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component.evaluateReturnExpression(el, expression) : expression;\n  };\n\n  function transitionClassesIn(el, component, directives, showCallback, reject) {\n    const enter = convertClassStringToArray(ensureStringExpression((directives.find(i => i.value === 'enter') || {\n      expression: ''\n    }).expression, el, component));\n    const enterStart = convertClassStringToArray(ensureStringExpression((directives.find(i => i.value === 'enter-start') || {\n      expression: ''\n    }).expression, el, component));\n    const enterEnd = convertClassStringToArray(ensureStringExpression((directives.find(i => i.value === 'enter-end') || {\n      expression: ''\n    }).expression, el, component));\n    transitionClasses(el, enter, enterStart, enterEnd, showCallback, () => {}, TRANSITION_TYPE_IN, reject);\n  }\n  function transitionClassesOut(el, component, directives, hideCallback, reject) {\n    const leave = convertClassStringToArray(ensureStringExpression((directives.find(i => i.value === 'leave') || {\n      expression: ''\n    }).expression, el, component));\n    const leaveStart = convertClassStringToArray(ensureStringExpression((directives.find(i => i.value === 'leave-start') || {\n      expression: ''\n    }).expression, el, component));\n    const leaveEnd = convertClassStringToArray(ensureStringExpression((directives.find(i => i.value === 'leave-end') || {\n      expression: ''\n    }).expression, el, component));\n    transitionClasses(el, leave, leaveStart, leaveEnd, () => {}, hideCallback, TRANSITION_TYPE_OUT, reject);\n  }\n  function transitionClasses(el, classesDuring, classesStart, classesEnd, hook1, hook2, type, reject) {\n    // clear the previous transition if exists to avoid caching the wrong classes\n    if (el.__x_transition) {\n      el.__x_transition.cancel && el.__x_transition.cancel();\n    }\n\n    const originalClasses = el.__x_original_classes || [];\n    const stages = {\n      start() {\n        el.classList.add(...classesStart);\n      },\n\n      during() {\n        el.classList.add(...classesDuring);\n      },\n\n      show() {\n        hook1();\n      },\n\n      end() {\n        // Don't remove classes that were in the original class attribute.\n        el.classList.remove(...classesStart.filter(i => !originalClasses.includes(i)));\n        el.classList.add(...classesEnd);\n      },\n\n      hide() {\n        hook2();\n      },\n\n      cleanup() {\n        el.classList.remove(...classesDuring.filter(i => !originalClasses.includes(i)));\n        el.classList.remove(...classesEnd.filter(i => !originalClasses.includes(i)));\n      }\n\n    };\n    transition(el, stages, type, reject);\n  }\n  function transition(el, stages, type, reject) {\n    const finish = once(() => {\n      stages.hide(); // Adding an \"isConnected\" check, in case the callback\n      // removed the element from the DOM.\n\n      if (el.isConnected) {\n        stages.cleanup();\n      }\n\n      delete el.__x_transition;\n    });\n    el.__x_transition = {\n      // Set transition type so we can avoid clearing transition if the direction is the same\n      type: type,\n      // create a callback for the last stages of the transition so we can call it\n      // from different point and early terminate it. Once will ensure that function\n      // is only called one time.\n      cancel: once(() => {\n        reject(TRANSITION_CANCELLED);\n        finish();\n      }),\n      finish,\n      // This store the next animation frame so we can cancel it\n      nextFrame: null\n    };\n    stages.start();\n    stages.during();\n    el.__x_transition.nextFrame = requestAnimationFrame(() => {\n      // Note: Safari's transitionDuration property will list out comma separated transition durations\n      // for every single transition property. Let's grab the first one and call it a day.\n      let duration = Number(getComputedStyle(el).transitionDuration.replace(/,.*/, '').replace('s', '')) * 1000;\n\n      if (duration === 0) {\n        duration = Number(getComputedStyle(el).animationDuration.replace('s', '')) * 1000;\n      }\n\n      stages.show();\n      el.__x_transition.nextFrame = requestAnimationFrame(() => {\n        stages.end();\n        setTimeout(el.__x_transition.finish, duration);\n      });\n    });\n  }\n  function isNumeric(subject) {\n    return !Array.isArray(subject) && !isNaN(subject);\n  } // Thanks @vuejs\n  // https://github.com/vuejs/vue/blob/4de4649d9637262a9b007720b59f80ac72a5620c/src/shared/util.js\n\n  function once(callback) {\n    let called = false;\n    return function () {\n      if (!called) {\n        called = true;\n        callback.apply(this, arguments);\n      }\n    };\n  }\n\n  function handleForDirective(component, templateEl, expression, initialUpdate, extraVars) {\n    warnIfMalformedTemplate(templateEl, 'x-for');\n    let iteratorNames = typeof expression === 'function' ? parseForExpression(component.evaluateReturnExpression(templateEl, expression)) : parseForExpression(expression);\n    let items = evaluateItemsAndReturnEmptyIfXIfIsPresentAndFalseOnElement(component, templateEl, iteratorNames, extraVars); // As we walk the array, we'll also walk the DOM (updating/creating as we go).\n\n    let currentEl = templateEl;\n    items.forEach((item, index) => {\n      let iterationScopeVariables = getIterationScopeVariables(iteratorNames, item, index, items, extraVars());\n      let currentKey = generateKeyForIteration(component, templateEl, index, iterationScopeVariables);\n      let nextEl = lookAheadForMatchingKeyedElementAndMoveItIfFound(currentEl.nextElementSibling, currentKey); // If we haven't found a matching key, insert the element at the current position.\n\n      if (!nextEl) {\n        nextEl = addElementInLoopAfterCurrentEl(templateEl, currentEl); // And transition it in if it's not the first page load.\n\n        transitionIn(nextEl, () => {}, () => {}, component, initialUpdate);\n        nextEl.__x_for = iterationScopeVariables;\n        component.initializeElements(nextEl, () => nextEl.__x_for); // Otherwise update the element we found.\n      } else {\n        // Temporarily remove the key indicator to allow the normal \"updateElements\" to work.\n        delete nextEl.__x_for_key;\n        nextEl.__x_for = iterationScopeVariables;\n        component.updateElements(nextEl, () => nextEl.__x_for);\n      }\n\n      currentEl = nextEl;\n      currentEl.__x_for_key = currentKey;\n    });\n    removeAnyLeftOverElementsFromPreviousUpdate(currentEl, component);\n  } // This was taken from VueJS 2.* core. Thanks Vue!\n\n  function parseForExpression(expression) {\n    let forIteratorRE = /,([^,\\}\\]]*)(?:,([^,\\}\\]]*))?$/;\n    let stripParensRE = /^\\(|\\)$/g;\n    let forAliasRE = /([\\s\\S]*?)\\s+(?:in|of)\\s+([\\s\\S]*)/;\n    let inMatch = String(expression).match(forAliasRE);\n    if (!inMatch) return;\n    let res = {};\n    res.items = inMatch[2].trim();\n    let item = inMatch[1].trim().replace(stripParensRE, '');\n    let iteratorMatch = item.match(forIteratorRE);\n\n    if (iteratorMatch) {\n      res.item = item.replace(forIteratorRE, '').trim();\n      res.index = iteratorMatch[1].trim();\n\n      if (iteratorMatch[2]) {\n        res.collection = iteratorMatch[2].trim();\n      }\n    } else {\n      res.item = item;\n    }\n\n    return res;\n  }\n\n  function getIterationScopeVariables(iteratorNames, item, index, items, extraVars) {\n    // We must create a new object, so each iteration has a new scope\n    let scopeVariables = extraVars ? _objectSpread2({}, extraVars) : {};\n    scopeVariables[iteratorNames.item] = item;\n    if (iteratorNames.index) scopeVariables[iteratorNames.index] = index;\n    if (iteratorNames.collection) scopeVariables[iteratorNames.collection] = items;\n    return scopeVariables;\n  }\n\n  function generateKeyForIteration(component, el, index, iterationScopeVariables) {\n    let bindKeyAttribute = getXAttrs(el, component, 'bind').filter(attr => attr.value === 'key')[0]; // If the dev hasn't specified a key, just return the index of the iteration.\n\n    if (!bindKeyAttribute) return index;\n    return component.evaluateReturnExpression(el, bindKeyAttribute.expression, () => iterationScopeVariables);\n  }\n\n  function evaluateItemsAndReturnEmptyIfXIfIsPresentAndFalseOnElement(component, el, iteratorNames, extraVars) {\n    let ifAttribute = getXAttrs(el, component, 'if')[0];\n\n    if (ifAttribute && !component.evaluateReturnExpression(el, ifAttribute.expression)) {\n      return [];\n    }\n\n    let items = component.evaluateReturnExpression(el, iteratorNames.items, extraVars); // This adds support for the `i in n` syntax.\n\n    if (isNumeric(items) && items >= 0) {\n      items = Array.from(Array(items).keys(), i => i + 1);\n    }\n\n    return items;\n  }\n\n  function addElementInLoopAfterCurrentEl(templateEl, currentEl) {\n    let clone = document.importNode(templateEl.content, true);\n    currentEl.parentElement.insertBefore(clone, currentEl.nextElementSibling);\n    return currentEl.nextElementSibling;\n  }\n\n  function lookAheadForMatchingKeyedElementAndMoveItIfFound(nextEl, currentKey) {\n    if (!nextEl) return; // If we are already past the x-for generated elements, we don't need to look ahead.\n\n    if (nextEl.__x_for_key === undefined) return; // If the the key's DO match, no need to look ahead.\n\n    if (nextEl.__x_for_key === currentKey) return nextEl; // If they don't, we'll look ahead for a match.\n    // If we find it, we'll move it to the current position in the loop.\n\n    let tmpNextEl = nextEl;\n\n    while (tmpNextEl) {\n      if (tmpNextEl.__x_for_key === currentKey) {\n        return tmpNextEl.parentElement.insertBefore(tmpNextEl, nextEl);\n      }\n\n      tmpNextEl = tmpNextEl.nextElementSibling && tmpNextEl.nextElementSibling.__x_for_key !== undefined ? tmpNextEl.nextElementSibling : false;\n    }\n  }\n\n  function removeAnyLeftOverElementsFromPreviousUpdate(currentEl, component) {\n    var nextElementFromOldLoop = currentEl.nextElementSibling && currentEl.nextElementSibling.__x_for_key !== undefined ? currentEl.nextElementSibling : false;\n\n    while (nextElementFromOldLoop) {\n      let nextElementFromOldLoopImmutable = nextElementFromOldLoop;\n      let nextSibling = nextElementFromOldLoop.nextElementSibling;\n      transitionOut(nextElementFromOldLoop, () => {\n        nextElementFromOldLoopImmutable.remove();\n      }, () => {}, component);\n      nextElementFromOldLoop = nextSibling && nextSibling.__x_for_key !== undefined ? nextSibling : false;\n    }\n  }\n\n  function handleAttributeBindingDirective(component, el, attrName, expression, extraVars, attrType, modifiers) {\n    var value = component.evaluateReturnExpression(el, expression, extraVars);\n\n    if (attrName === 'value') {\n      if (Alpine.ignoreFocusedForValueBinding && document.activeElement.isSameNode(el)) return; // If nested model key is undefined, set the default value to empty string.\n\n      if (value === undefined && String(expression).match(/\\./)) {\n        value = '';\n      }\n\n      if (el.type === 'radio') {\n        // Set radio value from x-bind:value, if no \"value\" attribute exists.\n        // If there are any initial state values, radio will have a correct\n        // \"checked\" value since x-bind:value is processed before x-model.\n        if (el.attributes.value === undefined && attrType === 'bind') {\n          el.value = value;\n        } else if (attrType !== 'bind') {\n          el.checked = checkedAttrLooseCompare(el.value, value);\n        }\n      } else if (el.type === 'checkbox') {\n        // If we are explicitly binding a string to the :value, set the string,\n        // If the value is a boolean, leave it alone, it will be set to \"on\"\n        // automatically.\n        if (typeof value !== 'boolean' && ![null, undefined].includes(value) && attrType === 'bind') {\n          el.value = String(value);\n        } else if (attrType !== 'bind') {\n          if (Array.isArray(value)) {\n            // I'm purposely not using Array.includes here because it's\n            // strict, and because of Numeric/String mis-casting, I\n            // want the \"includes\" to be \"fuzzy\".\n            el.checked = value.some(val => checkedAttrLooseCompare(val, el.value));\n          } else {\n            el.checked = !!value;\n          }\n        }\n      } else if (el.tagName === 'SELECT') {\n        updateSelect(el, value);\n      } else {\n        if (el.value === value) return;\n        el.value = value;\n      }\n    } else if (attrName === 'class') {\n      if (Array.isArray(value)) {\n        const originalClasses = el.__x_original_classes || [];\n        el.setAttribute('class', arrayUnique(originalClasses.concat(value)).join(' '));\n      } else if (typeof value === 'object') {\n        // Sorting the keys / class names by their boolean value will ensure that\n        // anything that evaluates to `false` and needs to remove classes is run first.\n        const keysSortedByBooleanValue = Object.keys(value).sort((a, b) => value[a] - value[b]);\n        keysSortedByBooleanValue.forEach(classNames => {\n          if (value[classNames]) {\n            convertClassStringToArray(classNames).forEach(className => el.classList.add(className));\n          } else {\n            convertClassStringToArray(classNames).forEach(className => el.classList.remove(className));\n          }\n        });\n      } else {\n        const originalClasses = el.__x_original_classes || [];\n        const newClasses = value ? convertClassStringToArray(value) : [];\n        el.setAttribute('class', arrayUnique(originalClasses.concat(newClasses)).join(' '));\n      }\n    } else {\n      attrName = modifiers.includes('camel') ? camelCase(attrName) : attrName; // If an attribute's bound value is null, undefined or false, remove the attribute\n\n      if ([null, undefined, false].includes(value)) {\n        el.removeAttribute(attrName);\n      } else {\n        isBooleanAttr(attrName) ? setIfChanged(el, attrName, attrName) : setIfChanged(el, attrName, value);\n      }\n    }\n  }\n\n  function setIfChanged(el, attrName, value) {\n    if (el.getAttribute(attrName) != value) {\n      el.setAttribute(attrName, value);\n    }\n  }\n\n  function updateSelect(el, value) {\n    const arrayWrappedValue = [].concat(value).map(value => {\n      return value + '';\n    });\n    Array.from(el.options).forEach(option => {\n      option.selected = arrayWrappedValue.includes(option.value || option.text);\n    });\n  }\n\n  function handleTextDirective(el, output, expression) {\n    // If nested model key is undefined, set the default value to empty string.\n    if (output === undefined && String(expression).match(/\\./)) {\n      output = '';\n    }\n\n    el.textContent = output;\n  }\n\n  function handleHtmlDirective(component, el, expression, extraVars) {\n    el.innerHTML = component.evaluateReturnExpression(el, expression, extraVars);\n  }\n\n  function handleShowDirective(component, el, value, modifiers, initialUpdate = false) {\n    const hide = () => {\n      el.style.display = 'none';\n      el.__x_is_shown = false;\n    };\n\n    const show = () => {\n      if (el.style.length === 1 && el.style.display === 'none') {\n        el.removeAttribute('style');\n      } else {\n        el.style.removeProperty('display');\n      }\n\n      el.__x_is_shown = true;\n    };\n\n    if (initialUpdate === true) {\n      if (value) {\n        show();\n      } else {\n        hide();\n      }\n\n      return;\n    }\n\n    const handle = (resolve, reject) => {\n      if (value) {\n        if (el.style.display === 'none' || el.__x_transition) {\n          transitionIn(el, () => {\n            show();\n          }, reject, component);\n        }\n\n        resolve(() => {});\n      } else {\n        if (el.style.display !== 'none') {\n          transitionOut(el, () => {\n            resolve(() => {\n              hide();\n            });\n          }, reject, component);\n        } else {\n          resolve(() => {});\n        }\n      }\n    }; // The working of x-show is a bit complex because we need to\n    // wait for any child transitions to finish before hiding\n    // some element. Also, this has to be done recursively.\n    // If x-show.immediate, foregoe the waiting.\n\n\n    if (modifiers.includes('immediate')) {\n      handle(finish => finish(), () => {});\n      return;\n    } // x-show is encountered during a DOM tree walk. If an element\n    // we encounter is NOT a child of another x-show element we\n    // can execute the previous x-show stack (if one exists).\n\n\n    if (component.showDirectiveLastElement && !component.showDirectiveLastElement.contains(el)) {\n      component.executeAndClearRemainingShowDirectiveStack();\n    }\n\n    component.showDirectiveStack.push(handle);\n    component.showDirectiveLastElement = el;\n  }\n\n  function handleIfDirective(component, el, expressionResult, initialUpdate, extraVars) {\n    warnIfMalformedTemplate(el, 'x-if');\n    const elementHasAlreadyBeenAdded = el.nextElementSibling && el.nextElementSibling.__x_inserted_me === true;\n\n    if (expressionResult && (!elementHasAlreadyBeenAdded || el.__x_transition)) {\n      const clone = document.importNode(el.content, true);\n      el.parentElement.insertBefore(clone, el.nextElementSibling);\n      transitionIn(el.nextElementSibling, () => {}, () => {}, component, initialUpdate);\n      component.initializeElements(el.nextElementSibling, extraVars);\n      el.nextElementSibling.__x_inserted_me = true;\n    } else if (!expressionResult && elementHasAlreadyBeenAdded) {\n      transitionOut(el.nextElementSibling, () => {\n        el.nextElementSibling.remove();\n      }, () => {}, component, initialUpdate);\n    }\n  }\n\n  function registerListener(component, el, event, modifiers, expression, extraVars = {}) {\n    const options = {\n      passive: modifiers.includes('passive')\n    };\n\n    if (modifiers.includes('camel')) {\n      event = camelCase(event);\n    }\n\n    let handler, listenerTarget;\n\n    if (modifiers.includes('away')) {\n      listenerTarget = document;\n\n      handler = e => {\n        // Don't do anything if the click came from the element or within it.\n        if (el.contains(e.target)) return; // Don't do anything if this element isn't currently visible.\n\n        if (el.offsetWidth < 1 && el.offsetHeight < 1) return; // Now that we are sure the element is visible, AND the click\n        // is from outside it, let's run the expression.\n\n        runListenerHandler(component, expression, e, extraVars);\n\n        if (modifiers.includes('once')) {\n          document.removeEventListener(event, handler, options);\n        }\n      };\n    } else {\n      listenerTarget = modifiers.includes('window') ? window : modifiers.includes('document') ? document : el;\n\n      handler = e => {\n        // Remove this global event handler if the element that declared it\n        // has been removed. It's now stale.\n        if (listenerTarget === window || listenerTarget === document) {\n          if (!document.body.contains(el)) {\n            listenerTarget.removeEventListener(event, handler, options);\n            return;\n          }\n        }\n\n        if (isKeyEvent(event)) {\n          if (isListeningForASpecificKeyThatHasntBeenPressed(e, modifiers)) {\n            return;\n          }\n        }\n\n        if (modifiers.includes('prevent')) e.preventDefault();\n        if (modifiers.includes('stop')) e.stopPropagation(); // If the .self modifier isn't present, or if it is present and\n        // the target element matches the element we are registering the\n        // event on, run the handler\n\n        if (!modifiers.includes('self') || e.target === el) {\n          const returnValue = runListenerHandler(component, expression, e, extraVars);\n          returnValue.then(value => {\n            if (value === false) {\n              e.preventDefault();\n            } else {\n              if (modifiers.includes('once')) {\n                listenerTarget.removeEventListener(event, handler, options);\n              }\n            }\n          });\n        }\n      };\n    }\n\n    if (modifiers.includes('debounce')) {\n      let nextModifier = modifiers[modifiers.indexOf('debounce') + 1] || 'invalid-wait';\n      let wait = isNumeric(nextModifier.split('ms')[0]) ? Number(nextModifier.split('ms')[0]) : 250;\n      handler = debounce(handler, wait);\n    }\n\n    listenerTarget.addEventListener(event, handler, options);\n  }\n\n  function runListenerHandler(component, expression, e, extraVars) {\n    return component.evaluateCommandExpression(e.target, expression, () => {\n      return _objectSpread2(_objectSpread2({}, extraVars()), {}, {\n        '$event': e\n      });\n    });\n  }\n\n  function isKeyEvent(event) {\n    return ['keydown', 'keyup'].includes(event);\n  }\n\n  function isListeningForASpecificKeyThatHasntBeenPressed(e, modifiers) {\n    let keyModifiers = modifiers.filter(i => {\n      return !['window', 'document', 'prevent', 'stop'].includes(i);\n    });\n\n    if (keyModifiers.includes('debounce')) {\n      let debounceIndex = keyModifiers.indexOf('debounce');\n      keyModifiers.splice(debounceIndex, isNumeric((keyModifiers[debounceIndex + 1] || 'invalid-wait').split('ms')[0]) ? 2 : 1);\n    } // If no modifier is specified, we'll call it a press.\n\n\n    if (keyModifiers.length === 0) return false; // If one is passed, AND it matches the key pressed, we'll call it a press.\n\n    if (keyModifiers.length === 1 && keyModifiers[0] === keyToModifier(e.key)) return false; // The user is listening for key combinations.\n\n    const systemKeyModifiers = ['ctrl', 'shift', 'alt', 'meta', 'cmd', 'super'];\n    const selectedSystemKeyModifiers = systemKeyModifiers.filter(modifier => keyModifiers.includes(modifier));\n    keyModifiers = keyModifiers.filter(i => !selectedSystemKeyModifiers.includes(i));\n\n    if (selectedSystemKeyModifiers.length > 0) {\n      const activelyPressedKeyModifiers = selectedSystemKeyModifiers.filter(modifier => {\n        // Alias \"cmd\" and \"super\" to \"meta\"\n        if (modifier === 'cmd' || modifier === 'super') modifier = 'meta';\n        return e[`${modifier}Key`];\n      }); // If all the modifiers selected are pressed, ...\n\n      if (activelyPressedKeyModifiers.length === selectedSystemKeyModifiers.length) {\n        // AND the remaining key is pressed as well. It's a press.\n        if (keyModifiers[0] === keyToModifier(e.key)) return false;\n      }\n    } // We'll call it NOT a valid keypress.\n\n\n    return true;\n  }\n\n  function keyToModifier(key) {\n    switch (key) {\n      case '/':\n        return 'slash';\n\n      case ' ':\n      case 'Spacebar':\n        return 'space';\n\n      default:\n        return key && kebabCase(key);\n    }\n  }\n\n  function registerModelListener(component, el, modifiers, expression, extraVars) {\n    // If the element we are binding to is a select, a radio, or checkbox\n    // we'll listen for the change event instead of the \"input\" event.\n    var event = el.tagName.toLowerCase() === 'select' || ['checkbox', 'radio'].includes(el.type) || modifiers.includes('lazy') ? 'change' : 'input';\n    const listenerExpression = `${expression} = rightSideOfExpression($event, ${expression})`;\n    registerListener(component, el, event, modifiers, listenerExpression, () => {\n      return _objectSpread2(_objectSpread2({}, extraVars()), {}, {\n        rightSideOfExpression: generateModelAssignmentFunction(el, modifiers, expression)\n      });\n    });\n  }\n\n  function generateModelAssignmentFunction(el, modifiers, expression) {\n    if (el.type === 'radio') {\n      // Radio buttons only work properly when they share a name attribute.\n      // People might assume we take care of that for them, because\n      // they already set a shared \"x-model\" attribute.\n      if (!el.hasAttribute('name')) el.setAttribute('name', expression);\n    }\n\n    return (event, currentValue) => {\n      // Check for event.detail due to an issue where IE11 handles other events as a CustomEvent.\n      if (event instanceof CustomEvent && event.detail) {\n        return event.detail;\n      } else if (el.type === 'checkbox') {\n        // If the data we are binding to is an array, toggle its value inside the array.\n        if (Array.isArray(currentValue)) {\n          const newValue = modifiers.includes('number') ? safeParseNumber(event.target.value) : event.target.value;\n          return event.target.checked ? currentValue.concat([newValue]) : currentValue.filter(el => !checkedAttrLooseCompare(el, newValue));\n        } else {\n          return event.target.checked;\n        }\n      } else if (el.tagName.toLowerCase() === 'select' && el.multiple) {\n        return modifiers.includes('number') ? Array.from(event.target.selectedOptions).map(option => {\n          const rawValue = option.value || option.text;\n          return safeParseNumber(rawValue);\n        }) : Array.from(event.target.selectedOptions).map(option => {\n          return option.value || option.text;\n        });\n      } else {\n        const rawValue = event.target.value;\n        return modifiers.includes('number') ? safeParseNumber(rawValue) : modifiers.includes('trim') ? rawValue.trim() : rawValue;\n      }\n    };\n  }\n\n  function safeParseNumber(rawValue) {\n    const number = rawValue ? parseFloat(rawValue) : null;\n    return isNumeric(number) ? number : rawValue;\n  }\n\n  /**\n   * Copyright (C) 2017 salesforce.com, inc.\n   */\n  const { isArray } = Array;\n  const { getPrototypeOf, create: ObjectCreate, defineProperty: ObjectDefineProperty, defineProperties: ObjectDefineProperties, isExtensible, getOwnPropertyDescriptor, getOwnPropertyNames, getOwnPropertySymbols, preventExtensions, hasOwnProperty, } = Object;\n  const { push: ArrayPush, concat: ArrayConcat, map: ArrayMap, } = Array.prototype;\n  function isUndefined(obj) {\n      return obj === undefined;\n  }\n  function isFunction(obj) {\n      return typeof obj === 'function';\n  }\n  function isObject(obj) {\n      return typeof obj === 'object';\n  }\n  const proxyToValueMap = new WeakMap();\n  function registerProxy(proxy, value) {\n      proxyToValueMap.set(proxy, value);\n  }\n  const unwrap = (replicaOrAny) => proxyToValueMap.get(replicaOrAny) || replicaOrAny;\n\n  function wrapValue(membrane, value) {\n      return membrane.valueIsObservable(value) ? membrane.getProxy(value) : value;\n  }\n  /**\n   * Unwrap property descriptors will set value on original descriptor\n   * We only need to unwrap if value is specified\n   * @param descriptor external descrpitor provided to define new property on original value\n   */\n  function unwrapDescriptor(descriptor) {\n      if (hasOwnProperty.call(descriptor, 'value')) {\n          descriptor.value = unwrap(descriptor.value);\n      }\n      return descriptor;\n  }\n  function lockShadowTarget(membrane, shadowTarget, originalTarget) {\n      const targetKeys = ArrayConcat.call(getOwnPropertyNames(originalTarget), getOwnPropertySymbols(originalTarget));\n      targetKeys.forEach((key) => {\n          let descriptor = getOwnPropertyDescriptor(originalTarget, key);\n          // We do not need to wrap the descriptor if configurable\n          // Because we can deal with wrapping it when user goes through\n          // Get own property descriptor. There is also a chance that this descriptor\n          // could change sometime in the future, so we can defer wrapping\n          // until we need to\n          if (!descriptor.configurable) {\n              descriptor = wrapDescriptor(membrane, descriptor, wrapValue);\n          }\n          ObjectDefineProperty(shadowTarget, key, descriptor);\n      });\n      preventExtensions(shadowTarget);\n  }\n  class ReactiveProxyHandler {\n      constructor(membrane, value) {\n          this.originalTarget = value;\n          this.membrane = membrane;\n      }\n      get(shadowTarget, key) {\n          const { originalTarget, membrane } = this;\n          const value = originalTarget[key];\n          const { valueObserved } = membrane;\n          valueObserved(originalTarget, key);\n          return membrane.getProxy(value);\n      }\n      set(shadowTarget, key, value) {\n          const { originalTarget, membrane: { valueMutated } } = this;\n          const oldValue = originalTarget[key];\n          if (oldValue !== value) {\n              originalTarget[key] = value;\n              valueMutated(originalTarget, key);\n          }\n          else if (key === 'length' && isArray(originalTarget)) {\n              // fix for issue #236: push will add the new index, and by the time length\n              // is updated, the internal length is already equal to the new length value\n              // therefore, the oldValue is equal to the value. This is the forking logic\n              // to support this use case.\n              valueMutated(originalTarget, key);\n          }\n          return true;\n      }\n      deleteProperty(shadowTarget, key) {\n          const { originalTarget, membrane: { valueMutated } } = this;\n          delete originalTarget[key];\n          valueMutated(originalTarget, key);\n          return true;\n      }\n      apply(shadowTarget, thisArg, argArray) {\n          /* No op */\n      }\n      construct(target, argArray, newTarget) {\n          /* No op */\n      }\n      has(shadowTarget, key) {\n          const { originalTarget, membrane: { valueObserved } } = this;\n          valueObserved(originalTarget, key);\n          return key in originalTarget;\n      }\n      ownKeys(shadowTarget) {\n          const { originalTarget } = this;\n          return ArrayConcat.call(getOwnPropertyNames(originalTarget), getOwnPropertySymbols(originalTarget));\n      }\n      isExtensible(shadowTarget) {\n          const shadowIsExtensible = isExtensible(shadowTarget);\n          if (!shadowIsExtensible) {\n              return shadowIsExtensible;\n          }\n          const { originalTarget, membrane } = this;\n          const targetIsExtensible = isExtensible(originalTarget);\n          if (!targetIsExtensible) {\n              lockShadowTarget(membrane, shadowTarget, originalTarget);\n          }\n          return targetIsExtensible;\n      }\n      setPrototypeOf(shadowTarget, prototype) {\n      }\n      getPrototypeOf(shadowTarget) {\n          const { originalTarget } = this;\n          return getPrototypeOf(originalTarget);\n      }\n      getOwnPropertyDescriptor(shadowTarget, key) {\n          const { originalTarget, membrane } = this;\n          const { valueObserved } = this.membrane;\n          // keys looked up via hasOwnProperty need to be reactive\n          valueObserved(originalTarget, key);\n          let desc = getOwnPropertyDescriptor(originalTarget, key);\n          if (isUndefined(desc)) {\n              return desc;\n          }\n          const shadowDescriptor = getOwnPropertyDescriptor(shadowTarget, key);\n          if (!isUndefined(shadowDescriptor)) {\n              return shadowDescriptor;\n          }\n          // Note: by accessing the descriptor, the key is marked as observed\n          // but access to the value, setter or getter (if available) cannot observe\n          // mutations, just like regular methods, in which case we just do nothing.\n          desc = wrapDescriptor(membrane, desc, wrapValue);\n          if (!desc.configurable) {\n              // If descriptor from original target is not configurable,\n              // We must copy the wrapped descriptor over to the shadow target.\n              // Otherwise, proxy will throw an invariant error.\n              // This is our last chance to lock the value.\n              // https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Proxy/handler/getOwnPropertyDescriptor#Invariants\n              ObjectDefineProperty(shadowTarget, key, desc);\n          }\n          return desc;\n      }\n      preventExtensions(shadowTarget) {\n          const { originalTarget, membrane } = this;\n          lockShadowTarget(membrane, shadowTarget, originalTarget);\n          preventExtensions(originalTarget);\n          return true;\n      }\n      defineProperty(shadowTarget, key, descriptor) {\n          const { originalTarget, membrane } = this;\n          const { valueMutated } = membrane;\n          const { configurable } = descriptor;\n          // We have to check for value in descriptor\n          // because Object.freeze(proxy) calls this method\n          // with only { configurable: false, writeable: false }\n          // Additionally, method will only be called with writeable:false\n          // if the descriptor has a value, as opposed to getter/setter\n          // So we can just check if writable is present and then see if\n          // value is present. This eliminates getter and setter descriptors\n          if (hasOwnProperty.call(descriptor, 'writable') && !hasOwnProperty.call(descriptor, 'value')) {\n              const originalDescriptor = getOwnPropertyDescriptor(originalTarget, key);\n              descriptor.value = originalDescriptor.value;\n          }\n          ObjectDefineProperty(originalTarget, key, unwrapDescriptor(descriptor));\n          if (configurable === false) {\n              ObjectDefineProperty(shadowTarget, key, wrapDescriptor(membrane, descriptor, wrapValue));\n          }\n          valueMutated(originalTarget, key);\n          return true;\n      }\n  }\n\n  function wrapReadOnlyValue(membrane, value) {\n      return membrane.valueIsObservable(value) ? membrane.getReadOnlyProxy(value) : value;\n  }\n  class ReadOnlyHandler {\n      constructor(membrane, value) {\n          this.originalTarget = value;\n          this.membrane = membrane;\n      }\n      get(shadowTarget, key) {\n          const { membrane, originalTarget } = this;\n          const value = originalTarget[key];\n          const { valueObserved } = membrane;\n          valueObserved(originalTarget, key);\n          return membrane.getReadOnlyProxy(value);\n      }\n      set(shadowTarget, key, value) {\n          return false;\n      }\n      deleteProperty(shadowTarget, key) {\n          return false;\n      }\n      apply(shadowTarget, thisArg, argArray) {\n          /* No op */\n      }\n      construct(target, argArray, newTarget) {\n          /* No op */\n      }\n      has(shadowTarget, key) {\n          const { originalTarget, membrane: { valueObserved } } = this;\n          valueObserved(originalTarget, key);\n          return key in originalTarget;\n      }\n      ownKeys(shadowTarget) {\n          const { originalTarget } = this;\n          return ArrayConcat.call(getOwnPropertyNames(originalTarget), getOwnPropertySymbols(originalTarget));\n      }\n      setPrototypeOf(shadowTarget, prototype) {\n      }\n      getOwnPropertyDescriptor(shadowTarget, key) {\n          const { originalTarget, membrane } = this;\n          const { valueObserved } = membrane;\n          // keys looked up via hasOwnProperty need to be reactive\n          valueObserved(originalTarget, key);\n          let desc = getOwnPropertyDescriptor(originalTarget, key);\n          if (isUndefined(desc)) {\n              return desc;\n          }\n          const shadowDescriptor = getOwnPropertyDescriptor(shadowTarget, key);\n          if (!isUndefined(shadowDescriptor)) {\n              return shadowDescriptor;\n          }\n          // Note: by accessing the descriptor, the key is marked as observed\n          // but access to the value or getter (if available) cannot be observed,\n          // just like regular methods, in which case we just do nothing.\n          desc = wrapDescriptor(membrane, desc, wrapReadOnlyValue);\n          if (hasOwnProperty.call(desc, 'set')) {\n              desc.set = undefined; // readOnly membrane does not allow setters\n          }\n          if (!desc.configurable) {\n              // If descriptor from original target is not configurable,\n              // We must copy the wrapped descriptor over to the shadow target.\n              // Otherwise, proxy will throw an invariant error.\n              // This is our last chance to lock the value.\n              // https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Proxy/handler/getOwnPropertyDescriptor#Invariants\n              ObjectDefineProperty(shadowTarget, key, desc);\n          }\n          return desc;\n      }\n      preventExtensions(shadowTarget) {\n          return false;\n      }\n      defineProperty(shadowTarget, key, descriptor) {\n          return false;\n      }\n  }\n  function createShadowTarget(value) {\n      let shadowTarget = undefined;\n      if (isArray(value)) {\n          shadowTarget = [];\n      }\n      else if (isObject(value)) {\n          shadowTarget = {};\n      }\n      return shadowTarget;\n  }\n  const ObjectDotPrototype = Object.prototype;\n  function defaultValueIsObservable(value) {\n      // intentionally checking for null\n      if (value === null) {\n          return false;\n      }\n      // treat all non-object types, including undefined, as non-observable values\n      if (typeof value !== 'object') {\n          return false;\n      }\n      if (isArray(value)) {\n          return true;\n      }\n      const proto = getPrototypeOf(value);\n      return (proto === ObjectDotPrototype || proto === null || getPrototypeOf(proto) === null);\n  }\n  const defaultValueObserved = (obj, key) => {\n      /* do nothing */\n  };\n  const defaultValueMutated = (obj, key) => {\n      /* do nothing */\n  };\n  const defaultValueDistortion = (value) => value;\n  function wrapDescriptor(membrane, descriptor, getValue) {\n      const { set, get } = descriptor;\n      if (hasOwnProperty.call(descriptor, 'value')) {\n          descriptor.value = getValue(membrane, descriptor.value);\n      }\n      else {\n          if (!isUndefined(get)) {\n              descriptor.get = function () {\n                  // invoking the original getter with the original target\n                  return getValue(membrane, get.call(unwrap(this)));\n              };\n          }\n          if (!isUndefined(set)) {\n              descriptor.set = function (value) {\n                  // At this point we don't have a clear indication of whether\n                  // or not a valid mutation will occur, we don't have the key,\n                  // and we are not sure why and how they are invoking this setter.\n                  // Nevertheless we preserve the original semantics by invoking the\n                  // original setter with the original target and the unwrapped value\n                  set.call(unwrap(this), membrane.unwrapProxy(value));\n              };\n          }\n      }\n      return descriptor;\n  }\n  class ReactiveMembrane {\n      constructor(options) {\n          this.valueDistortion = defaultValueDistortion;\n          this.valueMutated = defaultValueMutated;\n          this.valueObserved = defaultValueObserved;\n          this.valueIsObservable = defaultValueIsObservable;\n          this.objectGraph = new WeakMap();\n          if (!isUndefined(options)) {\n              const { valueDistortion, valueMutated, valueObserved, valueIsObservable } = options;\n              this.valueDistortion = isFunction(valueDistortion) ? valueDistortion : defaultValueDistortion;\n              this.valueMutated = isFunction(valueMutated) ? valueMutated : defaultValueMutated;\n              this.valueObserved = isFunction(valueObserved) ? valueObserved : defaultValueObserved;\n              this.valueIsObservable = isFunction(valueIsObservable) ? valueIsObservable : defaultValueIsObservable;\n          }\n      }\n      getProxy(value) {\n          const unwrappedValue = unwrap(value);\n          const distorted = this.valueDistortion(unwrappedValue);\n          if (this.valueIsObservable(distorted)) {\n              const o = this.getReactiveState(unwrappedValue, distorted);\n              // when trying to extract the writable version of a readonly\n              // we return the readonly.\n              return o.readOnly === value ? value : o.reactive;\n          }\n          return distorted;\n      }\n      getReadOnlyProxy(value) {\n          value = unwrap(value);\n          const distorted = this.valueDistortion(value);\n          if (this.valueIsObservable(distorted)) {\n              return this.getReactiveState(value, distorted).readOnly;\n          }\n          return distorted;\n      }\n      unwrapProxy(p) {\n          return unwrap(p);\n      }\n      getReactiveState(value, distortedValue) {\n          const { objectGraph, } = this;\n          let reactiveState = objectGraph.get(distortedValue);\n          if (reactiveState) {\n              return reactiveState;\n          }\n          const membrane = this;\n          reactiveState = {\n              get reactive() {\n                  const reactiveHandler = new ReactiveProxyHandler(membrane, distortedValue);\n                  // caching the reactive proxy after the first time it is accessed\n                  const proxy = new Proxy(createShadowTarget(distortedValue), reactiveHandler);\n                  registerProxy(proxy, value);\n                  ObjectDefineProperty(this, 'reactive', { value: proxy });\n                  return proxy;\n              },\n              get readOnly() {\n                  const readOnlyHandler = new ReadOnlyHandler(membrane, distortedValue);\n                  // caching the readOnly proxy after the first time it is accessed\n                  const proxy = new Proxy(createShadowTarget(distortedValue), readOnlyHandler);\n                  registerProxy(proxy, value);\n                  ObjectDefineProperty(this, 'readOnly', { value: proxy });\n                  return proxy;\n              }\n          };\n          objectGraph.set(distortedValue, reactiveState);\n          return reactiveState;\n      }\n  }\n  /** version: 0.26.0 */\n\n  function wrap(data, mutationCallback) {\n\n    let membrane = new ReactiveMembrane({\n      valueMutated(target, key) {\n        mutationCallback(target, key);\n      }\n\n    });\n    return {\n      data: membrane.getProxy(data),\n      membrane: membrane\n    };\n  }\n  function unwrap$1(membrane, observable) {\n    let unwrappedData = membrane.unwrapProxy(observable);\n    let copy = {};\n    Object.keys(unwrappedData).forEach(key => {\n      if (['$el', '$refs', '$nextTick', '$watch'].includes(key)) return;\n      copy[key] = unwrappedData[key];\n    });\n    return copy;\n  }\n\n  class Component {\n    constructor(el, componentForClone = null) {\n      this.$el = el;\n      const dataAttr = this.$el.getAttribute('x-data');\n      const dataExpression = dataAttr === '' ? '{}' : dataAttr;\n      const initExpression = this.$el.getAttribute('x-init');\n      let dataExtras = {\n        $el: this.$el\n      };\n      let canonicalComponentElementReference = componentForClone ? componentForClone.$el : this.$el;\n      Object.entries(Alpine.magicProperties).forEach(([name, callback]) => {\n        Object.defineProperty(dataExtras, `$${name}`, {\n          get: function get() {\n            return callback(canonicalComponentElementReference);\n          }\n        });\n      });\n      this.unobservedData = componentForClone ? componentForClone.getUnobservedData() : saferEval(el, dataExpression, dataExtras);\n      // Construct a Proxy-based observable. This will be used to handle reactivity.\n\n      let {\n        membrane,\n        data\n      } = this.wrapDataInObservable(this.unobservedData);\n      this.$data = data;\n      this.membrane = membrane; // After making user-supplied data methods reactive, we can now add\n      // our magic properties to the original data for access.\n\n      this.unobservedData.$el = this.$el;\n      this.unobservedData.$refs = this.getRefsProxy();\n      this.nextTickStack = [];\n\n      this.unobservedData.$nextTick = callback => {\n        this.nextTickStack.push(callback);\n      };\n\n      this.watchers = {};\n\n      this.unobservedData.$watch = (property, callback) => {\n        if (!this.watchers[property]) this.watchers[property] = [];\n        this.watchers[property].push(callback);\n      };\n      /* MODERN-ONLY:START */\n      // We remove this piece of code from the legacy build.\n      // In IE11, we have already defined our helpers at this point.\n      // Register custom magic properties.\n\n\n      Object.entries(Alpine.magicProperties).forEach(([name, callback]) => {\n        Object.defineProperty(this.unobservedData, `$${name}`, {\n          get: function get() {\n            return callback(canonicalComponentElementReference, this.$el);\n          }\n        });\n      });\n      /* MODERN-ONLY:END */\n\n      this.showDirectiveStack = [];\n      this.showDirectiveLastElement;\n      componentForClone || Alpine.onBeforeComponentInitializeds.forEach(callback => callback(this));\n      var initReturnedCallback; // If x-init is present AND we aren't cloning (skip x-init on clone)\n\n      if (initExpression && !componentForClone) {\n        // We want to allow data manipulation, but not trigger DOM updates just yet.\n        // We haven't even initialized the elements with their Alpine bindings. I mean c'mon.\n        this.pauseReactivity = true;\n        initReturnedCallback = this.evaluateReturnExpression(this.$el, initExpression);\n        this.pauseReactivity = false;\n      } // Register all our listeners and set all our attribute bindings.\n      // If we're cloning a component, the third parameter ensures no duplicate\n      // event listeners are registered (the mutation observer will take care of them)\n\n\n      this.initializeElements(this.$el, () => {}, componentForClone); // Use mutation observer to detect new elements being added within this component at run-time.\n      // Alpine's just so darn flexible amirite?\n\n      this.listenForNewElementsToInitialize();\n\n      if (typeof initReturnedCallback === 'function') {\n        // Run the callback returned from the \"x-init\" hook to allow the user to do stuff after\n        // Alpine's got it's grubby little paws all over everything.\n        initReturnedCallback.call(this.$data);\n      }\n\n      componentForClone || setTimeout(() => {\n        Alpine.onComponentInitializeds.forEach(callback => callback(this));\n      }, 0);\n    }\n\n    getUnobservedData() {\n      return unwrap$1(this.membrane, this.$data);\n    }\n\n    wrapDataInObservable(data) {\n      var self = this;\n      let updateDom = debounce(function () {\n        self.updateElements(self.$el);\n      }, 0);\n      return wrap(data, (target, key) => {\n        if (self.watchers[key]) {\n          // If there's a watcher for this specific key, run it.\n          self.watchers[key].forEach(callback => callback(target[key]));\n        } else if (Array.isArray(target)) {\n          // Arrays are special cases, if any of the items change, we consider the array as mutated.\n          Object.keys(self.watchers).forEach(fullDotNotationKey => {\n            let dotNotationParts = fullDotNotationKey.split('.'); // Ignore length mutations since they would result in duplicate calls.\n            // For example, when calling push, we would get a mutation for the item's key\n            // and a second mutation for the length property.\n\n            if (key === 'length') return;\n            dotNotationParts.reduce((comparisonData, part) => {\n              if (Object.is(target, comparisonData[part])) {\n                self.watchers[fullDotNotationKey].forEach(callback => callback(target));\n              }\n\n              return comparisonData[part];\n            }, self.unobservedData);\n          });\n        } else {\n          // Let's walk through the watchers with \"dot-notation\" (foo.bar) and see\n          // if this mutation fits any of them.\n          Object.keys(self.watchers).filter(i => i.includes('.')).forEach(fullDotNotationKey => {\n            let dotNotationParts = fullDotNotationKey.split('.'); // If this dot-notation watcher's last \"part\" doesn't match the current\n            // key, then skip it early for performance reasons.\n\n            if (key !== dotNotationParts[dotNotationParts.length - 1]) return; // Now, walk through the dot-notation \"parts\" recursively to find\n            // a match, and call the watcher if one's found.\n\n            dotNotationParts.reduce((comparisonData, part) => {\n              if (Object.is(target, comparisonData)) {\n                // Run the watchers.\n                self.watchers[fullDotNotationKey].forEach(callback => callback(target[key]));\n              }\n\n              return comparisonData[part];\n            }, self.unobservedData);\n          });\n        } // Don't react to data changes for cases like the `x-created` hook.\n\n\n        if (self.pauseReactivity) return;\n        updateDom();\n      });\n    }\n\n    walkAndSkipNestedComponents(el, callback, initializeComponentCallback = () => {}) {\n      walk(el, el => {\n        // We've hit a component.\n        if (el.hasAttribute('x-data')) {\n          // If it's not the current one.\n          if (!el.isSameNode(this.$el)) {\n            // Initialize it if it's not.\n            if (!el.__x) initializeComponentCallback(el); // Now we'll let that sub-component deal with itself.\n\n            return false;\n          }\n        }\n\n        return callback(el);\n      });\n    }\n\n    initializeElements(rootEl, extraVars = () => {}, componentForClone = false) {\n      this.walkAndSkipNestedComponents(rootEl, el => {\n        // Don't touch spawns from for loop\n        if (el.__x_for_key !== undefined) return false; // Don't touch spawns from if directives\n\n        if (el.__x_inserted_me !== undefined) return false;\n        this.initializeElement(el, extraVars, componentForClone ? false : true);\n      }, el => {\n        if (!componentForClone) el.__x = new Component(el);\n      });\n      this.executeAndClearRemainingShowDirectiveStack();\n      this.executeAndClearNextTickStack(rootEl);\n    }\n\n    initializeElement(el, extraVars, shouldRegisterListeners = true) {\n      // To support class attribute merging, we have to know what the element's\n      // original class attribute looked like for reference.\n      if (el.hasAttribute('class') && getXAttrs(el, this).length > 0) {\n        el.__x_original_classes = convertClassStringToArray(el.getAttribute('class'));\n      }\n\n      shouldRegisterListeners && this.registerListeners(el, extraVars);\n      this.resolveBoundAttributes(el, true, extraVars);\n    }\n\n    updateElements(rootEl, extraVars = () => {}) {\n      this.walkAndSkipNestedComponents(rootEl, el => {\n        // Don't touch spawns from for loop (and check if the root is actually a for loop in a parent, don't skip it.)\n        if (el.__x_for_key !== undefined && !el.isSameNode(this.$el)) return false;\n        this.updateElement(el, extraVars);\n      }, el => {\n        el.__x = new Component(el);\n      });\n      this.executeAndClearRemainingShowDirectiveStack();\n      this.executeAndClearNextTickStack(rootEl);\n    }\n\n    executeAndClearNextTickStack(el) {\n      // Skip spawns from alpine directives\n      if (el === this.$el && this.nextTickStack.length > 0) {\n        // We run the tick stack after the next frame to allow any\n        // running transitions to pass the initial show stage.\n        requestAnimationFrame(() => {\n          while (this.nextTickStack.length > 0) {\n            this.nextTickStack.shift()();\n          }\n        });\n      }\n    }\n\n    executeAndClearRemainingShowDirectiveStack() {\n      // The goal here is to start all the x-show transitions\n      // and build a nested promise chain so that elements\n      // only hide when the children are finished hiding.\n      this.showDirectiveStack.reverse().map(handler => {\n        return new Promise((resolve, reject) => {\n          handler(resolve, reject);\n        });\n      }).reduce((promiseChain, promise) => {\n        return promiseChain.then(() => {\n          return promise.then(finishElement => {\n            finishElement();\n          });\n        });\n      }, Promise.resolve(() => {})).catch(e => {\n        if (e !== TRANSITION_CANCELLED) throw e;\n      }); // We've processed the handler stack. let's clear it.\n\n      this.showDirectiveStack = [];\n      this.showDirectiveLastElement = undefined;\n    }\n\n    updateElement(el, extraVars) {\n      this.resolveBoundAttributes(el, false, extraVars);\n    }\n\n    registerListeners(el, extraVars) {\n      getXAttrs(el, this).forEach(({\n        type,\n        value,\n        modifiers,\n        expression\n      }) => {\n        switch (type) {\n          case 'on':\n            registerListener(this, el, value, modifiers, expression, extraVars);\n            break;\n\n          case 'model':\n            registerModelListener(this, el, modifiers, expression, extraVars);\n            break;\n        }\n      });\n    }\n\n    resolveBoundAttributes(el, initialUpdate = false, extraVars) {\n      let attrs = getXAttrs(el, this);\n      attrs.forEach(({\n        type,\n        value,\n        modifiers,\n        expression\n      }) => {\n        switch (type) {\n          case 'model':\n            handleAttributeBindingDirective(this, el, 'value', expression, extraVars, type, modifiers);\n            break;\n\n          case 'bind':\n            // The :key binding on an x-for is special, ignore it.\n            if (el.tagName.toLowerCase() === 'template' && value === 'key') return;\n            handleAttributeBindingDirective(this, el, value, expression, extraVars, type, modifiers);\n            break;\n\n          case 'text':\n            var output = this.evaluateReturnExpression(el, expression, extraVars);\n            handleTextDirective(el, output, expression);\n            break;\n\n          case 'html':\n            handleHtmlDirective(this, el, expression, extraVars);\n            break;\n\n          case 'show':\n            var output = this.evaluateReturnExpression(el, expression, extraVars);\n            handleShowDirective(this, el, output, modifiers, initialUpdate);\n            break;\n\n          case 'if':\n            // If this element also has x-for on it, don't process x-if.\n            // We will let the \"x-for\" directive handle the \"if\"ing.\n            if (attrs.some(i => i.type === 'for')) return;\n            var output = this.evaluateReturnExpression(el, expression, extraVars);\n            handleIfDirective(this, el, output, initialUpdate, extraVars);\n            break;\n\n          case 'for':\n            handleForDirective(this, el, expression, initialUpdate, extraVars);\n            break;\n\n          case 'cloak':\n            el.removeAttribute('x-cloak');\n            break;\n        }\n      });\n    }\n\n    evaluateReturnExpression(el, expression, extraVars = () => {}) {\n      return saferEval(el, expression, this.$data, _objectSpread2(_objectSpread2({}, extraVars()), {}, {\n        $dispatch: this.getDispatchFunction(el)\n      }));\n    }\n\n    evaluateCommandExpression(el, expression, extraVars = () => {}) {\n      return saferEvalNoReturn(el, expression, this.$data, _objectSpread2(_objectSpread2({}, extraVars()), {}, {\n        $dispatch: this.getDispatchFunction(el)\n      }));\n    }\n\n    getDispatchFunction(el) {\n      return (event, detail = {}) => {\n        el.dispatchEvent(new CustomEvent(event, {\n          detail,\n          bubbles: true\n        }));\n      };\n    }\n\n    listenForNewElementsToInitialize() {\n      const targetNode = this.$el;\n      const observerOptions = {\n        childList: true,\n        attributes: true,\n        subtree: true\n      };\n      const observer = new MutationObserver(mutations => {\n        for (let i = 0; i < mutations.length; i++) {\n          // Filter out mutations triggered from child components.\n          const closestParentComponent = mutations[i].target.closest('[x-data]');\n          if (!(closestParentComponent && closestParentComponent.isSameNode(this.$el))) continue;\n\n          if (mutations[i].type === 'attributes' && mutations[i].attributeName === 'x-data') {\n            const xAttr = mutations[i].target.getAttribute('x-data') || '{}';\n            const rawData = saferEval(this.$el, xAttr, {\n              $el: this.$el\n            });\n            Object.keys(rawData).forEach(key => {\n              if (this.$data[key] !== rawData[key]) {\n                this.$data[key] = rawData[key];\n              }\n            });\n          }\n\n          if (mutations[i].addedNodes.length > 0) {\n            mutations[i].addedNodes.forEach(node => {\n              if (node.nodeType !== 1 || node.__x_inserted_me) return;\n\n              if (node.matches('[x-data]') && !node.__x) {\n                node.__x = new Component(node);\n                return;\n              }\n\n              this.initializeElements(node);\n            });\n          }\n        }\n      });\n      observer.observe(targetNode, observerOptions);\n    }\n\n    getRefsProxy() {\n      var self = this;\n      var refObj = {};\n      // One of the goals of this is to not hold elements in memory, but rather re-evaluate\n      // the DOM when the system needs something from it. This way, the framework is flexible and\n      // friendly to outside DOM changes from libraries like Vue/Livewire.\n      // For this reason, I'm using an \"on-demand\" proxy to fake a \"$refs\" object.\n\n      return new Proxy(refObj, {\n        get(object, property) {\n          if (property === '$isAlpineProxy') return true;\n          var ref; // We can't just query the DOM because it's hard to filter out refs in\n          // nested components.\n\n          self.walkAndSkipNestedComponents(self.$el, el => {\n            if (el.hasAttribute('x-ref') && el.getAttribute('x-ref') === property) {\n              ref = el;\n            }\n          });\n          return ref;\n        }\n\n      });\n    }\n\n  }\n\n  const Alpine = {\n    version: \"2.8.2\",\n    pauseMutationObserver: false,\n    magicProperties: {},\n    onComponentInitializeds: [],\n    onBeforeComponentInitializeds: [],\n    ignoreFocusedForValueBinding: false,\n    start: async function start() {\n      if (!isTesting()) {\n        await domReady();\n      }\n\n      this.discoverComponents(el => {\n        this.initializeComponent(el);\n      }); // It's easier and more performant to just support Turbolinks than listen\n      // to MutationObserver mutations at the document level.\n\n      document.addEventListener(\"turbolinks:load\", () => {\n        this.discoverUninitializedComponents(el => {\n          this.initializeComponent(el);\n        });\n      });\n      this.listenForNewUninitializedComponentsAtRunTime();\n    },\n    discoverComponents: function discoverComponents(callback) {\n      const rootEls = document.querySelectorAll('[x-data]');\n      rootEls.forEach(rootEl => {\n        callback(rootEl);\n      });\n    },\n    discoverUninitializedComponents: function discoverUninitializedComponents(callback, el = null) {\n      const rootEls = (el || document).querySelectorAll('[x-data]');\n      Array.from(rootEls).filter(el => el.__x === undefined).forEach(rootEl => {\n        callback(rootEl);\n      });\n    },\n    listenForNewUninitializedComponentsAtRunTime: function listenForNewUninitializedComponentsAtRunTime() {\n      const targetNode = document.querySelector('body');\n      const observerOptions = {\n        childList: true,\n        attributes: true,\n        subtree: true\n      };\n      const observer = new MutationObserver(mutations => {\n        if (this.pauseMutationObserver) return;\n\n        for (let i = 0; i < mutations.length; i++) {\n          if (mutations[i].addedNodes.length > 0) {\n            mutations[i].addedNodes.forEach(node => {\n              // Discard non-element nodes (like line-breaks)\n              if (node.nodeType !== 1) return; // Discard any changes happening within an existing component.\n              // They will take care of themselves.\n\n              if (node.parentElement && node.parentElement.closest('[x-data]')) return;\n              this.discoverUninitializedComponents(el => {\n                this.initializeComponent(el);\n              }, node.parentElement);\n            });\n          }\n        }\n      });\n      observer.observe(targetNode, observerOptions);\n    },\n    initializeComponent: function initializeComponent(el) {\n      if (!el.__x) {\n        // Wrap in a try/catch so that we don't prevent other components\n        // from initializing when one component contains an error.\n        try {\n          el.__x = new Component(el);\n        } catch (error) {\n          setTimeout(() => {\n            throw error;\n          }, 0);\n        }\n      }\n    },\n    clone: function clone(component, newEl) {\n      if (!newEl.__x) {\n        newEl.__x = new Component(newEl, component);\n      }\n    },\n    addMagicProperty: function addMagicProperty(name, callback) {\n      this.magicProperties[name] = callback;\n    },\n    onComponentInitialized: function onComponentInitialized(callback) {\n      this.onComponentInitializeds.push(callback);\n    },\n    onBeforeComponentInitialized: function onBeforeComponentInitialized(callback) {\n      this.onBeforeComponentInitializeds.push(callback);\n    }\n  };\n\n  if (!isTesting()) {\n    window.Alpine = Alpine;\n\n    if (window.deferLoadingAlpine) {\n      window.deferLoadingAlpine(function () {\n        window.Alpine.start();\n      });\n    } else {\n      window.Alpine.start();\n    }\n  }\n\n  return Alpine;\n\n})));\n","import \"alpinejs\";\r\n"],"sourceRoot":""}