true){sessionInfo=DEFAULT_USER_SESSION_VALUES.sessionInfo;}else if(configuredSessionTrackingInfo.cutOff?.enabled===true){sessionInfo.cutOff={enabled:true,duration:configuredSessionTrackingInfo.cutOff.duration,expiresAt:initialSessionInfo.cutOff?.expiresAt};}}else {sessionInfo=DEFAULT_USER_SESSION_VALUES.sessionInfo;}state.session.sessionInfo.value=sessionInfo;// If auto session tracking is enabled start the session tracking
if(state.session.sessionInfo.value.autoTrack){this.startOrRenewAutoTracking(state.session.sessionInfo.value);}}setInitialReferrerInfo(){const persistedInitialReferrer=this.getInitialReferrer();const persistedInitialReferringDomain=this.getInitialReferringDomain();if(persistedInitialReferrer&&persistedInitialReferringDomain){this.setInitialReferrer(persistedInitialReferrer);this.setInitialReferringDomain(persistedInitialReferringDomain);}else {const initialReferrer=persistedInitialReferrer||getReferrer();this.setInitialReferrer(initialReferrer);this.setInitialReferringDomain(getReferringDomain(initialReferrer));}}isPersistenceEnabledForStorageEntry(entryName){return isStorageTypeValidForStoringData(state.storage.entries.value[entryName]?.type);}migrateDataFromPreviousStorage(){const entries=state.storage.entries.value;const storageTypesForMigration=[COOKIE_STORAGE,LOCAL_STORAGE,SESSION_STORAGE];Object.keys(entries).forEach(entry=>{const key=entry;const currentStorage=entries[key]?.type;const curStore=this.storeManager?.getStore(storageClientDataStoreNameMap[currentStorage]);if(curStore){storageTypesForMigration.forEach(storage=>{const store=this.storeManager?.getStore(storageClientDataStoreNameMap[storage]);if(store&&storage!==currentStorage){const value=store.get(COOKIE_KEYS[key]);if(isDefinedNotNullAndNotEmptyString(value)){curStore.set(COOKIE_KEYS[key],value);}store.remove(COOKIE_KEYS[key]);}});}});}migrateStorageIfNeeded(stores,keys){if(!state.storage.migrate.value){return;}let storesToMigrate=stores??[];if(storesToMigrate.length===0){const persistentStoreNames=[CLIENT_DATA_STORE_COOKIE,CLIENT_DATA_STORE_LS,CLIENT_DATA_STORE_SESSION];persistentStoreNames.forEach(storeName=>{const store=this.storeManager?.getStore(storeName);if(store){storesToMigrate.push(store);}});}let keysToMigrate=keys??Object.keys(COOKIE_KEYS);keysToMigrate.forEach(storageKey=>{const storageEntry=COOKIE_KEYS[storageKey];storesToMigrate.forEach(store=>{const migratedVal=this.pluginsManager?.invokeSingle('storage.migrate',storageEntry,store.engine,this.errorHandler,this.logger);// Skip setting the value if it is null or undefined
// as those values indicate there is no need for migration or
// migration failed
if(!isNullOrUndefined(migratedVal)){store.set(storageEntry,migratedVal);}});});}getConfiguredSessionTrackingInfo(){let autoTrack=state.loadOptions.value.sessions.autoTrack!==false;// Do not validate any further if autoTrack is disabled
if(!autoTrack){return {autoTrack};}let timeout;const configuredSessionTimeout=state.loadOptions.value.sessions?.timeout;if(!isPositiveInteger(configuredSessionTimeout)){this.logger.warn(TIMEOUT_NOT_NUMBER_WARNING(USER_SESSION_MANAGER,configuredSessionTimeout,DEFAULT_SESSION_TIMEOUT_MS));timeout=DEFAULT_SESSION_TIMEOUT_MS;}else {timeout=configuredSessionTimeout;}if(timeout===0){this.logger.warn(TIMEOUT_ZERO_WARNING(USER_SESSION_MANAGER));autoTrack=false;}// In case user provides a timeout value greater than 0 but less than 10 seconds SDK will show a warning
// and will proceed with it
if(timeout>0&&timeout<MIN_SESSION_TIMEOUT_MS){this.logger.warn(TIMEOUT_NOT_RECOMMENDED_WARNING(USER_SESSION_MANAGER,timeout,MIN_SESSION_TIMEOUT_MS));}const cutOff=this.getCutOffInfo(timeout);return {timeout,autoTrack,cutOff};}getCutOffInfo(sessionTimeout){const cutOff=state.loadOptions.value.sessions.cutOff;let cutOffDuration;let cutOffEnabled=false;if(cutOff.enabled===true){cutOffDuration=cutOff.duration;cutOffEnabled=true;if(!isPositiveInteger(cutOffDuration)){this.logger.warn(CUT_OFF_DURATION_NOT_NUMBER_WARNING(USER_SESSION_MANAGER,cutOffDuration,DEFAULT_SESSION_CUT_OFF_DURATION_MS));// Use the default value for cut off duration
cutOffDuration=DEFAULT_SESSION_CUT_OFF_DURATION_MS;}else if(cutOffDuration<sessionTimeout){this.logger.warn(CUT_OFF_DURATION_LESS_THAN_TIMEOUT_WARNING(USER_SESSION_MANAGER,cutOffDuration,sessionTimeout));cutOffEnabled=false;}}return {enabled:cutOffEnabled,duration:cutOffDuration};}/**
   * Handles error
   * @param error The error object
   */onError(error,customMessage,groupingHash){this.errorHandler.onError({error,context:USER_SESSION_MANAGER,customMessage,groupingHash});}/**
   * A function to encrypt the cookie value and return the encrypted data
   * @param cookiesData
   * @param store
   * @returns
   */getEncryptedCookieData(cookiesData,store){const encryptedCookieData=[];cookiesData.forEach(cData=>{const encryptedValue=store?.encrypt(stringifyWithoutCircular(cData.value,false,[],this.logger));if(isDefinedAndNotNull(encryptedValue)){encryptedCookieData.push({name:cData.name,value:encryptedValue});}});return encryptedCookieData;}/**
   * A function that makes request to data service to set the cookie
   * @param encryptedCookieData
   * @param callback
   */makeRequestToSetCookie(encryptedCookieData,callback){this.httpClient?.getAsyncData({url:state.serverCookies.dataServiceUrl.value,options:{method:'POST',data:stringifyWithoutCircular({reqType:'setCookies',workspaceId:state.source.value?.workspaceId,data:{options:{maxAge:state.storage.cookie.value?.maxage,path:state.storage.cookie.value?.path,domain:state.storage.cookie.value?.domain,sameSite:state.storage.cookie.value?.samesite,secure:state.storage.cookie.value?.secure,expires:state.storage.cookie.value?.expires},cookies:encryptedCookieData}}),sendRawData:true,withCredentials:true},isRawResponse:true,callback});}/**
   * A function to make an external request to set the cookie from server side
   * @param key       cookie name
   * @param value     encrypted cookie value
   */setServerSideCookies(cookiesData,cb,store){try{// encrypt cookies values
const encryptedCookieData=this.getEncryptedCookieData(cookiesData,store);if(encryptedCookieData.length>0){// make request to data service to set the cookie from server side
this.makeRequestToSetCookie(encryptedCookieData,(res,details)=>{if(details?.xhr?.status===200){cookiesData.forEach(cData=>{const cookieValue=store?.get(cData.name);const before=stringifyWithoutCircular(cData.value,false,[]);const after=stringifyWithoutCircular(cookieValue,false,[]);if(after!==before){this.logger.error(FAILED_SETTING_COOKIE_FROM_SERVER_ERROR(cData.name));if(cb){cb(cData.name,cData.value);}}});}else {this.logger.error(DATA_SERVER_REQUEST_FAIL_ERROR(details?.xhr?.status));cookiesData.forEach(each=>{if(cb){cb(each.name,each.value);}});}});}}catch(e){this.onError(e,FAILED_SETTING_COOKIE_FROM_SERVER_GLOBAL_ERROR,FAILED_SETTING_COOKIE_FROM_SERVER_GLOBAL_ERROR);cookiesData.forEach(each=>{if(cb){cb(each.name,each.value);}});}}/**
   * A function to sync values in storage
   * @param sessionKey
   * @param value
   */syncValueToStorage(sessionKey,value){const entries=state.storage.entries.value;const storageType=entries[sessionKey]?.type;if(isStorageTypeValidForStoringData(storageType)){const curStore=this.storeManager?.getStore(storageClientDataStoreNameMap[storageType]);const key=entries[sessionKey]?.key;if(value&&(isString(value)||isNonEmptyObject(value))){// if useServerSideCookies load option is set to true
// set the cookie from server side
if(state.serverCookies.isEnabledServerSideCookies.value&&storageType===COOKIE_STORAGE){if(this.serverSideCookieDebounceFuncs[sessionKey]){globalThis.clearTimeout(this.serverSideCookieDebounceFuncs[sessionKey]);}this.serverSideCookieDebounceFuncs[sessionKey]=globalThis.setTimeout(()=>{this.setServerSideCookies([{name:key,value}],(cookieName,cookieValue)=>{curStore?.set(cookieName,cookieValue);},curStore);},SERVER_SIDE_COOKIES_DEBOUNCE_TIME);}else {curStore?.set(key,value);}}else {curStore?.remove(key);}}}/**
   * Function to update storage whenever state value changes
   */registerEffects(){// This will work as long as the user session entry key names are same as the state keys
USER_SESSION_KEYS.forEach(sessionKey=>{E(()=>{this.syncValueToStorage(sessionKey,state.session[sessionKey].value);});});}/**
   * Sets anonymous id in the following precedence:
   *
   * 1. anonymousId: Id directly provided to the function.
   * 2. rudderAmpLinkerParam: value generated from linker query parm (rudderstack)
   *    using parseLinker util.
   * 3. generateUUID: A new unique id is generated and assigned.
   */setAnonymousId(anonymousId,rudderAmpLinkerParam){let finalAnonymousId=anonymousId;if(!isString(anonymousId)||!finalAnonymousId){finalAnonymousId=undefined;}if(this.isPersistenceEnabledForStorageEntry('anonymousId')){if(!finalAnonymousId&&rudderAmpLinkerParam){const linkerPluginsResult=this.pluginsManager?.invokeSingle('userSession.anonymousIdGoogleLinker',rudderAmpLinkerParam);finalAnonymousId=linkerPluginsResult;}finalAnonymousId=finalAnonymousId||generateAnonymousId();}else {finalAnonymousId=DEFAULT_USER_SESSION_VALUES.anonymousId;}state.session.anonymousId.value=finalAnonymousId;}/**
   * Fetches anonymousId
   * @param options option to fetch it from external source
   * @returns anonymousId
   */getAnonymousId(options){const storage=state.storage.entries.value.anonymousId?.type;if(isStorageTypeValidForStoringData(storage)){let persistedAnonymousId=state.session.anonymousId.value;// If the anonymous ID is the default value, fetch it from storage
if(!persistedAnonymousId||persistedAnonymousId===DEFAULT_USER_SESSION_VALUES.anonymousId){persistedAnonymousId=this.getEntryValue('anonymousId');}if(!persistedAnonymousId&&options){// fetch anonymousId from external source
const autoCapturedAnonymousId=this.pluginsManager?.invokeSingle('storage.getAnonymousId',getStorageEngine,options);persistedAnonymousId=autoCapturedAnonymousId;}state.session.anonymousId.value=persistedAnonymousId||generateAnonymousId();}return state.session.anonymousId.value;}getEntryValue(sessionKey){const entries=state.storage.entries.value;const storageType=entries[sessionKey]?.type;if(isStorageTypeValidForStoringData(storageType)){const store=this.storeManager?.getStore(storageClientDataStoreNameMap[storageType]);// Migrate the storage data before fetching the value
// This is needed for entries that are fetched from the storage
// during the current session (for example, session info)
this.migrateStorageIfNeeded([store],[sessionKey]);const storageKey=entries[sessionKey]?.key;return store?.get(storageKey)??null;}return null;}getExternalAnonymousIdByCookieName(key){const storageEngine=getStorageEngine(COOKIE_STORAGE);if(storageEngine?.isEnabled){return storageEngine.getItem(key)??null;}return null;}/**
   * Fetches User Id
   * @returns
   */getUserId(){return this.getEntryValue('userId');}/**
   * Fetches User Traits
   * @returns
   */getUserTraits(){return this.getEntryValue('userTraits');}/**
   * Fetches Group Id
   * @returns
   */getGroupId(){return this.getEntryValue('groupId');}/**
   * Fetches Group Traits
   * @returns
   */getGroupTraits(){return this.getEntryValue('groupTraits');}/**
   * Fetches Initial Referrer
   * @returns
   */getInitialReferrer(){return this.getEntryValue('initialReferrer');}/**
   * Fetches Initial Referring domain
   * @returns
   */getInitialReferringDomain(){return this.getEntryValue('initialReferringDomain');}/**
   * Fetches session tracking information from storage
   * @returns
   */getSessionInfo(){return this.getEntryValue('sessionInfo');}/**
   * Fetches auth token from storage
   * @returns
   */getAuthToken(){return this.getEntryValue('authToken');}/**
   * If session is active it returns the sessionId
   * @returns
   */getSessionId(){const sessionInfo=this.getSessionInfo()??DEFAULT_USER_SESSION_VALUES.sessionInfo;if(sessionInfo.autoTrack&&!hasSessionExpired(sessionInfo)||sessionInfo.manualTrack){return sessionInfo.id??null;}return null;}/**
   * A function to keep the session information up to date in the state
   * before using it for building event payloads.
   */refreshSession(){let sessionInfo=this.getSessionInfo()??DEFAULT_USER_SESSION_VALUES.sessionInfo;if(sessionInfo.autoTrack||sessionInfo.manualTrack){if(sessionInfo.autoTrack){this.startOrRenewAutoTracking(sessionInfo);sessionInfo=state.session.sessionInfo.value;}// Note that if sessionStart is false, then it's an active session.
// So, we needn't update the session info.
//
// For other scenarios,
// 1. If sessionStart is undefined, then it's a new session.
//   Mark it as sessionStart.
// 2. If sessionStart is true, then need to flip it for the future events.
if(sessionInfo.sessionStart===undefined){sessionInfo={...sessionInfo,sessionStart:true};}else if(sessionInfo.sessionStart){sessionInfo={...sessionInfo,sessionStart:false};}}// Always write to state (in-turn to storage) to keep the session info up to date.
state.session.sessionInfo.value=sessionInfo;if(state.lifecycle.status.value!=='readyExecuted'){// Force update the storage as the 'effect' blocks are not getting triggered
// when processing preload buffered requests
this.syncValueToStorage('sessionInfo',sessionInfo);}}/**
   * Reset state values
   * @param resetAnonymousId
   * @param noNewSessionStart
   * @returns
   */reset(resetAnonymousId,noNewSessionStart){const{session}=state;const{manualTrack,autoTrack,timeout,cutOff}=session.sessionInfo.value;r(()=>{session.userId.value=DEFAULT_USER_SESSION_VALUES.userId;session.userTraits.value=DEFAULT_USER_SESSION_VALUES.userTraits;session.groupId.value=DEFAULT_USER_SESSION_VALUES.groupId;session.groupTraits.value=DEFAULT_USER_SESSION_VALUES.groupTraits;session.authToken.value=DEFAULT_USER_SESSION_VALUES.authToken;if(resetAnonymousId===true){// This will generate a new anonymous ID
this.setAnonymousId();}if(noNewSessionStart){return;}if(autoTrack){const sessionInfo={...DEFAULT_USER_SESSION_VALUES.sessionInfo,timeout};if(cutOff){sessionInfo.cutOff={enabled:cutOff.enabled,duration:cutOff.duration};}session.sessionInfo.value=sessionInfo;this.startOrRenewAutoTracking(session.sessionInfo.value);}else if(manualTrack){this.startManualTrackingInternal();}});}/**
   * Set user Id
   * @param userId
   */setUserId(userId){state.session.userId.value=this.isPersistenceEnabledForStorageEntry('userId')&&userId?userId:DEFAULT_USER_SESSION_VALUES.userId;}/**
   * Set user traits
   * @param traits
   */setUserTraits(traits){state.session.userTraits.value=this.isPersistenceEnabledForStorageEntry('userTraits')&&isObjectLiteralAndNotNull(traits)?mergeDeepRight(state.session.userTraits.value??DEFAULT_USER_SESSION_VALUES.userTraits,traits):DEFAULT_USER_SESSION_VALUES.userTraits;}/**
   * Set group Id
   * @param groupId
   */setGroupId(groupId){state.session.groupId.value=this.isPersistenceEnabledForStorageEntry('groupId')&&groupId?groupId:DEFAULT_USER_SESSION_VALUES.groupId;}/**
   * Set group traits
   * @param traits
   */setGroupTraits(traits){state.session.groupTraits.value=this.isPersistenceEnabledForStorageEntry('groupTraits')&&isObjectLiteralAndNotNull(traits)?mergeDeepRight(state.session.groupTraits.value??DEFAULT_USER_SESSION_VALUES.groupTraits,traits):DEFAULT_USER_SESSION_VALUES.groupTraits;}/**
   * Set initial referrer
   * @param referrer
   */setInitialReferrer(referrer){state.session.initialReferrer.value=this.isPersistenceEnabledForStorageEntry('initialReferrer')&&referrer?referrer:DEFAULT_USER_SESSION_VALUES.initialReferrer;}/**
   * Set initial referring domain
   * @param {String} referringDomain
   */setInitialReferringDomain(referringDomain){state.session.initialReferringDomain.value=this.isPersistenceEnabledForStorageEntry('initialReferringDomain')&&referringDomain?referringDomain:DEFAULT_USER_SESSION_VALUES.initialReferringDomain;}/**
   * A function to check for existing session details and depending on that create a new session
   */startOrRenewAutoTracking(sessionInfo){let finalSessionInfo=sessionInfo;if(hasSessionExpired(sessionInfo)){finalSessionInfo=generateAutoTrackingSession(sessionInfo);}else {const timestamp=Date.now();const timeout=sessionInfo.timeout;// Set the expiry time of the session
finalSessionInfo.expiresAt=timestamp+timeout;}// Reset cut off expiry timestamp if it is exceeded
if(isCutOffTimeExceeded(finalSessionInfo)){finalSessionInfo.cutOff.expiresAt=undefined;}// If cut off is active, set or retain the expiry time
if(finalSessionInfo.cutOff){const cutOffExpiresAt=getCutOffExpirationTimestamp(finalSessionInfo.cutOff);finalSessionInfo.cutOff.expiresAt=cutOffExpiresAt;}// Update the session info in the state
state.session.sessionInfo.value=finalSessionInfo;}/**
   * A function method to start a manual session
   * @param {number} id     session identifier
   * @returns
   */start(id){state.session.sessionInfo.value=generateManualTrackingSession(id,this.logger);}/**
   * An internal function to start manual session
   */startManualTrackingInternal(){this.start(Date.now());}/**
   * A public method to end an ongoing session.
   */end(){state.session.sessionInfo.value=DEFAULT_USER_SESSION_VALUES.sessionInfo;}/**
   * Set auth token
   * @param userId
   */setAuthToken(token){state.session.authToken.value=this.isPersistenceEnabledForStorageEntry('authToken')&&token?token:DEFAULT_USER_SESSION_VALUES.authToken;}}

/**
 * Plugins to be loaded in the plugins loadOption is not defined
 */const defaultOptionalPluginsList=['BeaconQueue','CustomConsentManager','DeviceModeDestinations','DeviceModeTransformation','ExternalAnonymousId','GoogleLinker','IubendaConsentManager','KetchConsentManager','NativeDestinationQueue','OneTrustConsentManager','StorageEncryption','StorageEncryptionLegacy','StorageMigrator','XhrQueue'];

const normalizeLoadOptions=(loadOptionsFromState,loadOptions)=>{// TODO: Maybe add warnings for invalid values
const normalizedLoadOpts=clone(loadOptions);if(!isString(normalizedLoadOpts.setCookieDomain)){normalizedLoadOpts.setCookieDomain=undefined;}const cookieSameSiteValues=['Strict','Lax','None'];if(!cookieSameSiteValues.includes(normalizedLoadOpts.sameSiteCookie)){normalizedLoadOpts.sameSiteCookie=undefined;}normalizedLoadOpts.secureCookie=getNormalizedBooleanValue(normalizedLoadOpts.secureCookie,loadOptionsFromState.secureCookie);normalizedLoadOpts.sameDomainCookiesOnly=getNormalizedBooleanValue(normalizedLoadOpts.sameDomainCookiesOnly,loadOptionsFromState.sameDomainCookiesOnly);const uaChTrackLevels=['none','default','full'];if(!uaChTrackLevels.includes(normalizedLoadOpts.uaChTrackLevel)){normalizedLoadOpts.uaChTrackLevel=undefined;}normalizedLoadOpts.integrations=getNormalizedObjectValue(normalizedLoadOpts.integrations);if(!Array.isArray(normalizedLoadOpts.plugins)){normalizedLoadOpts.plugins=defaultOptionalPluginsList;}normalizedLoadOpts.useGlobalIntegrationsConfigInEvents=getNormalizedBooleanValue(normalizedLoadOpts.useGlobalIntegrationsConfigInEvents,loadOptionsFromState.useGlobalIntegrationsConfigInEvents);normalizedLoadOpts.bufferDataPlaneEventsUntilReady=getNormalizedBooleanValue(normalizedLoadOpts.bufferDataPlaneEventsUntilReady,loadOptionsFromState.bufferDataPlaneEventsUntilReady);normalizedLoadOpts.sendAdblockPage=getNormalizedBooleanValue(normalizedLoadOpts.sendAdblockPage,loadOptionsFromState.sendAdblockPage);normalizedLoadOpts.useServerSideCookies=getNormalizedBooleanValue(normalizedLoadOpts.useServerSideCookies,loadOptionsFromState.useServerSideCookies);if(!isString(normalizedLoadOpts.dataServiceEndpoint)){normalizedLoadOpts.dataServiceEndpoint=undefined;}normalizedLoadOpts.sendAdblockPageOptions=getNormalizedObjectValue(normalizedLoadOpts.sendAdblockPageOptions);normalizedLoadOpts.loadIntegration=getNormalizedBooleanValue(normalizedLoadOpts.loadIntegration,loadOptionsFromState.loadIntegration);if(!isNonEmptyObject(normalizedLoadOpts.storage)){normalizedLoadOpts.storage=undefined;}else {normalizedLoadOpts.storage.migrate=getNormalizedBooleanValue(normalizedLoadOpts.storage.migrate,loadOptionsFromState.storage?.migrate);normalizedLoadOpts.storage.cookie=getNormalizedObjectValue(normalizedLoadOpts.storage.cookie);normalizedLoadOpts.storage.encryption=getNormalizedObjectValue(normalizedLoadOpts.storage.encryption);normalizedLoadOpts.storage=removeUndefinedAndNullValues(normalizedLoadOpts.storage);}normalizedLoadOpts.destinationsQueueOptions=getNormalizedObjectValue(normalizedLoadOpts.destinationsQueueOptions);normalizedLoadOpts.queueOptions=getNormalizedObjectValue(normalizedLoadOpts.queueOptions);normalizedLoadOpts.lockIntegrationsVersion=getNormalizedBooleanValue(normalizedLoadOpts.lockIntegrationsVersion,loadOptionsFromState.lockIntegrationsVersion);normalizedLoadOpts.lockPluginsVersion=getNormalizedBooleanValue(normalizedLoadOpts.lockPluginsVersion,loadOptionsFromState.lockPluginsVersion);if(!isNumber(normalizedLoadOpts.dataPlaneEventsBufferTimeout)){normalizedLoadOpts.dataPlaneEventsBufferTimeout=undefined;}normalizedLoadOpts.beaconQueueOptions=getNormalizedObjectValue(normalizedLoadOpts.beaconQueueOptions);normalizedLoadOpts.preConsent=getNormalizedObjectValue(normalizedLoadOpts.preConsent);normalizedLoadOpts.sourceConfigurationOverride=getNormalizedObjectValue(normalizedLoadOpts.sourceConfigurationOverride);const mergedLoadOptions=mergeDeepRight(loadOptionsFromState,removeUndefinedAndNullValues(normalizedLoadOpts));return mergedLoadOptions;};

const DATA_PLANE_QUEUE_EXT_POINT_PREFIX='dataplaneEventsQueue';const DESTINATIONS_QUEUE_EXT_POINT_PREFIX='destinationsEventsQueue';const DMT_EXT_POINT_PREFIX='transformEvent';

/**
 * Filters and returns the user supplied integrations config that should take preference over the destination specific integrations config
 * @param eventIntgConfig User supplied integrations config at event level
 * @param destinationsIntgConfig Cumulative integrations config from all destinations
 * @returns Filtered user supplied integrations config
 */const getOverriddenIntegrationOptions=(eventIntgConfig,destinationsIntgConfig)=>Object.keys(eventIntgConfig).filter(intgName=>eventIntgConfig[intgName]!==true||!destinationsIntgConfig[intgName]).reduce((obj,key)=>{const retVal=clone(obj);retVal[key]=eventIntgConfig[key];return retVal;},{});/**
 * Returns the event object with final integrations config
 * @param event RudderEvent object
 * @param state Application state
 * @returns Mutated event with final integrations config
 */const getFinalEvent=(event,state)=>{const finalEvent=clone(event);// Merge the destination specific integrations config with the event's integrations config
// In general, the preference is given to the event's integrations config
const destinationsIntgConfig=state.nativeDestinations.integrationsConfig.value;const overriddenIntgOpts=getOverriddenIntegrationOptions(event.integrations,destinationsIntgConfig);finalEvent.integrations=mergeDeepRight(destinationsIntgConfig,overriddenIntgOpts);return finalEvent;};const shouldBufferEventsForPreConsent=state=>state.consents.preConsent.value.enabled&&state.consents.preConsent.value.events?.delivery==='buffer';

const safelyInvokeCallback=(callback,args,apiName,logger)=>{if(!isDefined(callback)){return;}if(isFunction(callback)){try{callback(...args);}catch(error){logger.error(CALLBACK_INVOKE_ERROR(apiName),error);}}else {logger.error(INVALID_CALLBACK_FN_ERROR(apiName));}};

/**
 * Event repository class responsible for queuing events for further processing and delivery
 */class EventRepository{/**
   *
   * @param pluginsManager Plugins manager instance
   * @param storeManager Store Manager instance
   * @param errorHandler Error handler object
   * @param logger Logger object
   */constructor(pluginsManager,storeManager,httpClient,errorHandler,logger){this.pluginsManager=pluginsManager;this.errorHandler=errorHandler;this.httpClient=httpClient;this.logger=logger;this.storeManager=storeManager;}/**
   * Initializes the event repository
   */init(){this.dataplaneEventsQueue=this.pluginsManager.invokeSingle(`${DATA_PLANE_QUEUE_EXT_POINT_PREFIX}.init`,state,this.httpClient,this.storeManager,this.errorHandler,this.logger);this.dmtEventsQueue=this.pluginsManager.invokeSingle(`${DMT_EXT_POINT_PREFIX}.init`,state,this.pluginsManager,this.httpClient,this.storeManager,this.errorHandler,this.logger);this.destinationsEventsQueue=this.pluginsManager.invokeSingle(`${DESTINATIONS_QUEUE_EXT_POINT_PREFIX}.init`,state,this.pluginsManager,this.storeManager,this.dmtEventsQueue,this.errorHandler,this.logger);// Start the queue once the client destinations are ready
E(()=>{if(state.nativeDestinations.clientDestinationsReady.value===true){this.destinationsEventsQueue?.start();this.dmtEventsQueue?.start();}});const bufferEventsBeforeConsent=shouldBufferEventsForPreConsent(state);// Start the queue processing only when the destinations are ready or hybrid mode destinations exist
// However, events will be enqueued for now.
// At the time of processing the events, the integrations config data from destinations
// is merged into the event object
let timeoutId;E(()=>{const shouldBufferDpEvents=state.loadOptions.value.bufferDataPlaneEventsUntilReady===true&&state.nativeDestinations.clientDestinationsReady.value===false;const hybridDestExist=state.nativeDestinations.activeDestinations.value.some(dest=>isHybridModeDestination(dest));if((hybridDestExist===false||shouldBufferDpEvents===false)&&!bufferEventsBeforeConsent&&this.dataplaneEventsQueue?.scheduleTimeoutActive!==true){globalThis.clearTimeout(timeoutId);this.dataplaneEventsQueue?.start();}});// Force start the data plane events queue processing after a timeout
if(state.loadOptions.value.bufferDataPlaneEventsUntilReady===true){timeoutId=globalThis.setTimeout(()=>{if(this.dataplaneEventsQueue?.scheduleTimeoutActive!==true){this.dataplaneEventsQueue?.start();}},state.loadOptions.value.dataPlaneEventsBufferTimeout);}}resume(){if(this.dataplaneEventsQueue?.scheduleTimeoutActive!==true){if(state.consents.postConsent.value.discardPreConsentEvents){this.dataplaneEventsQueue?.clear();this.destinationsEventsQueue?.clear();}this.dataplaneEventsQueue?.start();}}/**
   * Enqueues the event for processing
   * @param event RudderEvent object
   * @param callback API callback function
   */enqueue(event,callback){const dpQEvent=getFinalEvent(event,state);this.pluginsManager.invokeSingle(`${DATA_PLANE_QUEUE_EXT_POINT_PREFIX}.enqueue`,state,this.dataplaneEventsQueue,dpQEvent,this.errorHandler,this.logger);const dQEvent=clone(event);this.pluginsManager.invokeSingle(`${DESTINATIONS_QUEUE_EXT_POINT_PREFIX}.enqueue`,state,this.destinationsEventsQueue,dQEvent,this.errorHandler,this.logger);// Invoke the callback if it exists
const apiName=`${event.type.charAt(0).toUpperCase()}${event.type.slice(1)}${API_SUFFIX}`;safelyInvokeCallback(callback,[dpQEvent],apiName,this.logger);}}

const dispatchSDKEvent=event=>{const customEvent=new CustomEvent(event,{detail:{analyticsInstance:globalThis.rudderanalytics},bubbles:true,cancelable:true,composed:true});globalThis.document.dispatchEvent(customEvent);};const isWriteKeyValid=writeKey=>isString(writeKey)&&writeKey.trim().length>0;const isDataPlaneUrlValid=dataPlaneUrl=>isValidURL(dataPlaneUrl);

/*
 * Analytics class with lifecycle based on state ad user triggered events
 */class Analytics{/**
   * Initialize services and components or use default ones if singletons
   */constructor(){this.preloadBuffer=new BufferQueue();this.initialized=false;this.errorHandler=defaultErrorHandler;this.logger=defaultLogger;this.externalSrcLoader=new ExternalSrcLoader(this.logger);this.httpClient=defaultHttpClient;this.httpClient.init(this.errorHandler);this.capabilitiesManager=new CapabilitiesManager(this.httpClient,this.errorHandler,this.logger);}/**
   * Start application lifecycle if not already started
   */load(writeKey,dataPlaneUrl,loadOptions={}){if(state.lifecycle.status.value){return;}if(!isWriteKeyValid(writeKey)){this.logger.error(WRITE_KEY_VALIDATION_ERROR(ANALYTICS_CORE,writeKey));return;}if(!isDataPlaneUrlValid(dataPlaneUrl)){this.logger.error(DATA_PLANE_URL_VALIDATION_ERROR(ANALYTICS_CORE,dataPlaneUrl));return;}// Set initial state values
r(()=>{state.lifecycle.writeKey.value=clone(writeKey);state.lifecycle.dataPlaneUrl.value=clone(dataPlaneUrl);state.loadOptions.value=normalizeLoadOptions(state.loadOptions.value,loadOptions);state.lifecycle.status.value='mounted';});// set log level as early as possible
this.logger.setMinLogLevel(state.loadOptions.value.logLevel??POST_LOAD_LOG_LEVEL);// Expose state to global objects
setExposedGlobal('state',state,writeKey);// Configure initial config of any services or components here
// State application lifecycle
this.startLifecycle();}// Start lifecycle methods
/**
   * Orchestrate the lifecycle of the application phases/status
   */startLifecycle(){E(()=>{try{switch(state.lifecycle.status.value){case 'mounted':this.onMounted();break;case 'browserCapabilitiesReady':this.onBrowserCapabilitiesReady();break;case 'configured':this.onConfigured();break;case 'pluginsLoading':break;case 'pluginsReady':this.onPluginsReady();break;case 'initialized':this.onInitialized();break;case 'loaded':this.onLoaded();break;case 'destinationsLoading':break;case 'destinationsReady':this.onDestinationsReady();break;case 'ready':this.onReady();break;case 'readyExecuted':default:break;}}catch(err){const issue='Failed to load the SDK';this.errorHandler.onError({error:err,context:ANALYTICS_CORE,customMessage:issue,groupingHash:issue});}});}onBrowserCapabilitiesReady(){// initialize the preloaded events enqueuing
retrievePreloadBufferEvents(this);this.prepareInternalServices();this.loadConfig();}onLoaded(){this.processBufferedEvents();// Short-circuit the life cycle and move to the ready state if pre-consent behavior is enabled
if(state.consents.preConsent.value.enabled===true){state.lifecycle.status.value='ready';}else {this.loadDestinations();}}/**
   * Load browser polyfill if required
   */onMounted(){this.capabilitiesManager.init();}/**
   * Enqueue in SDK preload buffer events, used from preloadBuffer component
   */enqueuePreloadBufferEvents(bufferedEvents){if(Array.isArray(bufferedEvents)){bufferedEvents.forEach(bufferedEvent=>this.preloadBuffer.enqueue(clone(bufferedEvent)));}}/**
   * Process the buffer preloaded events by passing their arguments to the respective facade methods
   */processDataInPreloadBuffer(){while(this.preloadBuffer.size()>0){const eventToProcess=this.preloadBuffer.dequeue();if(eventToProcess){consumePreloadBufferedEvent([...eventToProcess],this);}}}prepareInternalServices(){this.pluginsManager=new PluginsManager(defaultPluginEngine,this.errorHandler,this.logger);this.storeManager=new StoreManager(this.pluginsManager,this.errorHandler,this.logger);this.configManager=new ConfigManager(this.httpClient,this.errorHandler,this.logger);this.userSessionManager=new UserSessionManager(this.pluginsManager,this.storeManager,this.httpClient,this.errorHandler,this.logger);this.eventRepository=new EventRepository(this.pluginsManager,this.storeManager,this.httpClient,this.errorHandler,this.logger);this.eventManager=new EventManager(this.eventRepository,this.userSessionManager,this.errorHandler,this.logger);}/**
   * Load configuration
   */loadConfig(){if(state.lifecycle.writeKey.value){this.httpClient.setAuthHeader(state.lifecycle.writeKey.value);}this.configManager?.init();}/**
   * Initialize the storage and event queue
   */onPluginsReady(){// Initialize storage
this.storeManager?.init();this.userSessionManager?.init();// Initialize the appropriate consent manager plugin
if(state.consents.enabled.value&&!state.consents.initialized.value){this.pluginsManager?.invokeSingle(`consentManager.init`,state,this.logger);if(state.consents.preConsent.value.enabled===false){this.pluginsManager?.invokeSingle(`consentManager.updateConsentsInfo`,state,this.storeManager,this.logger);}}// Initialize event manager
this.eventManager?.init();// Mark the SDK as initialized
state.lifecycle.status.value='initialized';}/**
   * Load plugins
   */onConfigured(){this.pluginsManager?.init();// TODO: are we going to enable custom plugins to be passed as load options?
// registerCustomPlugins(state.loadOptions.value.customPlugins);
}/**
   * Trigger onLoaded callback if any is provided in config & emit initialised event
   */onInitialized(){// Process any preloaded events
this.processDataInPreloadBuffer();// Set lifecycle state
r(()=>{state.lifecycle.loaded.value=true;state.lifecycle.status.value='loaded';});this.initialized=true;// Execute onLoaded callback if provided in load options
const onLoadedCallbackFn=state.loadOptions.value.onLoaded;// TODO: we need to avoid passing the window object to the callback function
// as this will prevent us from supporting multiple SDK instances in the same page
safelyInvokeCallback(onLoadedCallbackFn,[globalThis.rudderanalytics],LOAD_API,this.logger);// Emit an event to use as substitute to the onLoaded callback
dispatchSDKEvent('RSA_Initialised');}/**
   * Emit ready event
   */// eslint-disable-next-line class-methods-use-this
onReady(){state.lifecycle.status.value='readyExecuted';state.eventBuffer.readyCallbacksArray.value.forEach(callback=>{safelyInvokeCallback(callback,[],READY_API,this.logger);});// Emit an event to use as substitute to the ready callback
dispatchSDKEvent('RSA_Ready');}/**
   * Consume preloaded events buffer
   */processBufferedEvents(){// This logic has been intentionally implemented without a simple
// for-loop as the individual events that are processed may
// add more events to the buffer (this is needed for the consent API)
let bufferedEvents=state.eventBuffer.toBeProcessedArray.value;while(bufferedEvents.length>0){const bufferedEvent=bufferedEvents.shift();state.eventBuffer.toBeProcessedArray.value=bufferedEvents;if(bufferedEvent){const methodName=bufferedEvent[0];if(isFunction(this[methodName])){// Send additional arg 'true' to indicate that this is a buffered invocation
this[methodName](...bufferedEvent.slice(1),true);}}bufferedEvents=state.eventBuffer.toBeProcessedArray.value;}}/**
   * Load device mode destinations
   */loadDestinations(){// If the integrations load is already triggered or completed, skip the rest of the logic
if(state.lifecycle.status.value==='destinationsLoading'||state.lifecycle.status.value==='destinationsReady'){return;}// Set in state the desired activeDestinations to inject in DOM
this.pluginsManager?.invokeSingle('nativeDestinations.setActiveDestinations',state,this.pluginsManager,this.errorHandler,this.logger);const totalDestinationsToLoad=state.nativeDestinations.activeDestinations.value.length;if(totalDestinationsToLoad===0){state.lifecycle.status.value='destinationsReady';return;}// Start loading native integration scripts and create instances
state.lifecycle.status.value='destinationsLoading';this.pluginsManager?.invokeSingle('nativeDestinations.load',state,this.externalSrcLoader,this.errorHandler,this.logger);// Progress to next lifecycle phase if all native destinations are initialized or failed
E(()=>{const areAllDestinationsReady=totalDestinationsToLoad===0||state.nativeDestinations.initializedDestinations.value.length+state.nativeDestinations.failedDestinations.value.length===totalDestinationsToLoad;if(areAllDestinationsReady){r(()=>{state.lifecycle.status.value='destinationsReady';state.nativeDestinations.clientDestinationsReady.value=true;});}});}/**
   * Move to the ready state
   */// eslint-disable-next-line class-methods-use-this
onDestinationsReady(){// May be do any destination specific actions here
// Mark the ready status if not already done
if(state.lifecycle.status.value!=='ready'){state.lifecycle.status.value='ready';}}// End lifecycle methods
// Start consumer exposed methods
ready(callback,isBufferedInvocation=false){const type='ready';if(!state.lifecycle.loaded.value){state.eventBuffer.toBeProcessedArray.value=[...state.eventBuffer.toBeProcessedArray.value,[type,callback]];return;}this.errorHandler.leaveBreadcrumb(`New ${type} invocation`);if(!isFunction(callback)){this.logger.error(INVALID_CALLBACK_FN_ERROR(READY_API));return;}/**
     * If destinations are loaded or no integration is available for loading
     * execute the callback immediately else push the callbacks to a queue that
     * will be executed after loading completes
     */if(state.lifecycle.status.value==='readyExecuted'){safelyInvokeCallback(callback,[],READY_API,this.logger);}else {state.eventBuffer.readyCallbacksArray.value=[...state.eventBuffer.readyCallbacksArray.value,callback];}}page(payload,isBufferedInvocation=false){const type='page';if(!state.lifecycle.loaded.value){state.eventBuffer.toBeProcessedArray.value=[...state.eventBuffer.toBeProcessedArray.value,[type,payload]];return;}this.errorHandler.leaveBreadcrumb(`New ${type} event`);state.metrics.triggered.value+=1;this.eventManager?.addEvent({type:'page',category:payload.category,name:payload.name,properties:payload.properties,options:payload.options,callback:payload.callback});// TODO: Maybe we should alter the behavior to send the ad-block page event even if the SDK is still loaded. It'll be pushed into the to be processed queue.
// Send automatic ad blocked page event if ad-blockers are detected on the page
// Check page category to avoid infinite loop
if(state.capabilities.isAdBlocked.value===true&&payload.category!==ADBLOCK_PAGE_CATEGORY){this.page(pageArgumentsToCallOptions(ADBLOCK_PAGE_CATEGORY,ADBLOCK_PAGE_NAME,{// 'title' is intentionally omitted as it does not make sense
// in v3 implementation
path:ADBLOCK_PAGE_PATH},state.loadOptions.value.sendAdblockPageOptions));}}track(payload,isBufferedInvocation=false){const type='track';if(!state.lifecycle.loaded.value){state.eventBuffer.toBeProcessedArray.value=[...state.eventBuffer.toBeProcessedArray.value,[type,payload]];return;}this.errorHandler.leaveBreadcrumb(`New ${type} event - ${payload.name}`);state.metrics.triggered.value+=1;this.eventManager?.addEvent({type,name:payload.name||undefined,properties:payload.properties,options:payload.options,callback:payload.callback});}identify(payload,isBufferedInvocation=false){const type='identify';if(!state.lifecycle.loaded.value){state.eventBuffer.toBeProcessedArray.value=[...state.eventBuffer.toBeProcessedArray.value,[type,payload]];return;}this.errorHandler.leaveBreadcrumb(`New ${type} event`);state.metrics.triggered.value+=1;const shouldResetSession=Boolean(payload.userId&&state.session.userId.value&&payload.userId!==state.session.userId.value);if(shouldResetSession){this.reset();}// `null` value indicates that previous user ID needs to be retained
if(!isNull(payload.userId)){this.userSessionManager?.setUserId(payload.userId);}this.userSessionManager?.setUserTraits(payload.traits);this.eventManager?.addEvent({type,userId:payload.userId,traits:payload.traits,options:payload.options,callback:payload.callback});}alias(payload,isBufferedInvocation=false){const type='alias';if(!state.lifecycle.loaded.value){state.eventBuffer.toBeProcessedArray.value=[...state.eventBuffer.toBeProcessedArray.value,[type,payload]];return;}this.errorHandler.leaveBreadcrumb(`New ${type} event`);state.metrics.triggered.value+=1;const previousId=payload.from??(this.getUserId()||this.userSessionManager?.getAnonymousId());this.eventManager?.addEvent({type,to:payload.to,from:previousId,options:payload.options,callback:payload.callback});}group(payload,isBufferedInvocation=false){const type='group';if(!state.lifecycle.loaded.value){state.eventBuffer.toBeProcessedArray.value=[...state.eventBuffer.toBeProcessedArray.value,[type,payload]];return;}this.errorHandler.leaveBreadcrumb(`New ${type} event`);state.metrics.triggered.value+=1;// `null` value indicates that previous group ID needs to be retained
if(!isNull(payload.groupId)){this.userSessionManager?.setGroupId(payload.groupId);}this.userSessionManager?.setGroupTraits(payload.traits);this.eventManager?.addEvent({type,groupId:payload.groupId,traits:payload.traits,options:payload.options,callback:payload.callback});}reset(resetAnonymousId,isBufferedInvocation=false){const type='reset';if(!state.lifecycle.loaded.value){state.eventBuffer.toBeProcessedArray.value=[...state.eventBuffer.toBeProcessedArray.value,[type,resetAnonymousId]];return;}this.errorHandler.leaveBreadcrumb(`New ${type} invocation, resetAnonymousId: ${resetAnonymousId}`);this.userSessionManager?.reset(resetAnonymousId);}getAnonymousId(options){return this.userSessionManager?.getAnonymousId(options);}setAnonymousId(anonymousId,rudderAmpLinkerParam,isBufferedInvocation=false){const type='setAnonymousId';// Buffering is needed as setting the anonymous ID may require invoking the GoogleLinker plugin
if(!state.lifecycle.loaded.value){state.eventBuffer.toBeProcessedArray.value=[...state.eventBuffer.toBeProcessedArray.value,[type,anonymousId,rudderAmpLinkerParam]];return;}this.errorHandler.leaveBreadcrumb(`New ${type} invocation`);this.userSessionManager?.setAnonymousId(anonymousId,rudderAmpLinkerParam);}// eslint-disable-next-line class-methods-use-this
getUserId(){return state.session.userId.value;}// eslint-disable-next-line class-methods-use-this
getUserTraits(){return state.session.userTraits.value;}// eslint-disable-next-line class-methods-use-this
getGroupId(){return state.session.groupId.value;}// eslint-disable-next-line class-methods-use-this
getGroupTraits(){return state.session.groupTraits.value;}startSession(sessionId,isBufferedInvocation=false){const type='startSession';if(!state.lifecycle.loaded.value){state.eventBuffer.toBeProcessedArray.value=[...state.eventBuffer.toBeProcessedArray.value,[type,sessionId]];return;}this.errorHandler.leaveBreadcrumb(`New ${type} invocation`);this.userSessionManager?.start(sessionId);}endSession(isBufferedInvocation=false){const type='endSession';if(!state.lifecycle.loaded.value){state.eventBuffer.toBeProcessedArray.value=[...state.eventBuffer.toBeProcessedArray.value,[type]];return;}this.errorHandler.leaveBreadcrumb(`New ${type} invocation`);this.userSessionManager?.end();}// eslint-disable-next-line class-methods-use-this
getSessionId(){const sessionId=this.userSessionManager?.getSessionId();return sessionId??null;}consent(options,isBufferedInvocation=false){const type='consent';if(!state.lifecycle.loaded.value){state.eventBuffer.toBeProcessedArray.value=[...state.eventBuffer.toBeProcessedArray.value,[type,options]];return;}this.errorHandler.leaveBreadcrumb(`New consent invocation`);r(()=>{state.consents.preConsent.value={...state.consents.preConsent.value,enabled:false};state.consents.postConsent.value=getValidPostConsentOptions(options);const{initialized,consentsData}=getConsentManagementData(state.consents.postConsent.value.consentManagement,this.logger);state.consents.initialized.value=initialized;state.consents.data.value=consentsData;});// Update consents data in state
if(state.consents.enabled.value&&!state.consents.initialized.value){this.pluginsManager?.invokeSingle(`consentManager.updateConsentsInfo`,state,this.storeManager,this.logger);}// Re-init store manager
this.storeManager?.initializeStorageState();// Re-init user session manager
this.userSessionManager?.syncStorageDataToState();// Resume event manager to process the events to destinations
this.eventManager?.resume();this.loadDestinations();this.sendTrackingEvents(isBufferedInvocation);}sendTrackingEvents(isBufferedInvocation){// If isBufferedInvocation is true, then the tracking events will be added to the end of the
// events buffer array so that any other preload events (mainly from query string API) will be processed first.
if(state.consents.postConsent.value.trackConsent){const trackOptions=trackArgumentsToCallOptions(CONSENT_TRACK_EVENT_NAME);if(isBufferedInvocation){state.eventBuffer.toBeProcessedArray.value=[...state.eventBuffer.toBeProcessedArray.value,['track',trackOptions]];}else {this.track(trackOptions);}}if(state.consents.postConsent.value.sendPageEvent){const pageOptions=pageArgumentsToCallOptions();if(isBufferedInvocation){state.eventBuffer.toBeProcessedArray.value=[...state.eventBuffer.toBeProcessedArray.value,['page',pageOptions]];}else {this.page(pageOptions);}}}setAuthToken(token){this.userSessionManager?.setAuthToken(token);}/**
   * Add a custom integration for a custom destination.
   * @param destinationId - The ID of the custom destination from the RudderStack dashboard.
   * @param integration - The custom integration object.
   * @param isBufferedInvocation - Whether the invocation is buffered.
   */addCustomIntegration(destinationId,integration,isBufferedInvocation=false){const type='addCustomIntegration';if(isBufferedInvocation){this.errorHandler.leaveBreadcrumb(`New ${type} invocation`);this.pluginsManager?.invokeSingle('nativeDestinations.addCustomIntegration',destinationId,integration,state,this.logger);}else {if(state.lifecycle.loaded.value){this.logger.error(CUSTOM_INTEGRATION_CANNOT_BE_ADDED_ERROR(ANALYTICS_CORE,destinationId));return;}state.eventBuffer.toBeProcessedArray.value=[...state.eventBuffer.toBeProcessedArray.value,[type,destinationId,integration]];}}// End consumer exposed methods
}

/*
 * RudderAnalytics facade singleton that is exposed as global object and will:
 * expose overloaded methods
 * handle multiple Analytics instances
 * consume SDK preload event buffer
 */class RudderAnalytics{// START-NO-SONAR-SCAN
// eslint-disable-next-line sonarjs/public-static-readonly
static globalSingleton=null;// END-NO-SONAR-SCAN
analyticsInstances={};defaultAnalyticsKey='';logger=defaultLogger;// Singleton with constructor bind methods
constructor(){try{if(RudderAnalytics.globalSingleton){// START-NO-SONAR-SCAN
// eslint-disable-next-line no-constructor-return
return RudderAnalytics.globalSingleton;// END-NO-SONAR-SCAN
}RudderAnalytics.initializeGlobalResources();this.setDefaultInstanceKey=this.setDefaultInstanceKey.bind(this);this.getAnalyticsInstance=this.getAnalyticsInstance.bind(this);this.load=this.load.bind(this);this.ready=this.ready.bind(this);this.triggerBufferedLoadEvent=this.triggerBufferedLoadEvent.bind(this);this.page=this.page.bind(this);this.track=this.track.bind(this);this.identify=this.identify.bind(this);this.alias=this.alias.bind(this);this.group=this.group.bind(this);this.reset=this.reset.bind(this);this.getAnonymousId=this.getAnonymousId.bind(this);this.setAnonymousId=this.setAnonymousId.bind(this);this.getUserId=this.getUserId.bind(this);this.getUserTraits=this.getUserTraits.bind(this);this.getGroupId=this.getGroupId.bind(this);this.getGroupTraits=this.getGroupTraits.bind(this);this.startSession=this.startSession.bind(this);this.endSession=this.endSession.bind(this);this.getSessionId=this.getSessionId.bind(this);this.setAuthToken=this.setAuthToken.bind(this);this.consent=this.consent.bind(this);this.addCustomIntegration=this.addCustomIntegration.bind(this);this.createSafeAnalyticsInstance();RudderAnalytics.globalSingleton=this;state.autoTrack.pageLifecycle.pageViewId.value=generateUUID();state.autoTrack.pageLifecycle.pageLoadedTimestamp.value=Date.now();// start loading if a load event was buffered or wait for explicit load call
this.triggerBufferedLoadEvent();// Assign to global "rudderanalytics" object after processing the preload buffer (if any exists)
// for CDN bundling IIFE exports covers this but for npm ESM and CJS bundling has to be done explicitly
globalThis.rudderanalytics=this;}catch(error){dispatchErrorEvent(error);}}/**
   * Create an instance of the current instance that can be used
   * to call a subset of methods of the current instance.
   * It is typically used to expose the analytics instance to the integrations (standard and custom)
   */createSafeAnalyticsInstance(){state.lifecycle.safeAnalyticsInstance.value={page:this.page.bind(this),track:this.track.bind(this),identify:this.identify.bind(this),alias:this.alias.bind(this),group:this.group.bind(this),getAnonymousId:this.getAnonymousId.bind(this),getUserId:this.getUserId.bind(this),getUserTraits:this.getUserTraits.bind(this),getGroupId:this.getGroupId.bind(this),getGroupTraits:this.getGroupTraits.bind(this),getSessionId:this.getSessionId.bind(this)};}static initializeGlobalResources(){// We need to initialize the error handler first to catch any unhandled errors occurring in this module as well
defaultErrorHandler.init();// Initialize the storage engines with default options
defaultCookieStorage.configure();defaultLocalStorage.configure();defaultSessionStorage.configure();defaultInMemoryStorage.configure();}/**
   * Set instance to use if no specific writeKey is provided in methods
   * automatically for the first created instance
   * TODO: to support multiple analytics instances in the near future
   */setDefaultInstanceKey(writeKey){// IMP: Add try-catch block to handle any unhandled errors
// similar to other public methods
// if the implementation of this method goes beyond
// this simple implementation
if(isString(writeKey)&&writeKey){this.defaultAnalyticsKey=writeKey;}}/**
   * Retrieve an existing analytics instance
   */getAnalyticsInstance(writeKey){try{let instanceId=writeKey;if(!isString(instanceId)||!instanceId){instanceId=this.defaultAnalyticsKey;}const analyticsInstanceExists=Boolean(this.analyticsInstances[instanceId]);if(!analyticsInstanceExists){this.analyticsInstances[instanceId]=new Analytics();}return this.analyticsInstances[instanceId];}catch(error){dispatchErrorEvent(error);return undefined;}}/**
   * Loads the SDK
   * @param writeKey Source write key
   * @param dataPlaneUrl Data plane URL
   * @param loadOptions Additional options for loading the SDK
   * @returns none
   */load(writeKey,dataPlaneUrl,loadOptions){try{if(this.analyticsInstances[writeKey]){return;}this.setDefaultInstanceKey(writeKey);// Track page loaded lifecycle event if enabled
this.trackPageLifecycleEvents(loadOptions);// Get the preloaded events array from global buffer instead of window.rudderanalytics
// as the constructor must have already pushed the events to the global buffer
const preloadedEventsArray=getExposedGlobal(GLOBAL_PRELOAD_BUFFER);// The array will be mutated in the below method
promotePreloadedConsentEventsToTop(preloadedEventsArray);setExposedGlobal(GLOBAL_PRELOAD_BUFFER,clone(preloadedEventsArray));this.getAnalyticsInstance(writeKey)?.load(writeKey,dataPlaneUrl,getSanitizedValue(loadOptions));}catch(error){dispatchErrorEvent(error);}}/**
   * A function to track page lifecycle events like page loaded and page unloaded
   * @param loadOptions
   * @returns
   */trackPageLifecycleEvents(loadOptions){const{autoTrack,useBeacon}=loadOptions??{};const{enabled:autoTrackEnabled=false,options:autoTrackOptions={},pageLifecycle}=autoTrack??{};const{events=[PageLifecycleEvents.UNLOADED],enabled:pageLifecycleEnabled=autoTrackEnabled,options=autoTrackOptions}=pageLifecycle??{};state.autoTrack.pageLifecycle.enabled.value=pageLifecycleEnabled;// Set the autoTrack enabled state
// if at least one of the autoTrack options is enabled
// IMPORTANT: make sure this is done at the end as it depends on the above states
state.autoTrack.enabled.value=autoTrackEnabled||pageLifecycleEnabled;if(!pageLifecycleEnabled){return;}this.setupPageUnloadTracking(events,useBeacon,options);}/**
   * Setup page unload tracking if enabled
   * @param events
   * @param useBeacon
   * @param options
   */setupPageUnloadTracking(events,useBeacon,options){if(events.length===0||events.includes(PageLifecycleEvents.UNLOADED)){if(useBeacon===true){onPageLeave(isAccessible=>{if(isAccessible===false&&state.lifecycle.loaded.value){const pageUnloadedTimestamp=Date.now();const timeOnPage=pageUnloadedTimestamp-state.autoTrack.pageLifecycle.pageLoadedTimestamp.value;this.track(PageLifecycleEvents.UNLOADED,{timeOnPage},{...options,originalTimestamp:getFormattedTimestamp(new Date(pageUnloadedTimestamp))});}});}else {// log warning if beacon is disabled
this.logger.warn(PAGE_UNLOAD_ON_BEACON_DISABLED_WARNING(RSA));}}}/**
   * Trigger load event in buffer queue if exists and stores the
   * remaining preloaded events array in global object
   */triggerBufferedLoadEvent(){const preloadedEventsArray=Array.isArray(globalThis.rudderanalytics)?globalThis.rudderanalytics:[];// Get any load method call that is buffered if any
// BTW, load method is also removed from the array
// So, the Analytics object can directly consume the remaining events
const loadEvent=getPreloadedLoadEvent(preloadedEventsArray);// Set the final preloaded events array in global object
setExposedGlobal(GLOBAL_PRELOAD_BUFFER,clone([...preloadedEventsArray]));// Process load method if present in the buffered requests
if(loadEvent.length>0){// Remove the event name from the Buffered Event array and keep only arguments
loadEvent.shift();// eslint-disable-next-line @typescript-eslint/ban-ts-comment
// @ts-ignore
this.load.apply(null,loadEvent);}}/**
   * Get ready callback arguments and forward to ready call
   */ready(callback){try{this.getAnalyticsInstance()?.ready(getSanitizedValue(callback));}catch(error){dispatchErrorEvent(error);}}/**
   * Process page arguments and forward to page call
   */// These overloads should be same as AnalyticsPageMethod in @rudderstack/analytics-js-common/types/IRudderAnalytics
page(category,name,properties,options,callback){try{this.getAnalyticsInstance()?.page(pageArgumentsToCallOptions(getSanitizedValue(category),getSanitizedValue(name),getSanitizedValue(properties),getSanitizedValue(options),getSanitizedValue(callback)));}catch(error){dispatchErrorEvent(error);}}/**
   * Process track arguments and forward to page call
   */// These overloads should be same as AnalyticsTrackMethod in @rudderstack/analytics-js-common/types/IRudderAnalytics
track(event,properties,options,callback){try{this.getAnalyticsInstance()?.track(trackArgumentsToCallOptions(getSanitizedValue(event),getSanitizedValue(properties),getSanitizedValue(options),getSanitizedValue(callback)));}catch(error){dispatchErrorEvent(error);}}/**
   * Process identify arguments and forward to page call
   */// These overloads should be same as AnalyticsIdentifyMethod in @rudderstack/analytics-js-common/types/IRudderAnalytics
identify(userId,traits,options,callback){try{this.getAnalyticsInstance()?.identify(identifyArgumentsToCallOptions(getSanitizedValue(userId),getSanitizedValue(traits),getSanitizedValue(options),getSanitizedValue(callback)));}catch(error){dispatchErrorEvent(error);}}/**
   * Process alias arguments and forward to page call
   */// These overloads should be same as AnalyticsAliasMethod in @rudderstack/analytics-js-common/types/IRudderAnalytics
alias(to,from,options,callback){try{this.getAnalyticsInstance()?.alias(aliasArgumentsToCallOptions(getSanitizedValue(to),getSanitizedValue(from),getSanitizedValue(options),getSanitizedValue(callback)));}catch(error){dispatchErrorEvent(error);}}/**
   * Process group arguments and forward to page call
   */// These overloads should be same as AnalyticsGroupMethod in @rudderstack/analytics-js-common/types/IRudderAnalytics
group(groupId,traits,options,callback){try{this.getAnalyticsInstance()?.group(groupArgumentsToCallOptions(getSanitizedValue(groupId),getSanitizedValue(traits),getSanitizedValue(options),getSanitizedValue(callback)));}catch(error){dispatchErrorEvent(error);}}reset(resetAnonymousId){try{this.getAnalyticsInstance()?.reset(getSanitizedValue(resetAnonymousId));}catch(error){dispatchErrorEvent(error);}}getAnonymousId(options){try{return this.getAnalyticsInstance()?.getAnonymousId(getSanitizedValue(options));}catch(error){dispatchErrorEvent(error);return undefined;}}setAnonymousId(anonymousId,rudderAmpLinkerParam){try{this.getAnalyticsInstance()?.setAnonymousId(getSanitizedValue(anonymousId),getSanitizedValue(rudderAmpLinkerParam));}catch(error){dispatchErrorEvent(error);}}getUserId(){try{return this.getAnalyticsInstance()?.getUserId();}catch(error){dispatchErrorEvent(error);return undefined;}}getUserTraits(){try{return this.getAnalyticsInstance()?.getUserTraits();}catch(error){dispatchErrorEvent(error);return undefined;}}getGroupId(){try{return this.getAnalyticsInstance()?.getGroupId();}catch(error){dispatchErrorEvent(error);return undefined;}}getGroupTraits(){try{return this.getAnalyticsInstance()?.getGroupTraits();}catch(error){dispatchErrorEvent(error);return undefined;}}startSession(sessionId){try{this.getAnalyticsInstance()?.startSession(getSanitizedValue(sessionId));}catch(error){dispatchErrorEvent(error);}}endSession(){try{this.getAnalyticsInstance()?.endSession();}catch(error){dispatchErrorEvent(error);}}getSessionId(){try{return this.getAnalyticsInstance()?.getSessionId();}catch(error){dispatchErrorEvent(error);return undefined;}}setAuthToken(token){try{this.getAnalyticsInstance()?.setAuthToken(getSanitizedValue(token));}catch(error){dispatchErrorEvent(error);}}consent(options){try{this.getAnalyticsInstance()?.consent(getSanitizedValue(options));}catch(error){dispatchErrorEvent(error);}}addCustomIntegration(destinationId,integration){try{this.getAnalyticsInstance()?.addCustomIntegration(getSanitizedValue(destinationId),getSanitizedValue(integration));}catch(error){dispatchErrorEvent(error);}}}

exports.RudderAnalytics = RudderAnalytics;