!(function (e, t) {
  'object' == typeof exports && 'undefined' != typeof module
    ? t(exports, require('vue'))
    : 'function' == typeof define && define.amd
    ? define(['exports', 'vue'], t)
    : t(((e = 'undefined' != typeof globalThis ? globalThis : e || self).vant = {}), e.Vue)
})(this, function (e, t) {
  'use strict'
  const o = (e) => null != e,
    n = (e) => 'function' == typeof e,
    a = (e) => null !== e && 'object' == typeof e,
    r = (e) => a(e) && n(e.then) && n(e.catch),
    l = (e) => '[object Date]' === Object.prototype.toString.call(e) && !Number.isNaN(e.getTime())
  function i(e) {
    return (
      (e = e.replace(/[^-|\d]/g, '')),
      /^((\+86)|(86))?(1)\d{10}$/.test(e) || /^0[0-9-]{10,13}$/.test(e)
    )
  }
  const s = (e) => 'number' == typeof e || /^\d+(\.\d+)?$/.test(e)
  function c() {}
  const d = Object.assign,
    u = 'undefined' != typeof window
  function p(e, t) {
    const o = t.split('.')
    let n = e
    return (
      o.forEach((e) => {
        var t
        n = a(n) && null != (t = n[e]) ? t : ''
      }),
      n
    )
  }
  function m(e, t, o) {
    return t.reduce((t, n) => ((o && void 0 === e[n]) || (t[n] = e[n]), t), {})
  }
  const f = (e, t) => JSON.stringify(e) === JSON.stringify(t),
    v = (e) => (Array.isArray(e) ? e : [e]),
    h = null,
    g = [Number, String],
    b = { type: Boolean, default: !0 },
    y = (e) => ({ type: e, required: !0 }),
    w = () => ({ type: Array, default: () => [] }),
    x = (e) => ({ type: Number, default: e }),
    V = (e) => ({ type: g, default: e }),
    N = (e) => ({ type: String, default: e })
  var k = 'undefined' != typeof window
  function C(e) {
    return k ? requestAnimationFrame(e) : -1
  }
  function S(e) {
    k && cancelAnimationFrame(e)
  }
  function T(e) {
    C(() => C(e))
  }
  var B = (e, t) => ({ top: 0, left: 0, right: e, bottom: t, width: e, height: t }),
    P = (e) => {
      const o = t.unref(e)
      if (o === window) {
        const e = o.innerWidth,
          t = o.innerHeight
        return B(e, t)
      }
      return (null == o ? void 0 : o.getBoundingClientRect) ? o.getBoundingClientRect() : B(0, 0)
    }
  function D(e) {
    const o = t.inject(e, null)
    if (o) {
      const e = t.getCurrentInstance(),
        { link: n, unlink: a, internalChildren: r } = o
      n(e), t.onUnmounted(() => a(e))
      return { parent: o, index: t.computed(() => r.indexOf(e)) }
    }
    return { parent: null, index: t.ref(-1) }
  }
  var O = (e, t) => {
    const o = e.indexOf(t)
    return -1 === o
      ? e.findIndex(
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        )
      : o
  }
  function I(e, o, n) {
    const a = (function (e) {
      const o = [],
        n = (e) => {
          Array.isArray(e) &&
            e.forEach((e) => {
              var a
              t.isVNode(e) &&
                (o.push(e),
                (null == (a = e.component) ? void 0 : a.subTree) &&
                  (o.push(e.component.subTree), n(e.component.subTree.children)),
                e.children && n(e.children))
            })
        }
      return n(e), o
    })(e.subTree.children)
    n.sort((e, t) => O(a, e.vnode) - O(a, t.vnode))
    const r = n.map((e) => e.proxy)
    o.sort((e, t) => r.indexOf(e) - r.indexOf(t))
  }
  function A(e) {
    const o = t.reactive([]),
      n = t.reactive([]),
      a = t.getCurrentInstance()
    return {
      children: o,
      linkChildren: (r) => {
        t.provide(
          e,
          Object.assign(
            {
              link: (e) => {
                e.proxy && (n.push(e), o.push(e.proxy), I(a, o, n))
              },
              unlink: (e) => {
                const t = n.indexOf(e)
                o.splice(t, 1), n.splice(t, 1)
              },
              children: o,
              internalChildren: n
            },
            r
          )
        )
      }
    }
  }
  var z,
    E,
    L = 1e3,
    $ = 6e4,
    M = 36e5,
    R = 24 * M
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    let o, n, a, r
    const l = t.ref(e.time),
      i = t.computed(() => {
        return {
          total: (e = l.value),
          days: Math.floor(e / R),
          hours: Math.floor((e % R) / M),
          minutes: Math.floor((e % M) / $),
          seconds: Math.floor((e % $) / L),
          milliseconds: Math.floor(e % L)
        }
        var e
      }),
      s = () => {
        ;(a = !1), S(o)
      },
      c = () => Math.max(n - Date.now(), 0),
      d = (t) => {
        var o, n
        ;(l.value = t),
          null == (o = e.onChange) || o.call(e, i.value),
          0 === t && (s(), null == (n = e.onFinish) || n.call(e))
      },
      u = () => {
        o = C(() => {
          a && (d(c()), l.value > 0 && u())
        })
      },
      p = () => {
        o = C(() => {
          if (a) {
            const o = c()
            ;(e = o),
              (t = l.value),
              (Math.floor(e / 1e3) !== Math.floor(t / 1e3) || 0 === o) && d(o),
              l.value > 0 && p()
          }
          var e, t
        })
      },
      m = () => {
        k && (e.millisecond ? u() : p())
      }
    return (
      t.onBeforeUnmount(s),
      t.onActivated(() => {
        r && ((a = !0), (r = !1), m())
      }),
      t.onDeactivated(() => {
        a && (s(), (r = !0))
      }),
      {
        start: () => {
          a || ((n = Date.now() + l.value), (a = !0), m())
        },
        pause: s,
        reset: (t = e.time) => {
          s(), (l.value = t)
        },
        current: i
      }
    )
  }
  function H(e) {
    let o
    t.onMounted(() => {
      e(),
        t.nextTick(() => {
          o = !0
        })
    }),
      t.onActivated(() => {
        o && e()
      })
  }
  function j(e, o, n = {}) {
    if (!k) return
    const { target: a = window, passive: r = !1, capture: l = !1 } = n
    let i,
      s = !1
    const c = (n) => {
        if (s) return
        const a = t.unref(n)
        a && !i && (a.addEventListener(e, o, { capture: l, passive: r }), (i = !0))
      },
      d = (n) => {
        if (s) return
        const a = t.unref(n)
        a && i && (a.removeEventListener(e, o, l), (i = !1))
      }
    let u
    return (
      t.onUnmounted(() => d(a)),
      t.onDeactivated(() => d(a)),
      H(() => c(a)),
      t.isRef(a) &&
        (u = t.watch(a, (e, t) => {
          d(t), c(e)
        })),
      () => {
        null == u || u(), d(a), (s = !0)
      }
    )
  }
  function W(e, o, n = {}) {
    if (!k) return
    const { eventName: a = 'click' } = n
    j(
      a,
      (n) => {
        ;(Array.isArray(e) ? e : [e]).every((e) => {
          const o = t.unref(e)
          return o && !o.contains(n.target)
        }) && o(n)
      },
      { target: document }
    )
  }
  var U,
    Y = /scroll|auto|overlay/i,
    q = k ? window : void 0
  function X(e) {
    return 'HTML' !== e.tagName && 'BODY' !== e.tagName && 1 === e.nodeType
  }
  function G(e, t = q) {
    let o = e
    for (; o && o !== t && X(o); ) {
      const { overflowY: e } = window.getComputedStyle(o)
      if (Y.test(e)) return o
      o = o.parentNode
    }
    return t
  }
  function Z(e, o = q) {
    const n = t.ref()
    return (
      t.onMounted(() => {
        e.value && (n.value = G(e.value, o))
      }),
      n
    )
  }
  var K = Symbol('van-field')
  function _(e) {
    const o = t.inject(K, null)
    o &&
      !o.customValue.value &&
      ((o.customValue.value = e),
      t.watch(e, () => {
        o.resetValidation(), o.validateWithTrigger('onChange')
      }))
  }
  function J(e) {
    const t = 'scrollTop' in e ? e.scrollTop : e.pageYOffset
    return Math.max(t, 0)
  }
  function Q(e, t) {
    'scrollTop' in e ? (e.scrollTop = t) : e.scrollTo(e.scrollX, t)
  }
  function ee() {
    return window.pageYOffset || document.documentElement.scrollTop || document.body.scrollTop || 0
  }
  function te(e) {
    Q(window, e), Q(document.body, e)
  }
  function oe(e, t) {
    if (e === window) return 0
    const o = t ? J(t) : ee()
    return P(e).top + o
  }
  const ne = !!u && /ios|iphone|ipad|ipod/.test(navigator.userAgent.toLowerCase())
  function ae() {
    ne && te(ee())
  }
  const re = (e) => e.stopPropagation()
  function le(e, t) {
    ;('boolean' != typeof e.cancelable || e.cancelable) && e.preventDefault(), t && re(e)
  }
  function ie(e) {
    const o = t.unref(e)
    if (!o) return !1
    const n = window.getComputedStyle(o),
      a = 'none' === n.display,
      r = null === o.offsetParent && 'fixed' !== n.position
    return a || r
  }
  const { width: se, height: ce } = (function () {
    if (!z && ((z = t.ref(0)), (E = t.ref(0)), k)) {
      const e = () => {
        ;(z.value = window.innerWidth), (E.value = window.innerHeight)
      }
      e(),
        window.addEventListener('resize', e, { passive: !0 }),
        window.addEventListener('orientationchange', e, { passive: !0 })
    }
    return { width: z, height: E }
  })()
  function de(e) {
    if (o(e)) return s(e) ? `${e}px` : String(e)
  }
  function ue(e) {
    if (o(e)) {
      if (Array.isArray(e)) return { width: de(e[0]), height: de(e[1]) }
      const t = de(e)
      return { width: t, height: t }
    }
  }
  function pe(e) {
    const t = {}
    return void 0 !== e && (t.zIndex = +e), t
  }
  let me
  function fe(e) {
    return (
      +(e = e.replace(/rem/g, '')) *
      (function () {
        if (!me) {
          const e = document.documentElement,
            t = e.style.fontSize || window.getComputedStyle(e).fontSize
          me = parseFloat(t)
        }
        return me
      })()
    )
  }
  function ve(e) {
    if ('number' == typeof e) return e
    if (u) {
      if (e.includes('rem')) return fe(e)
      if (e.includes('vw'))
        return (function (e) {
          return (+(e = e.replace(/vw/g, '')) * se.value) / 100
        })(e)
      if (e.includes('vh'))
        return (function (e) {
          return (+(e = e.replace(/vh/g, '')) * ce.value) / 100
        })(e)
    }
    return parseFloat(e)
  }
  const he = /-(\w)/g,
    ge = (e) => e.replace(he, (e, t) => t.toUpperCase())
  function be(e, t = 2) {
    let o = e + ''
    for (; o.length < t; ) o = '0' + o
    return o
  }
  const ye = (e, t, o) => Math.min(Math.max(e, t), o)
  function we(e, t, o) {
    const n = e.indexOf(t)
    return -1 === n
      ? e
      : '-' === t && 0 !== n
      ? e.slice(0, n)
      : e.slice(0, n + 1) + e.slice(n).replace(o, '')
  }
  function xe(e, t = !0, o = !0) {
    e = t ? we(e, '.', /\./g) : e.split('.')[0]
    const n = t ? /[^-0-9.]/g : /[^-0-9]/g
    return (e = o ? we(e, '-', /-/g) : e.replace(/-/, '')).replace(n, '')
  }
  function Ve(e, t) {
    const o = 10 ** 10
    return Math.round((e + t) * o) / o
  }
  const { hasOwnProperty: Ne } = Object.prototype
  function ke(e, t) {
    return (
      Object.keys(t).forEach((n) => {
        !(function (e, t, n) {
          const r = t[n]
          o(r) && (Ne.call(e, n) && a(r) ? (e[n] = ke(Object(e[n]), r)) : (e[n] = r))
        })(e, t, n)
      }),
      e
    )
  }
  const Ce = t.ref('zh-CN'),
    Se = t.reactive({
      'zh-CN': {
        name: '姓名',
        tel: '电话',
        save: '保存',
        clear: '清空',
        cancel: '取消',
        confirm: '确认',
        delete: '删除',
        loading: '加载中...',
        noCoupon: '暂无优惠券',
        nameEmpty: '请填写姓名',
        addContact: '添加联系人',
        telInvalid: '请填写正确的电话',
        vanCalendar: {
          end: '结束',
          start: '开始',
          title: '日期选择',
          weekdays: ['日', '一', '二', '三', '四', '五', '六'],
          monthTitle: (e, t) => `${e}年${t}月`,
          rangePrompt: (e) => `最多选择 ${e} 天`
        },
        vanCascader: { select: '请选择' },
        vanPagination: { prev: '上一页', next: '下一页' },
        vanPullRefresh: { pulling: '下拉即可刷新...', loosing: '释放即可刷新...' },
        vanSubmitBar: { label: '合计:' },
        vanCoupon: {
          unlimited: '无门槛',
          discount: (e) => `${e}折`,
          condition: (e) => `满${e}元可用`
        },
        vanCouponCell: { title: '优惠券', count: (e) => `${e}张可用` },
        vanCouponList: {
          exchange: '兑换',
          close: '不使用',
          enable: '可用',
          disabled: '不可用',
          placeholder: '输入优惠码'
        },
        vanAddressEdit: {
          area: '地区',
          areaEmpty: '请选择地区',
          addressEmpty: '请填写详细地址',
          addressDetail: '详细地址',
          defaultAddress: '设为默认收货地址'
        },
        vanAddressList: { add: '新增地址' }
      }
    }),
    Te = {
      messages: () => Se[Ce.value],
      use(e, t) {
        ;(Ce.value = e), this.add({ [e]: t })
      },
      add(e = {}) {
        ke(Se, e)
      }
    }
  var Be = Te
  function Pe(e) {
    const t = ge(e) + '.'
    return (e, ...o) => {
      const a = Be.messages(),
        r = p(a, t + e) || p(a, e)
      return n(r) ? r(...o) : r
    }
  }
  function De(e, t) {
    return t
      ? 'string' == typeof t
        ? ` ${e}--${t}`
        : Array.isArray(t)
        ? t.reduce((t, o) => t + De(e, o), '')
        : Object.keys(t).reduce((o, n) => o + (t[n] ? De(e, n) : ''), '')
      : ''
  }
  function Oe(e) {
    return (t, o) => (
      t && 'string' != typeof t && ((o = t), (t = '')), `${(t = t ? `${e}__${t}` : e)}${De(t, o)}`
    )
  }
  function Ie(e) {
    const t = `van-${e}`
    return [t, Oe(t), Pe(t)]
  }
  const Ae = 'van-hairline',
    ze = `${Ae}--top`,
    Ee = `${Ae}--left`,
    Le = `${Ae}--bottom`,
    $e = `${Ae}--surround`,
    Me = `${Ae}--top-bottom`,
    Re = `${Ae}-unset--top-bottom`,
    Fe = 'van-haptics-feedback',
    He = Symbol('van-form')
  function je(e, { args: t = [], done: o, canceled: n }) {
    if (e) {
      const a = e.apply(null, t)
      r(a)
        ? a
            .then((e) => {
              e ? o() : n && n()
            })
            .catch(c)
        : a
        ? o()
        : n && n()
    } else o()
  }
  function We(e) {
    return (
      (e.install = (t) => {
        const { name: o } = e
        o && (t.component(o, e), t.component(ge(`-${o}`), e))
      }),
      e
    )
  }
  const Ue = Symbol()
  function Ye(e) {
    const o = t.inject(Ue, null)
    o &&
      t.watch(o, (t) => {
        t && e()
      })
  }
  const qe = (e, o) => {
    const n = t.ref(),
      a = () => {
        n.value = P(e).height
      }
    return (
      t.onMounted(() => {
        if ((t.nextTick(a), o)) for (let e = 1; e <= 3; e++) setTimeout(a, 100 * e)
      }),
      Ye(() => t.nextTick(a)),
      t.watch([se, ce], a),
      n
    )
  }
  function Xe(e, o) {
    const n = qe(e, !0)
    return (e) =>
      t.createVNode(
        'div',
        { class: o('placeholder'), style: { height: n.value ? `${n.value}px` : void 0 } },
        [e()]
      )
  }
  const [Ge, Ze] = Ie('action-bar'),
    Ke = Symbol(Ge),
    _e = { placeholder: Boolean, safeAreaInsetBottom: b }
  const Je = We(
    t.defineComponent({
      name: Ge,
      props: _e,
      setup(e, { slots: o }) {
        const n = t.ref(),
          a = Xe(n, Ze),
          { linkChildren: r } = A(Ke)
        r()
        const l = () => {
          var a
          return t.createVNode(
            'div',
            { ref: n, class: [Ze(), { 'van-safe-area-bottom': e.safeAreaInsetBottom }] },
            [null == (a = o.default) ? void 0 : a.call(o)]
          )
        }
        return () => (e.placeholder ? a(l) : l())
      }
    })
  )
  function Qe(e) {
    const o = t.getCurrentInstance()
    o && d(o.proxy, e)
  }
  const et = { to: [String, Object], url: String, replace: Boolean }
  function tt({ to: e, url: t, replace: o, $router: n }) {
    e && n ? n[o ? 'replace' : 'push'](e) : t && (o ? location.replace(t) : (location.href = t))
  }
  function ot() {
    const e = t.getCurrentInstance().proxy
    return () => tt(e)
  }
  const [nt, at] = Ie('badge'),
    rt = {
      dot: Boolean,
      max: g,
      tag: N('div'),
      color: String,
      offset: Array,
      content: g,
      showZero: b,
      position: N('top-right')
    }
  const lt = We(
    t.defineComponent({
      name: nt,
      props: rt,
      setup(e, { slots: n }) {
        const a = () => {
            if (n.content) return !0
            const { content: t, showZero: a } = e
            return o(t) && '' !== t && (a || (0 !== t && '0' !== t))
          },
          r = () => {
            const { dot: t, max: r, content: l } = e
            if (!t && a()) return n.content ? n.content() : o(r) && s(l) && +l > +r ? `${r}+` : l
          },
          l = (e) => (e.startsWith('-') ? e.replace('-', '') : `-${e}`),
          i = t.computed(() => {
            const t = { background: e.color }
            if (e.offset) {
              const [o, a] = e.offset,
                { position: r } = e,
                [i, s] = r.split('-')
              n.default
                ? ((t[i] =
                    'number' == typeof a ? de('top' === i ? a : -a) : 'top' === i ? de(a) : l(a)),
                  (t[s] =
                    'number' == typeof o ? de('left' === s ? o : -o) : 'left' === s ? de(o) : l(o)))
                : ((t.marginTop = de(a)), (t.marginLeft = de(o)))
            }
            return t
          }),
          c = () => {
            if (a() || e.dot)
              return t.createVNode(
                'div',
                { class: at([e.position, { dot: e.dot, fixed: !!n.default }]), style: i.value },
                [r()]
              )
          }
        return () => {
          if (n.default) {
            const { tag: o } = e
            return t.createVNode(o, { class: at('wrapper') }, { default: () => [n.default(), c()] })
          }
          return c()
        }
      }
    })
  )
  let it = 2e3
  const [st, ct] = Ie('config-provider'),
    dt = Symbol(st),
    ut = {
      tag: N('div'),
      theme: N('light'),
      zIndex: Number,
      themeVars: Object,
      themeVarsDark: Object,
      themeVarsLight: Object,
      iconPrefix: String
    }
  var pt = t.defineComponent({
    name: st,
    props: ut,
    setup(e, { slots: o }) {
      const n = t.computed(() =>
        (function (e) {
          const t = {}
          return (
            Object.keys(e).forEach((o) => {
              var n
              t[
                `--van-${
                  ((n = o),
                  n
                    .replace(/([A-Z])/g, '-$1')
                    .toLowerCase()
                    .replace(/^-/, ''))
                }`
              ] = e[o]
            }),
            t
          )
        })(d({}, e.themeVars, 'dark' === e.theme ? e.themeVarsDark : e.themeVarsLight))
      )
      if (u) {
        const o = () => {
            document.documentElement.classList.add(`van-theme-${e.theme}`)
          },
          n = (t = e.theme) => {
            document.documentElement.classList.remove(`van-theme-${t}`)
          }
        t.watch(
          () => e.theme,
          (e, t) => {
            t && n(t), o()
          },
          { immediate: !0 }
        ),
          t.onActivated(o),
          t.onDeactivated(n),
          t.onBeforeUnmount(n)
      }
      return (
        t.provide(dt, e),
        t.watchEffect(() => {
          var t
          void 0 !== e.zIndex && ((t = e.zIndex), (it = t))
        }),
        () =>
          t.createVNode(
            e.tag,
            { class: ct(), style: n.value },
            {
              default: () => {
                var e
                return [null == (e = o.default) ? void 0 : e.call(o)]
              }
            }
          )
      )
    }
  })
  const [mt, ft] = Ie('icon'),
    vt = {
      dot: Boolean,
      tag: N('i'),
      name: String,
      size: g,
      badge: g,
      color: String,
      badgeProps: Object,
      classPrefix: String
    }
  const ht = We(
      t.defineComponent({
        name: mt,
        props: vt,
        setup(e, { slots: o }) {
          const n = t.inject(dt, null),
            a = t.computed(() => e.classPrefix || (null == n ? void 0 : n.iconPrefix) || ft())
          return () => {
            const { tag: n, dot: r, name: l, size: i, badge: s, color: c } = e,
              d = ((e) => (null == e ? void 0 : e.includes('/')))(l)
            return t.createVNode(
              lt,
              t.mergeProps(
                {
                  dot: r,
                  tag: n,
                  class: [a.value, d ? '' : `${a.value}-${l}`],
                  style: { color: c, fontSize: de(i) },
                  content: s
                },
                e.badgeProps
              ),
              {
                default: () => {
                  var e
                  return [
                    null == (e = o.default) ? void 0 : e.call(o),
                    d && t.createVNode('img', { class: ft('image'), src: l }, null)
                  ]
                }
              }
            )
          }
        }
      })
    ),
    [gt, bt] = Ie('loading'),
    yt = Array(12)
      .fill(null)
      .map((e, o) => t.createVNode('i', { class: bt('line', String(o + 1)) }, null)),
    wt = t.createVNode('svg', { class: bt('circular'), viewBox: '25 25 50 50' }, [
      t.createVNode('circle', { cx: '50', cy: '50', r: '20', fill: 'none' }, null)
    ]),
    xt = {
      size: g,
      type: N('circular'),
      color: String,
      vertical: Boolean,
      textSize: g,
      textColor: String
    }
  const Vt = We(
      t.defineComponent({
        name: gt,
        props: xt,
        setup(e, { slots: o }) {
          const n = t.computed(() => d({ color: e.color }, ue(e.size))),
            a = () => {
              const a = 'spinner' === e.type ? yt : wt
              return t.createVNode('span', { class: bt('spinner', e.type), style: n.value }, [
                o.icon ? o.icon() : a
              ])
            },
            r = () => {
              var n
              if (o.default)
                return t.createVNode(
                  'span',
                  {
                    class: bt('text'),
                    style: {
                      fontSize: de(e.textSize),
                      color: null != (n = e.textColor) ? n : e.color
                    }
                  },
                  [o.default()]
                )
            }
          return () => {
            const { type: o, vertical: n } = e
            return t.createVNode(
              'div',
              { class: bt([o, { vertical: n }]), 'aria-live': 'polite', 'aria-busy': !0 },
              [a(), r()]
            )
          }
        }
      })
    ),
    [Nt, kt] = Ie('button'),
    Ct = d({}, et, {
      tag: N('button'),
      text: String,
      icon: String,
      type: N('default'),
      size: N('normal'),
      color: String,
      block: Boolean,
      plain: Boolean,
      round: Boolean,
      square: Boolean,
      loading: Boolean,
      hairline: Boolean,
      disabled: Boolean,
      iconPrefix: String,
      nativeType: N('button'),
      loadingSize: g,
      loadingText: String,
      loadingType: String,
      iconPosition: N('left')
    })
  const St = We(
      t.defineComponent({
        name: Nt,
        props: Ct,
        emits: ['click'],
        setup(e, { emit: o, slots: n }) {
          const a = ot(),
            r = () =>
              e.loading
                ? n.loading
                  ? n.loading()
                  : t.createVNode(
                      Vt,
                      { size: e.loadingSize, type: e.loadingType, class: kt('loading') },
                      null
                    )
                : n.icon
                ? t.createVNode('div', { class: kt('icon') }, [n.icon()])
                : e.icon
                ? t.createVNode(
                    ht,
                    { name: e.icon, class: kt('icon'), classPrefix: e.iconPrefix },
                    null
                  )
                : void 0,
            l = () => {
              let o
              if (((o = e.loading ? e.loadingText : n.default ? n.default() : e.text), o))
                return t.createVNode('span', { class: kt('text') }, [o])
            },
            i = () => {
              const { color: t, plain: o } = e
              if (t) {
                const e = { color: o ? t : 'white' }
                return (
                  o || (e.background = t),
                  t.includes('gradient') ? (e.border = 0) : (e.borderColor = t),
                  e
                )
              }
            },
            s = (t) => {
              e.loading ? le(t) : e.disabled || (o('click', t), a())
            }
          return () => {
            const {
                tag: o,
                type: n,
                size: a,
                block: c,
                round: d,
                plain: u,
                square: p,
                loading: m,
                disabled: f,
                hairline: v,
                nativeType: h,
                iconPosition: g
              } = e,
              b = [
                kt([
                  n,
                  a,
                  { plain: u, block: c, round: d, square: p, loading: m, disabled: f, hairline: v }
                ]),
                { [$e]: v }
              ]
            return t.createVNode(
              o,
              { type: h, class: b, style: i(), disabled: f, onClick: s },
              {
                default: () => [
                  t.createVNode('div', { class: kt('content') }, [
                    'left' === g && r(),
                    l(),
                    'right' === g && r()
                  ])
                ]
              }
            )
          }
        }
      })
    ),
    [Tt, Bt] = Ie('action-bar-button'),
    Pt = d({}, et, {
      type: String,
      text: String,
      icon: String,
      color: String,
      loading: Boolean,
      disabled: Boolean
    })
  const Dt = We(
      t.defineComponent({
        name: Tt,
        props: Pt,
        setup(e, { slots: o }) {
          const n = ot(),
            { parent: a, index: r } = D(Ke),
            l = t.computed(() => {
              if (a) {
                const e = a.children[r.value - 1]
                return !(e && 'isButton' in e)
              }
            }),
            i = t.computed(() => {
              if (a) {
                const e = a.children[r.value + 1]
                return !(e && 'isButton' in e)
              }
            })
          return (
            Qe({ isButton: !0 }),
            () => {
              const { type: a, icon: r, text: s, color: c, loading: d, disabled: u } = e
              return t.createVNode(
                St,
                {
                  class: Bt([a, { last: i.value, first: l.value }]),
                  size: 'large',
                  type: a,
                  icon: r,
                  color: c,
                  loading: d,
                  disabled: u,
                  onClick: n
                },
                { default: () => [o.default ? o.default() : s] }
              )
            }
          )
        }
      })
    ),
    [Ot, It] = Ie('action-bar-icon'),
    At = d({}, et, {
      dot: Boolean,
      text: String,
      icon: String,
      color: String,
      badge: g,
      iconClass: h,
      badgeProps: Object,
      iconPrefix: String
    })
  const zt = We(
      t.defineComponent({
        name: Ot,
        props: At,
        setup(e, { slots: o }) {
          const n = ot()
          D(Ke)
          const a = () => {
            const {
              dot: n,
              badge: a,
              icon: r,
              color: l,
              iconClass: i,
              badgeProps: s,
              iconPrefix: c
            } = e
            return o.icon
              ? t.createVNode(lt, t.mergeProps({ dot: n, class: It('icon'), content: a }, s), {
                  default: o.icon
                })
              : t.createVNode(
                  ht,
                  {
                    tag: 'div',
                    dot: n,
                    name: r,
                    badge: a,
                    color: l,
                    class: [It('icon'), i],
                    badgeProps: s,
                    classPrefix: c
                  },
                  null
                )
          }
          return () =>
            t.createVNode('div', { role: 'button', class: It(), tabindex: 0, onClick: n }, [
              a(),
              o.default ? o.default() : e.text
            ])
        }
      })
    ),
    Et = {
      show: Boolean,
      zIndex: g,
      overlay: b,
      duration: g,
      teleport: [String, Object],
      lockScroll: b,
      lazyRender: b,
      beforeClose: Function,
      overlayStyle: Object,
      overlayClass: h,
      transitionAppear: Boolean,
      closeOnClickOverlay: b
    },
    Lt = Object.keys(Et)
  function $t() {
    const e = t.ref(0),
      o = t.ref(0),
      n = t.ref(0),
      a = t.ref(0),
      r = t.ref(0),
      l = t.ref(0),
      i = t.ref(''),
      s = () => {
        ;(n.value = 0), (a.value = 0), (r.value = 0), (l.value = 0), (i.value = '')
      }
    return {
      move: (t) => {
        const s = t.touches[0]
        ;(n.value = (s.clientX < 0 ? 0 : s.clientX) - e.value),
          (a.value = s.clientY - o.value),
          (r.value = Math.abs(n.value)),
          (l.value = Math.abs(a.value))
        var c, d
        ;(!i.value || (r.value < 10 && l.value < 10)) &&
          (i.value = ((c = r.value), (d = l.value), c > d ? 'horizontal' : d > c ? 'vertical' : ''))
      },
      start: (t) => {
        s(), (e.value = t.touches[0].clientX), (o.value = t.touches[0].clientY)
      },
      reset: s,
      startX: e,
      startY: o,
      deltaX: n,
      deltaY: a,
      offsetX: r,
      offsetY: l,
      direction: i,
      isVertical: () => 'vertical' === i.value,
      isHorizontal: () => 'horizontal' === i.value
    }
  }
  let Mt = 0
  const Rt = 'van-overflow-hidden'
  function Ft(e) {
    const o = t.ref(!1)
    return (
      t.watch(
        e,
        (e) => {
          e && (o.value = e)
        },
        { immediate: !0 }
      ),
      (e) => () => o.value ? e() : null
    )
  }
  const [Ht, jt] = Ie('overlay'),
    Wt = {
      show: Boolean,
      zIndex: g,
      duration: g,
      className: h,
      lockScroll: b,
      lazyRender: b,
      customStyle: Object
    }
  const Ut = We(
      t.defineComponent({
        name: Ht,
        props: Wt,
        setup(e, { slots: n }) {
          const a = t.ref(),
            r = Ft(() => e.show || !e.lazyRender)(() => {
              var r
              const l = d(pe(e.zIndex), e.customStyle)
              return (
                o(e.duration) && (l.animationDuration = `${e.duration}s`),
                t.withDirectives(
                  t.createVNode('div', { ref: a, style: l, class: [jt(), e.className] }, [
                    null == (r = n.default) ? void 0 : r.call(n)
                  ]),
                  [[t.vShow, e.show]]
                )
              )
            })
          return (
            j(
              'touchmove',
              (t) => {
                e.lockScroll && le(t, !0)
              },
              { target: a }
            ),
            () => t.createVNode(t.Transition, { name: 'van-fade', appear: !0 }, { default: r })
          )
        }
      })
    ),
    Yt = d({}, Et, {
      round: Boolean,
      position: N('center'),
      closeIcon: N('cross'),
      closeable: Boolean,
      transition: String,
      iconPrefix: String,
      closeOnPopstate: Boolean,
      closeIconPosition: N('top-right'),
      safeAreaInsetTop: Boolean,
      safeAreaInsetBottom: Boolean
    }),
    [qt, Xt] = Ie('popup')
  const Gt = We(
      t.defineComponent({
        name: qt,
        inheritAttrs: !1,
        props: Yt,
        emits: [
          'open',
          'close',
          'opened',
          'closed',
          'keydown',
          'update:show',
          'clickOverlay',
          'clickCloseIcon'
        ],
        setup(e, { emit: n, attrs: a, slots: r }) {
          let l, i
          const s = t.ref(),
            c = t.ref(),
            d = Ft(() => e.show || !e.lazyRender),
            u = t.computed(() => {
              const t = { zIndex: s.value }
              if (o(e.duration)) {
                t[
                  'center' === e.position ? 'animationDuration' : 'transitionDuration'
                ] = `${e.duration}s`
              }
              return t
            }),
            p = () => {
              l || ((l = !0), (s.value = void 0 !== e.zIndex ? +e.zIndex : ++it), n('open'))
            },
            m = () => {
              l &&
                je(e.beforeClose, {
                  done() {
                    ;(l = !1), n('close'), n('update:show', !1)
                  }
                })
            },
            f = (t) => {
              n('clickOverlay', t), e.closeOnClickOverlay && m()
            },
            v = () => {
              if (e.overlay)
                return t.createVNode(
                  Ut,
                  {
                    show: e.show,
                    class: e.overlayClass,
                    zIndex: s.value,
                    duration: e.duration,
                    customStyle: e.overlayStyle,
                    role: e.closeOnClickOverlay ? 'button' : void 0,
                    tabindex: e.closeOnClickOverlay ? 0 : void 0,
                    onClick: f
                  },
                  { default: r['overlay-content'] }
                )
            },
            h = (e) => {
              n('clickCloseIcon', e), m()
            },
            g = () => {
              if (e.closeable)
                return t.createVNode(
                  ht,
                  {
                    role: 'button',
                    tabindex: 0,
                    name: e.closeIcon,
                    class: [Xt('close-icon', e.closeIconPosition), Fe],
                    classPrefix: e.iconPrefix,
                    onClick: h
                  },
                  null
                )
            },
            b = () => n('opened'),
            y = () => n('closed'),
            w = (e) => n('keydown', e),
            x = d(() => {
              var o
              const { round: n, position: l, safeAreaInsetTop: i, safeAreaInsetBottom: s } = e
              return t.withDirectives(
                t.createVNode(
                  'div',
                  t.mergeProps(
                    {
                      ref: c,
                      style: u.value,
                      role: 'dialog',
                      tabindex: 0,
                      class: [
                        Xt({ round: n, [l]: l }),
                        { 'van-safe-area-top': i, 'van-safe-area-bottom': s }
                      ],
                      onKeydown: w
                    },
                    a
                  ),
                  [null == (o = r.default) ? void 0 : o.call(r), g()]
                ),
                [[t.vShow, e.show]]
              )
            }),
            V = () => {
              const { position: o, transition: n, transitionAppear: a } = e,
                r = 'center' === o ? 'van-fade' : `van-popup-slide-${o}`
              return t.createVNode(
                t.Transition,
                { name: n || r, appear: a, onAfterEnter: b, onAfterLeave: y },
                { default: x }
              )
            }
          return (
            t.watch(
              () => e.show,
              (e) => {
                e &&
                  !l &&
                  (p(),
                  0 === a.tabindex &&
                    t.nextTick(() => {
                      var e
                      null == (e = c.value) || e.focus()
                    })),
                  !e && l && ((l = !1), n('close'))
              }
            ),
            Qe({ popupRef: c }),
            (function (e, o) {
              const n = $t(),
                a = (t) => {
                  n.move(t)
                  const o = n.deltaY.value > 0 ? '10' : '01',
                    a = G(t.target, e.value),
                    { scrollHeight: r, offsetHeight: l, scrollTop: i } = a
                  let s = '11'
                  0 === i ? (s = l >= r ? '00' : '01') : i + l >= r && (s = '10'),
                    '11' === s || !n.isVertical() || parseInt(s, 2) & parseInt(o, 2) || le(t, !0)
                },
                r = () => {
                  document.addEventListener('touchstart', n.start),
                    document.addEventListener('touchmove', a, { passive: !1 }),
                    Mt || document.body.classList.add(Rt),
                    Mt++
                },
                l = () => {
                  Mt &&
                    (document.removeEventListener('touchstart', n.start),
                    document.removeEventListener('touchmove', a),
                    Mt--,
                    Mt || document.body.classList.remove(Rt))
                },
                i = () => o() && l()
              H(() => o() && r()),
                t.onDeactivated(i),
                t.onBeforeUnmount(i),
                t.watch(o, (e) => {
                  e ? r() : l()
                })
            })(c, () => e.show && e.lockScroll),
            j('popstate', () => {
              e.closeOnPopstate && (m(), (i = !1))
            }),
            t.onMounted(() => {
              e.show && p()
            }),
            t.onActivated(() => {
              i && (n('update:show', !0), (i = !1))
            }),
            t.onDeactivated(() => {
              e.show && e.teleport && (m(), (i = !0))
            }),
            t.provide(Ue, () => e.show),
            () =>
              e.teleport
                ? t.createVNode(t.Teleport, { to: e.teleport }, { default: () => [v(), V()] })
                : t.createVNode(t.Fragment, null, [v(), V()])
          )
        }
      })
    ),
    [Zt, Kt] = Ie('action-sheet'),
    _t = d({}, Et, {
      title: String,
      round: b,
      actions: w(),
      closeIcon: N('cross'),
      closeable: b,
      cancelText: String,
      description: String,
      closeOnPopstate: b,
      closeOnClickAction: Boolean,
      safeAreaInsetBottom: b
    }),
    Jt = [...Lt, 'round', 'closeOnPopstate', 'safeAreaInsetBottom']
  const Qt = We(
      t.defineComponent({
        name: Zt,
        props: _t,
        emits: ['select', 'cancel', 'update:show'],
        setup(e, { slots: o, emit: n }) {
          const a = (e) => n('update:show', e),
            r = () => {
              a(!1), n('cancel')
            },
            l = () => {
              if (e.title)
                return t.createVNode('div', { class: Kt('header') }, [
                  e.title,
                  e.closeable &&
                    t.createVNode(
                      ht,
                      { name: e.closeIcon, class: [Kt('close'), Fe], onClick: r },
                      null
                    )
                ])
            },
            i = () => {
              if (o.cancel || e.cancelText)
                return [
                  t.createVNode('div', { class: Kt('gap') }, null),
                  t.createVNode('button', { type: 'button', class: Kt('cancel'), onClick: r }, [
                    o.cancel ? o.cancel() : e.cancelText
                  ])
                ]
            },
            s = (e, n) =>
              e.loading
                ? t.createVNode(Vt, { class: Kt('loading-icon') }, null)
                : o.action
                ? o.action({ action: e, index: n })
                : [
                    t.createVNode('span', { class: Kt('name') }, [e.name]),
                    e.subname && t.createVNode('div', { class: Kt('subname') }, [e.subname])
                  ],
            c = (o, r) => {
              const { color: l, loading: i, callback: c, disabled: d, className: u } = o
              return t.createVNode(
                'button',
                {
                  type: 'button',
                  style: { color: l },
                  class: [Kt('item', { loading: i, disabled: d }), u],
                  onClick: () => {
                    d ||
                      i ||
                      (c && c(o),
                      e.closeOnClickAction && a(!1),
                      t.nextTick(() => n('select', o, r)))
                  }
                },
                [s(o, r)]
              )
            },
            d = () => {
              if (e.description || o.description) {
                const n = o.description ? o.description() : e.description
                return t.createVNode('div', { class: Kt('description') }, [n])
              }
            }
          return () =>
            t.createVNode(
              Gt,
              t.mergeProps({ class: Kt(), position: 'bottom', 'onUpdate:show': a }, m(e, Jt)),
              {
                default: () => {
                  var n
                  return [
                    l(),
                    d(),
                    t.createVNode('div', { class: Kt('content') }, [
                      e.actions.map(c),
                      null == (n = o.default) ? void 0 : n.call(o)
                    ]),
                    i()
                  ]
                }
              }
            )
        }
      })
    ),
    [eo, to, oo] = Ie('picker'),
    no = (e) => e.find((e) => !e.disabled) || e[0]
  function ao(e, t) {
    for (let o = (t = ye(t, 0, e.length)); o < e.length; o++) if (!e[o].disabled) return o
    for (let o = t - 1; o >= 0; o--) if (!e[o].disabled) return o
    return 0
  }
  const ro = (e, t, o) => void 0 !== t && !!e.find((e) => e[o.value] === t)
  function lo(e, t, o) {
    const n = e.findIndex((e) => e[o.value] === t)
    return e[ao(e, n)]
  }
  const [io, so] = Ie('picker-column'),
    co = Symbol(io)
  var uo = t.defineComponent({
    name: io,
    props: {
      value: g,
      fields: y(Object),
      options: w(),
      readonly: Boolean,
      allowHtml: Boolean,
      optionHeight: y(Number),
      swipeDuration: y(g),
      visibleOptionNum: y(g)
    },
    emits: ['change', 'clickOption', 'scrollInto'],
    setup(e, { emit: o, slots: n }) {
      let a, r, l, i, s
      const c = t.ref(),
        d = t.ref(),
        u = t.ref(0),
        p = t.ref(0),
        m = $t(),
        f = () => e.options.length,
        v = () => (e.optionHeight * (+e.visibleOptionNum - 1)) / 2,
        h = (t) => {
          const n = ao(e.options, t),
            r = -n * e.optionHeight,
            l = () => {
              const t = e.options[n][e.fields.value]
              t !== e.value && o('change', t)
            }
          a && r !== u.value ? (s = l) : l(), (u.value = r)
        },
        g = () => e.readonly || !e.options.length,
        b = (t) => ye(Math.round(-t / e.optionHeight), 0, f() - 1),
        y = t.computed(() => b(u.value)),
        w = () => {
          ;(a = !1), (p.value = 0), s && (s(), (s = null))
        },
        x = (e) => {
          if (!g()) {
            if ((m.start(e), a)) {
              const e = (function (e) {
                const { transform: t } = window.getComputedStyle(e),
                  o = t.slice(7, t.length - 1).split(', ')[5]
                return Number(o)
              })(d.value)
              u.value = Math.min(0, e - v())
            }
            ;(p.value = 0), (r = u.value), (l = Date.now()), (i = r), (s = null)
          }
        },
        V = () => {
          if (g()) return
          const t = u.value - i,
            o = Date.now() - l
          if (o < 300 && Math.abs(t) > 15)
            return void ((t, o) => {
              const n = Math.abs(t / o)
              t = u.value + (n / 0.003) * (t < 0 ? -1 : 1)
              const a = b(t)
              ;(p.value = +e.swipeDuration), h(a)
            })(t, o)
          const n = b(u.value)
          ;(p.value = 200),
            h(n),
            setTimeout(() => {
              a = !1
            }, 0)
        },
        N = () => {
          const r = { height: `${e.optionHeight}px` }
          return e.options.map((l, i) => {
            const c = l[e.fields.text],
              { disabled: d } = l,
              u = l[e.fields.value],
              m = {
                role: 'button',
                style: r,
                tabindex: d ? -1 : 0,
                class: [so('item', { disabled: d, selected: u === e.value }), l.className],
                onClick: () =>
                  ((t) => {
                    a || g() || ((s = null), (p.value = 200), h(t), o('clickOption', e.options[t]))
                  })(i)
              },
              f = { class: 'van-ellipsis', [e.allowHtml ? 'innerHTML' : 'textContent']: c }
            return t.createVNode('li', m, [
              n.option ? n.option(l, i) : t.createVNode('div', f, null)
            ])
          })
        }
      return (
        D(co),
        Qe({ stopMomentum: w }),
        t.watchEffect(() => {
          const t = e.options.findIndex((t) => t[e.fields.value] === e.value),
            o = -ao(e.options, t) * e.optionHeight
          u.value = o
        }),
        j(
          'touchmove',
          (t) => {
            if (g()) return
            m.move(t), m.isVertical() && ((a = !0), le(t, !0))
            const n = ye(r + m.deltaY.value, -f() * e.optionHeight, e.optionHeight),
              s = b(n)
            s !== y.value && o('scrollInto', e.options[s]), (u.value = n)
            const c = Date.now()
            c - l > 300 && ((l = c), (i = n))
          },
          { target: c }
        ),
        () =>
          t.createVNode(
            'div',
            { ref: c, class: so(), onTouchstartPassive: x, onTouchend: V, onTouchcancel: V },
            [
              t.createVNode(
                'ul',
                {
                  ref: d,
                  style: {
                    transform: `translate3d(0, ${u.value + v()}px, 0)`,
                    transitionDuration: `${p.value}ms`,
                    transitionProperty: p.value ? 'all' : 'none'
                  },
                  class: so('wrapper'),
                  onTransitionend: w
                },
                [N()]
              )
            ]
          )
      )
    }
  })
  const [po] = Ie('picker-toolbar'),
    mo = { title: String, cancelButtonText: String, confirmButtonText: String },
    fo = ['cancel', 'confirm', 'title', 'toolbar'],
    vo = Object.keys(mo)
  var ho = t.defineComponent({
    name: po,
    props: mo,
    emits: ['confirm', 'cancel'],
    setup(e, { emit: o, slots: n }) {
      const a = () => o('cancel'),
        r = () => o('confirm'),
        l = () => {
          const o = e.cancelButtonText || oo('cancel')
          return t.createVNode(
            'button',
            { type: 'button', class: [to('cancel'), Fe], onClick: a },
            [n.cancel ? n.cancel() : o]
          )
        },
        i = () => {
          const o = e.confirmButtonText || oo('confirm')
          return t.createVNode(
            'button',
            { type: 'button', class: [to('confirm'), Fe], onClick: r },
            [n.confirm ? n.confirm() : o]
          )
        }
      return () =>
        t.createVNode('div', { class: to('toolbar') }, [
          n.toolbar
            ? n.toolbar()
            : [
                l(),
                n.title
                  ? n.title()
                  : e.title
                  ? t.createVNode('div', { class: [to('title'), 'van-ellipsis'] }, [e.title])
                  : void 0,
                i()
              ]
        ])
    }
  })
  const go = (e, o) => {
    const n = t.ref(e())
    return (
      t.watch(e, (e) => {
        e !== n.value && (n.value = e)
      }),
      t.watch(n, (t) => {
        t !== e() && o(t)
      }),
      n
    )
  }
  let bo = 0
  function yo() {
    const e = t.getCurrentInstance(),
      { name: o = 'unknown' } = (null == e ? void 0 : e.type) || {}
    return `${o}-${++bo}`
  }
  function wo() {
    const e = t.ref([]),
      o = []
    t.onBeforeUpdate(() => {
      e.value = []
    })
    return [
      e,
      (t) => (
        o[t] ||
          (o[t] = (o) => {
            e.value[t] = o
          }),
        o[t]
      )
    ]
  }
  function xo(e, o) {
    if (!u || !window.IntersectionObserver) return
    const n = new IntersectionObserver(
        (e) => {
          o(e[0].intersectionRatio > 0)
        },
        { root: document.body }
      ),
      a = () => {
        e.value && n.unobserve(e.value)
      }
    t.onDeactivated(a),
      t.onBeforeUnmount(a),
      H(() => {
        e.value && n.observe(e.value)
      })
  }
  const [Vo, No] = Ie('sticky'),
    ko = { zIndex: g, position: N('top'), container: Object, offsetTop: V(0), offsetBottom: V(0) }
  const Co = We(
      t.defineComponent({
        name: Vo,
        props: ko,
        emits: ['scroll', 'change'],
        setup(e, { emit: o, slots: n }) {
          const a = t.ref(),
            r = Z(a),
            l = t.reactive({ fixed: !1, width: 0, height: 0, transform: 0 }),
            i = t.ref(!1),
            s = t.computed(() => ve('top' === e.position ? e.offsetTop : e.offsetBottom)),
            c = t.computed(() => {
              if (i.value) return
              const { fixed: e, height: t, width: o } = l
              return e ? { width: `${o}px`, height: `${t}px` } : void 0
            }),
            u = t.computed(() => {
              if (!l.fixed || i.value) return
              const t = d(pe(e.zIndex), {
                width: `${l.width}px`,
                height: `${l.height}px`,
                [e.position]: `${s.value}px`
              })
              return l.transform && (t.transform = `translate3d(0, ${l.transform}px, 0)`), t
            }),
            p = () => {
              if (!a.value || ie(a)) return
              const { container: t, position: n } = e,
                r = P(a),
                i = J(window)
              if (((l.width = r.width), (l.height = r.height), 'top' === n))
                if (t) {
                  const e = P(t),
                    o = e.bottom - s.value - l.height
                  ;(l.fixed = s.value > r.top && e.bottom > 0), (l.transform = o < 0 ? o : 0)
                } else l.fixed = s.value > r.top
              else {
                const { clientHeight: e } = document.documentElement
                if (t) {
                  const o = P(t),
                    n = e - o.top - s.value - l.height
                  ;(l.fixed = e - s.value < r.bottom && e > o.top), (l.transform = n < 0 ? -n : 0)
                } else l.fixed = e - s.value < r.bottom
              }
              ;((e) => {
                o('scroll', { scrollTop: e, isFixed: l.fixed })
              })(i)
            }
          return (
            t.watch(
              () => l.fixed,
              (e) => o('change', e)
            ),
            j('scroll', p, { target: r, passive: !0 }),
            xo(a, p),
            t.watch([se, ce], () => {
              a.value &&
                !ie(a) &&
                l.fixed &&
                ((i.value = !0),
                t.nextTick(() => {
                  const e = P(a)
                  ;(l.width = e.width), (l.height = e.height), (i.value = !1)
                }))
            }),
            () => {
              var e
              return t.createVNode('div', { ref: a, style: c.value }, [
                t.createVNode(
                  'div',
                  { class: No({ fixed: l.fixed && !i.value }), style: u.value },
                  [null == (e = n.default) ? void 0 : e.call(n)]
                )
              ])
            }
          )
        }
      })
    ),
    [So, To] = Ie('swipe'),
    Bo = {
      loop: b,
      width: g,
      height: g,
      vertical: Boolean,
      autoplay: V(0),
      duration: V(500),
      touchable: b,
      lazyRender: Boolean,
      initialSwipe: V(0),
      indicatorColor: String,
      showIndicators: b,
      stopPropagation: b
    },
    Po = Symbol(So)
  const Do = We(
      t.defineComponent({
        name: So,
        props: Bo,
        emits: ['change', 'dragStart', 'dragEnd'],
        setup(e, { emit: o, slots: n }) {
          const a = t.ref(),
            r = t.ref(),
            l = t.reactive({ rect: null, width: 0, height: 0, offset: 0, active: 0, swiping: !1 })
          let i = !1
          const s = $t(),
            { children: c, linkChildren: d } = A(Po),
            u = t.computed(() => c.length),
            p = t.computed(() => l[e.vertical ? 'height' : 'width']),
            m = t.computed(() => (e.vertical ? s.deltaY.value : s.deltaX.value)),
            f = t.computed(() => {
              if (l.rect) {
                return (e.vertical ? l.rect.height : l.rect.width) - p.value * u.value
              }
              return 0
            }),
            v = t.computed(() => (p.value ? Math.ceil(Math.abs(f.value) / p.value) : u.value)),
            h = t.computed(() => u.value * p.value),
            g = t.computed(() => (l.active + u.value) % u.value),
            b = t.computed(() => {
              const t = e.vertical ? 'vertical' : 'horizontal'
              return s.direction.value === t
            }),
            y = t.computed(() => {
              const t = {
                transitionDuration: `${l.swiping ? 0 : e.duration}ms`,
                transform: `translate${e.vertical ? 'Y' : 'X'}(${l.offset}px)`
              }
              if (p.value) {
                const o = e.vertical ? 'height' : 'width',
                  n = e.vertical ? 'width' : 'height'
                ;(t[o] = `${h.value}px`), (t[n] = e[n] ? `${e[n]}px` : '')
              }
              return t
            }),
            w = (t, o = 0) => {
              let n = t * p.value
              e.loop || (n = Math.min(n, -f.value))
              let a = o - n
              return e.loop || (a = ye(a, f.value, 0)), a
            },
            x = ({ pace: t = 0, offset: n = 0, emitChange: a }) => {
              if (u.value <= 1) return
              const { active: r } = l,
                i = ((t) => {
                  const { active: o } = l
                  return t ? (e.loop ? ye(o + t, -1, u.value) : ye(o + t, 0, v.value)) : o
                })(t),
                s = w(i, n)
              if (e.loop) {
                if (c[0] && s !== f.value) {
                  const e = s < f.value
                  c[0].setOffset(e ? h.value : 0)
                }
                if (c[u.value - 1] && 0 !== s) {
                  const e = s > 0
                  c[u.value - 1].setOffset(e ? -h.value : 0)
                }
              }
              ;(l.active = i), (l.offset = s), a && i !== r && o('change', g.value)
            },
            V = () => {
              ;(l.swiping = !0),
                l.active <= -1 ? x({ pace: u.value }) : l.active >= u.value && x({ pace: -u.value })
            },
            N = () => {
              V(),
                s.reset(),
                T(() => {
                  ;(l.swiping = !1), x({ pace: 1, emitChange: !0 })
                })
            }
          let C
          const S = () => clearTimeout(C),
            B = () => {
              S(),
                +e.autoplay > 0 &&
                  u.value > 1 &&
                  (C = setTimeout(() => {
                    N(), B()
                  }, +e.autoplay))
            },
            P = (o = +e.initialSwipe) => {
              if (!a.value) return
              const n = () => {
                var t, n
                if (!ie(a)) {
                  const o = { width: a.value.offsetWidth, height: a.value.offsetHeight }
                  ;(l.rect = o),
                    (l.width = +(null != (t = e.width) ? t : o.width)),
                    (l.height = +(null != (n = e.height) ? n : o.height))
                }
                u.value && -1 === (o = Math.min(u.value - 1, o)) && (o = u.value - 1),
                  (l.active = o),
                  (l.swiping = !0),
                  (l.offset = w(o)),
                  c.forEach((e) => {
                    e.setOffset(0)
                  }),
                  B()
              }
              ie(a) ? t.nextTick().then(n) : n()
            },
            D = () => P(l.active)
          let O
          const I = (t) => {
              !e.touchable ||
                t.touches.length > 1 ||
                (s.start(t), (i = !1), (O = Date.now()), S(), V())
            },
            z = () => {
              if (!e.touchable || !l.swiping) return
              const t = Date.now() - O,
                n = m.value / t
              if ((Math.abs(n) > 0.25 || Math.abs(m.value) > p.value / 2) && b.value) {
                const t = e.vertical ? s.offsetY.value : s.offsetX.value
                let o = 0
                ;(o = e.loop
                  ? t > 0
                    ? m.value > 0
                      ? -1
                      : 1
                    : 0
                  : -Math[m.value > 0 ? 'ceil' : 'floor'](m.value / p.value)),
                  x({ pace: o, emitChange: !0 })
              } else m.value && x({ pace: 0 })
              ;(i = !1), (l.swiping = !1), o('dragEnd', { index: g.value }), B()
            },
            E = (o, n) => {
              const a = n === g.value,
                r = a ? { backgroundColor: e.indicatorColor } : void 0
              return t.createVNode('i', { style: r, class: To('indicator', { active: a }) }, null)
            }
          return (
            Qe({
              prev: () => {
                V(),
                  s.reset(),
                  T(() => {
                    ;(l.swiping = !1), x({ pace: -1, emitChange: !0 })
                  })
              },
              next: N,
              state: l,
              resize: D,
              swipeTo: (t, o = {}) => {
                V(),
                  s.reset(),
                  T(() => {
                    let n
                    ;(n = e.loop && t === u.value ? (0 === l.active ? 0 : t) : t % u.value),
                      o.immediate
                        ? T(() => {
                            l.swiping = !1
                          })
                        : (l.swiping = !1),
                      x({ pace: n - l.active, emitChange: !0 })
                  })
              }
            }),
            d({ size: p, props: e, count: u, activeIndicator: g }),
            t.watch(
              () => e.initialSwipe,
              (e) => P(+e)
            ),
            t.watch(u, () => P(l.active)),
            t.watch(() => e.autoplay, B),
            t.watch([se, ce, () => e.width, () => e.height], D),
            t.watch(
              (function () {
                if (!U && ((U = t.ref('visible')), k)) {
                  const e = () => {
                    U.value = document.hidden ? 'hidden' : 'visible'
                  }
                  e(), window.addEventListener('visibilitychange', e)
                }
                return U
              })(),
              (e) => {
                'visible' === e ? B() : S()
              }
            ),
            t.onMounted(P),
            t.onActivated(() => P(l.active)),
            Ye(() => P(l.active)),
            t.onDeactivated(S),
            t.onBeforeUnmount(S),
            j(
              'touchmove',
              (t) => {
                if (e.touchable && l.swiping && (s.move(t), b.value)) {
                  ;(!e.loop &&
                    ((0 === l.active && m.value > 0) ||
                      (l.active === u.value - 1 && m.value < 0))) ||
                    (le(t, e.stopPropagation),
                    x({ offset: m.value }),
                    i || (o('dragStart', { index: g.value }), (i = !0)))
                }
              },
              { target: r }
            ),
            () => {
              var o
              return t.createVNode('div', { ref: a, class: To() }, [
                t.createVNode(
                  'div',
                  {
                    ref: r,
                    style: y.value,
                    class: To('track', { vertical: e.vertical }),
                    onTouchstartPassive: I,
                    onTouchend: z,
                    onTouchcancel: z
                  },
                  [null == (o = n.default) ? void 0 : o.call(n)]
                ),
                n.indicator
                  ? n.indicator({ active: g.value, total: u.value })
                  : e.showIndicators && u.value > 1
                  ? t.createVNode('div', { class: To('indicators', { vertical: e.vertical }) }, [
                      Array(u.value).fill('').map(E)
                    ])
                  : void 0
              ])
            }
          )
        }
      })
    ),
    [Oo, Io] = Ie('tabs')
  var Ao = t.defineComponent({
    name: Oo,
    props: {
      count: y(Number),
      inited: Boolean,
      animated: Boolean,
      duration: y(g),
      swipeable: Boolean,
      lazyRender: Boolean,
      currentIndex: y(Number)
    },
    emits: ['change'],
    setup(e, { emit: o, slots: n }) {
      const a = t.ref(),
        r = (e) => o('change', e),
        l = () => {
          var o
          const l = null == (o = n.default) ? void 0 : o.call(n)
          return e.animated || e.swipeable
            ? t.createVNode(
                Do,
                {
                  ref: a,
                  loop: !1,
                  class: Io('track'),
                  duration: 1e3 * +e.duration,
                  touchable: e.swipeable,
                  lazyRender: e.lazyRender,
                  showIndicators: !1,
                  onChange: r
                },
                { default: () => [l] }
              )
            : l
        },
        i = (t) => {
          const o = a.value
          o && o.state.active !== t && o.swipeTo(t, { immediate: !e.inited })
        }
      return (
        t.watch(() => e.currentIndex, i),
        t.onMounted(() => {
          i(e.currentIndex)
        }),
        Qe({ swipeRef: a }),
        () =>
          t.createVNode('div', { class: Io('content', { animated: e.animated || e.swipeable }) }, [
            l()
          ])
      )
    }
  })
  const [zo, Eo] = Ie('tabs'),
    Lo = {
      type: N('line'),
      color: String,
      border: Boolean,
      sticky: Boolean,
      shrink: Boolean,
      active: V(0),
      duration: V(0.3),
      animated: Boolean,
      ellipsis: b,
      swipeable: Boolean,
      scrollspy: Boolean,
      offsetTop: V(0),
      background: String,
      lazyRender: b,
      lineWidth: g,
      lineHeight: g,
      beforeChange: Function,
      swipeThreshold: V(5),
      titleActiveColor: String,
      titleInactiveColor: String
    },
    $o = Symbol(zo)
  var Mo = t.defineComponent({
    name: zo,
    props: Lo,
    emits: ['change', 'scroll', 'rendered', 'clickTab', 'update:active'],
    setup(e, { emit: n, slots: a }) {
      let r, l, i, s, c
      const d = t.ref(),
        u = t.ref(),
        p = t.ref(),
        m = t.ref(),
        f = yo(),
        v = Z(d),
        [h, g] = wo(),
        { children: b, linkChildren: y } = A($o),
        w = t.reactive({ inited: !1, position: '', lineStyle: {}, currentIndex: -1 }),
        x = t.computed(() => b.length > +e.swipeThreshold || !e.ellipsis || e.shrink),
        V = t.computed(() => ({ borderColor: e.color, background: e.background })),
        N = (e, t) => {
          var o
          return null != (o = e.name) ? o : t
        },
        k = t.computed(() => {
          const e = b[w.currentIndex]
          if (e) return N(e, w.currentIndex)
        }),
        T = t.computed(() => ve(e.offsetTop)),
        B = t.computed(() => (e.sticky ? T.value + r : 0)),
        D = (t) => {
          const o = u.value,
            n = h.value
          if (!(x.value && o && n && n[w.currentIndex])) return
          const a = n[w.currentIndex].$el,
            r = a.offsetLeft - (o.offsetWidth - a.offsetWidth) / 2
          s && s(),
            (s = (function (e, t, o) {
              let n,
                a = 0
              const r = e.scrollLeft,
                l = 0 === o ? 1 : Math.round((1e3 * o) / 16)
              return (
                (function o() {
                  ;(e.scrollLeft += (t - r) / l), ++a < l && (n = C(o))
                })(),
                function () {
                  S(n)
                }
              )
            })(o, r, t ? 0 : +e.duration))
        },
        O = () => {
          const n = w.inited
          t.nextTick(() => {
            const t = h.value
            if (!t || !t[w.currentIndex] || 'line' !== e.type || ie(d.value)) return
            const a = t[w.currentIndex].$el,
              { lineWidth: r, lineHeight: l } = e,
              i = a.offsetLeft + a.offsetWidth / 2,
              s = {
                width: de(r),
                backgroundColor: e.color,
                transform: `translateX(${i}px) translateX(-50%)`
              }
            if ((n && (s.transitionDuration = `${e.duration}s`), o(l))) {
              const e = de(l)
              ;(s.height = e), (s.borderRadius = e)
            }
            w.lineStyle = s
          })
        },
        I = (t, a) => {
          const r = ((e) => {
            const t = e < w.currentIndex ? -1 : 1
            for (; e >= 0 && e < b.length; ) {
              if (!b[e].disabled) return e
              e += t
            }
          })(t)
          if (!o(r)) return
          const l = b[r],
            s = N(l, r),
            c = null !== w.currentIndex
          w.currentIndex !== r && ((w.currentIndex = r), a || D(), O()),
            s !== e.active && (n('update:active', s), c && n('change', s, l.title)),
            i && !e.scrollspy && te(Math.ceil(oe(d.value) - T.value))
        },
        z = (e, t) => {
          const o = b.find((t, o) => N(t, o) === e),
            n = o ? b.indexOf(o) : 0
          I(n, t)
        },
        E = (t = !1) => {
          if (e.scrollspy) {
            const o = b[w.currentIndex].$el
            if (o && v.value) {
              const n = oe(o, v.value) - B.value
              ;(l = !0),
                c && c(),
                (c = (function (e, t, o, n) {
                  let a,
                    r = J(e)
                  const l = r < t,
                    i = 0 === o ? 1 : Math.round((1e3 * o) / 16),
                    s = (t - r) / i
                  return (
                    (function o() {
                      ;(r += s),
                        ((l && r > t) || (!l && r < t)) && (r = t),
                        Q(e, r),
                        (l && r < t) || (!l && r > t) ? (a = C(o)) : n && (a = C(n))
                    })(),
                    function () {
                      S(a)
                    }
                  )
                })(v.value, n, t ? 0 : +e.duration, () => {
                  l = !1
                }))
            }
          }
        },
        L = (t, o, a) => {
          const { title: r, disabled: l } = b[o],
            i = N(b[o], o)
          l ||
            (je(e.beforeChange, {
              args: [i],
              done: () => {
                I(o), E()
              }
            }),
            tt(t)),
            n('clickTab', { name: i, title: r, event: a, disabled: l })
        },
        $ = (e) => {
          ;(i = e.isFixed), n('scroll', e)
        },
        M = () => {
          if ('line' === e.type && b.length)
            return t.createVNode('div', { class: Eo('line'), style: w.lineStyle }, null)
        },
        R = () => {
          var o, n, r
          const { type: l, border: i, sticky: s } = e,
            c = [
              t.createVNode(
                'div',
                { ref: s ? void 0 : p, class: [Eo('wrap'), { [Me]: 'line' === l && i }] },
                [
                  t.createVNode(
                    'div',
                    {
                      ref: u,
                      role: 'tablist',
                      class: Eo('nav', [l, { shrink: e.shrink, complete: x.value }]),
                      style: V.value,
                      'aria-orientation': 'horizontal'
                    },
                    [
                      null == (o = a['nav-left']) ? void 0 : o.call(a),
                      b.map((e) => e.renderTitle(L)),
                      M(),
                      null == (n = a['nav-right']) ? void 0 : n.call(a)
                    ]
                  )
                ]
              ),
              null == (r = a['nav-bottom']) ? void 0 : r.call(a)
            ]
          return s ? t.createVNode('div', { ref: p }, [c]) : c
        },
        F = () => {
          O(),
            t.nextTick(() => {
              var e, t
              D(!0), null == (t = null == (e = m.value) ? void 0 : e.swipeRef.value) || t.resize()
            })
        }
      t.watch(() => [e.color, e.duration, e.lineWidth, e.lineHeight], O),
        t.watch(se, F),
        t.watch(
          () => e.active,
          (e) => {
            e !== k.value && z(e)
          }
        ),
        t.watch(
          () => b.length,
          () => {
            w.inited &&
              (z(e.active),
              O(),
              t.nextTick(() => {
                D(!0)
              }))
          }
        )
      return (
        Qe({
          resize: F,
          scrollTo: (e) => {
            t.nextTick(() => {
              z(e), E(!0)
            })
          }
        }),
        t.onActivated(O),
        Ye(O),
        H(() => {
          z(e.active, !0),
            t.nextTick(() => {
              ;(w.inited = !0), p.value && (r = P(p.value).height), D(!0)
            })
        }),
        xo(d, O),
        j(
          'scroll',
          () => {
            if (e.scrollspy && !l) {
              const e = (() => {
                for (let e = 0; e < b.length; e++) {
                  const { top: t } = P(b[e].$el)
                  if (t > B.value) return 0 === e ? 0 : e - 1
                }
                return b.length - 1
              })()
              I(e)
            }
          },
          { target: v, passive: !0 }
        ),
        y({
          id: f,
          props: e,
          setLine: O,
          scrollable: x,
          onRendered: (e, t) => n('rendered', e, t),
          currentName: k,
          setTitleRefs: g,
          scrollIntoView: D
        }),
        () =>
          t.createVNode('div', { ref: d, class: Eo([e.type]) }, [
            e.sticky
              ? t.createVNode(
                  Co,
                  { container: d.value, offsetTop: T.value, onScroll: $ },
                  { default: () => [R()] }
                )
              : R(),
            t.createVNode(
              Ao,
              {
                ref: m,
                count: b.length,
                inited: w.inited,
                animated: e.animated,
                duration: e.duration,
                swipeable: e.swipeable,
                lazyRender: e.lazyRender,
                currentIndex: w.currentIndex,
                onChange: I
              },
              {
                default: () => {
                  var e
                  return [null == (e = a.default) ? void 0 : e.call(a)]
                }
              }
            )
          ])
      )
    }
  })
  const Ro = Symbol(),
    [Fo, Ho] = Ie('tab'),
    jo = t.defineComponent({
      name: Fo,
      props: {
        id: String,
        dot: Boolean,
        type: String,
        color: String,
        title: String,
        badge: g,
        shrink: Boolean,
        isActive: Boolean,
        disabled: Boolean,
        controls: String,
        scrollable: Boolean,
        activeColor: String,
        inactiveColor: String,
        showZeroBadge: b
      },
      setup(e, { slots: n }) {
        const a = t.computed(() => {
            const t = {},
              { type: o, color: n, disabled: a, isActive: r, activeColor: l, inactiveColor: i } = e
            n &&
              'card' === o &&
              ((t.borderColor = n), a || (r ? (t.backgroundColor = n) : (t.color = n)))
            const s = r ? l : i
            return s && (t.color = s), t
          }),
          r = () => {
            const a = t.createVNode('span', { class: Ho('text', { ellipsis: !e.scrollable }) }, [
              n.title ? n.title() : e.title
            ])
            return e.dot || (o(e.badge) && '' !== e.badge)
              ? t.createVNode(
                  lt,
                  { dot: e.dot, content: e.badge, showZero: e.showZeroBadge },
                  { default: () => [a] }
                )
              : a
          }
        return () =>
          t.createVNode(
            'div',
            {
              id: e.id,
              role: 'tab',
              class: [
                Ho([
                  e.type,
                  {
                    grow: e.scrollable && !e.shrink,
                    shrink: e.shrink,
                    active: e.isActive,
                    disabled: e.disabled
                  }
                ])
              ],
              style: a.value,
              tabindex: e.disabled ? void 0 : e.isActive ? 0 : -1,
              'aria-selected': e.isActive,
              'aria-disabled': e.disabled || void 0,
              'aria-controls': e.controls
            },
            [r()]
          )
      }
    }),
    [Wo, Uo] = Ie('swipe-item')
  const Yo = We(
      t.defineComponent({
        name: Wo,
        setup(e, { slots: o }) {
          let n
          const a = t.reactive({ offset: 0, inited: !1, mounted: !1 }),
            { parent: r, index: l } = D(Po)
          if (!r) return
          const i = t.computed(() => {
              const e = {},
                { vertical: t } = r.props
              return (
                r.size.value && (e[t ? 'height' : 'width'] = `${r.size.value}px`),
                a.offset && (e.transform = `translate${t ? 'Y' : 'X'}(${a.offset}px)`),
                e
              )
            }),
            s = t.computed(() => {
              const { loop: e, lazyRender: t } = r.props
              if (!t || n) return !0
              if (!a.mounted) return !1
              const o = r.activeIndicator.value,
                i = r.count.value - 1,
                s = 0 === o && e ? i : o - 1,
                c = o === i && e ? 0 : o + 1
              return (n = l.value === o || l.value === s || l.value === c), n
            })
          return (
            t.onMounted(() => {
              t.nextTick(() => {
                a.mounted = !0
              })
            }),
            Qe({
              setOffset: (e) => {
                a.offset = e
              }
            }),
            () => {
              var e
              return t.createVNode('div', { class: Uo(), style: i.value }, [
                s.value ? (null == (e = o.default) ? void 0 : e.call(o)) : null
              ])
            }
          )
        }
      })
    ),
    [qo, Xo] = Ie('tab'),
    Go = d({}, et, {
      dot: Boolean,
      name: g,
      badge: g,
      title: String,
      disabled: Boolean,
      titleClass: h,
      titleStyle: [String, Object],
      showZeroBadge: b
    })
  const Zo = We(
      t.defineComponent({
        name: qo,
        props: Go,
        setup(e, { slots: o }) {
          const n = yo(),
            a = t.ref(!1),
            r = t.getCurrentInstance(),
            { parent: l, index: i } = D($o)
          if (!l) return
          const s = () => {
              var t
              return null != (t = e.name) ? t : i.value
            },
            c = t.computed(() => {
              const o = s() === l.currentName.value
              return (
                o &&
                  !a.value &&
                  ((a.value = !0),
                  l.props.lazyRender &&
                    t.nextTick(() => {
                      l.onRendered(s(), e.title)
                    })),
                o
              )
            }),
            d = t.ref(!c.value)
          return (
            t.watch(c, (e) => {
              e
                ? (d.value = !1)
                : T(() => {
                    d.value = !0
                  })
            }),
            t.watch(
              () => e.title,
              () => {
                l.setLine(), l.scrollIntoView()
              }
            ),
            t.provide(Ro, c),
            Qe({
              id: n,
              renderTitle: (a) =>
                t.createVNode(
                  jo,
                  t.mergeProps(
                    {
                      key: n,
                      id: `${l.id}-${i.value}`,
                      ref: l.setTitleRefs(i.value),
                      style: e.titleStyle,
                      class: e.titleClass,
                      isActive: c.value,
                      controls: n,
                      scrollable: l.scrollable.value,
                      activeColor: l.props.titleActiveColor,
                      inactiveColor: l.props.titleInactiveColor,
                      onClick: (e) => a(r.proxy, i.value, e)
                    },
                    m(l.props, ['type', 'color', 'shrink']),
                    m(e, ['dot', 'badge', 'title', 'disabled', 'showZeroBadge'])
                  ),
                  { title: o.title }
                )
            }),
            () => {
              var e
              const r = `${l.id}-${i.value}`,
                { animated: s, swipeable: u, scrollspy: p, lazyRender: m } = l.props
              if (!o.default && !s) return
              const f = p || c.value
              if (s || u)
                return t.createVNode(
                  Yo,
                  {
                    id: n,
                    role: 'tabpanel',
                    class: Xo('panel-wrapper', { inactive: d.value }),
                    tabindex: c.value ? 0 : -1,
                    'aria-hidden': !c.value,
                    'aria-labelledby': r
                  },
                  {
                    default: () => {
                      var e
                      return [
                        t.createVNode('div', { class: Xo('panel') }, [
                          null == (e = o.default) ? void 0 : e.call(o)
                        ])
                      ]
                    }
                  }
                )
              const v = a.value || p || !m ? (null == (e = o.default) ? void 0 : e.call(o)) : null
              return t.withDirectives(
                t.createVNode(
                  'div',
                  {
                    id: n,
                    role: 'tabpanel',
                    class: Xo('panel'),
                    tabindex: f ? 0 : -1,
                    'aria-labelledby': r
                  },
                  [v]
                ),
                [[t.vShow, f]]
              )
            }
          )
        }
      })
    ),
    Ko = We(Mo),
    [_o, Jo] = Ie('picker-group'),
    Qo = Symbol(_o),
    en = d({ tabs: w(), activeTab: V(0), nextStepText: String }, mo)
  var tn = t.defineComponent({
    name: _o,
    props: en,
    emits: ['confirm', 'cancel', 'update:activeTab'],
    setup(e, { emit: o, slots: n }) {
      const a = go(
          () => e.activeTab,
          (e) => o('update:activeTab', e)
        ),
        { children: r, linkChildren: l } = A(Qo)
      l()
      const i = () => +a.value < e.tabs.length - 1 && e.nextStepText,
        s = () => {
          i()
            ? (a.value = +a.value + 1)
            : o(
                'confirm',
                r.map((e) => e.confirm())
              )
        },
        c = () => o('cancel')
      return () => {
        var o
        const r = null == (o = n.default) ? void 0 : o.call(n),
          l = i() ? e.nextStepText : e.confirmButtonText
        return t.createVNode('div', { class: Jo() }, [
          t.createVNode(
            ho,
            {
              title: e.title,
              cancelButtonText: e.cancelButtonText,
              confirmButtonText: l,
              onConfirm: s,
              onCancel: c
            },
            m(n, fo)
          ),
          t.createVNode(
            Ko,
            {
              active: a.value,
              'onUpdate:active': (e) => (a.value = e),
              class: Jo('tabs'),
              shrink: !0,
              animated: !0,
              lazyRender: !1
            },
            {
              default: () => [
                e.tabs.map((e, o) =>
                  t.createVNode(
                    Zo,
                    { title: e, titleClass: Jo('tab-title') },
                    { default: () => [null == r ? void 0 : r[o]] }
                  )
                )
              ]
            }
          )
        ])
      }
    }
  })
  const on = d(
      {
        loading: Boolean,
        readonly: Boolean,
        allowHtml: Boolean,
        optionHeight: V(44),
        showToolbar: b,
        swipeDuration: V(1e3),
        visibleOptionNum: V(6)
      },
      mo
    ),
    nn = d({}, on, {
      columns: w(),
      modelValue: w(),
      toolbarPosition: N('top'),
      columnsFieldNames: Object
    })
  var an = t.defineComponent({
    name: eo,
    props: nn,
    emits: ['confirm', 'cancel', 'change', 'scrollInto', 'clickOption', 'update:modelValue'],
    setup(e, { emit: n, slots: a }) {
      const r = t.ref(),
        l = t.ref(e.modelValue.slice(0)),
        { parent: i } = D(Qo),
        { children: s, linkChildren: c } = A(co)
      c()
      const u = t.computed(() =>
          (function (e) {
            return d({ text: 'text', value: 'value', children: 'children' }, e)
          })(e.columnsFieldNames)
        ),
        p = t.computed(() => ve(e.optionHeight)),
        v = t.computed(() =>
          (function (e, t) {
            const o = e[0]
            if (o) {
              if (Array.isArray(o)) return 'multiple'
              if (t.children in o) return 'cascade'
            }
            return 'default'
          })(e.columns, u.value)
        ),
        h = t.computed(() => {
          const { columns: t } = e
          switch (v.value) {
            case 'multiple':
              return t
            case 'cascade':
              return (function (e, t, n) {
                const a = []
                let r = { [t.children]: e },
                  l = 0
                for (; r && r[t.children]; ) {
                  const e = r[t.children],
                    i = n.value[l]
                  ;(r = o(i) ? lo(e, i, t) : void 0),
                    !r && e.length && (r = lo(e, no(e)[t.value], t)),
                    l++,
                    a.push(e)
                }
                return a
              })(t, u.value, l)
            default:
              return [t]
          }
        }),
        g = t.computed(() => h.value.some((e) => e.length)),
        b = t.computed(() => h.value.map((e, t) => lo(e, l.value[t], u.value))),
        y = t.computed(() =>
          h.value.map((e, t) => e.findIndex((e) => e[u.value.value] === l.value[t]))
        ),
        w = (e, t) => {
          if (l.value[e] !== t) {
            const o = l.value.slice(0)
            ;(o[e] = t), (l.value = o)
          }
        },
        x = () => ({
          selectedValues: l.value.slice(0),
          selectedOptions: b.value,
          selectedIndexes: y.value
        }),
        V = () => {
          s.forEach((e) => e.stopMomentum())
          const e = x()
          return (
            t.nextTick(() => {
              n('confirm', e)
            }),
            e
          )
        },
        N = () => n('cancel', x()),
        k = () =>
          h.value.map((o, r) =>
            t.createVNode(
              uo,
              {
                value: l.value[r],
                fields: u.value,
                options: o,
                readonly: e.readonly,
                allowHtml: e.allowHtml,
                optionHeight: p.value,
                swipeDuration: e.swipeDuration,
                visibleOptionNum: e.visibleOptionNum,
                onChange: (e) =>
                  ((e, o) => {
                    w(o, e),
                      'cascade' === v.value &&
                        l.value.forEach((e, t) => {
                          const o = h.value[t]
                          ro(o, e, u.value) || w(t, o.length ? o[0][u.value.value] : void 0)
                        }),
                      t.nextTick(() => {
                        n('change', d({ columnIndex: o }, x()))
                      })
                  })(e, r),
                onClickOption: (e) =>
                  ((e, t) => {
                    const o = { columnIndex: t, currentOption: e }
                    n('clickOption', d(x(), o)), n('scrollInto', o)
                  })(e, r),
                onScrollInto: (e) => {
                  n('scrollInto', { currentOption: e, columnIndex: r })
                }
              },
              { option: a.option }
            )
          ),
        C = (e) => {
          if (g.value) {
            const o = { height: `${p.value}px` },
              n = { backgroundSize: `100% ${(e - p.value) / 2}px` }
            return [
              t.createVNode('div', { class: to('mask'), style: n }, null),
              t.createVNode('div', { class: [Re, to('frame')], style: o }, null)
            ]
          }
        },
        S = () => {
          const o = p.value * +e.visibleOptionNum,
            n = { height: `${o}px` }
          return t.createVNode('div', { ref: r, class: to('columns'), style: n }, [k(), C(o)])
        },
        T = () => {
          if (e.showToolbar && !i)
            return t.createVNode(
              ho,
              t.mergeProps(m(e, vo), { onConfirm: V, onCancel: N }),
              m(a, fo)
            )
        }
      let B
      t.watch(
        h,
        (e) => {
          e.forEach((e, t) => {
            e.length && !ro(e, l.value[t], u.value) && w(t, no(e)[u.value.value])
          })
        },
        { immediate: !0 }
      ),
        t.watch(
          () => e.modelValue,
          (e) => {
            f(e, l.value) || f(e, B) || ((l.value = e.slice(0)), (B = e.slice(0)))
          },
          { deep: !0 }
        ),
        t.watch(
          l,
          (t) => {
            f(t, e.modelValue) || ((B = t.slice(0)), n('update:modelValue', B))
          },
          { immediate: !0 }
        ),
        j('touchmove', le, { target: r })
      return (
        Qe({ confirm: V, getSelectedOptions: () => b.value }),
        () => {
          var o, n
          return t.createVNode('div', { class: to() }, [
            'top' === e.toolbarPosition ? T() : null,
            e.loading ? t.createVNode(Vt, { class: to('loading') }, null) : null,
            null == (o = a['columns-top']) ? void 0 : o.call(a),
            S(),
            null == (n = a['columns-bottom']) ? void 0 : n.call(a),
            'bottom' === e.toolbarPosition ? T() : null
          ])
        }
      )
    }
  })
  const rn = '000000',
    ln = ['title', 'cancel', 'confirm', 'toolbar', 'columns-top', 'columns-bottom'],
    sn = [
      'title',
      'loading',
      'readonly',
      'optionHeight',
      'swipeDuration',
      'visibleOptionNum',
      'cancelButtonText',
      'confirmButtonText'
    ],
    cn = (e = '', t = rn, o) => ({ text: e, value: t, children: o })
  function dn({ areaList: e, columnsNum: t, columnsPlaceholder: o }) {
    const { city_list: n = {}, county_list: a = {}, province_list: r = {} } = e,
      l = +t > 1,
      i = +t > 2,
      s = new Map()
    Object.keys(r).forEach((e) => {
      s.set(
        e.slice(0, 2),
        cn(
          r[e],
          e,
          (() => {
            if (l) return o.length ? [cn(o[0], rn, i ? [] : void 0)] : []
          })()
        )
      )
    })
    const c = new Map()
    if (l) {
      const e = () => {
        if (i) return o.length ? [cn(o[1])] : []
      }
      Object.keys(n).forEach((t) => {
        const o = cn(n[t], t, e())
        c.set(t.slice(0, 4), o)
        const a = s.get(t.slice(0, 2))
        a && a.children.push(o)
      })
    }
    i &&
      Object.keys(a).forEach((e) => {
        const t = c.get(e.slice(0, 4))
        t && t.children.push(cn(a[e], e))
      })
    const d = Array.from(s.values())
    if (o.length) {
      const e = i ? [cn(o[2])] : void 0,
        t = l ? [cn(o[1], rn, e)] : void 0
      d.unshift(cn(o[0], rn, t))
    }
    return d
  }
  const un = We(an),
    [pn, mn] = Ie('area'),
    fn = d({}, m(on, sn), {
      modelValue: String,
      columnsNum: V(3),
      columnsPlaceholder: w(),
      areaList: { type: Object, default: () => ({}) }
    })
  const vn = We(
      t.defineComponent({
        name: pn,
        props: fn,
        emits: ['change', 'confirm', 'cancel', 'update:modelValue'],
        setup(e, { emit: o, slots: n }) {
          const a = t.ref([]),
            r = t.ref(),
            l = t.computed(() => dn(e)),
            i = (...e) => o('change', ...e),
            s = (...e) => o('cancel', ...e),
            c = (...e) => o('confirm', ...e)
          return (
            t.watch(
              a,
              (t) => {
                const n = t.length ? t[t.length - 1] : ''
                n && n !== e.modelValue && o('update:modelValue', n)
              },
              { deep: !0 }
            ),
            t.watch(
              () => e.modelValue,
              (t) => {
                if (t) {
                  t !== (a.value.length ? a.value[a.value.length - 1] : '') &&
                    (a.value = [`${t.slice(0, 2)}0000`, `${t.slice(0, 4)}00`, t].slice(
                      0,
                      +e.columnsNum
                    ))
                } else a.value = []
              },
              { immediate: !0 }
            ),
            Qe({
              confirm: () => {
                var e
                return null == (e = r.value) ? void 0 : e.confirm()
              },
              getSelectedOptions: () => {
                var e
                return (null == (e = r.value) ? void 0 : e.getSelectedOptions()) || []
              }
            }),
            () =>
              t.createVNode(
                un,
                t.mergeProps(
                  {
                    ref: r,
                    modelValue: a.value,
                    'onUpdate:modelValue': (e) => (a.value = e),
                    class: mn(),
                    columns: l.value,
                    onChange: i,
                    onCancel: s,
                    onConfirm: c
                  },
                  m(e, sn)
                ),
                m(n, ln)
              )
          )
        }
      })
    ),
    [hn, gn] = Ie('cell'),
    bn = {
      tag: N('div'),
      icon: String,
      size: String,
      title: g,
      value: g,
      label: g,
      center: Boolean,
      isLink: Boolean,
      border: b,
      required: Boolean,
      iconPrefix: String,
      valueClass: h,
      labelClass: h,
      titleClass: h,
      titleStyle: null,
      arrowDirection: String,
      clickable: { type: Boolean, default: null }
    },
    yn = d({}, bn, et)
  const wn = We(
      t.defineComponent({
        name: hn,
        props: yn,
        setup(e, { slots: n }) {
          const a = ot(),
            r = () => {
              if (n.label || o(e.label))
                return t.createVNode('div', { class: [gn('label'), e.labelClass] }, [
                  n.label ? n.label() : e.label
                ])
            },
            l = () => {
              var a
              if (n.title || o(e.title)) {
                const o = null == (a = n.title) ? void 0 : a.call(n)
                if (Array.isArray(o) && 0 === o.length) return
                return t.createVNode(
                  'div',
                  { class: [gn('title'), e.titleClass], style: e.titleStyle },
                  [o || t.createVNode('span', null, [e.title]), r()]
                )
              }
            },
            i = () => {
              const a = n.value || n.default
              if (a || o(e.value))
                return t.createVNode('div', { class: [gn('value'), e.valueClass] }, [
                  a ? a() : t.createVNode('span', null, [e.value])
                ])
            },
            s = () => {
              if (n['right-icon']) return n['right-icon']()
              if (e.isLink) {
                const o =
                  e.arrowDirection && 'right' !== e.arrowDirection
                    ? `arrow-${e.arrowDirection}`
                    : 'arrow'
                return t.createVNode(ht, { name: o, class: gn('right-icon') }, null)
              }
            }
          return () => {
            var o
            const { tag: r, size: c, center: d, border: u, isLink: p, required: m } = e,
              f = null != (o = e.clickable) ? o : p,
              v = { center: d, required: m, clickable: f, borderless: !u }
            return (
              c && (v[c] = !!c),
              t.createVNode(
                r,
                { class: gn(v), role: f ? 'button' : void 0, tabindex: f ? 0 : void 0, onClick: a },
                {
                  default: () => {
                    var o
                    return [
                      n.icon
                        ? n.icon()
                        : e.icon
                        ? t.createVNode(
                            ht,
                            { name: e.icon, class: gn('left-icon'), classPrefix: e.iconPrefix },
                            null
                          )
                        : void 0,
                      l(),
                      i(),
                      s(),
                      null == (o = n.extra) ? void 0 : o.call(n)
                    ]
                  }
                }
              )
            )
          }
        }
      })
    ),
    [xn, Vn] = Ie('form'),
    Nn = {
      colon: Boolean,
      disabled: Boolean,
      readonly: Boolean,
      showError: Boolean,
      labelWidth: g,
      labelAlign: String,
      inputAlign: String,
      scrollToError: Boolean,
      validateFirst: Boolean,
      submitOnEnter: b,
      showErrorMessage: b,
      errorMessageAlign: String,
      validateTrigger: { type: [String, Array], default: 'onBlur' }
    }
  const kn = We(
    t.defineComponent({
      name: xn,
      props: Nn,
      emits: ['submit', 'failed'],
      setup(e, { emit: o, slots: n }) {
        const { children: a, linkChildren: r } = A(He),
          l = (e) => (e ? a.filter((t) => e.includes(t.name)) : a),
          i = (t) => {
            return 'string' == typeof t
              ? ((e) => {
                  const t = a.find((t) => t.name === e)
                  return t
                    ? new Promise((e, o) => {
                        t.validate().then((t) => {
                          t ? o(t) : e()
                        })
                      })
                    : Promise.reject()
                })(t)
              : e.validateFirst
              ? ((o = t),
                new Promise((e, t) => {
                  const n = []
                  l(o)
                    .reduce(
                      (e, t) =>
                        e.then(() => {
                          if (!n.length)
                            return t.validate().then((e) => {
                              e && n.push(e)
                            })
                        }),
                      Promise.resolve()
                    )
                    .then(() => {
                      n.length ? t(n) : e()
                    })
                }))
              : ((e) =>
                  new Promise((t, o) => {
                    const n = l(e)
                    Promise.all(n.map((e) => e.validate())).then((e) => {
                      ;(e = e.filter(Boolean)).length ? o(e) : t()
                    })
                  }))(t)
            var o
          },
          s = (e, t) => {
            a.some((o) => o.name === e && (o.$el.scrollIntoView(t), !0))
          },
          c = () =>
            a.reduce((e, t) => (void 0 !== t.name && (e[t.name] = t.formValue.value), e), {}),
          d = () => {
            const t = c()
            i()
              .then(() => o('submit', t))
              .catch((n) => {
                o('failed', { values: t, errors: n }), e.scrollToError && n[0].name && s(n[0].name)
              })
          },
          u = (e) => {
            le(e), d()
          }
        return (
          r({ props: e }),
          Qe({
            submit: d,
            validate: i,
            getValues: c,
            scrollToField: s,
            resetValidation: (e) => {
              'string' == typeof e && (e = [e])
              l(e).forEach((e) => {
                e.resetValidation()
              })
            },
            getValidationStatus: () =>
              a.reduce((e, t) => ((e[t.name] = t.getValidationStatus()), e), {})
          }),
          () => {
            var e
            return t.createVNode('form', { class: Vn(), onSubmit: u }, [
              null == (e = n.default) ? void 0 : e.call(n)
            ])
          }
        )
      }
    })
  )
  function Cn(e) {
    return Array.isArray(e) ? !e.length : 0 !== e && !e
  }
  function Sn(e, t) {
    const { message: o } = t
    return n(o) ? o(e, t) : o || ''
  }
  function Tn({ target: e }) {
    e.composing = !0
  }
  function Bn({ target: e }) {
    e.composing && ((e.composing = !1), e.dispatchEvent(new Event('input')))
  }
  function Pn(e) {
    return [...e].length
  }
  function Dn(e, t) {
    return [...e].slice(0, t).join('')
  }
  const [On, In] = Ie('field'),
    An = {
      id: String,
      name: String,
      leftIcon: String,
      rightIcon: String,
      autofocus: Boolean,
      clearable: Boolean,
      maxlength: g,
      formatter: Function,
      clearIcon: N('clear'),
      modelValue: V(''),
      inputAlign: String,
      placeholder: String,
      autocomplete: String,
      errorMessage: String,
      enterkeyhint: String,
      clearTrigger: N('focus'),
      formatTrigger: N('onChange'),
      error: { type: Boolean, default: null },
      disabled: { type: Boolean, default: null },
      readonly: { type: Boolean, default: null }
    },
    zn = d({}, bn, An, {
      rows: g,
      type: N('text'),
      rules: Array,
      autosize: [Boolean, Object],
      labelWidth: g,
      labelClass: h,
      labelAlign: String,
      showWordLimit: Boolean,
      errorMessageAlign: String,
      colon: { type: Boolean, default: null }
    })
  const En = We(
    t.defineComponent({
      name: On,
      props: zn,
      emits: [
        'blur',
        'focus',
        'clear',
        'keypress',
        'clickInput',
        'endValidate',
        'startValidate',
        'clickLeftIcon',
        'clickRightIcon',
        'update:modelValue'
      ],
      setup(e, { emit: n, slots: l }) {
        const i = yo(),
          s = t.reactive({ status: 'unvalidated', focused: !1, validateMessage: '' }),
          c = t.ref(),
          d = t.ref(),
          u = t.ref(),
          { parent: p } = D(He),
          m = () => {
            var t
            return String(null != (t = e.modelValue) ? t : '')
          },
          f = (t) => (o(e[t]) ? e[t] : p && o(p.props[t]) ? p.props[t] : void 0),
          h = t.computed(() => {
            const t = f('readonly')
            if (e.clearable && !t) {
              const t = '' !== m(),
                o = 'always' === e.clearTrigger || ('focus' === e.clearTrigger && s.focused)
              return t && o
            }
            return !1
          }),
          g = t.computed(() => (u.value && l.input ? u.value() : e.modelValue)),
          b = (e) =>
            e.reduce(
              (e, t) =>
                e.then(() => {
                  if ('failed' === s.status) return
                  let { value: e } = g
                  if (
                    (t.formatter && (e = t.formatter(e, t)),
                    !(function (e, t) {
                      if (Cn(e)) {
                        if (t.required) return !1
                        if (!1 === t.validateEmpty) return !0
                      }
                      return !(t.pattern && !t.pattern.test(String(e)))
                    })(e, t))
                  )
                    return (s.status = 'failed'), void (s.validateMessage = Sn(e, t))
                  if (t.validator) {
                    if (Cn(e) && !1 === t.validateEmpty) return
                    return (function (e, t) {
                      return new Promise((o) => {
                        const n = t.validator(e, t)
                        r(n) ? n.then(o) : o(n)
                      })
                    })(e, t).then((o) => {
                      o && 'string' == typeof o
                        ? ((s.status = 'failed'), (s.validateMessage = o))
                        : !1 === o && ((s.status = 'failed'), (s.validateMessage = Sn(e, t)))
                    })
                  }
                }),
              Promise.resolve()
            ),
          y = () => {
            ;(s.status = 'unvalidated'), (s.validateMessage = '')
          },
          w = () => n('endValidate', { status: s.status, message: s.validateMessage }),
          x = (t = e.rules) =>
            new Promise((o) => {
              y(),
                t
                  ? (n('startValidate'),
                    b(t).then(() => {
                      'failed' === s.status
                        ? (o({ name: e.name, message: s.validateMessage }), w())
                        : ((s.status = 'passed'), o(), w())
                    }))
                  : o()
            }),
          V = (t) => {
            if (p && e.rules) {
              const { validateTrigger: o } = p.props,
                n = v(o).includes(t),
                a = e.rules.filter((e) => (e.trigger ? v(e.trigger).includes(t) : n))
              a.length && x(a)
            }
          },
          N = (t, a = 'onChange') => {
            const r = t
            t = ((t) => {
              var n
              const { maxlength: a } = e
              if (o(a) && Pn(t) > +a) {
                const e = m()
                if (e && Pn(e) === +a) return e
                const o = null == (n = c.value) ? void 0 : n.selectionEnd
                if (s.focused && o) {
                  const e = [...t],
                    n = e.length - +a
                  return e.splice(o - n, n), e.join('')
                }
                return Dn(t, +a)
              }
              return t
            })(t)
            const l = Pn(r) - Pn(t)
            if ('number' === e.type || 'digit' === e.type) {
              const o = 'number' === e.type
              t = xe(t, o, o)
            }
            let i = 0
            if (e.formatter && a === e.formatTrigger) {
              const { formatter: n, maxlength: a } = e
              if (((t = n(t)), o(a) && Pn(t) > +a && (t = Dn(t, +a)), c.value && s.focused)) {
                const { selectionEnd: e } = c.value,
                  t = Dn(r, e)
                i = Pn(n(t)) - Pn(t)
              }
            }
            if (c.value && c.value.value !== t)
              if (s.focused) {
                let { selectionStart: e, selectionEnd: n } = c.value
                if (((c.value.value = t), o(e) && o(n))) {
                  const o = Pn(t)
                  l ? ((e -= l), (n -= l)) : i && ((e += i), (n += i)),
                    c.value.setSelectionRange(Math.min(e, o), Math.min(n, o))
                }
              } else c.value.value = t
            t !== e.modelValue && n('update:modelValue', t)
          },
          k = (e) => {
            e.target.composing || N(e.target.value)
          },
          C = () => {
            var e
            return null == (e = c.value) ? void 0 : e.blur()
          },
          S = () => {
            var e
            return null == (e = c.value) ? void 0 : e.focus()
          },
          T = () => {
            const t = c.value
            'textarea' === e.type &&
              e.autosize &&
              t &&
              (function (e, t) {
                const o = ee()
                e.style.height = 'auto'
                let n = e.scrollHeight
                if (a(t)) {
                  const { maxHeight: e, minHeight: o } = t
                  void 0 !== e && (n = Math.min(n, e)), void 0 !== o && (n = Math.max(n, o))
                }
                n && ((e.style.height = `${n}px`), te(o))
              })(t, e.autosize)
          },
          B = (e) => {
            ;(s.focused = !0), n('focus', e), t.nextTick(T), f('readonly') && C()
          },
          P = (e) => {
            ;(s.focused = !1),
              N(m(), 'onBlur'),
              n('blur', e),
              f('readonly') || (V('onBlur'), t.nextTick(T), ae())
          },
          O = (e) => n('clickInput', e),
          I = (e) => n('clickLeftIcon', e),
          A = (e) => n('clickRightIcon', e),
          z = t.computed(() =>
            'boolean' == typeof e.error
              ? e.error
              : !(!p || !p.props.showError || 'failed' !== s.status) || void 0
          ),
          E = t.computed(() => {
            const e = f('labelWidth'),
              t = f('labelAlign')
            if (e && 'top' !== t) return { width: de(e) }
          }),
          L = (t) => {
            if (13 === t.keyCode) {
              ;(p && p.props.submitOnEnter) || 'textarea' === e.type || le(t),
                'search' === e.type && C()
            }
            n('keypress', t)
          },
          $ = () => e.id || `${i}-input`,
          M = () => {
            const o = In('control', [
              f('inputAlign'),
              {
                error: z.value,
                custom: !!l.input,
                'min-height': 'textarea' === e.type && !e.autosize
              }
            ])
            if (l.input) return t.createVNode('div', { class: o, onClick: O }, [l.input()])
            const n = {
              id: $(),
              ref: c,
              name: e.name,
              rows: void 0 !== e.rows ? +e.rows : void 0,
              class: o,
              disabled: f('disabled'),
              readonly: f('readonly'),
              autofocus: e.autofocus,
              placeholder: e.placeholder,
              autocomplete: e.autocomplete,
              enterkeyhint: e.enterkeyhint,
              'aria-labelledby': e.label ? `${i}-label` : void 0,
              onBlur: P,
              onFocus: B,
              onInput: k,
              onClick: O,
              onChange: Bn,
              onKeypress: L,
              onCompositionend: Bn,
              onCompositionstart: Tn
            }
            return 'textarea' === e.type
              ? t.createVNode('textarea', n, null)
              : t.createVNode(
                  'input',
                  t.mergeProps(
                    'number' === (a = e.type)
                      ? { type: 'text', inputmode: 'decimal' }
                      : 'digit' === a
                      ? { type: 'tel', inputmode: 'numeric' }
                      : { type: a },
                    n
                  ),
                  null
                )
            var a
          },
          R = () => {
            const o = l['right-icon']
            if (e.rightIcon || o)
              return t.createVNode('div', { class: In('right-icon'), onClick: A }, [
                o ? o() : t.createVNode(ht, { name: e.rightIcon, classPrefix: e.iconPrefix }, null)
              ])
          },
          F = () => {
            if (e.showWordLimit && e.maxlength) {
              const o = Pn(m())
              return t.createVNode('div', { class: In('word-limit') }, [
                t.createVNode('span', { class: In('word-num') }, [o]),
                t.createTextVNode('/'),
                e.maxlength
              ])
            }
          },
          H = () => {
            if (p && !1 === p.props.showErrorMessage) return
            const o = e.errorMessage || s.validateMessage
            if (o) {
              const e = l['error-message'],
                n = f('errorMessageAlign')
              return t.createVNode('div', { class: In('error-message', n) }, [
                e ? e({ message: o }) : o
              ])
            }
          },
          W = () => [
            t.createVNode('div', { class: In('body') }, [
              M(),
              h.value && t.createVNode(ht, { ref: d, name: e.clearIcon, class: In('clear') }, null),
              R(),
              l.button && t.createVNode('div', { class: In('button') }, [l.button()])
            ]),
            F(),
            H()
          ]
        return (
          Qe({
            blur: C,
            focus: S,
            validate: x,
            formValue: g,
            resetValidation: y,
            getValidationStatus: () => s.status
          }),
          t.provide(K, { customValue: u, resetValidation: y, validateWithTrigger: V }),
          t.watch(
            () => e.modelValue,
            () => {
              N(m()), y(), V('onChange'), t.nextTick(T)
            }
          ),
          t.onMounted(() => {
            N(m(), e.formatTrigger), t.nextTick(T)
          }),
          j(
            'touchstart',
            (e) => {
              le(e), n('update:modelValue', ''), n('clear', e)
            },
            {
              target: t.computed(() => {
                var e
                return null == (e = d.value) ? void 0 : e.$el
              })
            }
          ),
          () => {
            const o = f('disabled'),
              n = f('labelAlign'),
              a = (() => {
                const o = l['left-icon']
                if (e.leftIcon || o)
                  return t.createVNode('div', { class: In('left-icon'), onClick: I }, [
                    o
                      ? o()
                      : t.createVNode(ht, { name: e.leftIcon, classPrefix: e.iconPrefix }, null)
                  ])
              })()
            return t.createVNode(
              wn,
              {
                size: e.size,
                class: In({ error: z.value, disabled: o, [`label-${n}`]: n }),
                center: e.center,
                border: e.border,
                isLink: e.isLink,
                clickable: e.clickable,
                titleStyle: E.value,
                valueClass: In('value'),
                titleClass: [In('label', [n, { required: e.required }]), e.labelClass],
                arrowDirection: e.arrowDirection
              },
              {
                icon: a && 'top' !== n ? () => a : null,
                title: () => {
                  const o = (() => {
                    const o = f('labelWidth'),
                      n = f('labelAlign'),
                      a = f('colon') ? ':' : ''
                    return l.label
                      ? [l.label(), a]
                      : e.label
                      ? t.createVNode(
                          'label',
                          {
                            id: `${i}-label`,
                            for: $(),
                            onClick: (e) => {
                              le(e), S()
                            },
                            style: 'top' === n && o ? { width: de(o) } : void 0
                          },
                          [e.label + a]
                        )
                      : void 0
                  })()
                  return 'top' === n ? [a, o].filter(Boolean) : o || []
                },
                value: W,
                extra: l.extra
              }
            )
          }
        )
      }
    })
  )
  let Ln = 0
  const [$n, Mn] = Ie('toast'),
    Rn = [
      'show',
      'overlay',
      'teleport',
      'transition',
      'overlayClass',
      'overlayStyle',
      'closeOnClickOverlay'
    ],
    Fn = {
      icon: String,
      show: Boolean,
      type: N('text'),
      overlay: Boolean,
      message: g,
      iconSize: g,
      duration: x(2e3),
      position: N('middle'),
      teleport: [String, Object],
      wordBreak: String,
      className: h,
      iconPrefix: String,
      transition: N('van-fade'),
      loadingType: String,
      forbidClick: Boolean,
      overlayClass: h,
      overlayStyle: Object,
      closeOnClick: Boolean,
      closeOnClickOverlay: Boolean
    }
  var Hn = t.defineComponent({
    name: $n,
    props: Fn,
    emits: ['update:show'],
    setup(e, { emit: n, slots: a }) {
      let r,
        l = !1
      const i = () => {
          const t = e.show && e.forbidClick
          l !== t &&
            ((l = t),
            l
              ? (Ln || document.body.classList.add('van-toast--unclickable'), Ln++)
              : Ln && (Ln--, Ln || document.body.classList.remove('van-toast--unclickable')))
        },
        s = (e) => n('update:show', e),
        c = () => {
          e.closeOnClick && s(!1)
        },
        d = () => clearTimeout(r),
        u = () => {
          const { icon: o, type: n, iconSize: a, iconPrefix: r, loadingType: l } = e
          return o || 'success' === n || 'fail' === n
            ? t.createVNode(ht, { name: o || n, size: a, class: Mn('icon'), classPrefix: r }, null)
            : 'loading' === n
            ? t.createVNode(Vt, { class: Mn('loading'), size: a, type: l }, null)
            : void 0
        },
        p = () => {
          const { type: n, message: r } = e
          return a.message
            ? t.createVNode('div', { class: Mn('text') }, [a.message()])
            : o(r) && '' !== r
            ? 'html' === n
              ? t.createVNode('div', { key: 0, class: Mn('text'), innerHTML: String(r) }, null)
              : t.createVNode('div', { class: Mn('text') }, [r])
            : void 0
        }
      return (
        t.watch(() => [e.show, e.forbidClick], i),
        t.watch(
          () => [e.show, e.type, e.message, e.duration],
          () => {
            d(),
              e.show &&
                e.duration > 0 &&
                (r = setTimeout(() => {
                  s(!1)
                }, e.duration))
          }
        ),
        t.onMounted(i),
        t.onUnmounted(i),
        () =>
          t.createVNode(
            Gt,
            t.mergeProps(
              {
                class: [
                  Mn([
                    e.position,
                    'normal' === e.wordBreak ? 'break-normal' : e.wordBreak,
                    { [e.type]: !e.icon }
                  ]),
                  e.className
                ],
                lockScroll: !1,
                onClick: c,
                onClosed: d,
                'onUpdate:show': s
              },
              m(e, Rn)
            ),
            { default: () => [u(), p()] }
          )
      )
    }
  })
  function jn() {
    const e = t.reactive({ show: !1 }),
      o = (t) => {
        e.show = t
      },
      n = (t) => {
        d(e, t, { transitionAppear: !0 }), o(!0)
      },
      a = () => o(!1)
    return Qe({ open: n, close: a, toggle: o }), { open: n, close: a, state: e, toggle: o }
  }
  function Wn(e) {
    const o = t.createApp(e),
      n = document.createElement('div')
    return (
      document.body.appendChild(n),
      {
        instance: o.mount(n),
        unmount() {
          o.unmount(), document.body.removeChild(n)
        }
      }
    )
  }
  const Un = {
    icon: '',
    type: 'text',
    message: '',
    className: '',
    overlay: !1,
    onClose: void 0,
    onOpened: void 0,
    duration: 2e3,
    teleport: 'body',
    iconSize: void 0,
    iconPrefix: void 0,
    position: 'middle',
    transition: 'van-fade',
    forbidClick: !1,
    loadingType: void 0,
    overlayClass: '',
    overlayStyle: void 0,
    closeOnClick: !1,
    closeOnClickOverlay: !1
  }
  let Yn = [],
    qn = !1,
    Xn = d({}, Un)
  const Gn = new Map()
  function Zn(e) {
    return a(e) ? e : { message: e }
  }
  function Kn() {
    if (!Yn.length || qn) {
      const e = (function () {
        const { instance: e, unmount: o } = Wn({
          setup() {
            const n = t.ref(''),
              { open: a, state: r, close: l, toggle: i } = jn(),
              s = () => {
                qn && ((Yn = Yn.filter((t) => t !== e)), o())
              }
            return (
              t.watch(n, (e) => {
                r.message = e
              }),
              (t.getCurrentInstance().render = () => {
                const e = { onClosed: s, 'onUpdate:show': i }
                return t.createVNode(Hn, t.mergeProps(r, e), null)
              }),
              { open: a, close: l, message: n }
            )
          }
        })
        return e
      })()
      Yn.push(e)
    }
    return Yn[Yn.length - 1]
  }
  function _n(e = {}) {
    if (!u) return {}
    const t = Kn(),
      o = Zn(e)
    return t.open(d({}, Xn, Gn.get(o.type || Xn.type), o)), t
  }
  const Jn = (e) => (t) => _n(d({ type: e }, Zn(t))),
    Qn = Jn('loading'),
    ea = Jn('success'),
    ta = Jn('fail')
  const oa = We(Hn),
    [na, aa] = Ie('switch'),
    ra = {
      size: g,
      loading: Boolean,
      disabled: Boolean,
      modelValue: h,
      activeColor: String,
      inactiveColor: String,
      activeValue: { type: h, default: !0 },
      inactiveValue: { type: h, default: !1 }
    }
  const la = We(
      t.defineComponent({
        name: na,
        props: ra,
        emits: ['change', 'update:modelValue'],
        setup(e, { emit: o, slots: n }) {
          const a = () => e.modelValue === e.activeValue,
            r = () => {
              if (!e.disabled && !e.loading) {
                const t = a() ? e.inactiveValue : e.activeValue
                o('update:modelValue', t), o('change', t)
              }
            },
            l = () => {
              if (e.loading) {
                const o = a() ? e.activeColor : e.inactiveColor
                return t.createVNode(Vt, { class: aa('loading'), color: o }, null)
              }
              if (n.node) return n.node()
            }
          return (
            _(() => e.modelValue),
            () => {
              var o
              const { size: i, loading: s, disabled: c, activeColor: d, inactiveColor: u } = e,
                p = a(),
                m = { fontSize: de(i), backgroundColor: p ? d : u }
              return t.createVNode(
                'div',
                {
                  role: 'switch',
                  class: aa({ on: p, loading: s, disabled: c }),
                  style: m,
                  tabindex: c ? void 0 : 0,
                  'aria-checked': p,
                  onClick: r
                },
                [
                  t.createVNode('div', { class: aa('node') }, [l()]),
                  null == (o = n.background) ? void 0 : o.call(n)
                ]
              )
            }
          )
        }
      })
    ),
    [ia, sa] = Ie('address-edit-detail'),
    ca = Ie('address-edit')[2]
  var da = t.defineComponent({
    name: ia,
    props: {
      show: Boolean,
      rows: g,
      value: String,
      rules: Array,
      focused: Boolean,
      maxlength: g,
      searchResult: Array,
      showSearchResult: Boolean
    },
    emits: ['blur', 'focus', 'input', 'selectSearch'],
    setup(e, { emit: o }) {
      const n = t.ref(),
        a = () => e.focused && e.searchResult && e.showSearchResult,
        r = () => {
          if (!a()) return
          const { searchResult: n } = e
          return n.map((e) =>
            t.createVNode(
              wn,
              {
                clickable: !0,
                key: (e.name || '') + (e.address || ''),
                icon: 'location-o',
                title: e.name,
                label: e.address,
                class: sa('search-item'),
                border: !1,
                onClick: () =>
                  ((e) => {
                    o('selectSearch', e), o('input', `${e.address || ''} ${e.name || ''}`.trim())
                  })(e)
              },
              null
            )
          )
        },
        l = (e) => o('blur', e),
        i = (e) => o('focus', e),
        s = (e) => o('input', e)
      return () => {
        if (e.show)
          return t.createVNode(t.Fragment, null, [
            t.createVNode(
              En,
              {
                autosize: !0,
                clearable: !0,
                ref: n,
                class: sa(),
                rows: e.rows,
                type: 'textarea',
                rules: e.rules,
                label: ca('addressDetail'),
                border: !a(),
                maxlength: e.maxlength,
                modelValue: e.value,
                placeholder: ca('addressDetail'),
                onBlur: l,
                onFocus: i,
                'onUpdate:modelValue': s
              },
              null
            ),
            r()
          ])
      }
    }
  })
  const [ua, pa, ma] = Ie('address-edit'),
    fa = {
      name: '',
      tel: '',
      city: '',
      county: '',
      country: '',
      province: '',
      areaCode: '',
      isDefault: !1,
      addressDetail: ''
    },
    va = {
      areaList: Object,
      isSaving: Boolean,
      isDeleting: Boolean,
      validator: Function,
      showArea: b,
      showDetail: b,
      showDelete: Boolean,
      disableArea: Boolean,
      searchResult: Array,
      telMaxlength: g,
      showSetDefault: Boolean,
      saveButtonText: String,
      areaPlaceholder: String,
      deleteButtonText: String,
      showSearchResult: Boolean,
      detailRows: V(1),
      detailMaxlength: V(200),
      areaColumnsPlaceholder: w(),
      addressInfo: { type: Object, default: () => d({}, fa) },
      telValidator: { type: Function, default: i }
    }
  const ha = We(
      t.defineComponent({
        name: ua,
        props: va,
        emits: [
          'save',
          'focus',
          'delete',
          'clickArea',
          'changeArea',
          'changeDetail',
          'selectSearch',
          'changeDefault'
        ],
        setup(e, { emit: o, slots: n }) {
          const r = t.ref(),
            l = t.reactive({}),
            i = t.ref(!1),
            s = t.ref(!1),
            c = t.computed(() => a(e.areaList) && Object.keys(e.areaList).length),
            u = t.computed(() => {
              const { province: e, city: t, county: o, areaCode: n } = l
              if (n) {
                const n = [e, t, o]
                return e && e === t && n.splice(1, 1), n.filter(Boolean).join('/')
              }
              return ''
            }),
            p = t.computed(() => {
              var t
              return (null == (t = e.searchResult) ? void 0 : t.length) && s.value
            }),
            m = (e) => {
              ;(s.value = 'addressDetail' === e), o('focus', e)
            },
            f = t.computed(() => {
              const { validator: t, telValidator: o } = e,
                n = (e, o) => ({
                  validator: (n) => {
                    if (t) {
                      const o = t(e, n)
                      if (o) return o
                    }
                    return !!n || o
                  }
                })
              return {
                name: [n('name', ma('nameEmpty'))],
                tel: [n('tel', ma('telInvalid')), { validator: o, message: ma('telInvalid') }],
                areaCode: [n('areaCode', ma('areaEmpty'))],
                addressDetail: [n('addressDetail', ma('addressEmpty'))]
              }
            }),
            v = () => o('save', l),
            h = (e) => {
              ;(l.addressDetail = e), o('changeDetail', e)
            },
            g = (e) => {
              ;(l.province = e[0].text), (l.city = e[1].text), (l.county = e[2].text)
            },
            b = ({ selectedValues: e, selectedOptions: t }) => {
              e.some((e) => e === rn)
                ? _n(ma('areaEmpty'))
                : ((i.value = !1), g(t), o('changeArea', t))
            },
            y = () => o('delete', l),
            w = () => {
              setTimeout(() => {
                s.value = !1
              })
            },
            x = () => {
              if (e.showSetDefault) {
                const e = {
                  'right-icon': () =>
                    t.createVNode(
                      la,
                      {
                        modelValue: l.isDefault,
                        'onUpdate:modelValue': (e) => (l.isDefault = e),
                        onChange: (e) => o('changeDefault', e)
                      },
                      null
                    )
                }
                return t.withDirectives(
                  t.createVNode(
                    wn,
                    { center: !0, border: !1, title: ma('defaultAddress'), class: pa('default') },
                    e
                  ),
                  [[t.vShow, !p.value]]
                )
              }
            }
          return (
            Qe({
              setAreaCode: (e) => {
                l.areaCode = e || ''
              },
              setAddressDetail: (e) => {
                l.addressDetail = e
              }
            }),
            t.watch(
              () => e.addressInfo,
              (e) => {
                d(l, fa, e),
                  t.nextTick(() => {
                    var e
                    const t = null == (e = r.value) ? void 0 : e.getSelectedOptions()
                    t && t.every((e) => e && e.value !== rn) && g(t)
                  })
              },
              { deep: !0, immediate: !0 }
            ),
            () => {
              const { disableArea: a } = e
              return t.createVNode(
                kn,
                { class: pa(), onSubmit: v },
                {
                  default: () => {
                    var d
                    return [
                      t.createVNode('div', { class: pa('fields') }, [
                        t.createVNode(
                          En,
                          {
                            modelValue: l.name,
                            'onUpdate:modelValue': (e) => (l.name = e),
                            clearable: !0,
                            label: ma('name'),
                            rules: f.value.name,
                            placeholder: ma('name'),
                            onFocus: () => m('name')
                          },
                          null
                        ),
                        t.createVNode(
                          En,
                          {
                            modelValue: l.tel,
                            'onUpdate:modelValue': (e) => (l.tel = e),
                            clearable: !0,
                            type: 'tel',
                            label: ma('tel'),
                            rules: f.value.tel,
                            maxlength: e.telMaxlength,
                            placeholder: ma('tel'),
                            onFocus: () => m('tel')
                          },
                          null
                        ),
                        t.withDirectives(
                          t.createVNode(
                            En,
                            {
                              readonly: !0,
                              label: ma('area'),
                              'is-link': !a,
                              modelValue: u.value,
                              rules: f.value.areaCode,
                              placeholder: e.areaPlaceholder || ma('area'),
                              onFocus: () => m('areaCode'),
                              onClick: () => {
                                o('clickArea'), (i.value = !a)
                              }
                            },
                            null
                          ),
                          [[t.vShow, e.showArea]]
                        ),
                        t.createVNode(
                          da,
                          {
                            show: e.showDetail,
                            rows: e.detailRows,
                            rules: f.value.addressDetail,
                            value: l.addressDetail,
                            focused: s.value,
                            maxlength: e.detailMaxlength,
                            searchResult: e.searchResult,
                            showSearchResult: e.showSearchResult,
                            onBlur: w,
                            onFocus: () => m('addressDetail'),
                            onInput: h,
                            onSelectSearch: (e) => o('selectSearch', e)
                          },
                          null
                        ),
                        null == (d = n.default) ? void 0 : d.call(n)
                      ]),
                      x(),
                      t.withDirectives(
                        t.createVNode('div', { class: pa('buttons') }, [
                          t.createVNode(
                            St,
                            {
                              block: !0,
                              round: !0,
                              type: 'primary',
                              text: e.saveButtonText || ma('save'),
                              class: pa('button'),
                              loading: e.isSaving,
                              nativeType: 'submit'
                            },
                            null
                          ),
                          e.showDelete &&
                            t.createVNode(
                              St,
                              {
                                block: !0,
                                round: !0,
                                class: pa('button'),
                                loading: e.isDeleting,
                                text: e.deleteButtonText || ma('delete'),
                                onClick: y
                              },
                              null
                            )
                        ]),
                        [[t.vShow, !p.value]]
                      ),
                      t.createVNode(
                        Gt,
                        {
                          show: i.value,
                          'onUpdate:show': (e) => (i.value = e),
                          round: !0,
                          teleport: 'body',
                          position: 'bottom',
                          lazyRender: !1
                        },
                        {
                          default: () => [
                            t.createVNode(
                              vn,
                              {
                                modelValue: l.areaCode,
                                'onUpdate:modelValue': (e) => (l.areaCode = e),
                                ref: r,
                                loading: !c.value,
                                areaList: e.areaList,
                                columnsPlaceholder: e.areaColumnsPlaceholder,
                                onConfirm: b,
                                onCancel: () => {
                                  i.value = !1
                                }
                              },
                              null
                            )
                          ]
                        }
                      )
                    ]
                  }
                }
              )
            }
          )
        }
      })
    ),
    [ga, ba] = Ie('radio-group'),
    ya = { disabled: Boolean, iconSize: g, direction: String, modelValue: h, checkedColor: String },
    wa = Symbol(ga)
  const xa = We(
      t.defineComponent({
        name: ga,
        props: ya,
        emits: ['change', 'update:modelValue'],
        setup(e, { emit: o, slots: n }) {
          const { linkChildren: a } = A(wa)
          return (
            t.watch(
              () => e.modelValue,
              (e) => o('change', e)
            ),
            a({ props: e, updateValue: (e) => o('update:modelValue', e) }),
            _(() => e.modelValue),
            () => {
              var o
              return t.createVNode('div', { class: ba([e.direction]), role: 'radiogroup' }, [
                null == (o = n.default) ? void 0 : o.call(n)
              ])
            }
          )
        }
      })
    ),
    [Va, Na] = Ie('tag'),
    ka = {
      size: String,
      mark: Boolean,
      show: b,
      type: N('default'),
      color: String,
      plain: Boolean,
      round: Boolean,
      textColor: String,
      closeable: Boolean
    }
  const Ca = We(
      t.defineComponent({
        name: Va,
        props: ka,
        emits: ['close'],
        setup(e, { slots: o, emit: n }) {
          const a = (e) => {
              e.stopPropagation(), n('close', e)
            },
            r = () => {
              var n
              const { type: r, mark: l, plain: i, round: s, size: c, closeable: d } = e,
                u = { mark: l, plain: i, round: s }
              c && (u[c] = c)
              const p =
                d &&
                t.createVNode(ht, { name: 'cross', class: [Na('close'), Fe], onClick: a }, null)
              return t.createVNode(
                'span',
                {
                  style: e.plain
                    ? { color: e.textColor || e.color, borderColor: e.color }
                    : { color: e.textColor, background: e.color },
                  class: Na([u, r])
                },
                [null == (n = o.default) ? void 0 : n.call(o), p]
              )
            }
          return () =>
            t.createVNode(
              t.Transition,
              { name: e.closeable ? 'van-fade' : void 0 },
              { default: () => [e.show ? r() : null] }
            )
        }
      })
    ),
    Sa = {
      name: h,
      shape: N('round'),
      disabled: Boolean,
      iconSize: g,
      modelValue: h,
      checkedColor: String,
      labelPosition: String,
      labelDisabled: Boolean
    }
  var Ta = t.defineComponent({
    props: d({}, Sa, {
      bem: y(Function),
      role: String,
      parent: Object,
      checked: Boolean,
      bindGroup: b
    }),
    emits: ['click', 'toggle'],
    setup(e, { emit: o, slots: n }) {
      const a = t.ref(),
        r = (t) => {
          if (e.parent && e.bindGroup) return e.parent.props[t]
        },
        l = t.computed(() => {
          if (e.parent && e.bindGroup) {
            const t = r('disabled') || e.disabled
            if ('checkbox' === e.role) {
              const o = r('modelValue').length,
                n = r('max')
              return t || (n && o >= +n && !e.checked)
            }
            return t
          }
          return e.disabled
        }),
        i = t.computed(() => r('direction')),
        s = t.computed(() => {
          const t = e.checkedColor || r('checkedColor')
          if (t && e.checked && !l.value) return { borderColor: t, backgroundColor: t }
        }),
        c = (t) => {
          const { target: n } = t,
            r = a.value,
            i = r === n || (null == r ? void 0 : r.contains(n))
          l.value || (!i && e.labelDisabled) || o('toggle'), o('click', t)
        },
        d = () => {
          const { bem: o, shape: i, checked: c } = e,
            d = e.iconSize || r('iconSize')
          return t.createVNode(
            'div',
            {
              ref: a,
              class: o('icon', [i, { disabled: l.value, checked: c }]),
              style: { fontSize: de(d) }
            },
            [
              n.icon
                ? n.icon({ checked: c, disabled: l.value })
                : t.createVNode(ht, { name: 'success', style: s.value }, null)
            ]
          )
        },
        u = () => {
          if (n.default)
            return t.createVNode(
              'span',
              { class: e.bem('label', [e.labelPosition, { disabled: l.value }]) },
              [n.default()]
            )
        }
      return () => {
        const o = 'left' === e.labelPosition ? [u(), d()] : [d(), u()]
        return t.createVNode(
          'div',
          {
            role: e.role,
            class: e.bem([{ disabled: l.value, 'label-disabled': e.labelDisabled }, i.value]),
            tabindex: l.value ? void 0 : 0,
            'aria-checked': e.checked,
            onClick: c
          },
          [o]
        )
      }
    }
  })
  const Ba = Sa,
    [Pa, Da] = Ie('radio')
  const Oa = We(
      t.defineComponent({
        name: Pa,
        props: Sa,
        emits: ['update:modelValue'],
        setup(e, { emit: o, slots: n }) {
          const { parent: a } = D(wa),
            r = () => {
              a ? a.updateValue(e.name) : o('update:modelValue', e.name)
            }
          return () =>
            t.createVNode(
              Ta,
              t.mergeProps(
                {
                  bem: Da,
                  role: 'radio',
                  parent: a,
                  checked: (a ? a.props.modelValue : e.modelValue) === e.name,
                  onToggle: r
                },
                e
              ),
              m(n, ['default', 'icon'])
            )
        }
      })
    ),
    [Ia, Aa] = Ie('address-item')
  var za = t.defineComponent({
    name: Ia,
    props: { address: y(Object), disabled: Boolean, switchable: Boolean, defaultTagText: String },
    emits: ['edit', 'click', 'select'],
    setup(e, { slots: o, emit: n }) {
      const a = () => {
          e.switchable && n('select'), n('click')
        },
        r = () =>
          t.createVNode(
            ht,
            {
              name: 'edit',
              class: Aa('edit'),
              onClick: (e) => {
                e.stopPropagation(), n('edit'), n('click')
              }
            },
            null
          ),
        l = () => {
          const { address: n, disabled: a, switchable: r } = e,
            l = [
              t.createVNode('div', { class: Aa('name') }, [
                `${n.name} ${n.tel}`,
                o.tag
                  ? o.tag(e.address)
                  : e.address.isDefault && e.defaultTagText
                  ? t.createVNode(
                      Ca,
                      { type: 'primary', round: !0, class: Aa('tag') },
                      { default: () => [e.defaultTagText] }
                    )
                  : void 0
              ]),
              t.createVNode('div', { class: Aa('address') }, [n.address])
            ]
          return r && !a
            ? t.createVNode(Oa, { name: n.id, iconSize: 18 }, { default: () => [l] })
            : l
        }
      return () => {
        var n
        const { disabled: i } = e
        return t.createVNode('div', { class: Aa({ disabled: i }), onClick: a }, [
          t.createVNode(wn, { border: !1, titleClass: Aa('title') }, { title: l, 'right-icon': r }),
          null == (n = o.bottom) ? void 0 : n.call(o, d({}, e.address, { disabled: i }))
        ])
      }
    }
  })
  const [Ea, La, $a] = Ie('address-list'),
    Ma = {
      list: w(),
      modelValue: g,
      switchable: b,
      disabledText: String,
      disabledList: w(),
      addButtonText: String,
      defaultTagText: String
    }
  const Ra = We(
      t.defineComponent({
        name: Ea,
        props: Ma,
        emits: [
          'add',
          'edit',
          'select',
          'clickItem',
          'editDisabled',
          'selectDisabled',
          'update:modelValue'
        ],
        setup(e, { slots: o, emit: n }) {
          const a = (a, r) => {
            if (a)
              return a.map((a, l) =>
                ((a, r, l) =>
                  t.createVNode(
                    za,
                    {
                      key: a.id,
                      address: a,
                      disabled: l,
                      switchable: e.switchable,
                      defaultTagText: e.defaultTagText,
                      onEdit: () => n(l ? 'editDisabled' : 'edit', a, r),
                      onClick: () => n('clickItem', a, r),
                      onSelect: () => {
                        n(l ? 'selectDisabled' : 'select', a, r), l || n('update:modelValue', a.id)
                      }
                    },
                    { bottom: o['item-bottom'], tag: o.tag }
                  ))(a, l, r)
              )
          }
          return () => {
            var r, l
            const i = a(e.list),
              s = a(e.disabledList, !0),
              c =
                e.disabledText &&
                t.createVNode('div', { class: La('disabled-text') }, [e.disabledText])
            return t.createVNode('div', { class: La() }, [
              null == (r = o.top) ? void 0 : r.call(o),
              t.createVNode(xa, { modelValue: e.modelValue }, { default: () => [i] }),
              c,
              s,
              null == (l = o.default) ? void 0 : l.call(o),
              t.createVNode('div', { class: [La('bottom'), 'van-safe-area-bottom'] }, [
                t.createVNode(
                  St,
                  {
                    round: !0,
                    block: !0,
                    type: 'primary',
                    text: e.addButtonText || $a('add'),
                    class: La('add'),
                    onClick: () => n('add')
                  },
                  null
                )
              ])
            ])
          }
        }
      })
    ),
    Fa =
      k &&
      'IntersectionObserver' in window &&
      'IntersectionObserverEntry' in window &&
      'intersectionRatio' in window.IntersectionObserverEntry.prototype,
    Ha = 'event',
    ja = 'observer'
  function Wa(e, t) {
    if (!e.length) return
    const o = e.indexOf(t)
    return o > -1 ? e.splice(o, 1) : void 0
  }
  function Ua(e, t) {
    if ('IMG' !== e.tagName || !e.getAttribute('data-srcset')) return
    let o = e.getAttribute('data-srcset')
    const n = e.parentNode.offsetWidth * t
    let a, r, l
    o = o.trim().split(',')
    const i = o.map(
      (e) => (
        (e = e.trim()),
        (a = e.lastIndexOf(' ')),
        -1 === a
          ? ((r = e), (l = 999998))
          : ((r = e.substr(0, a)), (l = parseInt(e.substr(a + 1, e.length - a - 2), 10))),
        [l, r]
      )
    )
    i.sort((e, t) => {
      if (e[0] < t[0]) return 1
      if (e[0] > t[0]) return -1
      if (e[0] === t[0]) {
        if (-1 !== t[1].indexOf('.webp', t[1].length - 5)) return 1
        if (-1 !== e[1].indexOf('.webp', e[1].length - 5)) return -1
      }
      return 0
    })
    let s,
      c = ''
    for (let d = 0; d < i.length; d++) {
      ;(s = i[d]), (c = s[1])
      const e = i[d + 1]
      if (e && e[0] < n) {
        c = s[1]
        break
      }
      if (!e) {
        c = s[1]
        break
      }
    }
    return c
  }
  const Ya = (e = 1) => (k && window.devicePixelRatio) || e
  function qa() {
    if (!k) return !1
    let e = !0
    try {
      const t = document.createElement('canvas')
      t.getContext &&
        t.getContext('2d') &&
        (e = 0 === t.toDataURL('image/webp').indexOf('data:image/webp'))
    } catch (t) {
      e = !1
    }
    return e
  }
  function Xa(e, t) {
    let o = null,
      n = 0
    return function (...a) {
      if (o) return
      const r = () => {
        ;(n = Date.now()), (o = !1), e.apply(this, a)
      }
      Date.now() - n >= t ? r() : (o = setTimeout(r, t))
    }
  }
  function Ga(e, t, o) {
    e.addEventListener(t, o, { capture: !1, passive: !0 })
  }
  function Za(e, t, o) {
    e.removeEventListener(t, o, !1)
  }
  const Ka = (e, t, o) => {
    const n = new Image()
    if (!e || !e.src) return o(new Error('image src is required'))
    ;(n.src = e.src),
      e.cors && (n.crossOrigin = e.cors),
      (n.onload = () =>
        t({ naturalHeight: n.naturalHeight, naturalWidth: n.naturalWidth, src: n.src })),
      (n.onerror = (e) => o(e))
  }
  class _a {
    constructor({ max: e }) {
      ;(this.options = { max: e || 100 }), (this.caches = [])
    }
    has(e) {
      return this.caches.indexOf(e) > -1
    }
    add(e) {
      this.has(e) || (this.caches.push(e), this.caches.length > this.options.max && this.free())
    }
    free() {
      this.caches.shift()
    }
  }
  const [Ja, Qa] = Ie('back-top'),
    er = {
      right: g,
      bottom: g,
      zIndex: g,
      target: [String, Object],
      offset: V(200),
      immediate: Boolean,
      teleport: { type: [String, Object], default: 'body' }
    }
  const tr = We(
    t.defineComponent({
      name: Ja,
      inheritAttrs: !1,
      props: er,
      emits: ['click'],
      setup(e, { emit: o, slots: n, attrs: a }) {
        const r = t.ref(!1),
          l = t.ref(),
          i = t.ref(),
          s = t.computed(() => d(pe(e.zIndex), { right: de(e.right), bottom: de(e.bottom) })),
          c = (t) => {
            var n
            o('click', t),
              null == (n = i.value) ||
                n.scrollTo({ top: 0, behavior: e.immediate ? 'auto' : 'smooth' })
          },
          p = () => {
            r.value = !!i.value && J(i.value) >= +e.offset
          },
          m = () => {
            u &&
              t.nextTick(() => {
                ;(i.value = e.target
                  ? (() => {
                      const { target: t } = e
                      if ('string' != typeof t) return t
                      {
                        const e = document.querySelector(t)
                        if (e) return e
                      }
                    })()
                  : G(l.value)),
                  p()
              })
          }
        return (
          j('scroll', Xa(p, 100), { target: i }),
          t.onMounted(m),
          t.watch(() => e.target, m),
          () => {
            const o = t.createVNode(
              'div',
              t.mergeProps(
                {
                  ref: e.teleport ? void 0 : l,
                  class: Qa({ active: r.value }),
                  style: s.value,
                  onClick: c
                },
                a
              ),
              [
                n.default
                  ? n.default()
                  : t.createVNode(ht, { name: 'back-top', class: Qa('icon') }, null)
              ]
            )
            return e.teleport
              ? [
                  t.createVNode('div', { ref: l, class: Qa('placeholder') }, null),
                  t.createVNode(t.Teleport, { to: e.teleport }, { default: () => [o] })
                ]
              : o
          }
        )
      }
    })
  )
  const or = {
      top: V(10),
      rows: V(4),
      duration: V(4e3),
      autoPlay: b,
      delay: x(300),
      modelValue: w()
    },
    [nr, ar] = Ie('barrage')
  const rr = We(
      t.defineComponent({
        name: nr,
        props: or,
        emits: ['update:modelValue'],
        setup(e, { emit: o, slots: n }) {
          const a = t.ref(),
            r = ar('item'),
            l = t.ref(0),
            i = [],
            s = t.ref(!0),
            c = t.ref(e.autoPlay),
            d = ({ id: t, text: n }, d) => {
              var u
              const p = ((t, o = e.delay) => {
                const n = document.createElement('span')
                return (
                  (n.className = r),
                  (n.innerText = String(t)),
                  (n.style.animationDuration = `${e.duration}ms`),
                  (n.style.animationDelay = `${o}ms`),
                  (n.style.animationName = 'van-barrage'),
                  (n.style.animationTimingFunction = 'linear'),
                  n
                )
              })(n, s.value ? d * e.delay : void 0)
              e.autoPlay || !1 !== c.value || (p.style.animationPlayState = 'paused'),
                null == (u = a.value) || u.append(p),
                l.value++
              const m = ((l.value - 1) % +e.rows) * p.offsetHeight + +e.top
              ;(p.style.top = `${m}px`),
                (p.dataset.id = String(t)),
                i.push(p),
                p.addEventListener('animationend', () => {
                  o(
                    'update:modelValue',
                    [...e.modelValue].filter((e) => String(e.id) !== p.dataset.id)
                  )
                })
            },
            u = (e, t) => {
              const o = new Map(t.map((e) => [e.id, e]))
              e.forEach((e, t) => {
                o.has(e.id) ? o.delete(e.id) : d(e, t)
              }),
                o.forEach((e) => {
                  const t = i.findIndex((t) => t.dataset.id === String(e.id))
                  t > -1 && (i[t].remove(), i.splice(t, 1))
                }),
                (s.value = !1)
            }
          t.watch(
            () => e.modelValue.slice(),
            (e, t) => u(null != e ? e : [], null != t ? t : []),
            { deep: !0 }
          )
          const p = t.ref({})
          t.onMounted(() => {
            return (
              (o = this),
              (n = null),
              (r = function* () {
                var o
                ;(p.value['--move-distance'] = `-${
                  null == (o = a.value) ? void 0 : o.offsetWidth
                }px`),
                  yield t.nextTick(),
                  u(e.modelValue, [])
              }),
              new Promise((e, t) => {
                var a = (e) => {
                    try {
                      i(r.next(e))
                    } catch (o) {
                      t(o)
                    }
                  },
                  l = (e) => {
                    try {
                      i(r.throw(e))
                    } catch (o) {
                      t(o)
                    }
                  },
                  i = (t) => (t.done ? e(t.value) : Promise.resolve(t.value).then(a, l))
                i((r = r.apply(o, n)).next())
              })
            )
            var o, n, r
          })
          return (
            Qe({
              play: () => {
                ;(c.value = !0),
                  i.forEach((e) => {
                    e.style.animationPlayState = 'running'
                  })
              },
              pause: () => {
                ;(c.value = !1),
                  i.forEach((e) => {
                    e.style.animationPlayState = 'paused'
                  })
              }
            }),
            () => {
              var e
              return t.createVNode('div', { class: ar(), ref: a, style: p.value }, [
                null == (e = n.default) ? void 0 : e.call(n)
              ])
            }
          )
        }
      })
    ),
    [lr, ir, sr] = Ie('calendar')
  function cr(e, t) {
    const o = e.getFullYear(),
      n = t.getFullYear()
    if (o === n) {
      const o = e.getMonth(),
        n = t.getMonth()
      return o === n ? 0 : o > n ? 1 : -1
    }
    return o > n ? 1 : -1
  }
  function dr(e, t) {
    const o = cr(e, t)
    if (0 === o) {
      const o = e.getDate(),
        n = t.getDate()
      return o === n ? 0 : o > n ? 1 : -1
    }
    return o
  }
  const ur = (e) => new Date(e),
    pr = (e) => (Array.isArray(e) ? e.map(ur) : ur(e))
  function mr(e, t) {
    const o = ur(e)
    return o.setDate(o.getDate() + t), o
  }
  const fr = (e) => mr(e, -1),
    vr = (e) => mr(e, 1),
    hr = () => {
      const e = new Date()
      return e.setHours(0, 0, 0, 0), e
    }
  const gr = d({}, on, {
      modelValue: w(),
      filter: Function,
      formatter: { type: Function, default: (e, t) => t }
    }),
    br = Object.keys(on)
  const yr = (e, t) => 32 - new Date(e, t - 1, 32).getDate(),
    wr = (e, t, o, n, a) => {
      const r = (function (e, t) {
        if (e < 0) return []
        const o = Array(e)
        let n = -1
        for (; ++n < e; ) o[n] = t(n)
        return o
      })(t - e + 1, (t) => {
        const a = be(e + t)
        return n(o, { text: a, value: a })
      })
      return a ? a(o, r) : r
    },
    xr = (e, t) =>
      e.map((e, o) => {
        const n = t[o]
        if (n.length) {
          const t = +n[0].value,
            o = +n[n.length - 1].value
          return be(ye(+e, t, o))
        }
        return e
      }),
    [Vr] = Ie('calendar-day')
  var Nr = t.defineComponent({
    name: Vr,
    props: { item: y(Object), color: String, index: Number, offset: x(0), rowHeight: String },
    emits: ['click'],
    setup(e, { emit: o, slots: n }) {
      const a = t.computed(() => {
          var t
          const { item: o, index: n, color: a, offset: r, rowHeight: l } = e,
            i = { height: l }
          if ('placeholder' === o.type) return (i.width = '100%'), i
          if ((0 === n && (i.marginLeft = (100 * r) / 7 + '%'), a))
            switch (o.type) {
              case 'end':
              case 'start':
              case 'start-end':
              case 'multiple-middle':
              case 'multiple-selected':
                i.background = a
                break
              case 'middle':
                i.color = a
            }
          return (
            r + ((null == (t = o.date) ? void 0 : t.getDate()) || 1) > 28 && (i.marginBottom = 0), i
          )
        }),
        r = () => {
          'disabled' !== e.item.type && o('click', e.item)
        },
        l = () => {
          const { topInfo: o } = e.item
          if (o || n['top-info'])
            return t.createVNode('div', { class: ir('top-info') }, [
              n['top-info'] ? n['top-info'](e.item) : o
            ])
        },
        i = () => {
          const { bottomInfo: o } = e.item
          if (o || n['bottom-info'])
            return t.createVNode('div', { class: ir('bottom-info') }, [
              n['bottom-info'] ? n['bottom-info'](e.item) : o
            ])
        },
        s = () => {
          const { item: o, color: n, rowHeight: a } = e,
            { type: r, text: s } = o,
            c = [l(), s, i()]
          return 'selected' === r
            ? t.createVNode(
                'div',
                { class: ir('selected-day'), style: { width: a, height: a, background: n } },
                [c]
              )
            : c
        }
      return () => {
        const { type: o, className: n } = e.item
        return 'placeholder' === o
          ? t.createVNode('div', { class: ir('day'), style: a.value }, null)
          : t.createVNode(
              'div',
              {
                role: 'gridcell',
                style: a.value,
                class: [ir('day', o), n],
                tabindex: 'disabled' === o ? void 0 : -1,
                onClick: r
              },
              [s()]
            )
      }
    }
  })
  const [kr] = Ie('calendar-month'),
    Cr = {
      date: y(Date),
      type: String,
      color: String,
      minDate: y(Date),
      maxDate: y(Date),
      showMark: Boolean,
      rowHeight: g,
      formatter: Function,
      lazyRender: Boolean,
      currentDate: [Date, Array],
      allowSameDay: Boolean,
      showSubtitle: Boolean,
      showMonthTitle: Boolean,
      firstDayOfWeek: Number
    }
  var Sr = t.defineComponent({
    name: kr,
    props: Cr,
    emits: ['click'],
    setup(e, { emit: o, slots: n }) {
      const [a, r] = (function (e = !1) {
          const o = t.ref(e)
          return [
            o,
            (e = !o.value) => {
              o.value = e
            }
          ]
        })(),
        l = t.ref(),
        i = t.ref(),
        s = qe(i),
        c = t.computed(() => {
          return (t = e.date), sr('monthTitle', t.getFullYear(), t.getMonth() + 1)
          var t
        }),
        d = t.computed(() => de(e.rowHeight)),
        u = t.computed(() => {
          const t = e.date.getDay()
          return e.firstDayOfWeek ? (t + 7 - e.firstDayOfWeek) % 7 : t
        }),
        p = t.computed(() => yr(e.date.getFullYear(), e.date.getMonth() + 1)),
        f = t.computed(() => a.value || !e.lazyRender),
        v = (t) => {
          const { type: o, minDate: n, maxDate: a, currentDate: r } = e
          if (dr(t, n) < 0 || dr(t, a) > 0) return 'disabled'
          if (null === r) return ''
          if (Array.isArray(r)) {
            if ('multiple' === o)
              return ((t) => {
                const o = (t) => e.currentDate.some((e) => 0 === dr(e, t))
                if (o(t)) {
                  const e = fr(t),
                    n = vr(t),
                    a = o(e),
                    r = o(n)
                  return a && r ? 'multiple-middle' : a ? 'end' : r ? 'start' : 'multiple-selected'
                }
                return ''
              })(t)
            if ('range' === o)
              return ((t) => {
                const [o, n] = e.currentDate
                if (!o) return ''
                const a = dr(t, o)
                if (!n) return 0 === a ? 'start' : ''
                const r = dr(t, n)
                return e.allowSameDay && 0 === a && 0 === r
                  ? 'start-end'
                  : 0 === a
                  ? 'start'
                  : 0 === r
                  ? 'end'
                  : a > 0 && r < 0
                  ? 'middle'
                  : ''
              })(t)
          } else if ('single' === o) return 0 === dr(t, r) ? 'selected' : ''
          return ''
        },
        h = (t) => {
          if ('range' === e.type) {
            if ('start' === t || 'end' === t) return sr(t)
            if ('start-end' === t) return `${sr('start')}/${sr('end')}`
          }
        },
        g = () => {
          if (e.showMonthTitle)
            return t.createVNode('div', { class: ir('month-title') }, [
              n['month-title'] ? n['month-title']({ date: e.date, text: c.value }) : c.value
            ])
        },
        b = () => {
          if (e.showMark && f.value)
            return t.createVNode('div', { class: ir('month-mark') }, [e.date.getMonth() + 1])
        },
        y = t.computed(() => {
          const e = Math.ceil((p.value + u.value) / 7)
          return Array(e).fill({ type: 'placeholder' })
        }),
        w = t.computed(() => {
          const t = [],
            o = e.date.getFullYear(),
            n = e.date.getMonth()
          for (let a = 1; a <= p.value; a++) {
            const r = new Date(o, n, a),
              l = v(r)
            let i = { date: r, type: l, text: a, bottomInfo: h(l) }
            e.formatter && (i = e.formatter(i)), t.push(i)
          }
          return t
        }),
        x = t.computed(() => w.value.filter((e) => 'disabled' === e.type)),
        V = (a, r) =>
          t.createVNode(
            Nr,
            {
              item: a,
              index: r,
              color: e.color,
              offset: u.value,
              rowHeight: d.value,
              onClick: (e) => o('click', e)
            },
            m(n, ['top-info', 'bottom-info'])
          )
      return (
        Qe({
          getTitle: () => c.value,
          getHeight: () => s.value,
          setVisible: r,
          scrollToDate: (e, t) => {
            if (l.value) {
              const o = P(l.value),
                n = y.value.length,
                a = ((Math.ceil((t.getDate() + u.value) / 7) - 1) * o.height) / n
              Q(e, o.top + a + e.scrollTop - P(e).top)
            }
          },
          disabledDays: x
        }),
        () =>
          t.createVNode('div', { class: ir('month'), ref: i }, [
            g(),
            t.createVNode('div', { ref: l, role: 'grid', class: ir('days') }, [
              b(),
              (f.value ? w : y).value.map(V)
            ])
          ])
      )
    }
  })
  const [Tr] = Ie('calendar-header')
  var Br = t.defineComponent({
    name: Tr,
    props: {
      date: Date,
      title: String,
      subtitle: String,
      showTitle: Boolean,
      showSubtitle: Boolean,
      firstDayOfWeek: Number
    },
    emits: ['clickSubtitle'],
    setup(e, { slots: o, emit: n }) {
      const a = () => {
          if (e.showTitle) {
            const n = e.title || sr('title'),
              a = o.title ? o.title() : n
            return t.createVNode('div', { class: ir('header-title') }, [a])
          }
        },
        r = (e) => n('clickSubtitle', e),
        l = () => {
          if (e.showSubtitle) {
            const n = o.subtitle ? o.subtitle({ date: e.date, text: e.subtitle }) : e.subtitle
            return t.createVNode('div', { class: ir('header-subtitle'), onClick: r }, [n])
          }
        },
        i = () => {
          const { firstDayOfWeek: o } = e,
            n = sr('weekdays'),
            a = [...n.slice(o, 7), ...n.slice(0, o)]
          return t.createVNode('div', { class: ir('weekdays') }, [
            a.map((e) => t.createVNode('span', { class: ir('weekday') }, [e]))
          ])
        }
      return () => t.createVNode('div', { class: ir('header') }, [a(), l(), i()])
    }
  })
  const Pr = {
    show: Boolean,
    type: N('single'),
    title: String,
    color: String,
    round: b,
    readonly: Boolean,
    poppable: b,
    maxRange: V(null),
    position: N('bottom'),
    teleport: [String, Object],
    showMark: b,
    showTitle: b,
    formatter: Function,
    rowHeight: g,
    confirmText: String,
    rangePrompt: String,
    lazyRender: b,
    showConfirm: b,
    defaultDate: [Date, Array],
    allowSameDay: Boolean,
    showSubtitle: b,
    closeOnPopstate: b,
    showRangePrompt: b,
    confirmDisabledText: String,
    closeOnClickOverlay: b,
    safeAreaInsetTop: Boolean,
    safeAreaInsetBottom: b,
    minDate: { type: Date, validator: l, default: hr },
    maxDate: {
      type: Date,
      validator: l,
      default: () => {
        const e = hr()
        return new Date(e.getFullYear(), e.getMonth() + 6, e.getDate())
      }
    },
    firstDayOfWeek: { type: g, default: 0, validator: (e) => e >= 0 && e <= 6 }
  }
  const Dr = We(
      t.defineComponent({
        name: lr,
        props: Pr,
        emits: [
          'select',
          'confirm',
          'unselect',
          'monthShow',
          'overRange',
          'update:show',
          'clickSubtitle'
        ],
        setup(e, { emit: o, slots: n }) {
          const a = (t, o = e.minDate, n = e.maxDate) =>
              -1 === dr(t, o) ? o : 1 === dr(t, n) ? n : t,
            r = (t = e.defaultDate) => {
              const { type: o, minDate: n, maxDate: r, allowSameDay: l } = e
              if (null === t) return t
              const i = hr()
              if ('range' === o) {
                Array.isArray(t) || (t = [])
                return [a(t[0] || i, n, l ? r : fr(r)), a(t[1] || i, l ? n : vr(n))]
              }
              return 'multiple' === o
                ? Array.isArray(t)
                  ? t.map((e) => a(e))
                  : [a(i)]
                : ((t && !Array.isArray(t)) || (t = i), a(t))
            }
          let i
          const s = t.ref(),
            c = t.ref({ text: '', date: void 0 }),
            d = t.ref(r()),
            [u, p] = wo(),
            f = t.computed(() => (e.firstDayOfWeek ? +e.firstDayOfWeek % 7 : 0)),
            v = t.computed(() => {
              const t = [],
                o = new Date(e.minDate)
              o.setDate(1)
              do {
                t.push(new Date(o)), o.setMonth(o.getMonth() + 1)
              } while (1 !== cr(o, e.maxDate))
              return t
            }),
            h = t.computed(() => {
              if (d.value) {
                if ('range' === e.type) return !d.value[0] || !d.value[1]
                if ('multiple' === e.type) return !d.value.length
              }
              return !d.value
            }),
            g = () => {
              const e = J(s.value),
                t = e + i,
                n = v.value.map((e, t) => u.value[t].getHeight())
              if (t > n.reduce((e, t) => e + t, 0) && e > 0) return
              let a,
                r = 0
              const l = [-1, -1]
              for (let i = 0; i < v.value.length; i++) {
                const s = u.value[i]
                r <= t &&
                  r + n[i] >= e &&
                  ((l[1] = i),
                  a || ((a = s), (l[0] = i)),
                  u.value[i].showed ||
                    ((u.value[i].showed = !0),
                    o('monthShow', { date: s.date, title: s.getTitle() }))),
                  (r += n[i])
              }
              v.value.forEach((e, t) => {
                const o = t >= l[0] - 1 && t <= l[1] + 1
                u.value[t].setVisible(o)
              }),
                a && (c.value = { text: a.getTitle(), date: a.date })
            },
            b = (e) => {
              C(() => {
                v.value.some(
                  (t, o) => 0 === cr(t, e) && (s.value && u.value[o].scrollToDate(s.value, e), !0)
                ),
                  g()
              })
            },
            y = () => {
              if (!e.poppable || e.show)
                if (d.value) {
                  const t = 'single' === e.type ? d.value : d.value[0]
                  l(t) && b(t)
                } else C(g)
            },
            w = () => {
              ;(e.poppable && !e.show) ||
                (C(() => {
                  i = Math.floor(P(s).height)
                }),
                y())
            },
            x = (e = r()) => {
              ;(d.value = e), y()
            },
            V = () => {
              var e
              return o('confirm', null != (e = d.value) ? e : pr(d.value))
            },
            N = (t, n) => {
              const a = (e) => {
                ;(d.value = e), o('select', pr(e))
              }
              if (n && 'range' === e.type) {
                const n = ((t) => {
                  const { maxRange: n, rangePrompt: a, showRangePrompt: r } = e
                  return !(
                    n &&
                    (function (e) {
                      const t = e[0].getTime()
                      return (e[1].getTime() - t) / 864e5 + 1
                    })(t) > +n &&
                    (r && _n(a || sr('rangePrompt', n)), o('overRange'), 1)
                  )
                })(t)
                if (!n) return void a([t[0], mr(t[0], +e.maxRange - 1)])
              }
              a(t), n && !e.showConfirm && V()
            },
            k = t.computed(() =>
              u.value.reduce((e, t) => {
                var o, n
                return (
                  e.push(
                    ...(null != (n = null == (o = t.disabledDays) ? void 0 : o.value) ? n : [])
                  ),
                  e
                )
              }, [])
            ),
            S = (t) => {
              if (e.readonly || !t.date) return
              const { date: n } = t,
                { type: a } = e
              if ('range' === a) {
                if (!d.value) return void N([n])
                const [t, o] = d.value
                if (t && !o) {
                  const o = dr(n, t)
                  if (1 === o) {
                    const e = ((e, t, o) => {
                      var n
                      return null ==
                        (n = e.find((e) => -1 === dr(t, e.date) && -1 === dr(e.date, o)))
                        ? void 0
                        : n.date
                    })(k.value, t, n)
                    if (e) {
                      const o = fr(e)
                      ;-1 === dr(t, o) ? N([t, o]) : N([n])
                    } else N([t, n], !0)
                  } else -1 === o ? N([n]) : e.allowSameDay && N([n, n], !0)
                } else N([n])
              } else if ('multiple' === a) {
                if (!d.value) return void N([n])
                const t = d.value,
                  a = t.findIndex((e) => 0 === dr(e, n))
                if (-1 !== a) {
                  const [e] = t.splice(a, 1)
                  o('unselect', ur(e))
                } else
                  e.maxRange && t.length >= +e.maxRange
                    ? _n(e.rangePrompt || sr('rangePrompt', e.maxRange))
                    : N([...t, n])
              } else N(n, !0)
            },
            T = (e) => o('update:show', e),
            B = (o, a) => {
              const r = 0 !== a || !e.showSubtitle
              return t.createVNode(
                Sr,
                t.mergeProps(
                  {
                    ref: p(a),
                    date: o,
                    currentDate: d.value,
                    showMonthTitle: r,
                    firstDayOfWeek: f.value
                  },
                  m(e, [
                    'type',
                    'color',
                    'minDate',
                    'maxDate',
                    'showMark',
                    'formatter',
                    'rowHeight',
                    'lazyRender',
                    'showSubtitle',
                    'allowSameDay'
                  ]),
                  { onClick: S }
                ),
                m(n, ['top-info', 'bottom-info', 'month-title'])
              )
            },
            D = () => {
              if (n.footer) return n.footer()
              if (e.showConfirm) {
                const o = n['confirm-text'],
                  a = h.value,
                  r = a ? e.confirmDisabledText : e.confirmText
                return t.createVNode(
                  St,
                  {
                    round: !0,
                    block: !0,
                    type: 'primary',
                    color: e.color,
                    class: ir('confirm'),
                    disabled: a,
                    nativeType: 'button',
                    onClick: V
                  },
                  { default: () => [o ? o({ disabled: a }) : r || sr('confirm')] }
                )
              }
            },
            O = () =>
              t.createVNode('div', { class: ir() }, [
                t.createVNode(
                  Br,
                  {
                    date: c.value.date,
                    title: e.title,
                    subtitle: c.value.text,
                    showTitle: e.showTitle,
                    showSubtitle: e.showSubtitle,
                    firstDayOfWeek: f.value,
                    onClickSubtitle: (e) => o('clickSubtitle', e)
                  },
                  m(n, ['title', 'subtitle'])
                ),
                t.createVNode('div', { ref: s, class: ir('body'), onScroll: g }, [v.value.map(B)]),
                t.createVNode(
                  'div',
                  { class: [ir('footer'), { 'van-safe-area-bottom': e.safeAreaInsetBottom }] },
                  [D()]
                )
              ])
          return (
            t.watch(() => e.show, w),
            t.watch(
              () => [e.type, e.minDate, e.maxDate],
              () => x(r(d.value))
            ),
            t.watch(
              () => e.defaultDate,
              (e = null) => {
                ;(d.value = e), y()
              }
            ),
            Qe({ reset: x, scrollToDate: b, getSelectedDate: () => d.value }),
            H(w),
            () =>
              e.poppable
                ? t.createVNode(
                    Gt,
                    {
                      show: e.show,
                      class: ir('popup'),
                      round: e.round,
                      position: e.position,
                      closeable: e.showTitle || e.showSubtitle,
                      teleport: e.teleport,
                      closeOnPopstate: e.closeOnPopstate,
                      safeAreaInsetTop: e.safeAreaInsetTop,
                      closeOnClickOverlay: e.closeOnClickOverlay,
                      'onUpdate:show': T
                    },
                    { default: O }
                  )
                : O()
          )
        }
      })
    ),
    [Or, Ir] = Ie('image'),
    Ar = {
      src: String,
      alt: String,
      fit: String,
      position: String,
      round: Boolean,
      block: Boolean,
      width: g,
      height: g,
      radius: g,
      lazyLoad: Boolean,
      iconSize: g,
      showError: b,
      errorIcon: N('photo-fail'),
      iconPrefix: String,
      showLoading: b,
      loadingIcon: N('photo')
    }
  const zr = We(
      t.defineComponent({
        name: Or,
        props: Ar,
        emits: ['load', 'error'],
        setup(e, { emit: n, slots: a }) {
          const r = t.ref(!1),
            l = t.ref(!0),
            i = t.ref(),
            { $Lazyload: s } = t.getCurrentInstance().proxy,
            c = t.computed(() => {
              const t = { width: de(e.width), height: de(e.height) }
              return o(e.radius) && ((t.overflow = 'hidden'), (t.borderRadius = de(e.radius))), t
            })
          t.watch(
            () => e.src,
            () => {
              ;(r.value = !1), (l.value = !0)
            }
          )
          const d = (e) => {
              l.value && ((l.value = !1), n('load', e))
            },
            p = () => {
              const e = new Event('load')
              Object.defineProperty(e, 'target', { value: i.value, enumerable: !0 }), d(e)
            },
            m = (e) => {
              ;(r.value = !0), (l.value = !1), n('error', e)
            },
            f = (o, n, a) =>
              a
                ? a()
                : t.createVNode(
                    ht,
                    { name: o, size: e.iconSize, class: n, classPrefix: e.iconPrefix },
                    null
                  ),
            v = () => {
              if (r.value || !e.src) return
              const o = {
                alt: e.alt,
                class: Ir('img'),
                style: { objectFit: e.fit, objectPosition: e.position }
              }
              return e.lazyLoad
                ? t.withDirectives(t.createVNode('img', t.mergeProps({ ref: i }, o), null), [
                    [t.resolveDirective('lazy'), e.src]
                  ])
                : t.createVNode(
                    'img',
                    t.mergeProps({ ref: i, src: e.src, onLoad: d, onError: m }, o),
                    null
                  )
            },
            h = ({ el: e }) => {
              const o = () => {
                e === i.value && l.value && p()
              }
              i.value ? o() : t.nextTick(o)
            },
            g = ({ el: e }) => {
              e !== i.value || r.value || m()
            }
          return (
            s &&
              u &&
              (s.$on('loaded', h),
              s.$on('error', g),
              t.onBeforeUnmount(() => {
                s.$off('loaded', h), s.$off('error', g)
              })),
            t.onMounted(() => {
              t.nextTick(() => {
                var t
                ;(null == (t = i.value) ? void 0 : t.complete) && !e.lazyLoad && p()
              })
            }),
            () => {
              var o
              return t.createVNode(
                'div',
                { class: Ir({ round: e.round, block: e.block }), style: c.value },
                [
                  v(),
                  l.value && e.showLoading
                    ? t.createVNode('div', { class: Ir('loading') }, [
                        f(e.loadingIcon, Ir('loading-icon'), a.loading)
                      ])
                    : r.value && e.showError
                    ? t.createVNode('div', { class: Ir('error') }, [
                        f(e.errorIcon, Ir('error-icon'), a.error)
                      ])
                    : void 0,
                  null == (o = a.default) ? void 0 : o.call(a)
                ]
              )
            }
          )
        }
      })
    ),
    [Er, Lr] = Ie('card'),
    $r = {
      tag: String,
      num: g,
      desc: String,
      thumb: String,
      title: String,
      price: g,
      centered: Boolean,
      lazyLoad: Boolean,
      currency: N('¥'),
      thumbLink: String,
      originPrice: g
    }
  const Mr = We(
      t.defineComponent({
        name: Er,
        props: $r,
        emits: ['clickThumb'],
        setup(e, { slots: n, emit: a }) {
          const r = () => {
              if (n.tag || e.tag)
                return t.createVNode('div', { class: Lr('tag') }, [
                  n.tag
                    ? n.tag()
                    : t.createVNode(Ca, { mark: !0, type: 'primary' }, { default: () => [e.tag] })
                ])
            },
            l = () => {
              if (n.thumb || e.thumb)
                return t.createVNode(
                  'a',
                  { href: e.thumbLink, class: Lr('thumb'), onClick: (e) => a('clickThumb', e) },
                  [
                    n.thumb
                      ? n.thumb()
                      : t.createVNode(
                          zr,
                          {
                            src: e.thumb,
                            fit: 'cover',
                            width: '100%',
                            height: '100%',
                            lazyLoad: e.lazyLoad
                          },
                          null
                        ),
                    r()
                  ]
                )
            },
            i = () => {
              const o = e.price.toString().split('.')
              return t.createVNode('div', null, [
                t.createVNode('span', { class: Lr('price-currency') }, [e.currency]),
                t.createVNode('span', { class: Lr('price-integer') }, [o[0]]),
                t.createTextVNode('.'),
                t.createVNode('span', { class: Lr('price-decimal') }, [o[1]])
              ])
            }
          return () => {
            var a, r, s
            const c = n.num || o(e.num),
              d = n.price || o(e.price),
              u = n['origin-price'] || o(e.originPrice),
              p = c || d || u || n.bottom,
              m = d && t.createVNode('div', { class: Lr('price') }, [n.price ? n.price() : i()]),
              f =
                u &&
                t.createVNode('div', { class: Lr('origin-price') }, [
                  n['origin-price'] ? n['origin-price']() : `${e.currency} ${e.originPrice}`
                ]),
              v = c && t.createVNode('div', { class: Lr('num') }, [n.num ? n.num() : `x${e.num}`]),
              h = n.footer && t.createVNode('div', { class: Lr('footer') }, [n.footer()]),
              g =
                p &&
                t.createVNode('div', { class: Lr('bottom') }, [
                  null == (a = n['price-top']) ? void 0 : a.call(n),
                  m,
                  f,
                  v,
                  null == (r = n.bottom) ? void 0 : r.call(n)
                ])
            return t.createVNode('div', { class: Lr() }, [
              t.createVNode('div', { class: Lr('header') }, [
                l(),
                t.createVNode('div', { class: Lr('content', { centered: e.centered }) }, [
                  t.createVNode('div', null, [
                    n.title
                      ? n.title()
                      : e.title
                      ? t.createVNode('div', { class: [Lr('title'), 'van-multi-ellipsis--l2'] }, [
                          e.title
                        ])
                      : void 0,
                    n.desc
                      ? n.desc()
                      : e.desc
                      ? t.createVNode('div', { class: [Lr('desc'), 'van-ellipsis'] }, [e.desc])
                      : void 0,
                    null == (s = n.tags) ? void 0 : s.call(n)
                  ]),
                  g
                ])
              ]),
              h
            ])
          }
        }
      })
    ),
    [Rr, Fr, Hr] = Ie('cascader'),
    jr = {
      title: String,
      options: w(),
      closeable: b,
      swipeable: b,
      closeIcon: N('cross'),
      showHeader: b,
      modelValue: g,
      fieldNames: Object,
      placeholder: String,
      activeColor: String
    }
  const Wr = We(
      t.defineComponent({
        name: Rr,
        props: jr,
        emits: ['close', 'change', 'finish', 'clickTab', 'update:modelValue'],
        setup(e, { slots: o, emit: n }) {
          const a = t.ref([]),
            r = t.ref(0),
            [l, i] = wo(),
            {
              text: s,
              value: c,
              children: u
            } = d({ text: 'text', value: 'value', children: 'children' }, e.fieldNames),
            p = (e, t) => {
              for (const o of e) {
                if (o[c] === t) return [o]
                if (o[u]) {
                  const e = p(o[u], t)
                  if (e) return [o, ...e]
                }
              }
            },
            m = () => {
              const { options: o, modelValue: n } = e
              if (void 0 !== n) {
                const e = p(o, n)
                if (e) {
                  let n = o
                  return (
                    (a.value = e.map((e) => {
                      const t = { options: n, selected: e },
                        o = n.find((t) => t[c] === e[c])
                      return o && (n = o[u]), t
                    })),
                    n && a.value.push({ options: n, selected: null }),
                    void t.nextTick(() => {
                      r.value = a.value.length - 1
                    })
                  )
                }
              }
              a.value = [{ options: o, selected: null }]
            },
            f = () => n('close'),
            v = ({ name: e, title: t }) => n('clickTab', e, t),
            h = (l, d, p) => {
              const { disabled: m } = l,
                f = !(!d || l[c] !== d[c]),
                v = l.color || (f ? e.activeColor : void 0),
                h = o.option
                  ? o.option({ option: l, selected: f })
                  : t.createVNode('span', null, [l[s]])
              return t.createVNode(
                'li',
                {
                  ref: f ? i(p) : void 0,
                  role: 'menuitemradio',
                  class: [Fr('option', { selected: f, disabled: m }), l.className],
                  style: { color: v },
                  tabindex: m ? void 0 : f ? 0 : -1,
                  'aria-checked': f,
                  'aria-disabled': m || void 0,
                  onClick: () =>
                    ((e, o) => {
                      if (e.disabled) return
                      if (
                        ((a.value[o].selected = e),
                        a.value.length > o + 1 && (a.value = a.value.slice(0, o + 1)),
                        e[u])
                      ) {
                        const n = { options: e[u], selected: null }
                        a.value[o + 1] ? (a.value[o + 1] = n) : a.value.push(n),
                          t.nextTick(() => {
                            r.value++
                          })
                      }
                      const l = a.value.map((e) => e.selected).filter(Boolean)
                      n('update:modelValue', e[c])
                      const i = { value: e[c], tabIndex: o, selectedOptions: l }
                      n('change', i), e[u] || n('finish', i)
                    })(l, p)
                },
                [
                  h,
                  f
                    ? t.createVNode(ht, { name: 'success', class: Fr('selected-icon') }, null)
                    : null
                ]
              )
            },
            g = (e, o, n) =>
              t.createVNode('ul', { role: 'menu', class: Fr('options') }, [
                e.map((e) => h(e, o, n))
              ]),
            b = (n, a) => {
              const { options: r, selected: l } = n,
                i = e.placeholder || Hr('select'),
                c = l ? l[s] : i
              return t.createVNode(
                Zo,
                { title: c, titleClass: Fr('tab', { unselected: !l }) },
                {
                  default: () => {
                    var e, t
                    return [
                      null == (e = o['options-top']) ? void 0 : e.call(o, { tabIndex: a }),
                      g(r, l, a),
                      null == (t = o['options-bottom']) ? void 0 : t.call(o, { tabIndex: a })
                    ]
                  }
                }
              )
            }
          return (
            m(),
            t.watch(r, (e) => {
              const t = l.value[e]
              t &&
                ((e) => {
                  const t = e.parentElement
                  t && (t.scrollTop = e.offsetTop - (t.offsetHeight - e.offsetHeight) / 2)
                })(t)
            }),
            t.watch(() => e.options, m, { deep: !0 }),
            t.watch(
              () => e.modelValue,
              (e) => {
                if (void 0 !== e) {
                  if (
                    a.value
                      .map((e) => {
                        var t
                        return null == (t = e.selected) ? void 0 : t[c]
                      })
                      .includes(e)
                  )
                    return
                }
                m()
              }
            ),
            () =>
              t.createVNode('div', { class: Fr() }, [
                e.showHeader
                  ? t.createVNode('div', { class: Fr('header') }, [
                      t.createVNode('h2', { class: Fr('title') }, [o.title ? o.title() : e.title]),
                      e.closeable
                        ? t.createVNode(
                            ht,
                            { name: e.closeIcon, class: [Fr('close-icon'), Fe], onClick: f },
                            null
                          )
                        : null
                    ])
                  : null,
                t.createVNode(
                  Ko,
                  {
                    active: r.value,
                    'onUpdate:active': (e) => (r.value = e),
                    shrink: !0,
                    animated: !0,
                    class: Fr('tabs'),
                    color: e.activeColor,
                    swipeable: e.swipeable,
                    onClickTab: v
                  },
                  { default: () => [a.value.map(b)] }
                )
              ])
          )
        }
      })
    ),
    [Ur, Yr] = Ie('cell-group'),
    qr = { title: String, inset: Boolean, border: b }
  const Xr = We(
      t.defineComponent({
        name: Ur,
        inheritAttrs: !1,
        props: qr,
        setup(e, { slots: o, attrs: n }) {
          const a = () => {
            var a
            return t.createVNode(
              'div',
              t.mergeProps({ class: [Yr({ inset: e.inset }), { [Me]: e.border && !e.inset }] }, n),
              [null == (a = o.default) ? void 0 : a.call(o)]
            )
          }
          return () =>
            e.title || o.title
              ? t.createVNode(t.Fragment, null, [
                  t.createVNode('div', { class: Yr('title', { inset: e.inset }) }, [
                    o.title ? o.title() : e.title
                  ]),
                  a()
                ])
              : a()
        }
      })
    ),
    [Gr, Zr] = Ie('checkbox-group'),
    Kr = {
      max: g,
      disabled: Boolean,
      iconSize: g,
      direction: String,
      modelValue: w(),
      checkedColor: String
    },
    _r = Symbol(Gr)
  var Jr = t.defineComponent({
    name: Gr,
    props: Kr,
    emits: ['change', 'update:modelValue'],
    setup(e, { emit: o, slots: n }) {
      const { children: a, linkChildren: r } = A(_r),
        l = (e) => o('update:modelValue', e)
      return (
        t.watch(
          () => e.modelValue,
          (e) => o('change', e)
        ),
        Qe({
          toggleAll: (e = {}) => {
            'boolean' == typeof e && (e = { checked: e })
            const { checked: t, skipDisabled: o } = e,
              n = a
                .filter(
                  (e) =>
                    !!e.props.bindGroup &&
                    (e.props.disabled && o ? e.checked.value : null != t ? t : !e.checked.value)
                )
                .map((e) => e.name)
            l(n)
          }
        }),
        _(() => e.modelValue),
        r({ props: e, updateValue: l }),
        () => {
          var o
          return t.createVNode('div', { class: Zr([e.direction]) }, [
            null == (o = n.default) ? void 0 : o.call(n)
          ])
        }
      )
    }
  })
  const [Qr, el] = Ie('checkbox'),
    tl = d({}, Sa, { bindGroup: b })
  const ol = We(
      t.defineComponent({
        name: Qr,
        props: tl,
        emits: ['change', 'update:modelValue'],
        setup(e, { emit: o, slots: n }) {
          const { parent: a } = D(_r),
            r = t.computed(() =>
              a && e.bindGroup ? -1 !== a.props.modelValue.indexOf(e.name) : !!e.modelValue
            ),
            l = (t = !r.value) => {
              a && e.bindGroup
                ? ((t) => {
                    const { name: o } = e,
                      { max: n, modelValue: r } = a.props,
                      l = r.slice()
                    if (t)
                      (n && l.length >= +n) ||
                        l.includes(o) ||
                        (l.push(o), e.bindGroup && a.updateValue(l))
                    else {
                      const t = l.indexOf(o)
                      ;-1 !== t && (l.splice(t, 1), e.bindGroup && a.updateValue(l))
                    }
                  })(t)
                : o('update:modelValue', t)
            }
          return (
            t.watch(
              () => e.modelValue,
              (e) => o('change', e)
            ),
            Qe({ toggle: l, props: e, checked: r }),
            _(() => e.modelValue),
            () =>
              t.createVNode(
                Ta,
                t.mergeProps(
                  { bem: el, role: 'checkbox', parent: a, checked: r.value, onToggle: l },
                  e
                ),
                m(n, ['default', 'icon'])
              )
          )
        }
      })
    ),
    nl = We(Jr),
    [al, rl] = Ie('circle')
  let ll = 0
  const il = (e) => Math.min(Math.max(+e, 0), 100)
  const sl = {
    text: String,
    size: g,
    fill: N('none'),
    rate: V(100),
    speed: V(0),
    color: [String, Object],
    clockwise: b,
    layerColor: String,
    currentRate: x(0),
    strokeWidth: V(40),
    strokeLinecap: String,
    startPosition: N('top')
  }
  const cl = We(
      t.defineComponent({
        name: al,
        props: sl,
        emits: ['update:currentRate'],
        setup(e, { emit: o, slots: n }) {
          const r = 'van-circle-' + ll++,
            l = t.computed(() => +e.strokeWidth + 1e3),
            i = t.computed(() =>
              (function (e, t) {
                const o = e ? 1 : 0
                return `M ${t / 2} ${
                  t / 2
                } m 0, -500 a 500, 500 0 1, ${o} 0, 1000 a 500, 500 0 1, ${o} 0, -1000`
              })(e.clockwise, l.value)
            ),
            s = t.computed(() => {
              const t = { top: 0, right: 90, bottom: 180, left: 270 }[e.startPosition]
              if (t) return { transform: `rotate(${t}deg)` }
            })
          t.watch(
            () => e.rate,
            (t) => {
              let n
              const a = Date.now(),
                r = e.currentRate,
                l = il(t),
                i = Math.abs((1e3 * (r - l)) / +e.speed),
                s = () => {
                  const e = Date.now(),
                    t = Math.min((e - a) / i, 1) * (l - r) + r
                  o('update:currentRate', il(parseFloat(t.toFixed(1)))),
                    (l > r ? t < l : t > l) && (n = C(s))
                }
              e.speed ? (n && S(n), (n = C(s))) : o('update:currentRate', l)
            },
            { immediate: !0 }
          )
          const c = () => {
              const { strokeWidth: o, currentRate: n, strokeLinecap: l } = e,
                s = (3140 * n) / 100,
                c = a(e.color) ? `url(#${r})` : e.color,
                d = {
                  stroke: c,
                  strokeWidth: +o + 1 + 'px',
                  strokeLinecap: l,
                  strokeDasharray: `${s}px 3140px`
                }
              return t.createVNode(
                'path',
                { d: i.value, style: d, class: rl('hover'), stroke: c },
                null
              )
            },
            d = () => {
              const o = { fill: e.fill, stroke: e.layerColor, strokeWidth: `${e.strokeWidth}px` }
              return t.createVNode('path', { class: rl('layer'), style: o, d: i.value }, null)
            },
            u = () => {
              const { color: o } = e
              if (!a(o)) return
              const n = Object.keys(o)
                .sort((e, t) => parseFloat(e) - parseFloat(t))
                .map((e, n) =>
                  t.createVNode('stop', { key: n, offset: e, 'stop-color': o[e] }, null)
                )
              return t.createVNode('defs', null, [
                t.createVNode(
                  'linearGradient',
                  { id: r, x1: '100%', y1: '0%', x2: '0%', y2: '0%' },
                  [n]
                )
              ])
            }
          return () =>
            t.createVNode('div', { class: rl(), style: ue(e.size) }, [
              t.createVNode('svg', { viewBox: `0 0 ${l.value} ${l.value}`, style: s.value }, [
                u(),
                d(),
                c()
              ]),
              n.default
                ? n.default()
                : e.text
                ? t.createVNode('div', { class: rl('text') }, [e.text])
                : void 0
            ])
        }
      })
    ),
    [dl, ul] = Ie('row'),
    pl = Symbol(dl),
    ml = { tag: N('div'), wrap: b, align: String, gutter: V(0), justify: String }
  var fl = t.defineComponent({
    name: dl,
    props: ml,
    setup(e, { slots: o }) {
      const { children: n, linkChildren: a } = A(pl),
        r = t.computed(() => {
          const e = [[]]
          let t = 0
          return (
            n.forEach((o, n) => {
              ;(t += Number(o.span)), t > 24 ? (e.push([n]), (t -= 24)) : e[e.length - 1].push(n)
            }),
            e
          )
        })
      return (
        a({
          spaces: t.computed(() => {
            const t = Number(e.gutter),
              o = []
            return t
              ? (r.value.forEach((e) => {
                  const n = (t * (e.length - 1)) / e.length
                  e.forEach((e, a) => {
                    if (0 === a) o.push({ right: n })
                    else {
                      const a = t - o[e - 1].right,
                        r = n - a
                      o.push({ left: a, right: r })
                    }
                  })
                }),
                o)
              : o
          })
        }),
        () => {
          const { tag: n, wrap: a, align: r, justify: l } = e
          return t.createVNode(
            n,
            { class: ul({ [`align-${r}`]: r, [`justify-${l}`]: l, nowrap: !a }) },
            {
              default: () => {
                var e
                return [null == (e = o.default) ? void 0 : e.call(o)]
              }
            }
          )
        }
      )
    }
  })
  const [vl, hl] = Ie('col'),
    gl = { tag: N('div'), span: V(0), offset: g }
  const bl = We(
      t.defineComponent({
        name: vl,
        props: gl,
        setup(e, { slots: o }) {
          const { parent: n, index: a } = D(pl),
            r = t.computed(() => {
              if (!n) return
              const { spaces: e } = n
              if (e && e.value && e.value[a.value]) {
                const { left: t, right: o } = e.value[a.value]
                return { paddingLeft: t ? `${t}px` : null, paddingRight: o ? `${o}px` : null }
              }
            })
          return () => {
            const { tag: n, span: a, offset: l } = e
            return t.createVNode(
              n,
              { style: r.value, class: hl({ [a]: a, [`offset-${l}`]: l }) },
              {
                default: () => {
                  var e
                  return [null == (e = o.default) ? void 0 : e.call(o)]
                }
              }
            )
          }
        }
      })
    ),
    [yl, wl] = Ie('collapse'),
    xl = Symbol(yl),
    Vl = {
      border: b,
      accordion: Boolean,
      modelValue: { type: [String, Number, Array], default: '' }
    }
  const Nl = We(
      t.defineComponent({
        name: yl,
        props: Vl,
        emits: ['change', 'update:modelValue'],
        setup(e, { emit: o, slots: n }) {
          const { linkChildren: a, children: r } = A(xl),
            l = (e) => {
              o('change', e), o('update:modelValue', e)
            }
          return (
            Qe({
              toggleAll: (t = {}) => {
                if (e.accordion) return
                'boolean' == typeof t && (t = { expanded: t })
                const { expanded: o, skipDisabled: n } = t,
                  a = r
                    .filter((e) =>
                      e.disabled && n ? e.expanded.value : null != o ? o : !e.expanded.value
                    )
                    .map((e) => e.itemName.value)
                l(a)
              }
            }),
            a({
              toggle: (t, o) => {
                const { accordion: n, modelValue: a } = e
                l(n ? (t === a ? '' : t) : o ? a.concat(t) : a.filter((e) => e !== t))
              },
              isExpanded: (t) => {
                const { accordion: o, modelValue: n } = e
                return o ? n === t : n.includes(t)
              }
            }),
            () => {
              var o
              return t.createVNode('div', { class: [wl(), { [Me]: e.border }] }, [
                null == (o = n.default) ? void 0 : o.call(n)
              ])
            }
          )
        }
      })
    ),
    [kl, Cl] = Ie('collapse-item'),
    Sl = ['icon', 'title', 'value', 'label', 'right-icon'],
    Tl = d({}, bn, { name: g, isLink: b, disabled: Boolean, readonly: Boolean, lazyRender: b })
  const Bl = We(
      t.defineComponent({
        name: kl,
        props: Tl,
        setup(e, { slots: o }) {
          const n = t.ref(),
            a = t.ref(),
            { parent: r, index: l } = D(xl)
          if (!r) return
          const i = t.computed(() => {
              var t
              return null != (t = e.name) ? t : l.value
            }),
            s = t.computed(() => r.isExpanded(i.value)),
            c = t.ref(s.value),
            d = Ft(() => c.value || !e.lazyRender),
            u = () => {
              s.value ? n.value && (n.value.style.height = '') : (c.value = !1)
            }
          t.watch(s, (e, o) => {
            if (null === o) return
            e && (c.value = !0)
            ;(e ? t.nextTick : C)(() => {
              if (!a.value || !n.value) return
              const { offsetHeight: t } = a.value
              if (t) {
                const o = `${t}px`
                ;(n.value.style.height = e ? '0' : o),
                  T(() => {
                    n.value && (n.value.style.height = e ? o : '0')
                  })
              } else u()
            })
          })
          const p = (e = !s.value) => {
              r.toggle(i.value, e)
            },
            f = () => {
              e.disabled || e.readonly || p()
            },
            v = () => {
              const { border: n, disabled: a, readonly: r } = e,
                l = m(e, Object.keys(bn))
              return (
                r && (l.isLink = !1),
                (a || r) && (l.clickable = !1),
                t.createVNode(
                  wn,
                  t.mergeProps(
                    {
                      role: 'button',
                      class: Cl('title', { disabled: a, expanded: s.value, borderless: !n }),
                      'aria-expanded': String(s.value),
                      onClick: f
                    },
                    l
                  ),
                  m(o, Sl)
                )
              )
            },
            h = d(() => {
              var e
              return t.withDirectives(
                t.createVNode('div', { ref: n, class: Cl('wrapper'), onTransitionend: u }, [
                  t.createVNode('div', { ref: a, class: Cl('content') }, [
                    null == (e = o.default) ? void 0 : e.call(o)
                  ])
                ]),
                [[t.vShow, c.value]]
              )
            })
          return (
            Qe({ toggle: p, expanded: s, itemName: i }),
            () => t.createVNode('div', { class: [Cl({ border: l.value && e.border })] }, [v(), h()])
          )
        }
      })
    ),
    Pl = We(pt),
    [Dl, Ol, Il] = Ie('contact-card'),
    Al = { tel: String, name: String, type: N('add'), addText: String, editable: b }
  const zl = We(
      t.defineComponent({
        name: Dl,
        props: Al,
        emits: ['click'],
        setup(e, { emit: o }) {
          const n = (t) => {
              e.editable && o('click', t)
            },
            a = () =>
              'add' === e.type
                ? e.addText || Il('addContact')
                : [
                    t.createVNode('div', null, [`${Il('name')}：${e.name}`]),
                    t.createVNode('div', null, [`${Il('tel')}：${e.tel}`])
                  ]
          return () =>
            t.createVNode(
              wn,
              {
                center: !0,
                icon: 'edit' === e.type ? 'contact' : 'add-square',
                class: Ol([e.type]),
                border: !1,
                isLink: e.editable,
                titleClass: Ol('title'),
                onClick: n
              },
              { title: a }
            )
        }
      })
    ),
    [El, Ll, $l] = Ie('contact-edit'),
    Ml = { tel: '', name: '' },
    Rl = {
      isEdit: Boolean,
      isSaving: Boolean,
      isDeleting: Boolean,
      showSetDefault: Boolean,
      setDefaultLabel: String,
      contactInfo: { type: Object, default: () => d({}, Ml) },
      telValidator: { type: Function, default: i }
    }
  const Fl = We(
      t.defineComponent({
        name: El,
        props: Rl,
        emits: ['save', 'delete', 'changeDefault'],
        setup(e, { emit: o }) {
          const n = t.reactive(d({}, Ml, e.contactInfo)),
            a = () => {
              e.isSaving || o('save', n)
            },
            r = () => o('delete', n),
            l = () =>
              t.createVNode(
                la,
                {
                  modelValue: n.isDefault,
                  'onUpdate:modelValue': (e) => (n.isDefault = e),
                  onChange: (e) => o('changeDefault', e)
                },
                null
              ),
            i = () => {
              if (e.showSetDefault)
                return t.createVNode(
                  wn,
                  { title: e.setDefaultLabel, class: Ll('switch-cell'), border: !1 },
                  { 'right-icon': l }
                )
            }
          return (
            t.watch(
              () => e.contactInfo,
              (e) => d(n, Ml, e)
            ),
            () =>
              t.createVNode(
                kn,
                { class: Ll(), onSubmit: a },
                {
                  default: () => [
                    t.createVNode('div', { class: Ll('fields') }, [
                      t.createVNode(
                        En,
                        {
                          modelValue: n.name,
                          'onUpdate:modelValue': (e) => (n.name = e),
                          clearable: !0,
                          label: $l('name'),
                          rules: [{ required: !0, message: $l('nameEmpty') }],
                          maxlength: '30',
                          placeholder: $l('name')
                        },
                        null
                      ),
                      t.createVNode(
                        En,
                        {
                          modelValue: n.tel,
                          'onUpdate:modelValue': (e) => (n.tel = e),
                          clearable: !0,
                          type: 'tel',
                          label: $l('tel'),
                          rules: [{ validator: e.telValidator, message: $l('telInvalid') }],
                          placeholder: $l('tel')
                        },
                        null
                      )
                    ]),
                    i(),
                    t.createVNode('div', { class: Ll('buttons') }, [
                      t.createVNode(
                        St,
                        {
                          block: !0,
                          round: !0,
                          type: 'primary',
                          text: $l('save'),
                          class: Ll('button'),
                          loading: e.isSaving,
                          nativeType: 'submit'
                        },
                        null
                      ),
                      e.isEdit &&
                        t.createVNode(
                          St,
                          {
                            block: !0,
                            round: !0,
                            text: $l('delete'),
                            class: Ll('button'),
                            loading: e.isDeleting,
                            onClick: r
                          },
                          null
                        )
                    ])
                  ]
                }
              )
          )
        }
      })
    ),
    [Hl, jl, Wl] = Ie('contact-list'),
    Ul = { list: Array, addText: String, modelValue: h, defaultTagText: String }
  const Yl = We(
    t.defineComponent({
      name: Hl,
      props: Ul,
      emits: ['add', 'edit', 'select', 'update:modelValue'],
      setup(e, { emit: o }) {
        const n = (n, a) =>
          t.createVNode(
            wn,
            {
              key: n.id,
              isLink: !0,
              center: !0,
              class: jl('item'),
              titleClass: jl('item-title'),
              onClick: () => {
                o('update:modelValue', n.id), o('select', n, a)
              }
            },
            {
              icon: () =>
                t.createVNode(
                  ht,
                  {
                    name: 'edit',
                    class: jl('edit'),
                    onClick: (e) => {
                      e.stopPropagation(), o('edit', n, a)
                    }
                  },
                  null
                ),
              title: () => {
                const o = [`${n.name}，${n.tel}`]
                return (
                  n.isDefault &&
                    e.defaultTagText &&
                    o.push(
                      t.createVNode(
                        Ca,
                        { type: 'primary', round: !0, class: jl('item-tag') },
                        { default: () => [e.defaultTagText] }
                      )
                    ),
                  o
                )
              },
              'right-icon': () =>
                t.createVNode(Oa, { class: jl('radio'), name: n.id, iconSize: 18 }, null)
            }
          )
        return () =>
          t.createVNode('div', { class: jl() }, [
            t.createVNode(
              xa,
              { modelValue: e.modelValue, class: jl('group') },
              { default: () => [e.list && e.list.map(n)] }
            ),
            t.createVNode('div', { class: [jl('bottom'), 'van-safe-area-bottom'] }, [
              t.createVNode(
                St,
                {
                  round: !0,
                  block: !0,
                  type: 'primary',
                  class: jl('add'),
                  text: e.addText || Wl('addContact'),
                  onClick: () => o('add')
                },
                null
              )
            ])
          ])
      }
    })
  )
  const [ql, Xl] = Ie('count-down'),
    Gl = { time: V(0), format: N('HH:mm:ss'), autoStart: b, millisecond: Boolean }
  const Zl = We(
    t.defineComponent({
      name: ql,
      props: Gl,
      emits: ['change', 'finish'],
      setup(e, { emit: o, slots: n }) {
        const {
            start: a,
            pause: r,
            reset: l,
            current: i
          } = F({
            time: +e.time,
            millisecond: e.millisecond,
            onChange: (e) => o('change', e),
            onFinish: () => o('finish')
          }),
          s = t.computed(() =>
            (function (e, t) {
              const { days: o } = t
              let { hours: n, minutes: a, seconds: r, milliseconds: l } = t
              if (
                (e.includes('DD') ? (e = e.replace('DD', be(o))) : (n += 24 * o),
                e.includes('HH') ? (e = e.replace('HH', be(n))) : (a += 60 * n),
                e.includes('mm') ? (e = e.replace('mm', be(a))) : (r += 60 * a),
                e.includes('ss') ? (e = e.replace('ss', be(r))) : (l += 1e3 * r),
                e.includes('S'))
              ) {
                const t = be(l, 3)
                e = e.includes('SSS')
                  ? e.replace('SSS', t)
                  : e.includes('SS')
                  ? e.replace('SS', t.slice(0, 2))
                  : e.replace('S', t.charAt(0))
              }
              return e
            })(e.format, i.value)
          ),
          c = () => {
            l(+e.time), e.autoStart && a()
          }
        return (
          t.watch(() => e.time, c, { immediate: !0 }),
          Qe({ start: a, pause: r, reset: c }),
          () =>
            t.createVNode('div', { role: 'timer', class: Xl() }, [
              n.default ? n.default(i.value) : s.value
            ])
        )
      }
    })
  )
  function Kl(e) {
    const t = new Date(1e3 * e)
    return `${t.getFullYear()}.${be(t.getMonth() + 1)}.${be(t.getDate())}`
  }
  const _l = (e) => (e / 100).toFixed(e % 100 == 0 ? 0 : e % 10 == 0 ? 1 : 2),
    [Jl, Ql, ei] = Ie('coupon')
  const ti = We(
      t.defineComponent({
        name: Jl,
        props: { chosen: Boolean, coupon: y(Object), disabled: Boolean, currency: N('¥') },
        setup(e) {
          const o = t.computed(() => {
              const { startAt: t, endAt: o } = e.coupon
              return `${Kl(t)} - ${Kl(o)}`
            }),
            n = t.computed(() => {
              const { coupon: o, currency: n } = e
              if (o.valueDesc) return [o.valueDesc, t.createVNode('span', null, [o.unitDesc || ''])]
              if (o.denominations) {
                const e = _l(o.denominations)
                return [t.createVNode('span', null, [n]), ` ${e}`]
              }
              return o.discount
                ? ei('discount', ((a = o.discount) / 10).toFixed(a % 10 == 0 ? 0 : 1))
                : ''
              var a
            }),
            a = t.computed(() => {
              const t = _l(e.coupon.originCondition || 0)
              return '0' === t ? ei('unlimited') : ei('condition', t)
            })
          return () => {
            const { chosen: r, coupon: l, disabled: i } = e,
              s = (i && l.reason) || l.description
            return t.createVNode('div', { class: Ql({ disabled: i }) }, [
              t.createVNode('div', { class: Ql('content') }, [
                t.createVNode('div', { class: Ql('head') }, [
                  t.createVNode('h2', { class: Ql('amount') }, [n.value]),
                  t.createVNode('p', { class: Ql('condition') }, [l.condition || a.value])
                ]),
                t.createVNode('div', { class: Ql('body') }, [
                  t.createVNode('p', { class: Ql('name') }, [l.name]),
                  t.createVNode('p', { class: Ql('valid') }, [o.value]),
                  !i && t.createVNode(ol, { class: Ql('corner'), modelValue: r }, null)
                ])
              ]),
              s && t.createVNode('p', { class: Ql('description') }, [s])
            ])
          }
        }
      })
    ),
    [oi, ni, ai] = Ie('coupon-cell'),
    ri = {
      title: String,
      border: b,
      editable: b,
      coupons: w(),
      currency: N('¥'),
      chosenCoupon: V(-1)
    }
  function li({ coupons: e, chosenCoupon: t, currency: n }) {
    const a = e[+t]
    if (a) {
      let e = 0
      return (
        o(a.value) ? ({ value: e } = a) : o(a.denominations) && (e = a.denominations),
        `-${n} ${(e / 100).toFixed(2)}`
      )
    }
    return 0 === e.length ? ai('noCoupon') : ai('count', e.length)
  }
  const ii = We(
      t.defineComponent({
        name: oi,
        props: ri,
        setup: (e) => () => {
          const o = e.coupons[+e.chosenCoupon]
          return t.createVNode(
            wn,
            {
              class: ni(),
              value: li(e),
              title: e.title || ai('title'),
              border: e.border,
              isLink: e.editable,
              valueClass: ni('value', { selected: o })
            },
            null
          )
        }
      })
    ),
    [si, ci] = Ie('empty'),
    di = { image: N('default'), imageSize: [Number, String, Array], description: String }
  const ui = We(
      t.defineComponent({
        name: si,
        props: di,
        setup(e, { slots: o }) {
          const n = () => {
              const n = o.description ? o.description() : e.description
              if (n) return t.createVNode('p', { class: ci('description') }, [n])
            },
            a = () => {
              if (o.default) return t.createVNode('div', { class: ci('bottom') }, [o.default()])
            },
            r = yo(),
            l = (e) => `${r}-${e}`,
            i = (e) => `url(#${l(e)})`,
            s = (e, o, n) =>
              t.createVNode('stop', { 'stop-color': e, offset: `${o}%`, 'stop-opacity': n }, null),
            c = (e, t) => [s(e, 0), s(t, 100)],
            d = (e) => [
              t.createVNode('defs', null, [
                t.createVNode(
                  'radialGradient',
                  {
                    id: l(e),
                    cx: '50%',
                    cy: '54%',
                    fx: '50%',
                    fy: '54%',
                    r: '297%',
                    gradientTransform: 'matrix(-.16 0 0 -.33 .58 .72)'
                  },
                  [s('#EBEDF0', 0), s('#F2F3F5', 100, 0.3)]
                )
              ]),
              t.createVNode(
                'ellipse',
                { fill: i(e), opacity: '.8', cx: '80', cy: '140', rx: '46', ry: '8' },
                null
              )
            ],
            u = () => [
              t.createVNode('defs', null, [
                t.createVNode('linearGradient', { id: l('a'), x1: '64%', y1: '100%', x2: '64%' }, [
                  s('#FFF', 0, 0.5),
                  s('#F2F3F5', 100)
                ])
              ]),
              t.createVNode('g', { opacity: '.8' }, [
                t.createVNode('path', { d: 'M36 131V53H16v20H2v58h34z', fill: i('a') }, null),
                t.createVNode('path', { d: 'M123 15h22v14h9v77h-31V15z', fill: i('a') }, null)
              ])
            ],
            p = () => [
              t.createVNode('defs', null, [
                t.createVNode(
                  'linearGradient',
                  { id: l('b'), x1: '64%', y1: '97%', x2: '64%', y2: '0%' },
                  [s('#F2F3F5', 0, 0.3), s('#F2F3F5', 100)]
                )
              ]),
              t.createVNode('g', { opacity: '.8' }, [
                t.createVNode(
                  'path',
                  {
                    d: 'M87 6c3 0 7 3 8 6a8 8 0 1 1-1 16H80a7 7 0 0 1-8-6c0-4 3-7 6-7 0-5 4-9 9-9Z',
                    fill: i('b')
                  },
                  null
                ),
                t.createVNode(
                  'path',
                  {
                    d: 'M19 23c2 0 3 1 4 3 2 0 4 2 4 4a4 4 0 0 1-4 3v1h-7v-1l-1 1c-2 0-3-2-3-4 0-1 1-3 3-3 0-2 2-4 4-4Z',
                    fill: i('b')
                  },
                  null
                )
              ])
            ],
            m = () =>
              t.createVNode('svg', { viewBox: '0 0 160 160' }, [
                t.createVNode('defs', null, [
                  t.createVNode('linearGradient', { id: l(1), x1: '64%', y1: '100%', x2: '64%' }, [
                    s('#FFF', 0, 0.5),
                    s('#F2F3F5', 100)
                  ]),
                  t.createVNode('linearGradient', { id: l(2), x1: '50%', x2: '50%', y2: '84%' }, [
                    s('#EBEDF0', 0),
                    s('#DCDEE0', 100, 0)
                  ]),
                  t.createVNode(
                    'linearGradient',
                    { id: l(3), x1: '100%', x2: '100%', y2: '100%' },
                    [c('#EAEDF0', '#DCDEE0')]
                  ),
                  t.createVNode(
                    'radialGradient',
                    {
                      id: l(4),
                      cx: '50%',
                      cy: '0%',
                      fx: '50%',
                      fy: '0%',
                      r: '100%',
                      gradientTransform: 'matrix(0 1 -.54 0 .5 -.5)'
                    },
                    [s('#EBEDF0', 0), s('#FFF', 100, 0)]
                  )
                ]),
                t.createVNode('g', { fill: 'none' }, [
                  u(),
                  t.createVNode('path', { fill: i(4), d: 'M0 139h160v21H0z' }, null),
                  t.createVNode(
                    'path',
                    {
                      d: 'M80 54a7 7 0 0 1 3 13v27l-2 2h-2a2 2 0 0 1-2-2V67a7 7 0 0 1 3-13z',
                      fill: i(2)
                    },
                    null
                  ),
                  t.createVNode(
                    'g',
                    { opacity: '.6', 'stroke-linecap': 'round', 'stroke-width': '7' },
                    [
                      t.createVNode(
                        'path',
                        { d: 'M64 47a19 19 0 0 0-5 13c0 5 2 10 5 13', stroke: i(3) },
                        null
                      ),
                      t.createVNode('path', { d: 'M53 36a34 34 0 0 0 0 48', stroke: i(3) }, null),
                      t.createVNode(
                        'path',
                        { d: 'M95 73a19 19 0 0 0 6-13c0-5-2-9-6-13', stroke: i(3) },
                        null
                      ),
                      t.createVNode('path', { d: 'M106 84a34 34 0 0 0 0-48', stroke: i(3) }, null)
                    ]
                  ),
                  t.createVNode('g', { transform: 'translate(31 105)' }, [
                    t.createVNode(
                      'rect',
                      { fill: '#EBEDF0', width: '98', height: '34', rx: '2' },
                      null
                    ),
                    t.createVNode(
                      'rect',
                      { fill: '#FFF', x: '9', y: '8', width: '80', height: '18', rx: '1.1' },
                      null
                    ),
                    t.createVNode(
                      'rect',
                      { fill: '#EBEDF0', x: '15', y: '12', width: '18', height: '6', rx: '1.1' },
                      null
                    )
                  ])
                ])
              ]),
            f = () =>
              t.createVNode('svg', { viewBox: '0 0 160 160' }, [
                t.createVNode('defs', null, [
                  t.createVNode('linearGradient', { x1: '50%', x2: '50%', y2: '100%', id: l(5) }, [
                    c('#F2F3F5', '#DCDEE0')
                  ]),
                  t.createVNode(
                    'linearGradient',
                    { x1: '95%', y1: '48%', x2: '5.5%', y2: '51%', id: l(6) },
                    [c('#EAEDF1', '#DCDEE0')]
                  ),
                  t.createVNode('linearGradient', { y1: '45%', x2: '100%', y2: '54%', id: l(7) }, [
                    c('#EAEDF1', '#DCDEE0')
                  ])
                ]),
                u(),
                p(),
                t.createVNode('g', { transform: 'translate(36 50)', fill: 'none' }, [
                  t.createVNode('g', { transform: 'translate(8)' }, [
                    t.createVNode(
                      'rect',
                      {
                        fill: '#EBEDF0',
                        opacity: '.6',
                        x: '38',
                        y: '13',
                        width: '36',
                        height: '53',
                        rx: '2'
                      },
                      null
                    ),
                    t.createVNode('rect', { fill: i(5), width: '64', height: '66', rx: '2' }, null),
                    t.createVNode(
                      'rect',
                      { fill: '#FFF', x: '6', y: '6', width: '52', height: '55', rx: '1' },
                      null
                    ),
                    t.createVNode('g', { transform: 'translate(15 17)', fill: i(6) }, [
                      t.createVNode('rect', { width: '34', height: '6', rx: '1' }, null),
                      t.createVNode('path', { d: 'M0 14h34v6H0z' }, null),
                      t.createVNode('rect', { y: '28', width: '34', height: '6', rx: '1' }, null)
                    ])
                  ]),
                  t.createVNode(
                    'rect',
                    { fill: i(7), y: '61', width: '88', height: '28', rx: '1' },
                    null
                  ),
                  t.createVNode(
                    'rect',
                    { fill: '#F7F8FA', x: '29', y: '72', width: '30', height: '6', rx: '1' },
                    null
                  )
                ])
              ]),
            v = () =>
              t.createVNode('svg', { viewBox: '0 0 160 160' }, [
                t.createVNode('defs', null, [
                  t.createVNode('linearGradient', { x1: '50%', x2: '50%', y2: '100%', id: l(8) }, [
                    c('#EAEDF1', '#DCDEE0')
                  ])
                ]),
                u(),
                p(),
                d('c'),
                t.createVNode(
                  'path',
                  {
                    d: 'm59 60 21 21 21-21h3l9 9v3L92 93l21 21v3l-9 9h-3l-21-21-21 21h-3l-9-9v-3l21-21-21-21v-3l9-9h3Z',
                    fill: i(8)
                  },
                  null
                )
              ]),
            h = () =>
              t.createVNode('svg', { viewBox: '0 0 160 160' }, [
                t.createVNode('defs', null, [
                  t.createVNode('linearGradient', { x1: '50%', y1: '100%', x2: '50%', id: l(9) }, [
                    c('#EEE', '#D8D8D8')
                  ]),
                  t.createVNode('linearGradient', { x1: '100%', y1: '50%', y2: '50%', id: l(10) }, [
                    c('#F2F3F5', '#DCDEE0')
                  ]),
                  t.createVNode('linearGradient', { x1: '50%', x2: '50%', y2: '100%', id: l(11) }, [
                    c('#F2F3F5', '#DCDEE0')
                  ]),
                  t.createVNode('linearGradient', { x1: '50%', x2: '50%', y2: '100%', id: l(12) }, [
                    c('#FFF', '#F7F8FA')
                  ])
                ]),
                u(),
                p(),
                d('d'),
                t.createVNode('g', { transform: 'rotate(-45 113 -4)', fill: 'none' }, [
                  t.createVNode(
                    'rect',
                    { fill: i(9), x: '24', y: '52.8', width: '5.8', height: '19', rx: '1' },
                    null
                  ),
                  t.createVNode(
                    'rect',
                    { fill: i(10), x: '22.1', y: '67.3', width: '9.9', height: '28', rx: '1' },
                    null
                  ),
                  t.createVNode(
                    'circle',
                    { stroke: i(11), 'stroke-width': '8', cx: '27', cy: '27', r: '27' },
                    null
                  ),
                  t.createVNode('circle', { fill: i(12), cx: '27', cy: '27', r: '16' }, null),
                  t.createVNode(
                    'path',
                    {
                      d: 'M37 7c-8 0-15 5-16 12',
                      stroke: i(11),
                      'stroke-width': '3',
                      opacity: '.5',
                      'stroke-linecap': 'round',
                      transform: 'rotate(45 29 13)'
                    },
                    null
                  )
                ])
              ]),
            g = () => {
              var n
              if (o.image) return o.image()
              const a = { error: v, search: h, network: m, default: f }
              return (
                (null == (n = a[e.image]) ? void 0 : n.call(a)) ||
                t.createVNode('img', { src: e.image }, null)
              )
            }
          return () =>
            t.createVNode('div', { class: ci() }, [
              t.createVNode('div', { class: ci('image'), style: ue(e.imageSize) }, [g()]),
              n(),
              a()
            ])
        }
      })
    ),
    [pi, mi, fi] = Ie('coupon-list'),
    vi = {
      code: N(''),
      coupons: w(),
      currency: N('¥'),
      showCount: b,
      emptyImage: String,
      chosenCoupon: x(-1),
      enabledTitle: String,
      disabledTitle: String,
      disabledCoupons: w(),
      showExchangeBar: b,
      showCloseButton: b,
      closeButtonText: String,
      inputPlaceholder: String,
      exchangeMinLength: x(1),
      exchangeButtonText: String,
      displayedCouponIndex: x(-1),
      exchangeButtonLoading: Boolean,
      exchangeButtonDisabled: Boolean
    }
  const hi = We(
      t.defineComponent({
        name: pi,
        props: vi,
        emits: ['change', 'exchange', 'update:code'],
        setup(e, { emit: o, slots: n }) {
          const [a, r] = wo(),
            l = t.ref(),
            i = t.ref(),
            s = t.ref(0),
            c = t.ref(0),
            d = t.ref(e.code),
            u = t.computed(
              () =>
                !e.exchangeButtonLoading &&
                (e.exchangeButtonDisabled || !d.value || d.value.length < e.exchangeMinLength)
            ),
            p = () => {
              const e = P(l).height,
                t = P(i).height + 44
              c.value = (e > t ? e : ce.value) - t
            },
            m = () => {
              o('exchange', d.value), e.code || (d.value = '')
            },
            f = (e) => {
              t.nextTick(() => {
                var t
                return null == (t = a.value[e]) ? void 0 : t.scrollIntoView()
              })
            },
            v = () =>
              t.createVNode(
                ui,
                { image: e.emptyImage },
                {
                  default: () => [t.createVNode('p', { class: mi('empty-tip') }, [fi('noCoupon')])]
                }
              ),
            h = () => {
              if (e.showExchangeBar)
                return t.createVNode('div', { ref: i, class: mi('exchange-bar') }, [
                  t.createVNode(
                    En,
                    {
                      modelValue: d.value,
                      'onUpdate:modelValue': (e) => (d.value = e),
                      clearable: !0,
                      border: !1,
                      class: mi('field'),
                      placeholder: e.inputPlaceholder || fi('placeholder'),
                      maxlength: '20'
                    },
                    null
                  ),
                  t.createVNode(
                    St,
                    {
                      plain: !0,
                      type: 'primary',
                      class: mi('exchange'),
                      text: e.exchangeButtonText || fi('exchange'),
                      loading: e.exchangeButtonLoading,
                      disabled: u.value,
                      onClick: m
                    },
                    null
                  )
                ])
            },
            g = () => {
              const { coupons: a } = e,
                l = e.showCount ? ` (${a.length})` : '',
                i = (e.enabledTitle || fi('enable')) + l
              return t.createVNode(
                Zo,
                { title: i },
                {
                  default: () => {
                    var l
                    return [
                      t.createVNode(
                        'div',
                        {
                          class: mi('list', { 'with-bottom': e.showCloseButton }),
                          style: { height: `${c.value}px` }
                        },
                        [
                          a.map((n, a) =>
                            t.createVNode(
                              ti,
                              {
                                key: n.id,
                                ref: r(a),
                                coupon: n,
                                chosen: a === e.chosenCoupon,
                                currency: e.currency,
                                onClick: () => o('change', a)
                              },
                              null
                            )
                          ),
                          !a.length && v(),
                          null == (l = n['list-footer']) ? void 0 : l.call(n)
                        ]
                      )
                    ]
                  }
                }
              )
            },
            b = () => {
              const { disabledCoupons: o } = e,
                a = e.showCount ? ` (${o.length})` : '',
                r = (e.disabledTitle || fi('disabled')) + a
              return t.createVNode(
                Zo,
                { title: r },
                {
                  default: () => {
                    var a
                    return [
                      t.createVNode(
                        'div',
                        {
                          class: mi('list', { 'with-bottom': e.showCloseButton }),
                          style: { height: `${c.value}px` }
                        },
                        [
                          o.map((o) =>
                            t.createVNode(
                              ti,
                              { disabled: !0, key: o.id, coupon: o, currency: e.currency },
                              null
                            )
                          ),
                          !o.length && v(),
                          null == (a = n['disabled-list-footer']) ? void 0 : a.call(n)
                        ]
                      )
                    ]
                  }
                }
              )
            }
          return (
            t.watch(
              () => e.code,
              (e) => {
                d.value = e
              }
            ),
            t.watch(ce, p),
            t.watch(d, (e) => o('update:code', e)),
            t.watch(() => e.displayedCouponIndex, f),
            t.onMounted(() => {
              p(), f(e.displayedCouponIndex)
            }),
            () =>
              t.createVNode('div', { ref: l, class: mi() }, [
                h(),
                t.createVNode(
                  Ko,
                  { active: s.value, 'onUpdate:active': (e) => (s.value = e), class: mi('tab') },
                  { default: () => [g(), b()] }
                ),
                t.createVNode('div', { class: mi('bottom') }, [
                  t.withDirectives(
                    t.createVNode(
                      St,
                      {
                        round: !0,
                        block: !0,
                        type: 'primary',
                        class: mi('close'),
                        text: e.closeButtonText || fi('close'),
                        onClick: () => o('change', -1)
                      },
                      null
                    ),
                    [[t.vShow, e.showCloseButton]]
                  )
                ])
              ])
          )
        }
      })
    ),
    gi = new Date().getFullYear(),
    [bi] = Ie('date-picker'),
    yi = d({}, gr, {
      columnsType: { type: Array, default: () => ['year', 'month', 'day'] },
      minDate: { type: Date, default: () => new Date(gi - 10, 0, 1), validator: l },
      maxDate: { type: Date, default: () => new Date(gi + 10, 11, 31), validator: l }
    })
  const wi = We(
      t.defineComponent({
        name: bi,
        props: yi,
        emits: ['confirm', 'cancel', 'change', 'update:modelValue'],
        setup(e, { emit: o, slots: n }) {
          const a = t.ref(e.modelValue),
            r = t.ref(!1),
            l = (t) => t === e.minDate.getFullYear(),
            i = (t) => t === e.maxDate.getFullYear(),
            s = (t) => {
              const { minDate: o, columnsType: n } = e,
                l = n.indexOf(t),
                i = r.value ? e.modelValue[l] : a.value[l]
              if (i) return +i
              switch (t) {
                case 'year':
                  return o.getFullYear()
                case 'month':
                  return o.getMonth() + 1
                case 'day':
                  return o.getDate()
              }
            },
            c = () => {
              const t = s('year'),
                o = s('month'),
                n = l(t) && ((t) => t === e.minDate.getMonth() + 1)(o) ? e.minDate.getDate() : 1,
                a =
                  i(t) && ((t) => t === e.maxDate.getMonth() + 1)(o)
                    ? e.maxDate.getDate()
                    : yr(t, o)
              return wr(n, a, 'day', e.formatter, e.filter)
            },
            d = t.computed(() =>
              e.columnsType.map((t) => {
                switch (t) {
                  case 'year':
                    return (() => {
                      const t = e.minDate.getFullYear(),
                        o = e.maxDate.getFullYear()
                      return wr(t, o, 'year', e.formatter, e.filter)
                    })()
                  case 'month':
                    return (() => {
                      const t = s('year'),
                        o = l(t) ? e.minDate.getMonth() + 1 : 1,
                        n = i(t) ? e.maxDate.getMonth() + 1 : 12
                      return wr(o, n, 'month', e.formatter, e.filter)
                    })()
                  case 'day':
                    return c()
                  default:
                    return []
                }
              })
            )
          t.watch(a, (t) => {
            f(t, e.modelValue) || o('update:modelValue', t)
          }),
            t.watch(
              () => e.modelValue,
              (e, t) => {
                ;(r.value = f(t, a.value)),
                  (e = xr(e, d.value)),
                  f(e, a.value) || (a.value = e),
                  (r.value = !1)
              },
              { immediate: !0 }
            )
          const u = (...e) => o('change', ...e),
            p = (...e) => o('cancel', ...e),
            v = (...e) => o('confirm', ...e)
          return () =>
            t.createVNode(
              un,
              t.mergeProps(
                {
                  modelValue: a.value,
                  'onUpdate:modelValue': (e) => (a.value = e),
                  columns: d.value,
                  onChange: u,
                  onCancel: p,
                  onConfirm: v
                },
                m(e, br)
              ),
              n
            )
        }
      })
    ),
    [xi, Vi, Ni] = Ie('dialog'),
    ki = d({}, Et, {
      title: String,
      theme: String,
      width: g,
      message: [String, Function],
      callback: Function,
      allowHtml: Boolean,
      className: h,
      transition: N('van-dialog-bounce'),
      messageAlign: String,
      closeOnPopstate: b,
      showCancelButton: Boolean,
      cancelButtonText: String,
      cancelButtonColor: String,
      cancelButtonDisabled: Boolean,
      confirmButtonText: String,
      confirmButtonColor: String,
      confirmButtonDisabled: Boolean,
      showConfirmButton: b,
      closeOnClickOverlay: Boolean
    }),
    Ci = [...Lt, 'transition', 'closeOnPopstate']
  var Si = t.defineComponent({
    name: xi,
    props: ki,
    emits: ['confirm', 'cancel', 'keydown', 'update:show'],
    setup(e, { emit: o, slots: a }) {
      const r = t.ref(),
        l = t.reactive({ confirm: !1, cancel: !1 }),
        i = (e) => o('update:show', e),
        s = (t) => {
          var o
          i(!1), null == (o = e.callback) || o.call(e, t)
        },
        d = (t) => () => {
          e.show &&
            (o(t),
            e.beforeClose
              ? ((l[t] = !0),
                je(e.beforeClose, {
                  args: [t],
                  done() {
                    s(t), (l[t] = !1)
                  },
                  canceled() {
                    l[t] = !1
                  }
                }))
              : s(t))
        },
        u = d('cancel'),
        p = d('confirm'),
        f = t.withKeys(
          (t) => {
            var n, a
            if (
              t.target !==
              (null == (a = null == (n = r.value) ? void 0 : n.popupRef) ? void 0 : a.value)
            )
              return
            ;({ Enter: e.showConfirmButton ? p : c, Escape: e.showCancelButton ? u : c }[t.key](),
              o('keydown', t))
          },
          ['enter', 'esc']
        ),
        v = () => {
          const o = a.title ? a.title() : e.title
          if (o)
            return t.createVNode(
              'div',
              { class: Vi('header', { isolated: !e.message && !a.default }) },
              [o]
            )
        },
        h = (o) => {
          const { message: a, allowHtml: r, messageAlign: l } = e,
            i = Vi('message', { 'has-title': o, [l]: l }),
            s = n(a) ? a() : a
          return r && 'string' == typeof s
            ? t.createVNode('div', { class: i, innerHTML: s }, null)
            : t.createVNode('div', { class: i }, [s])
        },
        g = () => {
          if (a.default) return t.createVNode('div', { class: Vi('content') }, [a.default()])
          const { title: o, message: n, allowHtml: r } = e
          if (n) {
            const e = !(!o && !a.title)
            return t.createVNode(
              'div',
              { key: r ? 1 : 0, class: Vi('content', { isolated: !e }) },
              [h(e)]
            )
          }
        },
        b = () =>
          a.footer
            ? a.footer()
            : 'round-button' === e.theme
            ? t.createVNode(
                Je,
                { class: Vi('footer') },
                {
                  default: () => [
                    e.showCancelButton &&
                      t.createVNode(
                        Dt,
                        {
                          type: 'warning',
                          text: e.cancelButtonText || Ni('cancel'),
                          class: Vi('cancel'),
                          color: e.cancelButtonColor,
                          loading: l.cancel,
                          disabled: e.cancelButtonDisabled,
                          onClick: u
                        },
                        null
                      ),
                    e.showConfirmButton &&
                      t.createVNode(
                        Dt,
                        {
                          type: 'danger',
                          text: e.confirmButtonText || Ni('confirm'),
                          class: Vi('confirm'),
                          color: e.confirmButtonColor,
                          loading: l.confirm,
                          disabled: e.confirmButtonDisabled,
                          onClick: p
                        },
                        null
                      )
                  ]
                }
              )
            : t.createVNode('div', { class: [ze, Vi('footer')] }, [
                e.showCancelButton &&
                  t.createVNode(
                    St,
                    {
                      size: 'large',
                      text: e.cancelButtonText || Ni('cancel'),
                      class: Vi('cancel'),
                      style: { color: e.cancelButtonColor },
                      loading: l.cancel,
                      disabled: e.cancelButtonDisabled,
                      onClick: u
                    },
                    null
                  ),
                e.showConfirmButton &&
                  t.createVNode(
                    St,
                    {
                      size: 'large',
                      text: e.confirmButtonText || Ni('confirm'),
                      class: [Vi('confirm'), { [Ee]: e.showCancelButton }],
                      style: { color: e.confirmButtonColor },
                      loading: l.confirm,
                      disabled: e.confirmButtonDisabled,
                      onClick: p
                    },
                    null
                  )
              ])
      return () => {
        const { width: o, title: n, theme: a, message: l, className: s } = e
        return t.createVNode(
          Gt,
          t.mergeProps(
            {
              ref: r,
              role: 'dialog',
              class: [Vi([a]), s],
              style: { width: de(o) },
              tabindex: 0,
              'aria-labelledby': n || l,
              onKeydown: f,
              'onUpdate:show': i
            },
            m(e, Ci)
          ),
          { default: () => [v(), g(), b()] }
        )
      }
    }
  })
  let Ti
  const Bi = {
    title: '',
    width: '',
    theme: null,
    message: '',
    overlay: !0,
    callback: null,
    teleport: 'body',
    className: '',
    allowHtml: !1,
    lockScroll: !0,
    transition: void 0,
    beforeClose: null,
    overlayClass: '',
    overlayStyle: void 0,
    messageAlign: '',
    cancelButtonText: '',
    cancelButtonColor: null,
    cancelButtonDisabled: !1,
    confirmButtonText: '',
    confirmButtonColor: null,
    confirmButtonDisabled: !1,
    showConfirmButton: !0,
    showCancelButton: !1,
    closeOnPopstate: !0,
    closeOnClickOverlay: !1
  }
  let Pi = d({}, Bi)
  function Di(e) {
    return u
      ? new Promise((o, n) => {
          Ti ||
            (function () {
              const e = {
                setup() {
                  const { state: e, toggle: o } = jn()
                  return () => t.createVNode(Si, t.mergeProps(e, { 'onUpdate:show': o }), null)
                }
              }
              ;({ instance: Ti } = Wn(e))
            })(),
            Ti.open(
              d({}, Pi, e, {
                callback: (e) => {
                  ;('confirm' === e ? o : n)(e)
                }
              })
            )
        })
      : Promise.resolve()
  }
  const Oi = We(Si),
    [Ii, Ai] = Ie('divider'),
    zi = { dashed: Boolean, hairline: b, vertical: Boolean, contentPosition: N('center') }
  const Ei = We(
      t.defineComponent({
        name: Ii,
        props: zi,
        setup:
          (e, { slots: o }) =>
          () => {
            var n
            return t.createVNode(
              'div',
              {
                role: 'separator',
                class: Ai({
                  dashed: e.dashed,
                  hairline: e.hairline,
                  vertical: e.vertical,
                  [`content-${e.contentPosition}`]: !!o.default && !e.vertical
                })
              },
              [!e.vertical && (null == (n = o.default) ? void 0 : n.call(o))]
            )
          }
      })
    ),
    [Li, $i] = Ie('dropdown-menu'),
    Mi = {
      overlay: b,
      zIndex: g,
      duration: V(0.2),
      direction: N('down'),
      activeColor: String,
      closeOnClickOutside: b,
      closeOnClickOverlay: b
    },
    Ri = Symbol(Li)
  var Fi = t.defineComponent({
    name: Li,
    props: Mi,
    setup(e, { slots: n }) {
      const a = yo(),
        r = t.ref(),
        l = t.ref(),
        i = t.ref(0),
        { children: s, linkChildren: c } = A(Ri),
        d = Z(r),
        u = t.computed(() => s.some((e) => e.state.showWrapper)),
        p = t.computed(() => {
          if (u.value && o(e.zIndex)) return { zIndex: +e.zIndex + 1 }
        }),
        m = () => {
          if (l.value) {
            const t = P(l)
            'down' === e.direction ? (i.value = t.bottom) : (i.value = ce.value - t.top)
          }
        },
        f = (o, n) => {
          const { showPopup: r } = o.state,
            { disabled: l, titleClass: i } = o
          return t.createVNode(
            'div',
            {
              id: `${a}-${n}`,
              role: 'button',
              tabindex: l ? void 0 : 0,
              class: [$i('item', { disabled: l }), { [Fe]: !l }],
              onClick: () => {
                var e
                l ||
                  ((e = n),
                  s.forEach((t, o) => {
                    o === e ? t.toggle() : t.state.showPopup && t.toggle(!1, { immediate: !0 })
                  }))
              }
            },
            [
              t.createVNode(
                'span',
                {
                  class: [$i('title', { down: r === ('down' === e.direction), active: r }), i],
                  style: { color: r ? e.activeColor : '' }
                },
                [t.createVNode('div', { class: 'van-ellipsis' }, [o.renderTitle()])]
              )
            ]
          )
        }
      return (
        c({ id: a, props: e, offset: i, updateOffset: m }),
        W(r, () => {
          e.closeOnClickOutside &&
            s.forEach((e) => {
              e.toggle(!1)
            })
        }),
        j(
          'scroll',
          () => {
            u.value && m()
          },
          { target: d, passive: !0 }
        ),
        () => {
          var e
          return t.createVNode('div', { ref: r, class: $i() }, [
            t.createVNode(
              'div',
              { ref: l, style: p.value, class: $i('bar', { opened: u.value }) },
              [s.map(f)]
            ),
            null == (e = n.default) ? void 0 : e.call(n)
          ])
        }
      )
    }
  })
  const [Hi, ji] = Ie('dropdown-item'),
    Wi = {
      title: String,
      options: w(),
      disabled: Boolean,
      teleport: [String, Object],
      lazyRender: b,
      modelValue: h,
      titleClass: h
    }
  const Ui = We(
      t.defineComponent({
        name: Hi,
        inheritAttrs: !1,
        props: Wi,
        emits: ['open', 'opened', 'close', 'closed', 'change', 'update:modelValue'],
        setup(e, { emit: o, slots: n, attrs: a }) {
          const r = t.reactive({ showPopup: !1, transition: !0, showWrapper: !1 }),
            { parent: l, index: i } = D(Ri)
          if (!l) return
          const s = (e) => () => o(e),
            c = s('open'),
            d = s('close'),
            u = s('opened'),
            p = () => {
              ;(r.showWrapper = !1), o('closed')
            },
            m = (t) => {
              e.teleport && t.stopPropagation()
            },
            f = (n) => {
              const { activeColor: a } = l.props,
                i = n.value === e.modelValue
              return t.createVNode(
                wn,
                {
                  role: 'menuitem',
                  key: n.value,
                  icon: n.icon,
                  title: n.text,
                  class: ji('option', { active: i }),
                  style: { color: i ? a : '' },
                  tabindex: i ? 0 : -1,
                  clickable: !0,
                  onClick: () => {
                    ;(r.showPopup = !1),
                      n.value !== e.modelValue &&
                        (o('update:modelValue', n.value), o('change', n.value))
                  }
                },
                {
                  value: () => {
                    if (i)
                      return t.createVNode(
                        ht,
                        { class: ji('icon'), color: a, name: 'success' },
                        null
                      )
                  }
                }
              )
            },
            v = () => {
              const { offset: o } = l,
                {
                  zIndex: s,
                  overlay: v,
                  duration: h,
                  direction: g,
                  closeOnClickOverlay: b
                } = l.props,
                y = pe(s)
              return (
                'down' === g ? (y.top = `${o.value}px`) : (y.bottom = `${o.value}px`),
                t.withDirectives(
                  t.createVNode('div', t.mergeProps({ style: y, class: ji([g]), onClick: m }, a), [
                    t.createVNode(
                      Gt,
                      {
                        show: r.showPopup,
                        'onUpdate:show': (e) => (r.showPopup = e),
                        role: 'menu',
                        class: ji('content'),
                        overlay: v,
                        position: 'down' === g ? 'top' : 'bottom',
                        duration: r.transition ? h : 0,
                        lazyRender: e.lazyRender,
                        overlayStyle: { position: 'absolute' },
                        'aria-labelledby': `${l.id}-${i.value}`,
                        closeOnClickOverlay: b,
                        onOpen: c,
                        onClose: d,
                        onOpened: u,
                        onClosed: p
                      },
                      {
                        default: () => {
                          var t
                          return [e.options.map(f), null == (t = n.default) ? void 0 : t.call(n)]
                        }
                      }
                    )
                  ]),
                  [[t.vShow, r.showWrapper]]
                )
              )
            }
          return (
            Qe({
              state: r,
              toggle: (e = !r.showPopup, t = {}) => {
                e !== r.showPopup &&
                  ((r.showPopup = e),
                  (r.transition = !t.immediate),
                  e && (l.updateOffset(), (r.showWrapper = !0)))
              },
              renderTitle: () => {
                if (n.title) return n.title()
                if (e.title) return e.title
                const t = e.options.find((t) => t.value === e.modelValue)
                return t ? t.text : ''
              }
            }),
            () =>
              e.teleport
                ? t.createVNode(t.Teleport, { to: e.teleport }, { default: () => [v()] })
                : v()
          )
        }
      })
    ),
    Yi = We(Fi),
    [qi, Xi] = Ie('grid'),
    Gi = {
      square: Boolean,
      center: b,
      border: b,
      gutter: g,
      reverse: Boolean,
      iconSize: g,
      direction: String,
      clickable: Boolean,
      columnNum: V(4)
    },
    Zi = Symbol(qi)
  const Ki = We(
      t.defineComponent({
        name: qi,
        props: Gi,
        setup(e, { slots: o }) {
          const { linkChildren: n } = A(Zi)
          return (
            n({ props: e }),
            () => {
              var n
              return t.createVNode(
                'div',
                {
                  style: { paddingLeft: de(e.gutter) },
                  class: [Xi(), { [ze]: e.border && !e.gutter }]
                },
                [null == (n = o.default) ? void 0 : n.call(o)]
              )
            }
          )
        }
      })
    ),
    [_i, Ji] = Ie('grid-item'),
    Qi = d({}, et, {
      dot: Boolean,
      text: String,
      icon: String,
      badge: g,
      iconColor: String,
      iconPrefix: String,
      badgeProps: Object
    })
  const es = We(
      t.defineComponent({
        name: _i,
        props: Qi,
        setup(e, { slots: o }) {
          const { parent: n, index: a } = D(Zi),
            r = ot()
          if (!n) return
          const l = t.computed(() => {
              const { square: e, gutter: t, columnNum: o } = n.props,
                r = 100 / +o + '%',
                l = { flexBasis: r }
              if (e) l.paddingTop = r
              else if (t) {
                const e = de(t)
                ;(l.paddingRight = e), a.value >= +o && (l.marginTop = e)
              }
              return l
            }),
            i = t.computed(() => {
              const { square: e, gutter: t } = n.props
              if (e && t) {
                const e = de(t)
                return { right: e, bottom: e, height: 'auto' }
              }
            })
          return () => {
            const {
                center: a,
                border: s,
                square: c,
                gutter: d,
                reverse: u,
                direction: p,
                clickable: m
              } = n.props,
              f = [
                Ji('content', [
                  p,
                  { center: a, square: c, reverse: u, clickable: m, surround: s && d }
                ]),
                { [Ae]: s }
              ]
            return t.createVNode('div', { class: [Ji({ square: c })], style: l.value }, [
              t.createVNode(
                'div',
                {
                  role: m ? 'button' : void 0,
                  class: f,
                  style: i.value,
                  tabindex: m ? 0 : void 0,
                  onClick: r
                },
                [
                  o.default
                    ? o.default()
                    : [
                        o.icon
                          ? t.createVNode(
                              lt,
                              t.mergeProps({ dot: e.dot, content: e.badge }, e.badgeProps),
                              { default: o.icon }
                            )
                          : e.icon
                          ? t.createVNode(
                              ht,
                              {
                                dot: e.dot,
                                name: e.icon,
                                size: n.props.iconSize,
                                badge: e.badge,
                                class: Ji('icon'),
                                color: e.iconColor,
                                badgeProps: e.badgeProps,
                                classPrefix: e.iconPrefix
                              },
                              null
                            )
                          : void 0,
                        o.text
                          ? o.text()
                          : e.text
                          ? t.createVNode('span', { class: Ji('text') }, [e.text])
                          : void 0
                      ]
                ]
              )
            ])
          }
        }
      })
    ),
    ts = (e) => Math.sqrt((e[0].clientX - e[1].clientX) ** 2 + (e[0].clientY - e[1].clientY) ** 2),
    os = Ie('image-preview')[1]
  var ns = t.defineComponent({
    props: {
      src: String,
      show: Boolean,
      active: Number,
      minZoom: y(g),
      maxZoom: y(g),
      rootWidth: y(Number),
      rootHeight: y(Number),
      disableZoom: Boolean
    },
    emits: ['scale', 'close', 'longPress'],
    setup(e, { emit: o, slots: n }) {
      const a = t.reactive({
          scale: 1,
          moveX: 0,
          moveY: 0,
          moving: !1,
          zooming: !1,
          imageRatio: 0
        }),
        r = $t(),
        l = t.ref(),
        i = t.ref(),
        s = t.ref(!1),
        c = t.ref(!1)
      let d = 0
      const u = t.computed(() => {
          const { scale: e, moveX: t, moveY: o, moving: n, zooming: r } = a,
            l = { transitionDuration: r || n ? '0s' : '.3s' }
          return (1 !== e || c.value) && (l.transform = `matrix(${e}, 0, 0, ${e}, ${t}, ${o})`), l
        }),
        p = t.computed(() => {
          if (a.imageRatio) {
            const { rootWidth: t, rootHeight: o } = e,
              n = s.value ? o / a.imageRatio : t
            return Math.max(0, (a.scale * n - t) / 2)
          }
          return 0
        }),
        m = t.computed(() => {
          if (a.imageRatio) {
            const { rootWidth: t, rootHeight: o } = e,
              n = s.value ? o : t * a.imageRatio
            return Math.max(0, (a.scale * n - o) / 2)
          }
          return 0
        }),
        f = (t, n) => {
          var r
          if ((t = ye(t, +e.minZoom, +e.maxZoom + 1)) !== a.scale) {
            const i = t / a.scale
            if (((a.scale = t), n)) {
              const e = P(null == (r = l.value) ? void 0 : r.$el),
                t = { x: 0.5 * e.width, y: 0.5 * e.height },
                o = a.moveX - (n.x - e.left - t.x) * (i - 1),
                s = a.moveY - (n.y - e.top - t.y) * (i - 1)
              ;(a.moveX = ye(o, -p.value, p.value)), (a.moveY = ye(s, -m.value, m.value))
            } else (a.moveX = 0), (a.moveY = c.value ? d : 0)
            o('scale', { scale: t, index: e.active })
          }
        },
        v = () => {
          f(1)
        }
      let h,
        g,
        b,
        y,
        w,
        x,
        V,
        N,
        k = !1
      const C = (t) => {
          const { touches: o } = t
          if (((h = o.length), 2 === h && e.disableZoom)) return
          const { offsetX: n } = r
          r.start(t),
            (g = a.moveX),
            (b = a.moveY),
            (N = Date.now()),
            (k = !1),
            (a.moving = 1 === h && (1 !== a.scale || c.value)),
            (a.zooming = 2 === h && !n.value),
            a.zooming && ((y = a.scale), (w = ts(o)))
        },
        S = () => {
          if (h > 1) return
          const { offsetX: e, offsetY: t } = r,
            n = Date.now() - N
          e.value < 5 &&
            t.value < 5 &&
            (n < 250
              ? V
                ? (clearTimeout(V),
                  (V = null),
                  (() => {
                    const e = a.scale > 1 ? 1 : 2
                    f(e, 2 === e || c.value ? { x: r.startX.value, y: r.startY.value } : void 0)
                  })())
                : (V = setTimeout(() => {
                    o('close'), (V = null)
                  }, 250))
              : n > 500 && o('longPress'))
        },
        T = (t) => {
          let o = !1
          if (
            (a.moving || a.zooming) &&
            ((o = !0), a.moving && g === a.moveX && b === a.moveY && (o = !1), !t.touches.length)
          ) {
            a.zooming &&
              ((a.moveX = ye(a.moveX, -p.value, p.value)),
              (a.moveY = ye(a.moveY, -m.value, m.value)),
              (a.zooming = !1)),
              (a.moving = !1),
              (g = 0),
              (b = 0),
              (y = 1),
              a.scale < 1 && v()
            const t = +e.maxZoom
            a.scale > t && f(t, x)
          }
          le(t, o), S(), r.reset()
        },
        B = () => {
          const { rootWidth: t, rootHeight: o } = e,
            n = o / t,
            { imageRatio: r } = a
          ;(s.value = a.imageRatio > n && r < 2.6),
            (c.value = a.imageRatio > n && r >= 2.6),
            c.value && ((d = (r * t - o) / 2), (a.moveY = d)),
            v()
        },
        D = (e) => {
          const { naturalWidth: t, naturalHeight: o } = e.target
          ;(a.imageRatio = o / t), B()
        }
      return (
        t.watch(() => e.active, v),
        t.watch(
          () => e.show,
          (e) => {
            e || v()
          }
        ),
        t.watch(() => [e.rootWidth, e.rootHeight], B),
        j(
          'touchmove',
          (e) => {
            const { touches: t } = e
            if ((r.move(e), a.moving)) {
              const { deltaX: t, deltaY: o } = r,
                n = t.value + g,
                l = o.value + b
              if ((n > p.value || n < -p.value) && !k && r.isHorizontal())
                return void (a.moving = !1)
              ;(k = !0),
                le(e, !0),
                (a.moveX = ye(n, -p.value, p.value)),
                (a.moveY = ye(l, -m.value, m.value))
            }
            if (a.zooming && (le(e, !0), 2 === t.length)) {
              const e = ts(t),
                o = (y * e) / w
              ;(x = ((e) => ({
                x: (e[0].clientX + e[1].clientX) / 2,
                y: (e[0].clientY + e[1].clientY) / 2
              }))(t)),
                f(o, x)
            }
          },
          {
            target: t.computed(() => {
              var e
              return null == (e = i.value) ? void 0 : e.$el
            })
          }
        ),
        () => {
          const o = { loading: () => t.createVNode(Vt, { type: 'spinner' }, null) }
          return t.createVNode(
            Yo,
            {
              ref: i,
              class: os('swipe-item'),
              onTouchstartPassive: C,
              onTouchend: T,
              onTouchcancel: T
            },
            {
              default: () => [
                n.image
                  ? t.createVNode('div', { class: os('image-wrap') }, [n.image({ src: e.src })])
                  : t.createVNode(
                      zr,
                      {
                        ref: l,
                        src: e.src,
                        fit: 'contain',
                        class: os('image', { vertical: s.value }),
                        style: u.value,
                        onLoad: D
                      },
                      o
                    )
              ]
            }
          )
        }
      )
    }
  })
  const [as, rs] = Ie('image-preview'),
    ls = ['show', 'teleport', 'transition', 'overlayStyle', 'closeOnPopstate'],
    is = {
      show: Boolean,
      loop: b,
      images: w(),
      minZoom: V(1 / 3),
      maxZoom: V(3),
      overlay: b,
      closeable: Boolean,
      showIndex: b,
      className: h,
      closeIcon: N('clear'),
      transition: String,
      beforeClose: Function,
      overlayClass: h,
      overlayStyle: Object,
      swipeDuration: V(300),
      startPosition: V(0),
      showIndicators: Boolean,
      closeOnPopstate: b,
      closeIconPosition: N('top-right'),
      teleport: [String, Object]
    }
  var ss = t.defineComponent({
    name: as,
    props: is,
    emits: ['scale', 'close', 'closed', 'change', 'longPress', 'update:show'],
    setup(e, { emit: o, slots: n }) {
      const a = t.ref(),
        r = t.reactive({ active: 0, rootWidth: 0, rootHeight: 0, disableZoom: !1 }),
        l = () => {
          if (a.value) {
            const e = P(a.value.$el)
            ;(r.rootWidth = e.width), (r.rootHeight = e.height), a.value.resize()
          }
        },
        i = (e) => o('scale', e),
        s = (e) => o('update:show', e),
        c = () => {
          je(e.beforeClose, { args: [r.active], done: () => s(!1) })
        },
        d = (e) => {
          e !== r.active && ((r.active = e), o('change', e))
        },
        u = () => {
          if (e.showIndex)
            return t.createVNode('div', { class: rs('index') }, [
              n.index ? n.index({ index: r.active }) : `${r.active + 1} / ${e.images.length}`
            ])
        },
        p = () => {
          if (n.cover) return t.createVNode('div', { class: rs('cover') }, [n.cover()])
        },
        f = () => {
          r.disableZoom = !0
        },
        v = () => {
          r.disableZoom = !1
        },
        h = () => {
          if (e.closeable)
            return t.createVNode(
              ht,
              {
                role: 'button',
                name: e.closeIcon,
                class: [rs('close-icon', e.closeIconPosition), Fe],
                onClick: c
              },
              null
            )
        },
        g = () => o('closed'),
        b = (e, t) => {
          var o
          return null == (o = a.value) ? void 0 : o.swipeTo(e, t)
        }
      return (
        Qe({ swipeTo: b }),
        t.onMounted(l),
        t.watch([se, ce], l),
        t.watch(
          () => e.startPosition,
          (e) => d(+e)
        ),
        t.watch(
          () => e.show,
          (n) => {
            const { images: a, startPosition: i } = e
            n
              ? (d(+i),
                t.nextTick(() => {
                  l(), b(+i, { immediate: !0 })
                }))
              : o('close', { index: r.active, url: a[r.active] })
          }
        ),
        () =>
          t.createVNode(
            Gt,
            t.mergeProps(
              {
                class: [rs(), e.className],
                overlayClass: [rs('overlay'), e.overlayClass],
                onClosed: g,
                'onUpdate:show': s
              },
              m(e, ls)
            ),
            {
              default: () => [
                h(),
                t.createVNode(
                  Do,
                  {
                    ref: a,
                    lazyRender: !0,
                    loop: e.loop,
                    class: rs('swipe'),
                    duration: e.swipeDuration,
                    initialSwipe: e.startPosition,
                    showIndicators: e.showIndicators,
                    indicatorColor: 'white',
                    onChange: d,
                    onDragEnd: v,
                    onDragStart: f
                  },
                  {
                    default: () => [
                      e.images.map((a, l) =>
                        t.createVNode(
                          ns,
                          {
                            src: a,
                            show: e.show,
                            active: r.active,
                            maxZoom: e.maxZoom,
                            minZoom: e.minZoom,
                            rootWidth: r.rootWidth,
                            rootHeight: r.rootHeight,
                            disableZoom: r.disableZoom,
                            onScale: i,
                            onClose: c,
                            onLongPress: () => o('longPress', { index: l })
                          },
                          { image: n.image }
                        )
                      )
                    ]
                  }
                ),
                u(),
                p()
              ]
            }
          )
      )
    }
  })
  let cs
  const ds = {
    loop: !0,
    images: [],
    maxZoom: 3,
    minZoom: 1 / 3,
    onScale: void 0,
    onClose: void 0,
    onChange: void 0,
    teleport: 'body',
    className: '',
    showIndex: !0,
    closeable: !1,
    closeIcon: 'clear',
    transition: void 0,
    beforeClose: void 0,
    overlayStyle: void 0,
    overlayClass: void 0,
    startPosition: 0,
    swipeDuration: 300,
    showIndicators: !1,
    closeOnPopstate: !0,
    closeIconPosition: 'top-right'
  }
  const us = (e, o = 0) => {
      if (u)
        return (
          cs ||
            ({ instance: cs } = Wn({
              setup() {
                const { state: e, toggle: o } = jn(),
                  n = () => {
                    e.images = []
                  }
                return () =>
                  t.createVNode(ss, t.mergeProps(e, { onClosed: n, 'onUpdate:show': o }), null)
              }
            })),
          (e = Array.isArray(e) ? { images: e, startPosition: o } : e),
          cs.open(d({}, ds, e)),
          cs
        )
    },
    ps = We(ss)
  const [ms, fs] = Ie('index-bar'),
    vs = {
      sticky: b,
      zIndex: g,
      teleport: [String, Object],
      highlightColor: String,
      stickyOffsetTop: x(0),
      indexList: {
        type: Array,
        default: function () {
          const e = 'A'.charCodeAt(0)
          return Array(26)
            .fill('')
            .map((t, o) => String.fromCharCode(e + o))
        }
      }
    },
    hs = Symbol(ms)
  var gs = t.defineComponent({
    name: ms,
    props: vs,
    emits: ['select', 'change'],
    setup(e, { emit: n, slots: a }) {
      const r = t.ref(),
        l = t.ref(),
        i = t.ref(''),
        s = $t(),
        c = Z(r),
        { children: d, linkChildren: u } = A(hs)
      let p
      u({ props: e })
      const m = t.computed(() => {
          if (o(e.zIndex)) return { zIndex: +e.zIndex + 1 }
        }),
        f = t.computed(() => {
          if (e.highlightColor) return { color: e.highlightColor }
        }),
        v = (t, o) => {
          for (let n = d.length - 1; n >= 0; n--) {
            const a = n > 0 ? o[n - 1].height : 0
            if (t + (e.sticky ? a + e.stickyOffsetTop : 0) >= o[n].top) return n
          }
          return -1
        },
        h = (e) => d.find((t) => String(t.index) === e),
        g = () => {
          if (ie(r)) return
          const { sticky: t, indexList: o } = e,
            n = J(c.value),
            a = P(c),
            l = d.map((e) => e.getRect(c.value, a))
          let s = -1
          if (p) {
            const e = h(p)
            if (e) {
              const t = e.getRect(c.value, a)
              s = v(t.top, l)
            }
          } else s = v(n, l)
          ;(i.value = o[s]),
            t &&
              d.forEach((t, o) => {
                const { state: r, $el: i } = t
                if (o === s || o === s - 1) {
                  const e = i.getBoundingClientRect()
                  ;(r.left = e.left), (r.width = e.width)
                } else (r.left = null), (r.width = null)
                if (o === s)
                  (r.active = !0), (r.top = Math.max(e.stickyOffsetTop, l[o].top - n) + a.top)
                else if (o === s - 1 && '' === p) {
                  const e = l[s].top - n
                  ;(r.active = e > 0), (r.top = e + a.top - l[o].height)
                } else r.active = !1
              }),
            (p = '')
        },
        b = () => {
          t.nextTick(g)
        }
      j('scroll', g, { target: c, passive: !0 }),
        t.onMounted(b),
        t.watch(() => e.indexList, b),
        t.watch(i, (e) => {
          e && n('change', e)
        })
      const y = (t) => {
          p = String(t)
          const o = h(p)
          if (o) {
            const t = J(c.value),
              a = P(c),
              { offsetHeight: r } = document.documentElement
            if ((o.$el.scrollIntoView(), t === r - a.height)) return void g()
            e.sticky && e.stickyOffsetTop && te(ee() - e.stickyOffsetTop), n('select', o.index)
          }
        },
        w = (e) => {
          const { index: t } = e.dataset
          t && y(t)
        },
        x = (e) => {
          w(e.target)
        }
      let V
      const N = () =>
        t.createVNode(
          'div',
          {
            ref: l,
            class: fs('sidebar'),
            style: m.value,
            onClick: x,
            onTouchstartPassive: s.start
          },
          [
            e.indexList.map((e) => {
              const o = e === i.value
              return t.createVNode(
                'span',
                { class: fs('index', { active: o }), style: o ? f.value : void 0, 'data-index': e },
                [e]
              )
            })
          ]
        )
      return (
        Qe({ scrollTo: y }),
        j(
          'touchmove',
          (e) => {
            if ((s.move(e), s.isVertical())) {
              le(e)
              const { clientX: t, clientY: o } = e.touches[0],
                n = document.elementFromPoint(t, o)
              if (n) {
                const { index: e } = n.dataset
                e && V !== e && ((V = e), w(n))
              }
            }
          },
          { target: l }
        ),
        () => {
          var o
          return t.createVNode('div', { ref: r, class: fs() }, [
            e.teleport
              ? t.createVNode(t.Teleport, { to: e.teleport }, { default: () => [N()] })
              : N(),
            null == (o = a.default) ? void 0 : o.call(a)
          ])
        }
      )
    }
  })
  const [bs, ys] = Ie('index-anchor'),
    ws = { index: g }
  const xs = We(
      t.defineComponent({
        name: bs,
        props: ws,
        setup(e, { slots: o }) {
          const n = t.reactive({
              top: 0,
              left: null,
              rect: { top: 0, height: 0 },
              width: null,
              active: !1
            }),
            a = t.ref(),
            { parent: r } = D(hs)
          if (!r) return
          const l = () => n.active && r.props.sticky,
            i = t.computed(() => {
              const { zIndex: e, highlightColor: t } = r.props
              if (l())
                return d(pe(e), {
                  left: n.left ? `${n.left}px` : void 0,
                  width: n.width ? `${n.width}px` : void 0,
                  transform: n.top ? `translate3d(0, ${n.top}px, 0)` : void 0,
                  color: t
                })
            })
          return (
            Qe({
              state: n,
              getRect: (e, t) => {
                const o = P(a)
                return (
                  (n.rect.height = o.height),
                  e === window || e === document.body
                    ? (n.rect.top = o.top + ee())
                    : (n.rect.top = o.top + J(e) - t.top),
                  n.rect
                )
              }
            }),
            () => {
              const r = l()
              return t.createVNode(
                'div',
                { ref: a, style: { height: r ? `${n.rect.height}px` : void 0 } },
                [
                  t.createVNode(
                    'div',
                    { style: i.value, class: [ys({ sticky: r }), { [Le]: r }] },
                    [o.default ? o.default() : e.index]
                  )
                ]
              )
            }
          )
        }
      })
    ),
    Vs = We(gs),
    [Ns, ks, Cs] = Ie('list'),
    Ss = {
      error: Boolean,
      offset: V(300),
      loading: Boolean,
      disabled: Boolean,
      finished: Boolean,
      errorText: String,
      direction: N('down'),
      loadingText: String,
      finishedText: String,
      immediateCheck: b
    }
  const Ts = We(
      t.defineComponent({
        name: Ns,
        props: Ss,
        emits: ['load', 'update:error', 'update:loading'],
        setup(e, { emit: o, slots: n }) {
          const a = t.ref(e.loading),
            r = t.ref(),
            l = t.ref(),
            i = t.inject(Ro, null),
            s = Z(r),
            c = () => {
              t.nextTick(() => {
                if (
                  a.value ||
                  e.finished ||
                  e.disabled ||
                  e.error ||
                  !1 === (null == i ? void 0 : i.value)
                )
                  return
                const { direction: t } = e,
                  n = +e.offset,
                  c = P(s)
                if (!c.height || ie(r)) return
                let d = !1
                const u = P(l)
                ;(d = 'up' === t ? c.top - u.top <= n : u.bottom - c.bottom <= n),
                  d && ((a.value = !0), o('update:loading', !0), o('load'))
              })
            },
            d = () => {
              if (e.finished) {
                const o = n.finished ? n.finished() : e.finishedText
                if (o) return t.createVNode('div', { class: ks('finished-text') }, [o])
              }
            },
            u = () => {
              o('update:error', !1), c()
            },
            p = () => {
              if (e.error) {
                const o = n.error ? n.error() : e.errorText
                if (o)
                  return t.createVNode(
                    'div',
                    { role: 'button', class: ks('error-text'), tabindex: 0, onClick: u },
                    [o]
                  )
              }
            },
            m = () => {
              if (a.value && !e.finished && !e.disabled)
                return t.createVNode('div', { class: ks('loading') }, [
                  n.loading
                    ? n.loading()
                    : t.createVNode(
                        Vt,
                        { class: ks('loading-icon') },
                        { default: () => [e.loadingText || Cs('loading')] }
                      )
                ])
            }
          return (
            t.watch(() => [e.loading, e.finished, e.error], c),
            i &&
              t.watch(i, (e) => {
                e && c()
              }),
            t.onUpdated(() => {
              a.value = e.loading
            }),
            t.onMounted(() => {
              e.immediateCheck && c()
            }),
            Qe({ check: c }),
            j('scroll', c, { target: s, passive: !0 }),
            () => {
              var o
              const i = null == (o = n.default) ? void 0 : o.call(n),
                s = t.createVNode('div', { ref: l, class: ks('placeholder') }, null)
              return t.createVNode(
                'div',
                { ref: r, role: 'feed', class: ks(), 'aria-busy': a.value },
                ['down' === e.direction ? i : s, m(), d(), p(), 'up' === e.direction ? i : s]
              )
            }
          )
        }
      })
    ),
    [Bs, Ps] = Ie('nav-bar'),
    Ds = {
      title: String,
      fixed: Boolean,
      zIndex: g,
      border: b,
      leftText: String,
      rightText: String,
      leftArrow: Boolean,
      placeholder: Boolean,
      safeAreaInsetTop: Boolean,
      clickable: b
    }
  const Os = We(
      t.defineComponent({
        name: Bs,
        props: Ds,
        emits: ['clickLeft', 'clickRight'],
        setup(e, { emit: o, slots: n }) {
          const a = t.ref(),
            r = Xe(a, Ps),
            l = (e) => o('clickLeft', e),
            i = (e) => o('clickRight', e),
            s = () => {
              const { title: o, fixed: r, border: s, zIndex: c } = e,
                d = pe(c),
                u = e.leftArrow || e.leftText || n.left,
                p = e.rightText || n.right
              return t.createVNode(
                'div',
                {
                  ref: a,
                  style: d,
                  class: [Ps({ fixed: r }), { [Le]: s, 'van-safe-area-top': e.safeAreaInsetTop }]
                },
                [
                  t.createVNode('div', { class: Ps('content') }, [
                    u &&
                      t.createVNode(
                        'div',
                        { class: [Ps('left'), e.clickable ? Fe : ''], onClick: l },
                        [
                          n.left
                            ? n.left()
                            : [
                                e.leftArrow &&
                                  t.createVNode(
                                    ht,
                                    { class: Ps('arrow'), name: 'arrow-left' },
                                    null
                                  ),
                                e.leftText &&
                                  t.createVNode('span', { class: Ps('text') }, [e.leftText])
                              ]
                        ]
                      ),
                    t.createVNode('div', { class: [Ps('title'), 'van-ellipsis'] }, [
                      n.title ? n.title() : o
                    ]),
                    p &&
                      t.createVNode(
                        'div',
                        { class: [Ps('right'), e.clickable ? Fe : ''], onClick: i },
                        [
                          n.right
                            ? n.right()
                            : t.createVNode('span', { class: Ps('text') }, [e.rightText])
                        ]
                      )
                  ])
                ]
              )
            }
          return () => (e.fixed && e.placeholder ? r(s) : s())
        }
      })
    ),
    [Is, As] = Ie('notice-bar'),
    zs = {
      text: String,
      mode: String,
      color: String,
      delay: V(1),
      speed: V(60),
      leftIcon: String,
      wrapable: Boolean,
      background: String,
      scrollable: { type: Boolean, default: null }
    }
  const Es = We(
      t.defineComponent({
        name: Is,
        props: zs,
        emits: ['close', 'replay'],
        setup(e, { emit: n, slots: a }) {
          let r,
            l = 0,
            i = 0
          const s = t.ref(),
            c = t.ref(),
            d = t.reactive({ show: !0, offset: 0, duration: 0 }),
            u = (t) => {
              'closeable' === e.mode && ((d.show = !1), n('close', t))
            },
            p = () => {
              if (a['right-icon']) return a['right-icon']()
              const o = 'closeable' === e.mode ? 'cross' : 'link' === e.mode ? 'arrow' : void 0
              return o
                ? t.createVNode(ht, { name: o, class: As('right-icon'), onClick: u }, null)
                : void 0
            },
            m = () => {
              ;(d.offset = l),
                (d.duration = 0),
                C(() => {
                  T(() => {
                    ;(d.offset = -i), (d.duration = (i + l) / +e.speed), n('replay')
                  })
                })
            },
            f = () => {
              const o = !1 === e.scrollable && !e.wrapable,
                n = {
                  transform: d.offset ? `translateX(${d.offset}px)` : '',
                  transitionDuration: `${d.duration}s`
                }
              return t.createVNode('div', { ref: s, role: 'marquee', class: As('wrap') }, [
                t.createVNode(
                  'div',
                  {
                    ref: c,
                    style: n,
                    class: [As('content'), { 'van-ellipsis': o }],
                    onTransitionend: m
                  },
                  [a.default ? a.default() : e.text]
                )
              ])
            },
            v = () => {
              const { delay: t, speed: n, scrollable: a } = e,
                u = o(t) ? 1e3 * +t : 0
              ;(l = 0),
                (i = 0),
                (d.offset = 0),
                (d.duration = 0),
                clearTimeout(r),
                (r = setTimeout(() => {
                  if (!s.value || !c.value || !1 === a) return
                  const e = P(s).width,
                    t = P(c).width
                  ;(a || t > e) &&
                    T(() => {
                      ;(l = e), (i = t), (d.offset = -i), (d.duration = i / +n)
                    })
                }, u))
            }
          return (
            Ye(v),
            H(v),
            j('pageshow', v),
            Qe({ reset: v }),
            t.watch(() => [e.text, e.scrollable], v),
            () => {
              const { color: o, wrapable: n, background: r } = e
              return t.withDirectives(
                t.createVNode(
                  'div',
                  { role: 'alert', class: As({ wrapable: n }), style: { color: o, background: r } },
                  [
                    a['left-icon']
                      ? a['left-icon']()
                      : e.leftIcon
                      ? t.createVNode(ht, { class: As('left-icon'), name: e.leftIcon }, null)
                      : void 0,
                    f(),
                    p()
                  ]
                ),
                [[t.vShow, d.show]]
              )
            }
          )
        }
      })
    ),
    [Ls, $s] = Ie('notify'),
    Ms = d({}, Et, {
      type: N('danger'),
      color: String,
      message: g,
      position: N('top'),
      className: h,
      background: String,
      lockScroll: Boolean
    })
  var Rs = t.defineComponent({
    name: Ls,
    props: Ms,
    emits: ['update:show'],
    setup(e, { emit: o, slots: n }) {
      const a = (e) => o('update:show', e)
      return () =>
        t.createVNode(
          Gt,
          {
            show: e.show,
            class: [$s([e.type]), e.className],
            style: { color: e.color, background: e.background },
            overlay: !1,
            zIndex: e.zIndex,
            position: e.position,
            duration: 0.2,
            lockScroll: e.lockScroll,
            'onUpdate:show': a
          },
          { default: () => [n.default ? n.default() : e.message] }
        )
    }
  })
  let Fs, Hs
  let js = {
    type: 'danger',
    color: void 0,
    message: '',
    onClose: void 0,
    onClick: void 0,
    onOpened: void 0,
    duration: 3e3,
    position: void 0,
    className: '',
    lockScroll: !1,
    background: void 0
  }
  const Ws = () => {
    Hs && Hs.toggle(!1)
  }
  const Us = We(Rs),
    [Ys, qs] = Ie('key'),
    Xs = t.createVNode('svg', { class: qs('collapse-icon'), viewBox: '0 0 30 24' }, [
      t.createVNode(
        'path',
        {
          d: 'M26 13h-2v2h2v-2zm-8-3h2V8h-2v2zm2-4h2V4h-2v2zm2 4h4V4h-2v4h-2v2zm-7 14 3-3h-6l3 3zM6 13H4v2h2v-2zm16 0H8v2h14v-2zm-12-3h2V8h-2v2zM28 0l1 1 1 1v15l-1 2H1l-1-2V2l1-1 1-1zm0 2H2v15h26V2zM6 4v2H4V4zm10 2h2V4h-2v2zM8 9v1H4V8zm8 0v1h-2V8zm-6-5v2H8V4zm4 0v2h-2V4z',
          fill: 'currentColor'
        },
        null
      )
    ]),
    Gs = t.createVNode('svg', { class: qs('delete-icon'), viewBox: '0 0 32 22' }, [
      t.createVNode(
        'path',
        {
          d: 'M28 0a4 4 0 0 1 4 4v14a4 4 0 0 1-4 4H10.4a2 2 0 0 1-1.4-.6L1 13.1c-.6-.5-.9-1.3-.9-2 0-1 .3-1.7.9-2.2L9 .6a2 2 0 0 1 1.4-.6zm0 2H10.4l-8.2 8.3a1 1 0 0 0-.3.7c0 .3.1.5.3.7l8.2 8.4H28a2 2 0 0 0 2-2V4c0-1.1-.9-2-2-2zm-5 4a1 1 0 0 1 .7.3 1 1 0 0 1 0 1.4L20.4 11l3.3 3.3c.2.2.3.5.3.7 0 .3-.1.5-.3.7a1 1 0 0 1-.7.3 1 1 0 0 1-.7-.3L19 12.4l-3.4 3.3a1 1 0 0 1-.6.3 1 1 0 0 1-.7-.3 1 1 0 0 1-.3-.7c0-.2.1-.5.3-.7l3.3-3.3-3.3-3.3A1 1 0 0 1 14 7c0-.3.1-.5.3-.7A1 1 0 0 1 15 6a1 1 0 0 1 .6.3L19 9.6l3.3-3.3A1 1 0 0 1 23 6z',
          fill: 'currentColor'
        },
        null
      )
    ])
  var Zs = t.defineComponent({
    name: Ys,
    props: {
      type: String,
      text: g,
      color: String,
      wider: Boolean,
      large: Boolean,
      loading: Boolean
    },
    emits: ['press'],
    setup(e, { emit: o, slots: n }) {
      const a = t.ref(!1),
        r = $t(),
        l = (e) => {
          r.start(e), (a.value = !0)
        },
        i = (e) => {
          r.move(e), r.direction.value && (a.value = !1)
        },
        s = (t) => {
          a.value && (n.default || le(t), (a.value = !1), o('press', e.text, e.type))
        },
        c = () => {
          if (e.loading) return t.createVNode(Vt, { class: qs('loading-icon') }, null)
          const o = n.default ? n.default() : e.text
          switch (e.type) {
            case 'delete':
              return o || Gs
            case 'extra':
              return o || Xs
            default:
              return o
          }
        }
      return () =>
        t.createVNode(
          'div',
          {
            class: qs('wrapper', { wider: e.wider }),
            onTouchstartPassive: l,
            onTouchmovePassive: i,
            onTouchend: s,
            onTouchcancel: s
          },
          [
            t.createVNode(
              'div',
              {
                role: 'button',
                tabindex: 0,
                class: qs([
                  e.color,
                  { large: e.large, active: a.value, delete: 'delete' === e.type }
                ])
              },
              [c()]
            )
          ]
        )
    }
  })
  const [Ks, _s] = Ie('number-keyboard'),
    Js = {
      show: Boolean,
      title: String,
      theme: N('default'),
      zIndex: g,
      teleport: [String, Object],
      maxlength: V(1 / 0),
      modelValue: N(''),
      transition: b,
      blurOnClose: b,
      showDeleteKey: b,
      randomKeyOrder: Boolean,
      closeButtonText: String,
      deleteButtonText: String,
      closeButtonLoading: Boolean,
      hideOnClickOutside: b,
      safeAreaInsetBottom: b,
      extraKey: { type: [String, Array], default: '' }
    }
  const Qs = We(
      t.defineComponent({
        name: Ks,
        inheritAttrs: !1,
        props: Js,
        emits: ['show', 'hide', 'blur', 'input', 'close', 'delete', 'update:modelValue'],
        setup(e, { emit: o, slots: n, attrs: a }) {
          const r = t.ref(),
            l = () => {
              const t = Array(9)
                .fill('')
                .map((e, t) => ({ text: t + 1 }))
              return (
                e.randomKeyOrder &&
                  (function (e) {
                    for (let t = e.length - 1; t > 0; t--) {
                      const o = Math.floor(Math.random() * (t + 1)),
                        n = e[t]
                      ;(e[t] = e[o]), (e[o] = n)
                    }
                  })(t),
                t
              )
            },
            i = t.computed(() =>
              'custom' === e.theme
                ? (() => {
                    const t = l(),
                      { extraKey: o } = e,
                      n = Array.isArray(o) ? o : [o]
                    return (
                      1 === n.length
                        ? t.push({ text: 0, wider: !0 }, { text: n[0], type: 'extra' })
                        : 2 === n.length &&
                          t.push(
                            { text: n[0], type: 'extra' },
                            { text: 0 },
                            { text: n[1], type: 'extra' }
                          ),
                      t
                    )
                  })()
                : [
                    ...l(),
                    { text: e.extraKey, type: 'extra' },
                    { text: 0 },
                    {
                      text: e.showDeleteKey ? e.deleteButtonText : '',
                      type: e.showDeleteKey ? 'delete' : ''
                    }
                  ]
            ),
            s = () => {
              e.show && o('blur')
            },
            c = () => {
              o('close'), e.blurOnClose && s()
            },
            d = () => o(e.show ? 'show' : 'hide'),
            u = (t, n) => {
              if ('' === t) return void ('extra' === n && s())
              const a = e.modelValue
              'delete' === n
                ? (o('delete'), o('update:modelValue', a.slice(0, a.length - 1)))
                : 'close' === n
                ? c()
                : a.length < +e.maxlength && (o('input', t), o('update:modelValue', a + t))
            },
            p = () => {
              if ('custom' === e.theme)
                return t.createVNode('div', { class: _s('sidebar') }, [
                  e.showDeleteKey &&
                    t.createVNode(
                      Zs,
                      { large: !0, text: e.deleteButtonText, type: 'delete', onPress: u },
                      { delete: n.delete }
                    ),
                  t.createVNode(
                    Zs,
                    {
                      large: !0,
                      text: e.closeButtonText,
                      type: 'close',
                      color: 'blue',
                      loading: e.closeButtonLoading,
                      onPress: u
                    },
                    null
                  )
                ])
            }
          return (
            t.watch(
              () => e.show,
              (t) => {
                e.transition || o(t ? 'show' : 'hide')
              }
            ),
            e.hideOnClickOutside && W(r, s, { eventName: 'touchstart' }),
            () => {
              const o = (() => {
                  const { title: o, theme: a, closeButtonText: r } = e,
                    l = n['title-left'],
                    i = r && 'default' === a
                  if (o || i || l)
                    return t.createVNode('div', { class: _s('header') }, [
                      l && t.createVNode('span', { class: _s('title-left') }, [l()]),
                      o && t.createVNode('h2', { class: _s('title') }, [o]),
                      i &&
                        t.createVNode(
                          'button',
                          { type: 'button', class: [_s('close'), Fe], onClick: c },
                          [r]
                        )
                    ])
                })(),
                l = t.createVNode(
                  t.Transition,
                  { name: e.transition ? 'van-slide-up' : '' },
                  {
                    default: () => [
                      t.withDirectives(
                        t.createVNode(
                          'div',
                          t.mergeProps(
                            {
                              ref: r,
                              style: pe(e.zIndex),
                              class: _s({ unfit: !e.safeAreaInsetBottom, 'with-title': !!o }),
                              onAnimationend: d,
                              onTouchstartPassive: re
                            },
                            a
                          ),
                          [
                            o,
                            t.createVNode('div', { class: _s('body') }, [
                              t.createVNode('div', { class: _s('keys') }, [
                                i.value.map((e) => {
                                  const o = {}
                                  return (
                                    'delete' === e.type && (o.default = n.delete),
                                    'extra' === e.type && (o.default = n['extra-key']),
                                    t.createVNode(
                                      Zs,
                                      {
                                        key: e.text,
                                        text: e.text,
                                        type: e.type,
                                        wider: e.wider,
                                        color: e.color,
                                        onPress: u
                                      },
                                      o
                                    )
                                  )
                                })
                              ]),
                              p()
                            ])
                          ]
                        ),
                        [[t.vShow, e.show]]
                      )
                    ]
                  }
                )
              return e.teleport
                ? t.createVNode(t.Teleport, { to: e.teleport }, { default: () => [l] })
                : l
            }
          )
        }
      })
    ),
    [ec, tc, oc] = Ie('pagination'),
    nc = (e, t, o) => ({ number: e, text: t, active: o }),
    ac = {
      mode: N('multi'),
      prevText: String,
      nextText: String,
      pageCount: V(0),
      modelValue: x(0),
      totalItems: V(0),
      showPageSize: V(5),
      itemsPerPage: V(10),
      forceEllipses: Boolean,
      showPrevButton: b,
      showNextButton: b
    }
  const rc = We(
      t.defineComponent({
        name: ec,
        props: ac,
        emits: ['change', 'update:modelValue'],
        setup(e, { emit: o, slots: n }) {
          const a = t.computed(() => {
              const { pageCount: t, totalItems: o, itemsPerPage: n } = e,
                a = +t || Math.ceil(+o / +n)
              return Math.max(1, a)
            }),
            r = t.computed(() => {
              const t = [],
                o = a.value,
                n = +e.showPageSize,
                { modelValue: r, forceEllipses: l } = e
              let i = 1,
                s = o
              const c = n < o
              c &&
                ((i = Math.max(r - Math.floor(n / 2), 1)),
                (s = i + n - 1),
                s > o && ((s = o), (i = s - n + 1)))
              for (let e = i; e <= s; e++) {
                const o = nc(e, e, e === r)
                t.push(o)
              }
              if (c && n > 0 && l) {
                if (i > 1) {
                  const e = nc(i - 1, '...')
                  t.unshift(e)
                }
                if (s < o) {
                  const e = nc(s + 1, '...')
                  t.push(e)
                }
              }
              return t
            }),
            l = (t, n) => {
              ;(t = ye(t, 1, a.value)),
                e.modelValue !== t && (o('update:modelValue', t), n && o('change', t))
            }
          t.watchEffect(() => l(e.modelValue))
          const i = () => {
              const { mode: o, modelValue: a, showPrevButton: r } = e
              if (!r) return
              const i = n['prev-text'],
                s = 1 === a
              return t.createVNode(
                'li',
                { class: [tc('item', { disabled: s, border: 'simple' === o, prev: !0 }), $e] },
                [
                  t.createVNode(
                    'button',
                    { type: 'button', disabled: s, onClick: () => l(a - 1, !0) },
                    [i ? i() : e.prevText || oc('prev')]
                  )
                ]
              )
            },
            s = () => {
              const { mode: o, modelValue: r, showNextButton: i } = e
              if (!i) return
              const s = n['next-text'],
                c = r === a.value
              return t.createVNode(
                'li',
                { class: [tc('item', { disabled: c, border: 'simple' === o, next: !0 }), $e] },
                [
                  t.createVNode(
                    'button',
                    { type: 'button', disabled: c, onClick: () => l(r + 1, !0) },
                    [s ? s() : e.nextText || oc('next')]
                  )
                ]
              )
            }
          return () =>
            t.createVNode('nav', { role: 'navigation', class: tc() }, [
              t.createVNode('ul', { class: tc('items') }, [
                i(),
                'simple' === e.mode
                  ? t.createVNode('li', { class: tc('page-desc') }, [
                      n.pageDesc ? n.pageDesc() : `${e.modelValue}/${a.value}`
                    ])
                  : r.value.map((e) =>
                      t.createVNode(
                        'li',
                        { class: [tc('item', { active: e.active, page: !0 }), $e] },
                        [
                          t.createVNode(
                            'button',
                            {
                              type: 'button',
                              'aria-current': e.active || void 0,
                              onClick: () => l(e.number, !0)
                            },
                            [n.page ? n.page(e) : e.text]
                          )
                        ]
                      )
                    ),
                s()
              ])
            ])
        }
      })
    ),
    [lc, ic] = Ie('password-input'),
    sc = {
      info: String,
      mask: b,
      value: N(''),
      gutter: g,
      length: V(6),
      focused: Boolean,
      errorInfo: String
    }
  const cc = We(
      t.defineComponent({
        name: lc,
        props: sc,
        emits: ['focus'],
        setup(e, { emit: o }) {
          const n = (e) => {
              e.stopPropagation(), o('focus', e)
            },
            a = () => {
              const o = [],
                { mask: n, value: a, gutter: r, focused: l } = e,
                i = +e.length
              for (let e = 0; e < i; e++) {
                const i = a[e],
                  s = 0 !== e && !r,
                  c = l && e === a.length
                let d
                0 !== e && r && (d = { marginLeft: de(r) }),
                  o.push(
                    t.createVNode(
                      'li',
                      { class: [{ [Ee]: s }, ic('item', { focus: c })], style: d },
                      [
                        n
                          ? t.createVNode(
                              'i',
                              { style: { visibility: i ? 'visible' : 'hidden' } },
                              null
                            )
                          : i,
                        c && t.createVNode('div', { class: ic('cursor') }, null)
                      ]
                    )
                  )
              }
              return o
            }
          return () => {
            const o = e.errorInfo || e.info
            return t.createVNode('div', { class: ic() }, [
              t.createVNode(
                'ul',
                { class: [ic('security'), { [$e]: !e.gutter }], onTouchstartPassive: n },
                [a()]
              ),
              o && t.createVNode('div', { class: ic(e.errorInfo ? 'error-info' : 'info') }, [o])
            ])
          }
        }
      })
    ),
    dc = We(tn)
  function uc(e) {
    if (null == e) return window
    if ('[object Window]' !== e.toString()) {
      var t = e.ownerDocument
      return (t && t.defaultView) || window
    }
    return e
  }
  function pc(e) {
    return e instanceof uc(e).Element || e instanceof Element
  }
  function mc(e) {
    return e instanceof uc(e).HTMLElement || e instanceof HTMLElement
  }
  function fc(e) {
    return (
      'undefined' != typeof ShadowRoot && (e instanceof uc(e).ShadowRoot || e instanceof ShadowRoot)
    )
  }
  var vc = Math.round
  function hc() {
    var e = navigator.userAgentData
    return null != e && e.brands
      ? e.brands
          .map(function (e) {
            return e.brand + '/' + e.version
          })
          .join(' ')
      : navigator.userAgent
  }
  function gc(e, t, o) {
    void 0 === t && (t = !1), void 0 === o && (o = !1)
    var n = e.getBoundingClientRect(),
      a = 1,
      r = 1
    t &&
      mc(e) &&
      ((a = (e.offsetWidth > 0 && vc(n.width) / e.offsetWidth) || 1),
      (r = (e.offsetHeight > 0 && vc(n.height) / e.offsetHeight) || 1))
    var l = (pc(e) ? uc(e) : window).visualViewport,
      i = !!/^((?!chrome|android).)*safari/i.test(hc()) && o,
      s = (n.left + (i && l ? l.offsetLeft : 0)) / a,
      c = (n.top + (i && l ? l.offsetTop : 0)) / r,
      d = n.width / a,
      u = n.height / r
    return { width: d, height: u, top: c, right: s + d, bottom: c + u, left: s, x: s, y: c }
  }
  function bc(e) {
    var t = uc(e)
    return { scrollLeft: t.pageXOffset, scrollTop: t.pageYOffset }
  }
  function yc(e) {
    return e ? (e.nodeName || '').toLowerCase() : null
  }
  function wc(e) {
    return ((pc(e) ? e.ownerDocument : e.document) || window.document).documentElement
  }
  function xc(e) {
    return uc(e).getComputedStyle(e)
  }
  function Vc(e) {
    var t = xc(e),
      o = t.overflow,
      n = t.overflowX,
      a = t.overflowY
    return /auto|scroll|overlay|hidden/.test(o + a + n)
  }
  function Nc(e, t, o) {
    void 0 === o && (o = !1)
    var n,
      a,
      r = mc(t),
      l =
        mc(t) &&
        (function (e) {
          var t = e.getBoundingClientRect(),
            o = vc(t.width) / e.offsetWidth || 1,
            n = vc(t.height) / e.offsetHeight || 1
          return 1 !== o || 1 !== n
        })(t),
      i = wc(t),
      s = gc(e, l, o),
      c = { scrollLeft: 0, scrollTop: 0 },
      d = { x: 0, y: 0 }
    return (
      (r || (!r && !o)) &&
        (('body' !== yc(t) || Vc(i)) &&
          (c =
            (n = t) !== uc(n) && mc(n)
              ? { scrollLeft: (a = n).scrollLeft, scrollTop: a.scrollTop }
              : bc(n)),
        mc(t)
          ? (((d = gc(t, !0)).x += t.clientLeft), (d.y += t.clientTop))
          : i &&
            (d.x = (function (e) {
              return gc(wc(e)).left + bc(e).scrollLeft
            })(i))),
      {
        x: s.left + c.scrollLeft - d.x,
        y: s.top + c.scrollTop - d.y,
        width: s.width,
        height: s.height
      }
    )
  }
  function kc(e) {
    return 'html' === yc(e) ? e : e.assignedSlot || e.parentNode || (fc(e) ? e.host : null) || wc(e)
  }
  function Cc(e) {
    return ['html', 'body', '#document'].indexOf(yc(e)) >= 0
      ? e.ownerDocument.body
      : mc(e) && Vc(e)
      ? e
      : Cc(kc(e))
  }
  function Sc(e, t) {
    var o
    void 0 === t && (t = [])
    var n = Cc(e),
      a = n === (null == (o = e.ownerDocument) ? void 0 : o.body),
      r = uc(n),
      l = a ? [r].concat(r.visualViewport || [], Vc(n) ? n : []) : n,
      i = t.concat(l)
    return a ? i : i.concat(Sc(kc(l)))
  }
  function Tc(e) {
    return ['table', 'td', 'th'].indexOf(yc(e)) >= 0
  }
  function Bc(e) {
    return mc(e) && 'fixed' !== xc(e).position ? e.offsetParent : null
  }
  function Pc(e) {
    for (var t = uc(e), o = Bc(e); o && Tc(o) && 'static' === xc(o).position; ) o = Bc(o)
    return o && ('html' === yc(o) || ('body' === yc(o) && 'static' === xc(o).position))
      ? t
      : o ||
          (function (e) {
            var t = /firefox/i.test(hc())
            if (/Trident/i.test(hc()) && mc(e) && 'fixed' === xc(e).position) return null
            var o = kc(e)
            for (fc(o) && (o = o.host); mc(o) && ['html', 'body'].indexOf(yc(o)) < 0; ) {
              var n = xc(o)
              if (
                'none' !== n.transform ||
                'none' !== n.perspective ||
                'paint' === n.contain ||
                -1 !== ['transform', 'perspective'].indexOf(n.willChange) ||
                (t && 'filter' === n.willChange) ||
                (t && n.filter && 'none' !== n.filter)
              )
                return o
              o = o.parentNode
            }
            return null
          })(e) ||
          t
  }
  var Dc = 'top',
    Oc = 'bottom',
    Ic = 'right',
    Ac = 'left',
    zc = 'auto',
    Ec = 'start',
    Lc = 'end',
    $c = [].concat([Dc, Oc, Ic, Ac], [zc]).reduce(function (e, t) {
      return e.concat([t, t + '-' + Ec, t + '-' + Lc])
    }, []),
    Mc = [
      'beforeRead',
      'read',
      'afterRead',
      'beforeMain',
      'main',
      'afterMain',
      'beforeWrite',
      'write',
      'afterWrite'
    ]
  function Rc(e) {
    var t = new Map(),
      o = new Set(),
      n = []
    function a(e) {
      o.add(e.name),
        [].concat(e.requires || [], e.requiresIfExists || []).forEach(function (e) {
          if (!o.has(e)) {
            var n = t.get(e)
            n && a(n)
          }
        }),
        n.push(e)
    }
    return (
      e.forEach(function (e) {
        t.set(e.name, e)
      }),
      e.forEach(function (e) {
        o.has(e.name) || a(e)
      }),
      n
    )
  }
  function Fc(e) {
    for (var t = arguments.length, o = new Array(t > 1 ? t - 1 : 0), n = 1; n < t; n++)
      o[n - 1] = arguments[n]
    return [].concat(o).reduce(function (e, t) {
      return e.replace(/%s/, t)
    }, e)
  }
  var Hc = 'Popper: modifier "%s" provided an invalid %s property, expected %s but got %s',
    jc = ['name', 'enabled', 'phase', 'fn', 'effect', 'requires', 'options']
  function Wc(e) {
    return e.split('-')[0]
  }
  function Uc(e) {
    return e.split('-')[1]
  }
  var Yc =
      'Popper: Invalid reference or popper argument provided. They must be either a DOM element or virtual element.',
    qc = { placement: 'bottom', modifiers: [], strategy: 'absolute' }
  function Xc() {
    for (var e = arguments.length, t = new Array(e), o = 0; o < e; o++) t[o] = arguments[o]
    return !t.some(function (e) {
      return !(e && 'function' == typeof e.getBoundingClientRect)
    })
  }
  function Gc(e) {
    void 0 === e && (e = {})
    var t = e,
      o = t.defaultModifiers,
      n = void 0 === o ? [] : o,
      a = t.defaultOptions,
      r = void 0 === a ? qc : a
    return function (e, t, o) {
      void 0 === o && (o = r)
      var a,
        l,
        i = {
          placement: 'bottom',
          orderedModifiers: [],
          options: Object.assign({}, qc, r),
          modifiersData: {},
          elements: { reference: e, popper: t },
          attributes: {},
          styles: {}
        },
        s = [],
        c = !1,
        d = {
          state: i,
          setOptions: function (o) {
            var a = 'function' == typeof o ? o(i.options) : o
            u(),
              (i.options = Object.assign({}, r, i.options, a)),
              (i.scrollParents = {
                reference: pc(e) ? Sc(e) : e.contextElement ? Sc(e.contextElement) : [],
                popper: Sc(t)
              })
            var l = (function (e) {
              var t = Rc(e)
              return Mc.reduce(function (e, o) {
                return e.concat(
                  t.filter(function (e) {
                    return e.phase === o
                  })
                )
              }, [])
            })(
              (function (e) {
                var t = e.reduce(function (e, t) {
                  var o = e[t.name]
                  return (
                    (e[t.name] = o
                      ? Object.assign({}, o, t, {
                          options: Object.assign({}, o.options, t.options),
                          data: Object.assign({}, o.data, t.data)
                        })
                      : t),
                    e
                  )
                }, {})
                return Object.keys(t).map(function (e) {
                  return t[e]
                })
              })([].concat(n, i.options.modifiers))
            )
            ;((i.orderedModifiers = l.filter(function (e) {
              return e.enabled
            })),
            (function (e) {
              e.forEach(function (t) {
                ;[]
                  .concat(Object.keys(t), jc)
                  .filter(function (e, t, o) {
                    return o.indexOf(e) === t
                  })
                  .forEach(function (o) {
                    switch (o) {
                      case 'name':
                        'string' != typeof t.name &&
                          console.error(
                            Fc(Hc, String(t.name), '"name"', '"string"', '"' + String(t.name) + '"')
                          )
                        break
                      case 'enabled':
                        'boolean' != typeof t.enabled &&
                          console.error(
                            Fc(Hc, t.name, '"enabled"', '"boolean"', '"' + String(t.enabled) + '"')
                          )
                        break
                      case 'phase':
                        Mc.indexOf(t.phase) < 0 &&
                          console.error(
                            Fc(
                              Hc,
                              t.name,
                              '"phase"',
                              'either ' + Mc.join(', '),
                              '"' + String(t.phase) + '"'
                            )
                          )
                        break
                      case 'fn':
                        'function' != typeof t.fn &&
                          console.error(
                            Fc(Hc, t.name, '"fn"', '"function"', '"' + String(t.fn) + '"')
                          )
                        break
                      case 'effect':
                        null != t.effect &&
                          'function' != typeof t.effect &&
                          console.error(
                            Fc(Hc, t.name, '"effect"', '"function"', '"' + String(t.fn) + '"')
                          )
                        break
                      case 'requires':
                        null == t.requires ||
                          Array.isArray(t.requires) ||
                          console.error(
                            Fc(Hc, t.name, '"requires"', '"array"', '"' + String(t.requires) + '"')
                          )
                        break
                      case 'requiresIfExists':
                        Array.isArray(t.requiresIfExists) ||
                          console.error(
                            Fc(
                              Hc,
                              t.name,
                              '"requiresIfExists"',
                              '"array"',
                              '"' + String(t.requiresIfExists) + '"'
                            )
                          )
                        break
                      case 'options':
                      case 'data':
                        break
                      default:
                        console.error(
                          'PopperJS: an invalid property has been provided to the "' +
                            t.name +
                            '" modifier, valid properties are ' +
                            jc
                              .map(function (e) {
                                return '"' + e + '"'
                              })
                              .join(', ') +
                            '; but "' +
                            o +
                            '" was provided.'
                        )
                    }
                    t.requires &&
                      t.requires.forEach(function (o) {
                        null ==
                          e.find(function (e) {
                            return e.name === o
                          }) &&
                          console.error(
                            Fc(
                              'Popper: modifier "%s" requires "%s", but "%s" modifier is not available',
                              String(t.name),
                              o,
                              o
                            )
                          )
                      })
                  })
              })
            })(
              ((c = [].concat(l, i.options.modifiers)),
              (p = function (e) {
                return e.name
              }),
              (m = new Set()),
              c.filter(function (e) {
                var t = p(e)
                if (!m.has(t)) return m.add(t), !0
              }))
            ),
            Wc(i.options.placement) === zc) &&
              (i.orderedModifiers.find(function (e) {
                return 'flip' === e.name
              }) ||
                console.error(
                  [
                    'Popper: "auto" placements require the "flip" modifier be',
                    'present and enabled to work.'
                  ].join(' ')
                ))
            var c,
              p,
              m,
              f = xc(t)
            return (
              [f.marginTop, f.marginRight, f.marginBottom, f.marginLeft].some(function (e) {
                return parseFloat(e)
              }) &&
                console.warn(
                  [
                    'Popper: CSS "margin" styles cannot be used to apply padding',
                    'between the popper and its reference element or boundary.',
                    'To replicate margin, use the `offset` modifier, as well as',
                    'the `padding` option in the `preventOverflow` and `flip`',
                    'modifiers.'
                  ].join(' ')
                ),
              i.orderedModifiers.forEach(function (e) {
                var t = e.name,
                  o = e.options,
                  n = void 0 === o ? {} : o,
                  a = e.effect
                if ('function' == typeof a) {
                  var r = a({ state: i, name: t, instance: d, options: n }),
                    l = function () {}
                  s.push(r || l)
                }
              }),
              d.update()
            )
          },
          forceUpdate: function () {
            if (!c) {
              var e = i.elements,
                t = e.reference,
                o = e.popper
              if (Xc(t, o)) {
                var n, a, r, l
                ;(i.rects = {
                  reference: Nc(t, Pc(o), 'fixed' === i.options.strategy),
                  popper:
                    ((n = o),
                    (a = gc(n)),
                    (r = n.offsetWidth),
                    (l = n.offsetHeight),
                    Math.abs(a.width - r) <= 1 && (r = a.width),
                    Math.abs(a.height - l) <= 1 && (l = a.height),
                    { x: n.offsetLeft, y: n.offsetTop, width: r, height: l })
                }),
                  (i.reset = !1),
                  (i.placement = i.options.placement),
                  i.orderedModifiers.forEach(function (e) {
                    return (i.modifiersData[e.name] = Object.assign({}, e.data))
                  })
                for (var s = 0, u = 0; u < i.orderedModifiers.length; u++) {
                  if ((s += 1) > 100) {
                    console.error(
                      'Popper: An infinite loop in the modifiers cycle has been detected! The cycle has been interrupted to prevent a browser crash.'
                    )
                    break
                  }
                  if (!0 !== i.reset) {
                    var p = i.orderedModifiers[u],
                      m = p.fn,
                      f = p.options,
                      v = void 0 === f ? {} : f,
                      h = p.name
                    'function' == typeof m &&
                      (i = m({ state: i, options: v, name: h, instance: d }) || i)
                  } else (i.reset = !1), (u = -1)
                }
              } else console.error(Yc)
            }
          },
          update:
            ((a = function () {
              return new Promise(function (e) {
                d.forceUpdate(), e(i)
              })
            }),
            function () {
              return (
                l ||
                  (l = new Promise(function (e) {
                    Promise.resolve().then(function () {
                      ;(l = void 0), e(a())
                    })
                  })),
                l
              )
            }),
          destroy: function () {
            u(), (c = !0)
          }
        }
      if (!Xc(e, t)) return console.error(Yc), d
      function u() {
        s.forEach(function (e) {
          return e()
        }),
          (s = [])
      }
      return (
        d.setOptions(o).then(function (e) {
          !c && o.onFirstUpdate && o.onFirstUpdate(e)
        }),
        d
      )
    }
  }
  var Zc = { passive: !0 }
  var Kc = { top: 'auto', right: 'auto', bottom: 'auto', left: 'auto' }
  function _c(e) {
    var t,
      o = e.popper,
      n = e.popperRect,
      a = e.placement,
      r = e.variation,
      l = e.offsets,
      i = e.position,
      s = e.gpuAcceleration,
      c = e.adaptive,
      d = e.roundOffsets,
      u = e.isFixed,
      p = l.x,
      m = void 0 === p ? 0 : p,
      f = l.y,
      v = void 0 === f ? 0 : f,
      h = 'function' == typeof d ? d({ x: m, y: v }) : { x: m, y: v }
    ;(m = h.x), (v = h.y)
    var g = l.hasOwnProperty('x'),
      b = l.hasOwnProperty('y'),
      y = Ac,
      w = Dc,
      x = window
    if (c) {
      var V = Pc(o),
        N = 'clientHeight',
        k = 'clientWidth'
      if (
        (V === uc(o) &&
          'static' !== xc((V = wc(o))).position &&
          'absolute' === i &&
          ((N = 'scrollHeight'), (k = 'scrollWidth')),
        a === Dc || ((a === Ac || a === Ic) && r === Lc))
      )
        (w = Oc),
          (v -= (u && V === x && x.visualViewport ? x.visualViewport.height : V[N]) - n.height),
          (v *= s ? 1 : -1)
      if (a === Ac || ((a === Dc || a === Oc) && r === Lc))
        (y = Ic),
          (m -= (u && V === x && x.visualViewport ? x.visualViewport.width : V[k]) - n.width),
          (m *= s ? 1 : -1)
    }
    var C,
      S = Object.assign({ position: i }, c && Kc),
      T =
        !0 === d
          ? (function (e) {
              var t = e.x,
                o = e.y,
                n = window.devicePixelRatio || 1
              return { x: vc(t * n) / n || 0, y: vc(o * n) / n || 0 }
            })({ x: m, y: v })
          : { x: m, y: v }
    return (
      (m = T.x),
      (v = T.y),
      s
        ? Object.assign(
            {},
            S,
            (((C = {})[w] = b ? '0' : ''),
            (C[y] = g ? '0' : ''),
            (C.transform =
              (x.devicePixelRatio || 1) <= 1
                ? 'translate(' + m + 'px, ' + v + 'px)'
                : 'translate3d(' + m + 'px, ' + v + 'px, 0)'),
            C)
          )
        : Object.assign(
            {},
            S,
            (((t = {})[w] = b ? v + 'px' : ''), (t[y] = g ? m + 'px' : ''), (t.transform = ''), t)
          )
    )
  }
  var Jc = Gc({
    defaultModifiers: [
      {
        name: 'eventListeners',
        enabled: !0,
        phase: 'write',
        fn: function () {},
        effect: function (e) {
          var t = e.state,
            o = e.instance,
            n = e.options,
            a = n.scroll,
            r = void 0 === a || a,
            l = n.resize,
            i = void 0 === l || l,
            s = uc(t.elements.popper),
            c = [].concat(t.scrollParents.reference, t.scrollParents.popper)
          return (
            r &&
              c.forEach(function (e) {
                e.addEventListener('scroll', o.update, Zc)
              }),
            i && s.addEventListener('resize', o.update, Zc),
            function () {
              r &&
                c.forEach(function (e) {
                  e.removeEventListener('scroll', o.update, Zc)
                }),
                i && s.removeEventListener('resize', o.update, Zc)
            }
          )
        },
        data: {}
      },
      {
        name: 'popperOffsets',
        enabled: !0,
        phase: 'read',
        fn: function (e) {
          var t = e.state,
            o = e.name
          t.modifiersData[o] = (function (e) {
            var t,
              o = e.reference,
              n = e.element,
              a = e.placement,
              r = a ? Wc(a) : null,
              l = a ? Uc(a) : null,
              i = o.x + o.width / 2 - n.width / 2,
              s = o.y + o.height / 2 - n.height / 2
            switch (r) {
              case Dc:
                t = { x: i, y: o.y - n.height }
                break
              case Oc:
                t = { x: i, y: o.y + o.height }
                break
              case Ic:
                t = { x: o.x + o.width, y: s }
                break
              case Ac:
                t = { x: o.x - n.width, y: s }
                break
              default:
                t = { x: o.x, y: o.y }
            }
            var c = r
              ? (function (e) {
                  return ['top', 'bottom'].indexOf(e) >= 0 ? 'x' : 'y'
                })(r)
              : null
            if (null != c) {
              var d = 'y' === c ? 'height' : 'width'
              switch (l) {
                case Ec:
                  t[c] = t[c] - (o[d] / 2 - n[d] / 2)
                  break
                case Lc:
                  t[c] = t[c] + (o[d] / 2 - n[d] / 2)
              }
            }
            return t
          })({
            reference: t.rects.reference,
            element: t.rects.popper,
            strategy: 'absolute',
            placement: t.placement
          })
        },
        data: {}
      },
      {
        name: 'computeStyles',
        enabled: !0,
        phase: 'beforeWrite',
        fn: function (e) {
          var t = e.state,
            o = e.options,
            n = o.gpuAcceleration,
            a = void 0 === n || n,
            r = o.adaptive,
            l = void 0 === r || r,
            i = o.roundOffsets,
            s = void 0 === i || i,
            c = xc(t.elements.popper).transitionProperty || ''
          l &&
            ['transform', 'top', 'right', 'bottom', 'left'].some(function (e) {
              return c.indexOf(e) >= 0
            }) &&
            console.warn(
              [
                'Popper: Detected CSS transitions on at least one of the following',
                'CSS properties: "transform", "top", "right", "bottom", "left".',
                '\n\n',
                'Disable the "computeStyles" modifier\'s `adaptive` option to allow',
                'for smooth transitions, or remove these properties from the CSS',
                'transition declaration on the popper element if only transitioning',
                'opacity or background-color for example.',
                '\n\n',
                'We recommend using the popper element as a wrapper around an inner',
                'element that can have any CSS property transitioned for animations.'
              ].join(' ')
            )
          var d = {
            placement: Wc(t.placement),
            variation: Uc(t.placement),
            popper: t.elements.popper,
            popperRect: t.rects.popper,
            gpuAcceleration: a,
            isFixed: 'fixed' === t.options.strategy
          }
          null != t.modifiersData.popperOffsets &&
            (t.styles.popper = Object.assign(
              {},
              t.styles.popper,
              _c(
                Object.assign({}, d, {
                  offsets: t.modifiersData.popperOffsets,
                  position: t.options.strategy,
                  adaptive: l,
                  roundOffsets: s
                })
              )
            )),
            null != t.modifiersData.arrow &&
              (t.styles.arrow = Object.assign(
                {},
                t.styles.arrow,
                _c(
                  Object.assign({}, d, {
                    offsets: t.modifiersData.arrow,
                    position: 'absolute',
                    adaptive: !1,
                    roundOffsets: s
                  })
                )
              )),
            (t.attributes.popper = Object.assign({}, t.attributes.popper, {
              'data-popper-placement': t.placement
            }))
        },
        data: {}
      },
      {
        name: 'applyStyles',
        enabled: !0,
        phase: 'write',
        fn: function (e) {
          var t = e.state
          Object.keys(t.elements).forEach(function (e) {
            var o = t.styles[e] || {},
              n = t.attributes[e] || {},
              a = t.elements[e]
            mc(a) &&
              yc(a) &&
              (Object.assign(a.style, o),
              Object.keys(n).forEach(function (e) {
                var t = n[e]
                !1 === t ? a.removeAttribute(e) : a.setAttribute(e, !0 === t ? '' : t)
              }))
          })
        },
        effect: function (e) {
          var t = e.state,
            o = {
              popper: { position: t.options.strategy, left: '0', top: '0', margin: '0' },
              arrow: { position: 'absolute' },
              reference: {}
            }
          return (
            Object.assign(t.elements.popper.style, o.popper),
            (t.styles = o),
            t.elements.arrow && Object.assign(t.elements.arrow.style, o.arrow),
            function () {
              Object.keys(t.elements).forEach(function (e) {
                var n = t.elements[e],
                  a = t.attributes[e] || {},
                  r = Object.keys(t.styles.hasOwnProperty(e) ? t.styles[e] : o[e]).reduce(function (
                    e,
                    t
                  ) {
                    return (e[t] = ''), e
                  },
                  {})
                mc(n) &&
                  yc(n) &&
                  (Object.assign(n.style, r),
                  Object.keys(a).forEach(function (e) {
                    n.removeAttribute(e)
                  }))
              })
            }
          )
        },
        requires: ['computeStyles']
      }
    ]
  })
  var Qc = {
    name: 'offset',
    enabled: !0,
    phase: 'main',
    requires: ['popperOffsets'],
    fn: function (e) {
      var t = e.state,
        o = e.options,
        n = e.name,
        a = o.offset,
        r = void 0 === a ? [0, 0] : a,
        l = $c.reduce(function (e, o) {
          return (
            (e[o] = (function (e, t, o) {
              var n = Wc(e),
                a = [Ac, Dc].indexOf(n) >= 0 ? -1 : 1,
                r = 'function' == typeof o ? o(Object.assign({}, t, { placement: e })) : o,
                l = r[0],
                i = r[1]
              return (
                (l = l || 0),
                (i = (i || 0) * a),
                [Ac, Ic].indexOf(n) >= 0 ? { x: i, y: l } : { x: l, y: i }
              )
            })(o, t.rects, r)),
            e
          )
        }, {}),
        i = l[t.placement],
        s = i.x,
        c = i.y
      null != t.modifiersData.popperOffsets &&
        ((t.modifiersData.popperOffsets.x += s), (t.modifiersData.popperOffsets.y += c)),
        (t.modifiersData[n] = l)
    }
  }
  const [ed, td] = Ie('popover'),
    od = ['overlay', 'duration', 'teleport', 'overlayStyle', 'overlayClass', 'closeOnClickOverlay'],
    nd = {
      show: Boolean,
      theme: N('light'),
      overlay: Boolean,
      actions: w(),
      trigger: N('click'),
      duration: g,
      showArrow: b,
      placement: N('bottom'),
      iconPrefix: String,
      overlayClass: h,
      overlayStyle: Object,
      closeOnClickAction: b,
      closeOnClickOverlay: b,
      closeOnClickOutside: b,
      offset: { type: Array, default: () => [0, 8] },
      teleport: { type: [String, Object], default: 'body' }
    }
  const ad = We(
      t.defineComponent({
        name: ed,
        props: nd,
        emits: ['select', 'touchstart', 'update:show'],
        setup(e, { emit: o, slots: n, attrs: a }) {
          let r
          const l = t.ref(),
            i = t.ref(),
            s = t.ref(),
            c = go(
              () => e.show,
              (e) => o('update:show', e)
            ),
            p = () => ({
              placement: e.placement,
              modifiers: [
                { name: 'computeStyles', options: { adaptive: !1, gpuAcceleration: !1 } },
                d({}, Qc, { options: { offset: e.offset } })
              ]
            }),
            f = () => {
              t.nextTick(() => {
                c.value &&
                  (r
                    ? r.setOptions(p())
                    : ((r = i.value && s.value ? Jc(i.value, s.value.popupRef.value, p()) : null),
                      u &&
                        (window.addEventListener('animationend', f),
                        window.addEventListener('transitionend', f))))
              })
            },
            v = (e) => {
              c.value = e
            },
            h = () => {
              'click' === e.trigger && (c.value = !c.value)
            },
            g = (o, a) =>
              n.action
                ? n.action({ action: o, index: a })
                : [
                    o.icon &&
                      t.createVNode(
                        ht,
                        { name: o.icon, classPrefix: e.iconPrefix, class: td('action-icon') },
                        null
                      ),
                    t.createVNode('div', { class: [td('action-text'), Le] }, [o.text])
                  ],
            b = (n, a) => {
              const { icon: r, color: l, disabled: i, className: s } = n
              return t.createVNode(
                'div',
                {
                  role: 'menuitem',
                  class: [td('action', { disabled: i, 'with-icon': r }), s],
                  style: { color: l },
                  tabindex: i ? void 0 : 0,
                  'aria-disabled': i || void 0,
                  onClick: () =>
                    ((t, n) => {
                      t.disabled || (o('select', t, n), e.closeOnClickAction && (c.value = !1))
                    })(n, a)
                },
                [g(n, a)]
              )
            }
          return (
            t.onMounted(() => {
              f(),
                t.watchEffect(() => {
                  var e
                  l.value = null == (e = s.value) ? void 0 : e.popupRef.value
                })
            }),
            t.onBeforeUnmount(() => {
              r &&
                (u &&
                  (window.removeEventListener('animationend', f),
                  window.removeEventListener('transitionend', f)),
                r.destroy(),
                (r = null))
            }),
            t.watch(() => [c.value, e.offset, e.placement], f),
            W(
              [i, l],
              () => {
                c.value &&
                  e.closeOnClickOutside &&
                  (!e.overlay || e.closeOnClickOverlay) &&
                  (c.value = !1)
              },
              { eventName: 'touchstart' }
            ),
            () => {
              var o
              return t.createVNode(t.Fragment, null, [
                t.createVNode('span', { ref: i, class: td('wrapper'), onClick: h }, [
                  null == (o = n.reference) ? void 0 : o.call(n)
                ]),
                t.createVNode(
                  Gt,
                  t.mergeProps(
                    {
                      ref: s,
                      show: c.value,
                      class: td([e.theme]),
                      position: '',
                      transition: 'van-popover-zoom',
                      lockScroll: !1,
                      'onUpdate:show': v
                    },
                    a,
                    m(e, od)
                  ),
                  {
                    default: () => [
                      e.showArrow && t.createVNode('div', { class: td('arrow') }, null),
                      t.createVNode('div', { role: 'menu', class: td('content') }, [
                        n.default ? n.default() : e.actions.map(b)
                      ])
                    ]
                  }
                )
              ])
            }
          )
        }
      })
    ),
    [rd, ld] = Ie('progress'),
    id = {
      color: String,
      inactive: Boolean,
      pivotText: String,
      textColor: String,
      showPivot: b,
      pivotColor: String,
      trackColor: String,
      strokeWidth: g,
      percentage: { type: g, default: 0, validator: (e) => +e >= 0 && +e <= 100 }
    }
  const sd = We(
      t.defineComponent({
        name: rd,
        props: id,
        setup(e) {
          const o = t.computed(() => (e.inactive ? void 0 : e.color)),
            n = () => {
              const { textColor: n, pivotText: a, pivotColor: r, percentage: l } = e,
                i = null != a ? a : `${l}%`
              if (e.showPivot && i) {
                const a = {
                  color: n,
                  left: +l + '%',
                  transform: `translate(-${+l}%,-50%)`,
                  background: r || o.value
                }
                return t.createVNode(
                  'span',
                  { style: a, class: ld('pivot', { inactive: e.inactive }) },
                  [i]
                )
              }
            }
          return () => {
            const { trackColor: a, percentage: r, strokeWidth: l } = e,
              i = { background: a, height: de(l) },
              s = { width: `${r}%`, background: o.value }
            return t.createVNode('div', { class: ld(), style: i }, [
              t.createVNode(
                'span',
                { class: ld('portion', { inactive: e.inactive }), style: s },
                null
              ),
              n()
            ])
          }
        }
      })
    ),
    [cd, dd, ud] = Ie('pull-refresh'),
    pd = ['pulling', 'loosing', 'success'],
    md = {
      disabled: Boolean,
      modelValue: Boolean,
      headHeight: V(50),
      successText: String,
      pullingText: String,
      loosingText: String,
      loadingText: String,
      pullDistance: g,
      successDuration: V(500),
      animationDuration: V(300)
    }
  const fd = We(
      t.defineComponent({
        name: cd,
        props: md,
        emits: ['change', 'refresh', 'update:modelValue'],
        setup(e, { emit: o, slots: n }) {
          let a
          const r = t.ref(),
            l = t.ref(),
            i = Z(r),
            s = t.reactive({ status: 'normal', distance: 0, duration: 0 }),
            c = $t(),
            d = () => {
              if (50 !== e.headHeight) return { height: `${e.headHeight}px` }
            },
            u = () => 'loading' !== s.status && 'success' !== s.status && !e.disabled,
            p = (t, n) => {
              const a = +(e.pullDistance || e.headHeight)
              ;(s.distance = t),
                (s.status = n ? 'loading' : 0 === t ? 'normal' : t < a ? 'pulling' : 'loosing'),
                o('change', { status: s.status, distance: t })
            },
            m = () => {
              const { status: t } = s
              return 'normal' === t ? '' : e[`${t}Text`] || ud(t)
            },
            f = () => {
              const { status: e, distance: o } = s
              if (n[e]) return n[e]({ distance: o })
              const a = []
              return (
                pd.includes(e) && a.push(t.createVNode('div', { class: dd('text') }, [m()])),
                'loading' === e &&
                  a.push(t.createVNode(Vt, { class: dd('loading') }, { default: m })),
                a
              )
            },
            v = (e) => {
              ;(a = 0 === J(i.value)), a && ((s.duration = 0), c.start(e))
            },
            h = (e) => {
              u() && v(e)
            },
            g = () => {
              a &&
                c.deltaY.value &&
                u() &&
                ((s.duration = +e.animationDuration),
                'loosing' === s.status
                  ? (p(+e.headHeight, !0),
                    o('update:modelValue', !0),
                    t.nextTick(() => o('refresh')))
                  : p(0))
            }
          return (
            t.watch(
              () => e.modelValue,
              (t) => {
                ;(s.duration = +e.animationDuration),
                  t
                    ? p(+e.headHeight, !0)
                    : n.success || e.successText
                    ? ((s.status = 'success'),
                      setTimeout(() => {
                        p(0)
                      }, +e.successDuration))
                    : p(0, !1)
              }
            ),
            j(
              'touchmove',
              (t) => {
                if (u()) {
                  a || v(t)
                  const { deltaY: o } = c
                  c.move(t),
                    a &&
                      o.value >= 0 &&
                      c.isVertical() &&
                      (le(t),
                      p(
                        ((t) => {
                          const o = +(e.pullDistance || e.headHeight)
                          return (
                            t > o && (t = t < 2 * o ? o + (t - o) / 2 : 1.5 * o + (t - 2 * o) / 4),
                            Math.round(t)
                          )
                        })(o.value)
                      ))
                }
              },
              { target: l }
            ),
            () => {
              var e
              const o = {
                transitionDuration: `${s.duration}ms`,
                transform: s.distance ? `translate3d(0,${s.distance}px, 0)` : ''
              }
              return t.createVNode('div', { ref: r, class: dd() }, [
                t.createVNode(
                  'div',
                  {
                    ref: l,
                    class: dd('track'),
                    style: o,
                    onTouchstartPassive: h,
                    onTouchend: g,
                    onTouchcancel: g
                  },
                  [
                    t.createVNode('div', { class: dd('head'), style: d() }, [f()]),
                    null == (e = n.default) ? void 0 : e.call(n)
                  ]
                )
              ])
            }
          )
        }
      })
    ),
    [vd, hd] = Ie('rate')
  const gd = {
    size: g,
    icon: N('star'),
    color: String,
    count: V(5),
    gutter: g,
    readonly: Boolean,
    disabled: Boolean,
    voidIcon: N('star-o'),
    allowHalf: Boolean,
    voidColor: String,
    touchable: b,
    iconPrefix: String,
    modelValue: x(0),
    disabledColor: String
  }
  const bd = We(
      t.defineComponent({
        name: vd,
        props: gd,
        emits: ['change', 'update:modelValue'],
        setup(e, { emit: o }) {
          const n = $t(),
            [a, r] = wo(),
            l = t.ref(),
            i = () => e.readonly || e.disabled || !e.touchable,
            s = t.computed(() =>
              Array(+e.count)
                .fill('')
                .map((t, o) =>
                  (function (e, t, o, n) {
                    if (e >= t) return { status: 'full', value: 1 }
                    if (e + 0.5 >= t && o && !n) return { status: 'half', value: 0.5 }
                    if (e + 1 >= t && o && n) {
                      const o = 10 ** 10
                      return { status: 'half', value: Math.round((e - t + 1) * o) / o }
                    }
                    return { status: 'void', value: 0 }
                  })(e.modelValue, o + 1, e.allowHalf, e.readonly)
                )
            )
          let c,
            d,
            u = Number.MAX_SAFE_INTEGER,
            p = Number.MIN_SAFE_INTEGER
          const m = () => {
              d = P(l)
              const t = a.value.map(P)
              ;(c = []),
                t.forEach((t, o) => {
                  ;(u = Math.min(t.top, u)),
                    (p = Math.max(t.top, p)),
                    e.allowHalf
                      ? c.push(
                          { score: o + 0.5, left: t.left, top: t.top, height: t.height },
                          { score: o + 1, left: t.left + t.width / 2, top: t.top, height: t.height }
                        )
                      : c.push({ score: o + 1, left: t.left, top: t.top, height: t.height })
                })
            },
            f = (t, o) => {
              for (let e = c.length - 1; e > 0; e--)
                if (o >= d.top && o <= d.bottom) {
                  if (t > c[e].left && o >= c[e].top && o <= c[e].top + c[e].height)
                    return c[e].score
                } else {
                  const n = o < d.top ? u : p
                  if (t > c[e].left && c[e].top === n) return c[e].score
                }
              return e.allowHalf ? 0.5 : 1
            },
            v = (t) => {
              e.disabled ||
                e.readonly ||
                t === e.modelValue ||
                (o('update:modelValue', t), o('change', t))
            },
            h = (e) => {
              i() || (n.start(e), m())
            },
            g = (o, n) => {
              const {
                  icon: a,
                  size: l,
                  color: i,
                  count: s,
                  gutter: c,
                  voidIcon: d,
                  disabled: u,
                  voidColor: p,
                  allowHalf: h,
                  iconPrefix: g,
                  disabledColor: b
                } = e,
                y = n + 1,
                w = 'full' === o.status,
                x = 'void' === o.status,
                V = h && o.value > 0 && o.value < 1
              let N
              c && y !== +s && (N = { paddingRight: de(c) })
              return t.createVNode(
                'div',
                {
                  key: n,
                  ref: r(n),
                  role: 'radio',
                  style: N,
                  class: hd('item'),
                  tabindex: u ? void 0 : 0,
                  'aria-setsize': s,
                  'aria-posinset': y,
                  'aria-checked': !x,
                  onClick: (e) => {
                    m(), v(h ? f(e.clientX, e.clientY) : y)
                  }
                },
                [
                  t.createVNode(
                    ht,
                    {
                      size: l,
                      name: w ? a : d,
                      class: hd('icon', { disabled: u, full: w }),
                      color: u ? b : w ? i : p,
                      classPrefix: g
                    },
                    null
                  ),
                  V &&
                    t.createVNode(
                      ht,
                      {
                        size: l,
                        style: { width: o.value + 'em' },
                        name: x ? d : a,
                        class: hd('icon', ['half', { disabled: u, full: !x }]),
                        color: u ? b : x ? p : i,
                        classPrefix: g
                      },
                      null
                    )
                ]
              )
            }
          return (
            _(() => e.modelValue),
            j(
              'touchmove',
              (e) => {
                if (!i() && (n.move(e), n.isHorizontal())) {
                  const { clientX: t, clientY: o } = e.touches[0]
                  le(e), v(f(t, o))
                }
              },
              { target: l }
            ),
            () =>
              t.createVNode(
                'div',
                {
                  ref: l,
                  role: 'radiogroup',
                  class: hd({ readonly: e.readonly, disabled: e.disabled }),
                  tabindex: e.disabled ? void 0 : 0,
                  'aria-disabled': e.disabled,
                  'aria-readonly': e.readonly,
                  onTouchstartPassive: h
                },
                [s.value.map(g)]
              )
          )
        }
      })
    ),
    yd = We(fl),
    [wd, xd, Vd] = Ie('search'),
    Nd = d({}, An, {
      label: String,
      shape: N('square'),
      leftIcon: N('search'),
      clearable: b,
      actionText: String,
      background: String,
      showAction: Boolean
    })
  const kd = We(
      t.defineComponent({
        name: wd,
        props: Nd,
        emits: [
          'blur',
          'focus',
          'clear',
          'search',
          'cancel',
          'clickInput',
          'clickLeftIcon',
          'clickRightIcon',
          'update:modelValue'
        ],
        setup(e, { emit: o, slots: n, attrs: a }) {
          const r = yo(),
            l = t.ref(),
            i = () => {
              n.action || (o('update:modelValue', ''), o('cancel'))
            },
            s = (t) => {
              13 === t.keyCode && (le(t), o('search', e.modelValue))
            },
            c = () => e.id || `${r}-input`,
            u = () => {
              if (n.label || e.label)
                return t.createVNode('label', { class: xd('label'), for: c() }, [
                  n.label ? n.label() : e.label
                ])
            },
            p = () => {
              if (e.showAction) {
                const o = e.actionText || Vd('cancel')
                return t.createVNode(
                  'div',
                  { class: xd('action'), role: 'button', tabindex: 0, onClick: i },
                  [n.action ? n.action() : o]
                )
              }
            },
            f = (e) => o('blur', e),
            v = (e) => o('focus', e),
            h = (e) => o('clear', e),
            g = (e) => o('clickInput', e),
            b = (e) => o('clickLeftIcon', e),
            y = (e) => o('clickRightIcon', e),
            w = Object.keys(An),
            x = () => {
              const r = d({}, a, m(e, w), { id: c() })
              return t.createVNode(
                En,
                t.mergeProps(
                  {
                    ref: l,
                    type: 'search',
                    class: xd('field'),
                    border: !1,
                    onBlur: f,
                    onFocus: v,
                    onClear: h,
                    onKeypress: s,
                    onClickInput: g,
                    onClickLeftIcon: b,
                    onClickRightIcon: y,
                    'onUpdate:modelValue': (e) => o('update:modelValue', e)
                  },
                  r
                ),
                m(n, ['left-icon', 'right-icon'])
              )
            }
          return (
            Qe({
              focus: () => {
                var e
                return null == (e = l.value) ? void 0 : e.focus()
              },
              blur: () => {
                var e
                return null == (e = l.value) ? void 0 : e.blur()
              }
            }),
            () => {
              var o
              return t.createVNode(
                'div',
                { class: xd({ 'show-action': e.showAction }), style: { background: e.background } },
                [
                  null == (o = n.left) ? void 0 : o.call(n),
                  t.createVNode('div', { class: xd('content', e.shape) }, [u(), x()]),
                  p()
                ]
              )
            }
          )
        }
      })
    ),
    Cd = [...Lt, 'round', 'closeOnPopstate', 'safeAreaInsetBottom'],
    Sd = {
      qq: 'qq',
      link: 'link-o',
      weibo: 'weibo',
      qrcode: 'qr',
      poster: 'photo-o',
      wechat: 'wechat',
      'weapp-qrcode': 'miniprogram-o',
      'wechat-moments': 'wechat-moments'
    },
    [Td, Bd, Pd] = Ie('share-sheet'),
    Dd = d({}, Et, {
      title: String,
      round: b,
      options: w(),
      cancelText: String,
      description: String,
      closeOnPopstate: b,
      safeAreaInsetBottom: b
    })
  const Od = We(
      t.defineComponent({
        name: Td,
        props: Dd,
        emits: ['cancel', 'select', 'update:show'],
        setup(e, { emit: o, slots: n }) {
          const a = (e) => o('update:show', e),
            r = () => {
              a(!1), o('cancel')
            },
            l = () => {
              const o = n.title ? n.title() : e.title,
                a = n.description ? n.description() : e.description
              if (o || a)
                return t.createVNode('div', { class: Bd('header') }, [
                  o && t.createVNode('h2', { class: Bd('title') }, [o]),
                  a && t.createVNode('span', { class: Bd('description') }, [a])
                ])
            },
            i = (e) => {
              return (null == (o = e) ? void 0 : o.includes('/'))
                ? t.createVNode('img', { src: e, class: Bd('image-icon') }, null)
                : t.createVNode('div', { class: Bd('icon', [e]) }, [
                    t.createVNode(ht, { name: Sd[e] || e }, null)
                  ])
              var o
            },
            s = (e, n) => {
              const { name: a, icon: r, className: l, description: s } = e
              return t.createVNode(
                'div',
                {
                  role: 'button',
                  tabindex: 0,
                  class: [Bd('option'), l, Fe],
                  onClick: () => ((e, t) => o('select', e, t))(e, n)
                },
                [
                  i(r),
                  a && t.createVNode('span', { class: Bd('name') }, [a]),
                  s && t.createVNode('span', { class: Bd('option-description') }, [s])
                ]
              )
            },
            c = (e, o) => t.createVNode('div', { class: Bd('options', { border: o }) }, [e.map(s)]),
            d = () => {
              const { options: t } = e
              return Array.isArray(t[0]) ? t.map((e, t) => c(e, 0 !== t)) : c(t)
            },
            u = () => {
              var o
              const a = null != (o = e.cancelText) ? o : Pd('cancel')
              if (n.cancel || a)
                return t.createVNode(
                  'button',
                  { type: 'button', class: Bd('cancel'), onClick: r },
                  [n.cancel ? n.cancel() : a]
                )
            }
          return () =>
            t.createVNode(
              Gt,
              t.mergeProps({ class: Bd(), position: 'bottom', 'onUpdate:show': a }, m(e, Cd)),
              { default: () => [l(), d(), u()] }
            )
        }
      })
    ),
    [Id, Ad] = Ie('sidebar'),
    zd = Symbol(Id),
    Ed = { modelValue: V(0) }
  const Ld = We(
      t.defineComponent({
        name: Id,
        props: Ed,
        emits: ['change', 'update:modelValue'],
        setup(e, { emit: o, slots: n }) {
          const { linkChildren: a } = A(zd),
            r = () => +e.modelValue
          return (
            a({
              getActive: r,
              setActive: (e) => {
                e !== r() && (o('update:modelValue', e), o('change', e))
              }
            }),
            () => {
              var e
              return t.createVNode('div', { role: 'tablist', class: Ad() }, [
                null == (e = n.default) ? void 0 : e.call(n)
              ])
            }
          )
        }
      })
    ),
    [$d, Md] = Ie('sidebar-item'),
    Rd = d({}, et, { dot: Boolean, title: String, badge: g, disabled: Boolean, badgeProps: Object })
  const Fd = We(
      t.defineComponent({
        name: $d,
        props: Rd,
        emits: ['click'],
        setup(e, { emit: o, slots: n }) {
          const a = ot(),
            { parent: r, index: l } = D(zd)
          if (!r) return
          const i = () => {
            e.disabled || (o('click', l.value), r.setActive(l.value), a())
          }
          return () => {
            const { dot: o, badge: a, title: s, disabled: c } = e,
              d = l.value === r.getActive()
            return t.createVNode(
              'div',
              {
                role: 'tab',
                class: Md({ select: d, disabled: c }),
                tabindex: c ? void 0 : 0,
                'aria-selected': d,
                onClick: i
              },
              [
                t.createVNode(
                  lt,
                  t.mergeProps({ dot: o, class: Md('text'), content: a }, e.badgeProps),
                  { default: () => [n.title ? n.title() : s] }
                )
              ]
            )
          }
        }
      })
    ),
    [Hd, jd, Wd] = Ie('signature'),
    Ud = {
      tips: String,
      type: N('png'),
      penColor: N('#000'),
      lineWidth: x(3),
      clearButtonText: String,
      backgroundColor: N(''),
      confirmButtonText: String
    }
  const Yd = We(
      t.defineComponent({
        name: Hd,
        props: Ud,
        emits: ['submit', 'clear', 'start', 'end', 'signing'],
        setup(e, { emit: o }) {
          const n = t.ref(),
            a = t.ref(),
            r = t.reactive({
              width: 0,
              height: 0,
              ctx: null,
              ratio: u ? window.devicePixelRatio : 1
            })
          let l
          const i =
              !u ||
              (() => {
                var e
                const t = document.createElement('canvas')
                return !!(null == (e = t.getContext) ? void 0 : e.call(t, '2d'))
              })(),
            s = () => {
              if (!r.ctx) return !1
              r.ctx.beginPath(),
                (r.ctx.lineWidth = e.lineWidth * r.ratio),
                (r.ctx.strokeStyle = e.penColor),
                (l = P(n)),
                o('start')
            },
            c = (e) => {
              var t, n
              if (!r.ctx) return !1
              le(e)
              const a = e.touches[0],
                i = (a.clientX - ((null == l ? void 0 : l.left) || 0)) * r.ratio,
                s = (a.clientY - ((null == l ? void 0 : l.top) || 0)) * r.ratio
              ;(r.ctx.lineCap = 'round'),
                (r.ctx.lineJoin = 'round'),
                null == (t = r.ctx) || t.lineTo(i, s),
                null == (n = r.ctx) || n.stroke(),
                o('signing', e)
            },
            d = (e) => {
              le(e), o('end')
            },
            p = () => {
              r.ctx &&
                e.backgroundColor &&
                ((r.ctx.fillStyle = e.backgroundColor), r.ctx.fillRect(0, 0, r.width, r.height))
            },
            m = () => {
              var t, a
              const r = n.value
              if (!r) return
              const l = ((e) => {
                  const t = document.createElement('canvas')
                  return (t.width = e.width), (t.height = e.height), e.toDataURL() === t.toDataURL()
                })(r),
                i = l
                  ? ''
                  : (null ==
                    (a = (t = {
                      jpg: () => r.toDataURL('image/jpeg', 0.8),
                      jpeg: () => r.toDataURL('image/jpeg', 0.8)
                    })[e.type])
                      ? void 0
                      : a.call(t)) || r.toDataURL(`image/${e.type}`)
              o('submit', { image: i, canvas: r })
            },
            f = () => {
              r.ctx && (r.ctx.clearRect(0, 0, r.width, r.height), r.ctx.closePath(), p()),
                o('clear')
            }
          return (
            t.onMounted(() => {
              var e, o, l
              i &&
                ((r.ctx = null == (e = n.value) ? void 0 : e.getContext('2d')),
                (r.width = ((null == (o = a.value) ? void 0 : o.offsetWidth) || 0) * r.ratio),
                (r.height = ((null == (l = a.value) ? void 0 : l.offsetHeight) || 0) * r.ratio),
                t.nextTick(() => {
                  p()
                }))
            }),
            () =>
              t.createVNode('div', { class: jd() }, [
                t.createVNode('div', { class: jd('content'), ref: a }, [
                  i
                    ? t.createVNode(
                        'canvas',
                        {
                          ref: n,
                          width: r.width,
                          height: r.height,
                          onTouchstartPassive: s,
                          onTouchmove: c,
                          onTouchend: d
                        },
                        null
                      )
                    : t.createVNode('p', null, [e.tips])
                ]),
                t.createVNode('div', { class: jd('footer') }, [
                  t.createVNode(
                    St,
                    { size: 'small', onClick: f },
                    { default: () => [e.clearButtonText || Wd('clear')] }
                  ),
                  t.createVNode(
                    St,
                    { type: 'primary', size: 'small', onClick: m },
                    { default: () => [e.confirmButtonText || Wd('confirm')] }
                  )
                ])
              ])
          )
        }
      })
    ),
    [qd, Xd] = Ie('skeleton-title'),
    Gd = { round: Boolean, titleWidth: g }
  const Zd = We(
    t.defineComponent({
      name: qd,
      props: Gd,
      setup: (e) => () =>
        t.createVNode(
          'h3',
          { class: Xd([{ round: e.round }]), style: { width: de(e.titleWidth) } },
          null
        )
    })
  )
  var Kd = Zd
  const [_d, Jd] = Ie('skeleton-avatar'),
    Qd = { avatarSize: g, avatarShape: N('round') }
  const eu = We(
    t.defineComponent({
      name: _d,
      props: Qd,
      setup: (e) => () =>
        t.createVNode('div', { class: Jd([e.avatarShape]), style: ue(e.avatarSize) }, null)
    })
  )
  var tu = eu
  const ou = '100%',
    nu = { round: Boolean, rowWidth: { type: g, default: ou } },
    [au, ru] = Ie('skeleton-paragraph')
  const lu = We(
    t.defineComponent({
      name: au,
      props: nu,
      setup: (e) => () =>
        t.createVNode(
          'div',
          { class: ru([{ round: e.round }]), style: { width: e.rowWidth } },
          null
        )
    })
  )
  var iu = lu
  const [su, cu] = Ie('skeleton'),
    du = {
      row: V(0),
      round: Boolean,
      title: Boolean,
      titleWidth: g,
      avatar: Boolean,
      avatarSize: g,
      avatarShape: N('round'),
      loading: b,
      animate: b,
      rowWidth: { type: [Number, String, Array], default: ou }
    }
  const uu = We(
      t.defineComponent({
        name: su,
        inheritAttrs: !1,
        props: du,
        setup(e, { slots: o, attrs: n }) {
          const a = () => {
              if (e.avatar)
                return t.createVNode(
                  tu,
                  { avatarShape: e.avatarShape, avatarSize: e.avatarSize },
                  null
                )
            },
            r = () => {
              if (e.title)
                return t.createVNode(Kd, { round: e.round, titleWidth: e.titleWidth }, null)
            },
            l = (t) => {
              const { rowWidth: o } = e
              return o === ou && t === +e.row - 1 ? '60%' : Array.isArray(o) ? o[t] : o
            }
          return () => {
            var i
            return e.loading
              ? t.createVNode(
                  'div',
                  t.mergeProps({ class: cu({ animate: e.animate, round: e.round }) }, n),
                  [
                    o.template
                      ? o.template()
                      : t.createVNode(t.Fragment, null, [
                          a(),
                          t.createVNode('div', { class: cu('content') }, [
                            r(),
                            Array(+e.row)
                              .fill('')
                              .map((o, n) =>
                                t.createVNode(
                                  iu,
                                  { key: n, round: e.round, rowWidth: de(l(n)) },
                                  null
                                )
                              )
                          ])
                        ])
                  ]
                )
              : null == (i = o.default)
              ? void 0
              : i.call(o)
          }
        }
      })
    ),
    [pu, mu] = Ie('skeleton-image'),
    fu = { imageSize: g, imageShape: N('square') }
  const vu = We(
      t.defineComponent({
        name: pu,
        props: fu,
        setup: (e) => () =>
          t.createVNode('div', { class: mu([e.imageShape]), style: ue(e.imageSize) }, [
            t.createVNode(ht, { name: 'photo', class: mu('icon') }, null)
          ])
      })
    ),
    [hu, gu] = Ie('slider'),
    bu = {
      min: V(0),
      max: V(100),
      step: V(1),
      range: Boolean,
      reverse: Boolean,
      disabled: Boolean,
      readonly: Boolean,
      vertical: Boolean,
      barHeight: g,
      buttonSize: g,
      activeColor: String,
      inactiveColor: String,
      modelValue: { type: [Number, Array], default: 0 }
    }
  const yu = We(
      t.defineComponent({
        name: hu,
        props: bu,
        emits: ['change', 'dragEnd', 'dragStart', 'update:modelValue'],
        setup(e, { emit: o, slots: n }) {
          let a, r, l
          const i = t.ref(),
            s = [t.ref(), t.ref()],
            c = t.ref(),
            d = $t(),
            u = t.computed(() => Number(e.max) - Number(e.min)),
            p = t.computed(() => {
              const t = e.vertical ? 'width' : 'height'
              return { background: e.inactiveColor, [t]: de(e.barHeight) }
            }),
            m = (t) => e.range && Array.isArray(t),
            v = () => {
              const { modelValue: t, min: o } = e
              return m(t)
                ? (100 * (t[1] - t[0])) / u.value + '%'
                : (100 * (t - Number(o))) / u.value + '%'
            },
            h = t.computed(() => {
              const t = { [e.vertical ? 'height' : 'width']: v(), background: e.activeColor }
              c.value && (t.transition = 'none')
              return (
                (t[e.vertical ? (e.reverse ? 'bottom' : 'top') : e.reverse ? 'right' : 'left'] =
                  (() => {
                    const { modelValue: t, min: o } = e
                    return m(t) ? (100 * (t[0] - Number(o))) / u.value + '%' : '0%'
                  })()),
                t
              )
            }),
            g = (t) => {
              const o = +e.min,
                n = +e.max,
                a = +e.step
              t = ye(t, o, n)
              return Ve(o, Math.round((t - o) / a) * a)
            },
            b = (t, n) => {
              ;(t = m(t)
                ? ((t) => {
                    var o, n
                    const a = null != (o = t[0]) ? o : Number(e.min),
                      r = null != (n = t[1]) ? n : Number(e.max)
                    return a > r ? [r, a] : [a, r]
                  })(t).map(g)
                : g(t)),
                f(t, e.modelValue) || o('update:modelValue', t),
                n && !f(t, l) && o('change', t)
            },
            y = (t) => {
              if ((t.stopPropagation(), e.disabled || e.readonly)) return
              const { min: o, reverse: n, vertical: a, modelValue: r } = e,
                l = P(i),
                s = a ? l.height : l.width,
                c =
                  Number(o) +
                  ((a
                    ? n
                      ? l.bottom - t.clientY
                      : t.clientY - l.top
                    : n
                    ? l.right - t.clientX
                    : t.clientX - l.left) /
                    s) *
                    u.value
              if (m(r)) {
                const [e, t] = r
                b(c <= (e + t) / 2 ? [c, t] : [e, c], !0)
              } else b(c, !0)
            },
            w = (t) => {
              if (e.disabled || e.readonly) return
              'start' === c.value && o('dragStart', t), le(t, !0), d.move(t), (c.value = 'dragging')
              const n = P(i)
              let s =
                ((e.vertical ? d.deltaY.value : d.deltaX.value) /
                  (e.vertical ? n.height : n.width)) *
                u.value
              if ((e.reverse && (s = -s), m(l))) {
                const t = e.reverse ? 1 - a : a
                r[t] = l[t] + s
              } else r = l + s
              b(r)
            },
            x = (t) => {
              e.disabled ||
                e.readonly ||
                ('dragging' === c.value && (b(r, !0), o('dragEnd', t)), (c.value = ''))
            },
            V = (t) => {
              if ('number' == typeof t) {
                return gu('button-wrapper', ['left', 'right'][t])
              }
              return gu('button-wrapper', e.reverse ? 'left' : 'right')
            },
            N = (o, a) => {
              if ('number' == typeof a) {
                const e = n[0 === a ? 'left-button' : 'right-button']
                if (e) return e({ value: o })
              }
              return n.button
                ? n.button({ value: o })
                : t.createVNode('div', { class: gu('button'), style: ue(e.buttonSize) }, null)
            },
            k = (o) => {
              const n = 'number' == typeof o ? e.modelValue[o] : e.modelValue
              return t.createVNode(
                'div',
                {
                  ref: s[null != o ? o : 0],
                  role: 'slider',
                  class: V(o),
                  tabindex: e.disabled ? void 0 : 0,
                  'aria-valuemin': e.min,
                  'aria-valuenow': n,
                  'aria-valuemax': e.max,
                  'aria-disabled': e.disabled || void 0,
                  'aria-readonly': e.readonly || void 0,
                  'aria-orientation': e.vertical ? 'vertical' : 'horizontal',
                  onTouchstartPassive: (t) => {
                    'number' == typeof o && (a = o),
                      ((t) => {
                        e.disabled ||
                          e.readonly ||
                          (d.start(t),
                          (r = e.modelValue),
                          (l = m(r) ? r.map(g) : g(r)),
                          (c.value = 'start'))
                      })(t)
                  },
                  onTouchend: x,
                  onTouchcancel: x,
                  onClick: re
                },
                [N(n, o)]
              )
            }
          return (
            b(e.modelValue),
            _(() => e.modelValue),
            s.forEach((e) => {
              j('touchmove', w, { target: e })
            }),
            () =>
              t.createVNode(
                'div',
                {
                  ref: i,
                  style: p.value,
                  class: gu({ vertical: e.vertical, disabled: e.disabled }),
                  onClick: y
                },
                [
                  t.createVNode('div', { class: gu('bar'), style: h.value }, [
                    e.range ? [k(0), k(1)] : k()
                  ])
                ]
              )
          )
        }
      })
    ),
    [wu, xu] = Ie('space'),
    Vu = {
      align: String,
      direction: { type: String, default: 'horizontal' },
      size: { type: [Number, String, Array], default: 8 },
      wrap: Boolean,
      fill: Boolean
    }
  function Nu(e = []) {
    const o = []
    return (
      e.forEach((e) => {
        Array.isArray(e)
          ? o.push(...e)
          : e.type === t.Fragment
          ? o.push(...Nu(e.children))
          : o.push(e)
      }),
      o.filter((e) => {
        var o
        return !(
          e &&
          (e.type === t.Comment ||
            (e.type === t.Fragment && 0 === (null == (o = e.children) ? void 0 : o.length)) ||
            (e.type === t.Text && '' === e.children.trim()))
        )
      })
    )
  }
  const ku = We(
      t.defineComponent({
        name: wu,
        props: Vu,
        setup(e, { slots: o }) {
          const n = t.computed(() => {
              var t
              return null != (t = e.align) ? t : 'horizontal' === e.direction ? 'center' : ''
            }),
            a = (e) => ('number' == typeof e ? e + 'px' : e),
            r = (t) => {
              const o = {},
                n = `${a(Array.isArray(e.size) ? e.size[0] : e.size)}`,
                r = `${a(Array.isArray(e.size) ? e.size[1] : e.size)}`
              return t
                ? e.wrap
                  ? { marginBottom: r }
                  : {}
                : ('horizontal' === e.direction && (o.marginRight = n),
                  ('vertical' === e.direction || e.wrap) && (o.marginBottom = r),
                  o)
            }
          return () => {
            var a
            const l = Nu(null == (a = o.default) ? void 0 : a.call(o))
            return t.createVNode(
              'div',
              {
                class: [
                  xu({
                    [e.direction]: e.direction,
                    [`align-${n.value}`]: n.value,
                    wrap: e.wrap,
                    fill: e.fill
                  })
                ]
              },
              [
                l.map((e, o) =>
                  t.createVNode(
                    'div',
                    { key: `item-${o}`, class: `${wu}-item`, style: r(o === l.length - 1) },
                    [e]
                  )
                )
              ]
            )
          }
        }
      })
    ),
    [Cu, Su] = Ie('steps'),
    Tu = {
      active: V(0),
      direction: N('horizontal'),
      activeIcon: N('checked'),
      iconPrefix: String,
      finishIcon: String,
      activeColor: String,
      inactiveIcon: String,
      inactiveColor: String
    },
    Bu = Symbol(Cu)
  var Pu = t.defineComponent({
    name: Cu,
    props: Tu,
    emits: ['clickStep'],
    setup(e, { emit: o, slots: n }) {
      const { linkChildren: a } = A(Bu)
      return (
        a({ props: e, onClickStep: (e) => o('clickStep', e) }),
        () => {
          var o
          return t.createVNode('div', { class: Su([e.direction]) }, [
            t.createVNode('div', { class: Su('items') }, [
              null == (o = n.default) ? void 0 : o.call(n)
            ])
          ])
        }
      )
    }
  })
  const [Du, Ou] = Ie('step')
  const Iu = We(
      t.defineComponent({
        name: Du,
        setup(e, { slots: o }) {
          const { parent: n, index: a } = D(Bu)
          if (!n) return
          const r = n.props,
            l = () => {
              const e = +r.active
              return a.value < e ? 'finish' : a.value === e ? 'process' : 'waiting'
            },
            i = () => 'process' === l(),
            s = t.computed(() => ({
              background: 'finish' === l() ? r.activeColor : r.inactiveColor
            })),
            c = t.computed(() =>
              i()
                ? { color: r.activeColor }
                : 'waiting' === l()
                ? { color: r.inactiveColor }
                : void 0
            ),
            d = () => n.onClickStep(a.value),
            u = () => {
              const {
                iconPrefix: e,
                finishIcon: n,
                activeIcon: a,
                activeColor: c,
                inactiveIcon: d
              } = r
              return i()
                ? o['active-icon']
                  ? o['active-icon']()
                  : t.createVNode(
                      ht,
                      { class: Ou('icon', 'active'), name: a, color: c, classPrefix: e },
                      null
                    )
                : 'finish' === l() && (n || o['finish-icon'])
                ? o['finish-icon']
                  ? o['finish-icon']()
                  : t.createVNode(
                      ht,
                      { class: Ou('icon', 'finish'), name: n, color: c, classPrefix: e },
                      null
                    )
                : o['inactive-icon']
                ? o['inactive-icon']()
                : d
                ? t.createVNode(ht, { class: Ou('icon'), name: d, classPrefix: e }, null)
                : t.createVNode('i', { class: Ou('circle'), style: s.value }, null)
            }
          return () => {
            var e
            const n = l()
            return t.createVNode('div', { class: [Ae, Ou([r.direction, { [n]: n }])] }, [
              t.createVNode(
                'div',
                { class: Ou('title', { active: i() }), style: c.value, onClick: d },
                [null == (e = o.default) ? void 0 : e.call(o)]
              ),
              t.createVNode('div', { class: Ou('circle-container'), onClick: d }, [u()]),
              t.createVNode('div', { class: Ou('line'), style: s.value }, null)
            ])
          }
        }
      })
    ),
    [Au, zu] = Ie('stepper'),
    Eu = (e, t) => String(e) === String(t),
    Lu = {
      min: V(1),
      max: V(1 / 0),
      name: V(''),
      step: V(1),
      theme: String,
      integer: Boolean,
      disabled: Boolean,
      showPlus: b,
      showMinus: b,
      showInput: b,
      longPress: b,
      autoFixed: b,
      allowEmpty: Boolean,
      modelValue: g,
      inputWidth: g,
      buttonSize: g,
      placeholder: String,
      disablePlus: Boolean,
      disableMinus: Boolean,
      disableInput: Boolean,
      beforeChange: Function,
      defaultValue: V(1),
      decimalLength: g
    }
  const $u = We(
      t.defineComponent({
        name: Au,
        props: Lu,
        emits: ['plus', 'blur', 'minus', 'focus', 'change', 'overlimit', 'update:modelValue'],
        setup(e, { emit: n }) {
          const a = (t, n = !0) => {
            const { min: a, max: r, allowEmpty: l, decimalLength: i } = e
            return (
              (l && '' === t) ||
                ((t = '' === (t = xe(String(t), !e.integer)) ? 0 : +t),
                (t = Number.isNaN(t) ? +a : t),
                (t = n ? Math.max(Math.min(+r, t), +a) : t),
                o(i) && (t = t.toFixed(+i))),
              t
            )
          }
          let r
          const l = t.ref(),
            i = t.ref(
              (() => {
                var t
                const o = null != (t = e.modelValue) ? t : e.defaultValue,
                  r = a(o)
                return Eu(r, e.modelValue) || n('update:modelValue', r), r
              })()
            ),
            s = t.computed(() => e.disabled || e.disableMinus || +i.value <= +e.min),
            c = t.computed(() => e.disabled || e.disablePlus || +i.value >= +e.max),
            d = t.computed(() => ({ width: de(e.inputWidth), height: de(e.buttonSize) })),
            u = t.computed(() => ue(e.buttonSize)),
            p = (t) => {
              e.beforeChange
                ? je(e.beforeChange, {
                    args: [t],
                    done() {
                      i.value = t
                    }
                  })
                : (i.value = t)
            },
            m = () => {
              if (('plus' === r && c.value) || ('minus' === r && s.value))
                return void n('overlimit', r)
              const t = 'minus' === r ? -e.step : +e.step,
                o = a(Ve(+i.value, t))
              p(o), n(r)
            },
            f = (t) => {
              const n = t.target,
                { value: a } = n,
                { decimalLength: r } = e
              let l = xe(String(a), !e.integer)
              if (o(r) && l.includes('.')) {
                const e = l.split('.')
                l = `${e[0]}.${e[1].slice(0, +r)}`
              }
              e.beforeChange ? (n.value = String(i.value)) : Eu(a, l) || (n.value = l)
              const s = l === String(+l)
              p(s ? +l : l)
            },
            v = (t) => {
              var o
              e.disableInput ? null == (o = l.value) || o.blur() : n('focus', t)
            },
            h = (o) => {
              const r = o.target,
                l = a(r.value, e.autoFixed)
              ;(r.value = String(l)),
                (i.value = l),
                t.nextTick(() => {
                  n('blur', o), ae()
                })
            }
          let g, b
          const y = () => {
              b = setTimeout(() => {
                m(), y()
              }, 200)
            },
            w = (t) => {
              e.longPress && (clearTimeout(b), g && le(t))
            },
            x = (t) => {
              e.disableInput && le(t)
            },
            V = (t) => ({
              onClick: (e) => {
                le(e), (r = t), m()
              },
              onTouchstartPassive: () => {
                ;(r = t),
                  e.longPress &&
                    ((g = !1),
                    clearTimeout(b),
                    (b = setTimeout(() => {
                      ;(g = !0), m(), y()
                    }, 500)))
              },
              onTouchend: w,
              onTouchcancel: w
            })
          return (
            t.watch(
              () => [e.max, e.min, e.integer, e.decimalLength],
              () => {
                const e = a(i.value)
                Eu(e, i.value) || (i.value = e)
              }
            ),
            t.watch(
              () => e.modelValue,
              (e) => {
                Eu(e, i.value) || (i.value = a(e))
              }
            ),
            t.watch(i, (t) => {
              n('update:modelValue', t), n('change', t, { name: e.name })
            }),
            _(() => e.modelValue),
            () =>
              t.createVNode('div', { role: 'group', class: zu([e.theme]) }, [
                t.withDirectives(
                  t.createVNode(
                    'button',
                    t.mergeProps(
                      {
                        type: 'button',
                        style: u.value,
                        class: [zu('minus', { disabled: s.value }), { [Fe]: !s.value }],
                        'aria-disabled': s.value || void 0
                      },
                      V('minus')
                    ),
                    null
                  ),
                  [[t.vShow, e.showMinus]]
                ),
                t.withDirectives(
                  t.createVNode(
                    'input',
                    {
                      ref: l,
                      type: e.integer ? 'tel' : 'text',
                      role: 'spinbutton',
                      class: zu('input'),
                      value: i.value,
                      style: d.value,
                      disabled: e.disabled,
                      readonly: e.disableInput,
                      inputmode: e.integer ? 'numeric' : 'decimal',
                      placeholder: e.placeholder,
                      'aria-valuemax': e.max,
                      'aria-valuemin': e.min,
                      'aria-valuenow': i.value,
                      onBlur: h,
                      onInput: f,
                      onFocus: v,
                      onMousedown: x
                    },
                    null
                  ),
                  [[t.vShow, e.showInput]]
                ),
                t.withDirectives(
                  t.createVNode(
                    'button',
                    t.mergeProps(
                      {
                        type: 'button',
                        style: u.value,
                        class: [zu('plus', { disabled: c.value }), { [Fe]: !c.value }],
                        'aria-disabled': c.value || void 0
                      },
                      V('plus')
                    ),
                    null
                  ),
                  [[t.vShow, e.showPlus]]
                )
              ])
          )
        }
      })
    ),
    Mu = We(Pu),
    [Ru, Fu, Hu] = Ie('submit-bar'),
    ju = {
      tip: String,
      label: String,
      price: Number,
      tipIcon: String,
      loading: Boolean,
      currency: N('¥'),
      disabled: Boolean,
      textAlign: String,
      buttonText: String,
      buttonType: N('danger'),
      buttonColor: String,
      suffixLabel: String,
      placeholder: Boolean,
      decimalLength: V(2),
      safeAreaInsetBottom: b
    }
  const Wu = We(
      t.defineComponent({
        name: Ru,
        props: ju,
        emits: ['submit'],
        setup(e, { emit: o, slots: n }) {
          const a = t.ref(),
            r = Xe(a, Fu),
            l = () => {
              const {
                price: o,
                label: n,
                currency: a,
                textAlign: r,
                suffixLabel: l,
                decimalLength: i
              } = e
              if ('number' == typeof o) {
                const e = (o / 100).toFixed(+i).split('.'),
                  s = i ? `.${e[1]}` : ''
                return t.createVNode('div', { class: Fu('text'), style: { textAlign: r } }, [
                  t.createVNode('span', null, [n || Hu('label')]),
                  t.createVNode('span', { class: Fu('price') }, [
                    a,
                    t.createVNode('span', { class: Fu('price-integer') }, [e[0]]),
                    s
                  ]),
                  l && t.createVNode('span', { class: Fu('suffix-label') }, [l])
                ])
              }
            },
            i = () => {
              var o
              const { tip: a, tipIcon: r } = e
              if (n.tip || a)
                return t.createVNode('div', { class: Fu('tip') }, [
                  r && t.createVNode(ht, { class: Fu('tip-icon'), name: r }, null),
                  a && t.createVNode('span', { class: Fu('tip-text') }, [a]),
                  null == (o = n.tip) ? void 0 : o.call(n)
                ])
            },
            s = () => o('submit'),
            c = () => {
              var o, r
              return t.createVNode(
                'div',
                { ref: a, class: [Fu(), { 'van-safe-area-bottom': e.safeAreaInsetBottom }] },
                [
                  null == (o = n.top) ? void 0 : o.call(n),
                  i(),
                  t.createVNode('div', { class: Fu('bar') }, [
                    null == (r = n.default) ? void 0 : r.call(n),
                    l(),
                    n.button
                      ? n.button()
                      : t.createVNode(
                          St,
                          {
                            round: !0,
                            type: e.buttonType,
                            text: e.buttonText,
                            class: Fu('button', e.buttonType),
                            color: e.buttonColor,
                            loading: e.loading,
                            disabled: e.disabled,
                            onClick: s
                          },
                          null
                        )
                  ])
                ]
              )
            }
          return () => (e.placeholder ? r(c) : c())
        }
      })
    ),
    [Uu, Yu] = Ie('swipe-cell'),
    qu = {
      name: V(''),
      disabled: Boolean,
      leftWidth: g,
      rightWidth: g,
      beforeClose: Function,
      stopPropagation: Boolean
    }
  const Xu = We(
      t.defineComponent({
        name: Uu,
        props: qu,
        emits: ['open', 'close', 'click'],
        setup(e, { emit: n, slots: a }) {
          let r, l, i
          const s = t.ref(),
            c = t.ref(),
            d = t.ref(),
            u = t.reactive({ offset: 0, dragging: !1 }),
            p = $t(),
            m = (e) => (e.value ? P(e).width : 0),
            f = t.computed(() => (o(e.leftWidth) ? +e.leftWidth : m(c))),
            v = t.computed(() => (o(e.rightWidth) ? +e.rightWidth : m(d))),
            h = (t) => {
              ;(u.offset = 'left' === t ? f.value : -v.value),
                r || ((r = !0), n('open', { name: e.name, position: t }))
            },
            g = (t) => {
              ;(u.offset = 0), r && ((r = !1), n('close', { name: e.name, position: t }))
            },
            b = (t) => {
              e.disabled || ((i = u.offset), p.start(t))
            },
            y = () => {
              u.dragging &&
                ((u.dragging = !1),
                ((e) => {
                  const t = Math.abs(u.offset),
                    o = r ? 0.85 : 0.15,
                    n = 'left' === e ? f.value : v.value
                  n && t > n * o ? h(e) : g(e)
                })(u.offset > 0 ? 'left' : 'right'),
                setTimeout(() => {
                  l = !1
                }, 0))
            },
            w = (t = 'outside') => {
              n('click', t),
                r &&
                  !l &&
                  je(e.beforeClose, { args: [{ name: e.name, position: t }], done: () => g(t) })
            },
            x = (e, t) => (o) => {
              t && o.stopPropagation(), w(e)
            },
            V = (e, o) => {
              const n = a[e]
              if (n) return t.createVNode('div', { ref: o, class: Yu(e), onClick: x(e, !0) }, [n()])
            }
          return (
            Qe({ open: h, close: g }),
            W(s, () => w('outside'), { eventName: 'touchstart' }),
            j(
              'touchmove',
              (t) => {
                if (e.disabled) return
                const { deltaX: o } = p
                if ((p.move(t), p.isHorizontal())) {
                  ;(l = !0), (u.dragging = !0)
                  ;(!r || o.value * i < 0) && le(t, e.stopPropagation),
                    (u.offset = ye(o.value + i, -v.value, f.value))
                }
              },
              { target: s }
            ),
            () => {
              var e
              const o = {
                transform: `translate3d(${u.offset}px, 0, 0)`,
                transitionDuration: u.dragging ? '0s' : '.6s'
              }
              return t.createVNode(
                'div',
                {
                  ref: s,
                  class: Yu(),
                  onClick: x('cell', l),
                  onTouchstartPassive: b,
                  onTouchend: y,
                  onTouchcancel: y
                },
                [
                  t.createVNode('div', { class: Yu('wrapper'), style: o }, [
                    V('left', c),
                    null == (e = a.default) ? void 0 : e.call(a),
                    V('right', d)
                  ])
                ]
              )
            }
          )
        }
      })
    ),
    [Gu, Zu] = Ie('tabbar'),
    Ku = {
      route: Boolean,
      fixed: b,
      border: b,
      zIndex: g,
      placeholder: Boolean,
      activeColor: String,
      beforeChange: Function,
      inactiveColor: String,
      modelValue: V(0),
      safeAreaInsetBottom: { type: Boolean, default: null }
    },
    _u = Symbol(Gu)
  const Ju = We(
      t.defineComponent({
        name: Gu,
        props: Ku,
        emits: ['change', 'update:modelValue'],
        setup(e, { emit: o, slots: n }) {
          const a = t.ref(),
            { linkChildren: r } = A(_u),
            l = Xe(a, Zu),
            i = () => {
              var t
              return null != (t = e.safeAreaInsetBottom) ? t : e.fixed
            },
            s = () => {
              var o
              const { fixed: r, zIndex: l, border: s } = e
              return t.createVNode(
                'div',
                {
                  ref: a,
                  role: 'tablist',
                  style: pe(l),
                  class: [Zu({ fixed: r }), { [Me]: s, 'van-safe-area-bottom': i() }]
                },
                [null == (o = n.default) ? void 0 : o.call(n)]
              )
            }
          return (
            r({
              props: e,
              setActive: (t, n) => {
                je(e.beforeChange, {
                  args: [t],
                  done() {
                    o('update:modelValue', t), o('change', t), n()
                  }
                })
              }
            }),
            () => (e.fixed && e.placeholder ? l(s) : s())
          )
        }
      })
    ),
    [Qu, ep] = Ie('tabbar-item'),
    tp = d({}, et, {
      dot: Boolean,
      icon: String,
      name: g,
      badge: g,
      badgeProps: Object,
      iconPrefix: String
    })
  const op = We(
      t.defineComponent({
        name: Qu,
        props: tp,
        emits: ['click'],
        setup(e, { emit: o, slots: n }) {
          const r = ot(),
            l = t.getCurrentInstance().proxy,
            { parent: i, index: s } = D(_u)
          if (!i) return
          const c = t.computed(() => {
              var t
              const { route: o, modelValue: n } = i.props
              if (o && '$route' in l) {
                const { $route: t } = l,
                  { to: o } = e,
                  n = a(o) ? o : { path: o }
                return !!t.matched.find((e) => {
                  const t = 'path' in n && n.path === e.path,
                    o = 'name' in n && n.name === e.name
                  return t || o
                })
              }
              return (null != (t = e.name) ? t : s.value) === n
            }),
            d = (t) => {
              var n
              c.value || i.setActive(null != (n = e.name) ? n : s.value, r), o('click', t)
            },
            u = () =>
              n.icon
                ? n.icon({ active: c.value })
                : e.icon
                ? t.createVNode(ht, { name: e.icon, classPrefix: e.iconPrefix }, null)
                : void 0
          return () => {
            var o
            const { dot: a, badge: r } = e,
              { activeColor: l, inactiveColor: s } = i.props,
              p = c.value ? l : s
            return t.createVNode(
              'div',
              {
                role: 'tab',
                class: ep({ active: c.value }),
                style: { color: p },
                tabindex: 0,
                'aria-selected': c.value,
                onClick: d
              },
              [
                t.createVNode(
                  lt,
                  t.mergeProps({ dot: a, class: ep('icon'), content: r }, e.badgeProps),
                  { default: u }
                ),
                t.createVNode('div', { class: ep('text') }, [
                  null == (o = n.default) ? void 0 : o.call(n, { active: c.value })
                ])
              ]
            )
          }
        }
      })
    ),
    [np, ap] = Ie('text-ellipsis'),
    rp = { rows: V(1), dots: N('...'), content: N(''), expandText: N(''), collapseText: N('') }
  const lp = We(
      t.defineComponent({
        name: np,
        props: rp,
        emits: ['clickAction'],
        setup(e, { emit: o }) {
          const n = t.ref(''),
            a = t.ref(!1),
            r = t.ref(!1),
            l = t.ref(),
            i = (e) => {
              if (!e) return 0
              const t = e.match(/^\d*(\.\d*)?/)
              return t ? Number(t[0]) : 0
            },
            s = () => {
              const t = (() => {
                if (!l.value) return
                const t = window.getComputedStyle(l.value),
                  o = document.createElement('div')
                return (
                  Array.prototype.slice.apply(t).forEach((e) => {
                    o.style.setProperty(e, t.getPropertyValue(e))
                  }),
                  (o.style.position = 'fixed'),
                  (o.style.zIndex = '-9999'),
                  (o.style.top = '-9999px'),
                  (o.style.height = 'auto'),
                  (o.style.minHeight = 'auto'),
                  (o.style.maxHeight = 'auto'),
                  (o.innerText = e.content),
                  document.body.appendChild(o),
                  o
                )
              })()
              if (!t) return
              const { paddingBottom: o, paddingTop: a, lineHeight: s } = t.style,
                c = (Number(e.rows) + 0.5) * i(s) + i(a) + i(o)
              c < t.offsetHeight
                ? ((r.value = !0),
                  (n.value = ((t, o) => {
                    const { dots: n, content: a, expandText: r } = e
                    let l = 0,
                      i = a.length,
                      s = -1
                    for (; l <= i; ) {
                      const e = Math.floor((l + i) / 2)
                      ;(t.innerText = a.slice(0, e) + n + r),
                        t.offsetHeight <= o ? ((l = e + 1), (s = e)) : (i = e - 1)
                    }
                    return a.slice(0, s) + n
                  })(t, c)))
                : ((r.value = !1), (n.value = e.content)),
                document.body.removeChild(t)
            },
            c = (e) => {
              ;(a.value = !a.value), o('clickAction', e)
            }
          return (
            t.onMounted(s),
            t.watch(() => [e.content, e.rows], s),
            j('resize', s),
            () =>
              t.createVNode('div', { ref: l, class: ap() }, [
                a.value ? e.content : n.value,
                r.value
                  ? t.createVNode('span', { class: ap('action'), onClick: c }, [
                      a.value ? e.collapseText : e.expandText
                    ])
                  : null
              ])
          )
        }
      })
    ),
    [ip] = Ie('time-picker'),
    sp = d({}, gr, {
      minHour: V(0),
      maxHour: V(23),
      minMinute: V(0),
      maxMinute: V(59),
      minSecond: V(0),
      maxSecond: V(59),
      columnsType: { type: Array, default: () => ['hour', 'minute'] }
    })
  const cp = We(
      t.defineComponent({
        name: ip,
        props: sp,
        emits: ['confirm', 'cancel', 'change', 'update:modelValue'],
        setup(e, { emit: o, slots: n }) {
          const a = t.ref(e.modelValue),
            r = t.computed(() =>
              e.columnsType.map((t) => {
                const { filter: o, formatter: n } = e
                switch (t) {
                  case 'hour':
                    return wr(+e.minHour, +e.maxHour, t, n, o)
                  case 'minute':
                    return wr(+e.minMinute, +e.maxMinute, t, n, o)
                  case 'second':
                    return wr(+e.minSecond, +e.maxSecond, t, n, o)
                  default:
                    return []
                }
              })
            )
          t.watch(a, (t) => {
            f(t, e.modelValue) || o('update:modelValue', t)
          }),
            t.watch(
              () => e.modelValue,
              (e) => {
                ;(e = xr(e, r.value)), f(e, a.value) || (a.value = e)
              },
              { immediate: !0 }
            )
          const l = (...e) => o('change', ...e),
            i = (...e) => o('cancel', ...e),
            s = (...e) => o('confirm', ...e)
          return () =>
            t.createVNode(
              un,
              t.mergeProps(
                {
                  modelValue: a.value,
                  'onUpdate:modelValue': (e) => (a.value = e),
                  columns: r.value,
                  onChange: l,
                  onCancel: i,
                  onConfirm: s
                },
                m(e, br)
              ),
              n
            )
        }
      })
    ),
    [dp, up] = Ie('tree-select'),
    pp = {
      max: V(1 / 0),
      items: w(),
      height: V(300),
      selectedIcon: N('success'),
      mainActiveIndex: V(0),
      activeId: { type: [Number, String, Array], default: 0 }
    }
  const mp = We(
      t.defineComponent({
        name: dp,
        props: pp,
        emits: ['clickNav', 'clickItem', 'update:activeId', 'update:mainActiveIndex'],
        setup(e, { emit: o, slots: n }) {
          const a = (t) => (Array.isArray(e.activeId) ? e.activeId.includes(t) : e.activeId === t),
            r = (n) =>
              t.createVNode(
                'div',
                {
                  key: n.id,
                  class: ['van-ellipsis', up('item', { active: a(n.id), disabled: n.disabled })],
                  onClick: () => {
                    if (n.disabled) return
                    let t
                    if (Array.isArray(e.activeId)) {
                      t = e.activeId.slice()
                      const o = t.indexOf(n.id)
                      ;-1 !== o ? t.splice(o, 1) : t.length < +e.max && t.push(n.id)
                    } else t = n.id
                    o('update:activeId', t), o('clickItem', n)
                  }
                },
                [
                  n.text,
                  a(n.id) &&
                    t.createVNode(ht, { name: e.selectedIcon, class: up('selected') }, null)
                ]
              ),
            l = (e) => {
              o('update:mainActiveIndex', e)
            },
            i = (e) => o('clickNav', e),
            s = () => {
              const o = e.items.map((e) =>
                t.createVNode(
                  Fd,
                  {
                    dot: e.dot,
                    badge: e.badge,
                    class: [up('nav-item'), e.className],
                    disabled: e.disabled,
                    onClick: i
                  },
                  { title: () => (n['nav-text'] ? n['nav-text'](e) : e.text) }
                )
              )
              return t.createVNode(
                Ld,
                { class: up('nav'), modelValue: e.mainActiveIndex, onChange: l },
                { default: () => [o] }
              )
            },
            c = () => {
              if (n.content) return n.content()
              const t = e.items[+e.mainActiveIndex] || {}
              return t.children ? t.children.map(r) : void 0
            }
          return () =>
            t.createVNode('div', { class: up(), style: { height: de(e.height) } }, [
              s(),
              t.createVNode('div', { class: up('content') }, [c()])
            ])
        }
      })
    ),
    [fp, vp, hp] = Ie('uploader')
  function gp(e, t) {
    return new Promise((o) => {
      if ('file' === t) return void o()
      const n = new FileReader()
      ;(n.onload = (e) => {
        o(e.target.result)
      }),
        'dataUrl' === t ? n.readAsDataURL(e) : 'text' === t && n.readAsText(e)
    })
  }
  function bp(e, t) {
    return v(e).some((e) => !!e.file && (n(t) ? t(e.file) : e.file.size > +t))
  }
  const yp = /\.(jpeg|jpg|gif|png|svg|webp|jfif|bmp|dpg|avif)/i
  function wp(e) {
    return (
      !!e.isImage ||
      (e.file && e.file.type
        ? 0 === e.file.type.indexOf('image')
        : e.url
        ? ((t = e.url), yp.test(t))
        : 'string' == typeof e.content && 0 === e.content.indexOf('data:image'))
    )
    var t
  }
  var xp = t.defineComponent({
    props: {
      name: g,
      item: y(Object),
      index: Number,
      imageFit: String,
      lazyLoad: Boolean,
      deletable: Boolean,
      reupload: Boolean,
      previewSize: [Number, String, Array],
      beforeDelete: Function
    },
    emits: ['delete', 'preview', 'reupload'],
    setup(e, { emit: n, slots: a }) {
      const r = () => {
          const { status: n, message: a } = e.item
          if ('uploading' === n || 'failed' === n) {
            const e =
                'failed' === n
                  ? t.createVNode(ht, { name: 'close', class: vp('mask-icon') }, null)
                  : t.createVNode(Vt, { class: vp('loading') }, null),
              r = o(a) && '' !== a
            return t.createVNode('div', { class: vp('mask') }, [
              e,
              r && t.createVNode('div', { class: vp('mask-message') }, [a])
            ])
          }
        },
        l = (t) => {
          const { name: o, item: a, index: r, beforeDelete: l } = e
          t.stopPropagation(), je(l, { args: [a, { name: o, index: r }], done: () => n('delete') })
        },
        i = () => n('preview'),
        s = () => n('reupload'),
        c = () => {
          if (e.deletable && 'uploading' !== e.item.status) {
            const e = a['preview-delete']
            return t.createVNode(
              'div',
              {
                role: 'button',
                class: vp('preview-delete', { shadow: !e }),
                tabindex: 0,
                'aria-label': hp('delete'),
                onClick: l
              },
              [
                e
                  ? e()
                  : t.createVNode(ht, { name: 'cross', class: vp('preview-delete-icon') }, null)
              ]
            )
          }
        },
        u = () => {
          if (a['preview-cover']) {
            const { index: o, item: n } = e
            return t.createVNode('div', { class: vp('preview-cover') }, [
              a['preview-cover'](d({ index: o }, n))
            ])
          }
        },
        p = () => {
          const { item: o, lazyLoad: n, imageFit: a, previewSize: r, reupload: l } = e
          return wp(o)
            ? t.createVNode(
                zr,
                {
                  fit: a,
                  src: o.content || o.url,
                  class: vp('preview-image'),
                  width: Array.isArray(r) ? r[0] : r,
                  height: Array.isArray(r) ? r[1] : r,
                  lazyLoad: n,
                  onClick: l ? s : i
                },
                { default: u }
              )
            : t.createVNode('div', { class: vp('file'), style: ue(e.previewSize) }, [
                t.createVNode(ht, { class: vp('file-icon'), name: 'description' }, null),
                t.createVNode('div', { class: [vp('file-name'), 'van-ellipsis'] }, [
                  o.file ? o.file.name : o.url
                ]),
                u()
              ])
        }
      return () => t.createVNode('div', { class: vp('preview') }, [p(), r(), c()])
    }
  })
  const Vp = {
    name: V(''),
    accept: N('image/*'),
    capture: String,
    multiple: Boolean,
    disabled: Boolean,
    readonly: Boolean,
    lazyLoad: Boolean,
    maxCount: V(1 / 0),
    imageFit: N('cover'),
    resultType: N('dataUrl'),
    uploadIcon: N('photograph'),
    uploadText: String,
    deletable: b,
    reupload: Boolean,
    afterRead: Function,
    showUpload: b,
    modelValue: w(),
    beforeRead: Function,
    beforeDelete: Function,
    previewSize: [Number, String, Array],
    previewImage: b,
    previewOptions: Object,
    previewFullImage: b,
    maxSize: { type: [Number, String, Function], default: 1 / 0 }
  }
  const Np = We(
      t.defineComponent({
        name: fp,
        props: Vp,
        emits: [
          'delete',
          'oversize',
          'clickUpload',
          'closePreview',
          'clickPreview',
          'clickReupload',
          'update:modelValue'
        ],
        setup(e, { emit: o, slots: n }) {
          const a = t.ref(),
            l = [],
            i = t.ref(-1),
            s = (t = e.modelValue.length) => ({ name: e.name, index: t }),
            c = () => {
              a.value && (a.value.value = '')
            },
            u = (n) => {
              if ((c(), bp(n, e.maxSize))) {
                if (!Array.isArray(n)) return void o('oversize', n, s())
                {
                  const t = (function (e, t) {
                    const o = [],
                      n = []
                    return (
                      e.forEach((e) => {
                        bp(e, t) ? n.push(e) : o.push(e)
                      }),
                      { valid: o, invalid: n }
                    )
                  })(n, e.maxSize)
                  if (((n = t.valid), o('oversize', t.invalid, s()), !n.length)) return
                }
              }
              if (((n = t.reactive(n)), i.value > -1)) {
                const t = [...e.modelValue]
                t.splice(i.value, 1, n), o('update:modelValue', t), (i.value = -1)
              } else o('update:modelValue', [...e.modelValue, ...v(n)])
              e.afterRead && e.afterRead(n, s())
            },
            p = (t) => {
              const { maxCount: o, modelValue: n, resultType: a } = e
              if (Array.isArray(t)) {
                const e = +o - n.length
                t.length > e && (t = t.slice(0, e)),
                  Promise.all(t.map((e) => gp(e, a))).then((e) => {
                    const o = t.map((t, o) => {
                      const n = { file: t, status: '', message: '' }
                      return e[o] && (n.content = e[o]), n
                    })
                    u(o)
                  })
              } else
                gp(t, a).then((e) => {
                  const o = { file: t, status: '', message: '' }
                  e && (o.content = e), u(o)
                })
            },
            f = (t) => {
              const { files: o } = t.target
              if (e.disabled || !o || !o.length) return
              const n = 1 === o.length ? o[0] : [].slice.call(o)
              if (e.beforeRead) {
                const t = e.beforeRead(n, s())
                if (!t) return void c()
                if (r(t))
                  return void t
                    .then((e) => {
                      p(e || n)
                    })
                    .catch(c)
              }
              p(n)
            }
          let h
          const g = () => o('closePreview'),
            b = (a, r) => {
              const c = ['imageFit', 'deletable', 'reupload', 'previewSize', 'beforeDelete'],
                u = d(m(e, c), m(a, c, !0))
              return t.createVNode(
                xp,
                t.mergeProps(
                  {
                    item: a,
                    index: r,
                    onClick: () => o(e.reupload ? 'clickReupload' : 'clickPreview', a, s(r)),
                    onDelete: () =>
                      ((t, n) => {
                        const a = e.modelValue.slice(0)
                        a.splice(n, 1), o('update:modelValue', a), o('delete', t, s(n))
                      })(a, r),
                    onPreview: () =>
                      ((t) => {
                        if (e.previewFullImage) {
                          const o = e.modelValue.filter(wp),
                            n = o
                              .map(
                                (e) => (
                                  e.file &&
                                    !e.url &&
                                    'failed' !== e.status &&
                                    ((e.url = URL.createObjectURL(e.file)), l.push(e.url)),
                                  e.url
                                )
                              )
                              .filter(Boolean)
                          h = us(
                            d(
                              { images: n, startPosition: o.indexOf(t), onClose: g },
                              e.previewOptions
                            )
                          )
                        }
                      })(a),
                    onReupload: () =>
                      ((e) => {
                        V(), (i.value = e)
                      })(r)
                  },
                  m(e, ['name', 'lazyLoad']),
                  u
                ),
                m(n, ['preview-cover', 'preview-delete'])
              )
            },
            y = () => {
              if (e.previewImage) return e.modelValue.map(b)
            },
            w = (e) => o('clickUpload', e),
            x = () => {
              if (e.modelValue.length >= +e.maxCount && !e.reupload) return
              const o = e.modelValue.length >= +e.maxCount && e.reupload,
                r = e.readonly
                  ? null
                  : t.createVNode(
                      'input',
                      {
                        ref: a,
                        type: 'file',
                        class: vp('input'),
                        accept: e.accept,
                        capture: e.capture,
                        multiple: e.multiple && -1 === i.value,
                        disabled: e.disabled,
                        onChange: f
                      },
                      null
                    )
              return n.default
                ? t.withDirectives(
                    t.createVNode('div', { class: vp('input-wrapper'), onClick: w }, [
                      n.default(),
                      r
                    ]),
                    [[t.vShow, !o]]
                  )
                : t.withDirectives(
                    t.createVNode(
                      'div',
                      {
                        class: vp('upload', { readonly: e.readonly }),
                        style: ue(e.previewSize),
                        onClick: w
                      },
                      [
                        t.createVNode(ht, { name: e.uploadIcon, class: vp('upload-icon') }, null),
                        e.uploadText &&
                          t.createVNode('span', { class: vp('upload-text') }, [e.uploadText]),
                        r
                      ]
                    ),
                    [[t.vShow, e.showUpload && !o]]
                  )
            },
            V = () => {
              a.value && !e.disabled && a.value.click()
            }
          return (
            t.onBeforeUnmount(() => {
              l.forEach((e) => URL.revokeObjectURL(e))
            }),
            Qe({
              chooseFile: V,
              closeImagePreview: () => {
                h && h.close()
              }
            }),
            _(() => e.modelValue),
            () =>
              t.createVNode('div', { class: vp() }, [
                t.createVNode('div', { class: vp('wrapper', { disabled: e.disabled }) }, [y(), x()])
              ])
          )
        }
      })
    ),
    [kp, Cp] = Ie('watermark'),
    Sp = {
      gapX: x(0),
      gapY: x(0),
      image: String,
      width: x(100),
      height: x(100),
      rotate: V(-22),
      zIndex: g,
      content: String,
      opacity: g,
      fullPage: b,
      textColor: N('#dcdee0')
    }
  const Tp = We(
    t.defineComponent({
      name: kp,
      props: Sp,
      setup(e, { slots: o }) {
        const n = t.ref(),
          a = t.ref(''),
          r = t.ref(''),
          l = () => {
            const n = { transformOrigin: 'center', transform: `rotate(${e.rotate}deg)` },
              a = e.width + e.gapX,
              l = e.height + e.gapY
            return t.createVNode(
              'svg',
              {
                viewBox: `0 0 ${a} ${l}`,
                width: a,
                height: l,
                xmlns: 'http://www.w3.org/2000/svg',
                'xmlns:xlink': 'http://www.w3.org/1999/xlink',
                style: { padding: `0 ${e.gapX}px ${e.gapY}px 0`, opacity: e.opacity }
              },
              [
                e.image && !o.content
                  ? t.createVNode(
                      'image',
                      {
                        href: r.value,
                        'xlink:href': r.value,
                        x: '0',
                        y: '0',
                        width: e.width,
                        height: e.height,
                        style: n
                      },
                      null
                    )
                  : t.createVNode(
                      'foreignObject',
                      { x: '0', y: '0', width: e.width, height: e.height },
                      [
                        t.createVNode('div', { xmlns: 'http://www.w3.org/1999/xhtml', style: n }, [
                          o.content
                            ? o.content()
                            : t.createVNode('span', { style: { color: e.textColor } }, [e.content])
                        ])
                      ]
                    )
              ]
            )
          }
        return (
          t.watchEffect(() => {
            e.image &&
              ((e) => {
                const t = document.createElement('canvas'),
                  o = new Image()
                ;(o.crossOrigin = 'anonymous'),
                  (o.referrerPolicy = 'no-referrer'),
                  (o.onload = () => {
                    ;(t.width = o.naturalWidth), (t.height = o.naturalHeight)
                    const e = t.getContext('2d')
                    null == e || e.drawImage(o, 0, 0), (r.value = t.toDataURL())
                  }),
                  (o.src = e)
              })(e.image)
          }),
          t.watch(
            () => [r.value, e.content, e.textColor, e.height, e.width, e.rotate, e.gapX, e.gapY],
            () => {
              t.nextTick(() => {
                n.value &&
                  (a.value && URL.revokeObjectURL(a.value),
                  (a.value = ((e) => {
                    const t = new Blob([e], { type: 'image/svg+xml' })
                    return URL.createObjectURL(t)
                  })(n.value.innerHTML)))
              })
            },
            { immediate: !0 }
          ),
          t.onUnmounted(() => {
            a.value && URL.revokeObjectURL(a.value)
          }),
          () => {
            const o = d({ backgroundImage: `url(${a.value})` }, pe(e.zIndex))
            return t.createVNode('div', { class: Cp({ full: e.fullPage }), style: o }, [
              t.createVNode('div', { class: Cp('wrapper'), ref: n }, [l()])
            ])
          }
        )
      }
    })
  )
  class Bp {
    constructor({
      el: e,
      src: t,
      error: o,
      loading: n,
      bindType: a,
      $parent: r,
      options: l,
      cors: i,
      elRenderer: s,
      imageCache: c
    }) {
      ;(this.el = e),
        (this.src = t),
        (this.error = o),
        (this.loading = n),
        (this.bindType = a),
        (this.attempt = 0),
        (this.cors = i),
        (this.naturalHeight = 0),
        (this.naturalWidth = 0),
        (this.options = l),
        (this.$parent = r),
        (this.elRenderer = s),
        (this.imageCache = c),
        (this.performanceData = { loadStart: 0, loadEnd: 0 }),
        this.filter(),
        this.initState(),
        this.render('loading', !1)
    }
    initState() {
      'dataset' in this.el
        ? (this.el.dataset.src = this.src)
        : this.el.setAttribute('data-src', this.src),
        (this.state = { loading: !1, error: !1, loaded: !1, rendered: !1 })
    }
    record(e) {
      this.performanceData[e] = Date.now()
    }
    update({ src: e, loading: t, error: o }) {
      const n = this.src
      ;(this.src = e),
        (this.loading = t),
        (this.error = o),
        this.filter(),
        n !== this.src && ((this.attempt = 0), this.initState())
    }
    checkInView() {
      const e = P(this.el)
      return (
        e.top < window.innerHeight * this.options.preLoad &&
        e.bottom > this.options.preLoadTop &&
        e.left < window.innerWidth * this.options.preLoad &&
        e.right > 0
      )
    }
    filter() {
      Object.keys(this.options.filter).forEach((e) => {
        this.options.filter[e](this, this.options)
      })
    }
    renderLoading(e) {
      ;(this.state.loading = !0),
        Ka(
          { src: this.loading, cors: this.cors },
          () => {
            this.render('loading', !1), (this.state.loading = !1), e()
          },
          () => {
            e(), (this.state.loading = !1)
          }
        )
    }
    load(e = c) {
      if (this.attempt > this.options.attempt - 1 && this.state.error) e()
      else if (!this.state.rendered || !this.state.loaded)
        return this.imageCache.has(this.src)
          ? ((this.state.loaded = !0), this.render('loaded', !0), (this.state.rendered = !0), e())
          : void this.renderLoading(() => {
              var t, o
              this.attempt++,
                null == (o = (t = this.options.adapter).beforeLoad) ||
                  o.call(t, this, this.options),
                this.record('loadStart'),
                Ka(
                  { src: this.src, cors: this.cors },
                  (t) => {
                    ;(this.naturalHeight = t.naturalHeight),
                      (this.naturalWidth = t.naturalWidth),
                      (this.state.loaded = !0),
                      (this.state.error = !1),
                      this.record('loadEnd'),
                      this.render('loaded', !1),
                      (this.state.rendered = !0),
                      this.imageCache.add(this.src),
                      e()
                  },
                  (e) => {
                    !this.options.silent && console.error(e),
                      (this.state.error = !0),
                      (this.state.loaded = !1),
                      this.render('error', !1)
                  }
                )
            })
    }
    render(e, t) {
      this.elRenderer(this, e, t)
    }
    performance() {
      let e = 'loading',
        t = 0
      return (
        this.state.loaded &&
          ((e = 'loaded'),
          (t = (this.performanceData.loadEnd - this.performanceData.loadStart) / 1e3)),
        this.state.error && (e = 'error'),
        { src: this.src, state: e, time: t }
      )
    }
    $destroy() {
      ;(this.el = null),
        (this.src = null),
        (this.error = null),
        (this.loading = null),
        (this.bindType = null),
        (this.attempt = 0)
    }
  }
  const Pp = 'data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7',
    Dp = ['scroll', 'wheel', 'mousewheel', 'resize', 'animationend', 'transitionend', 'touchmove'],
    Op = { rootMargin: '0px', threshold: 0 }
  var Ip = (e) => ({
    props: { tag: { type: String, default: 'div' } },
    emits: ['show'],
    render() {
      return t.h(this.tag, this.show && this.$slots.default ? this.$slots.default() : null)
    },
    data: () => ({ el: null, state: { loaded: !1 }, show: !1 }),
    mounted() {
      ;(this.el = this.$el), e.addLazyBox(this), e.lazyLoadHandler()
    },
    beforeUnmount() {
      e.removeComponent(this)
    },
    methods: {
      checkInView() {
        const t = P(this.$el)
        return (
          k &&
          t.top < window.innerHeight * e.options.preLoad &&
          t.bottom > 0 &&
          t.left < window.innerWidth * e.options.preLoad &&
          t.right > 0
        )
      },
      load() {
        ;(this.show = !0), (this.state.loaded = !0), this.$emit('show', this)
      },
      destroy() {
        return this.$destroy
      }
    }
  })
  const Ap = { selector: 'img' }
  class zp {
    constructor({ el: e, binding: t, vnode: o, lazy: n }) {
      ;(this.el = null),
        (this.vnode = o),
        (this.binding = t),
        (this.options = {}),
        (this.lazy = n),
        (this.queue = []),
        this.update({ el: e, binding: t })
    }
    update({ el: e, binding: t }) {
      ;(this.el = e), (this.options = Object.assign({}, Ap, t.value))
      this.getImgs().forEach((e) => {
        this.lazy.add(
          e,
          Object.assign({}, this.binding, {
            value: {
              src: 'dataset' in e ? e.dataset.src : e.getAttribute('data-src'),
              error:
                ('dataset' in e ? e.dataset.error : e.getAttribute('data-error')) ||
                this.options.error,
              loading:
                ('dataset' in e ? e.dataset.loading : e.getAttribute('data-loading')) ||
                this.options.loading
            }
          }),
          this.vnode
        )
      })
    }
    getImgs() {
      return Array.from(this.el.querySelectorAll(this.options.selector))
    }
    clear() {
      this.getImgs().forEach((e) => this.lazy.remove(e)),
        (this.vnode = null),
        (this.binding = null),
        (this.lazy = null)
    }
  }
  class Ep {
    constructor({ lazy: e }) {
      ;(this.lazy = e), (this.queue = [])
    }
    bind(e, t, o) {
      const n = new zp({ el: e, binding: t, vnode: o, lazy: this.lazy })
      this.queue.push(n)
    }
    update(e, t, o) {
      const n = this.queue.find((t) => t.el === e)
      n && n.update({ el: e, binding: t, vnode: o })
    }
    unbind(e) {
      const t = this.queue.find((t) => t.el === e)
      t && (t.clear(), Wa(this.queue, t))
    }
  }
  var Lp = (e) => ({
    props: { src: [String, Object], tag: { type: String, default: 'img' } },
    render() {
      var e, o
      return t.h(
        this.tag,
        { src: this.renderSrc },
        null == (o = (e = this.$slots).default) ? void 0 : o.call(e)
      )
    },
    data: () => ({
      el: null,
      options: { src: '', error: '', loading: '', attempt: e.options.attempt },
      state: { loaded: !1, error: !1, attempt: 0 },
      renderSrc: ''
    }),
    watch: {
      src() {
        this.init(), e.addLazyBox(this), e.lazyLoadHandler()
      }
    },
    created() {
      this.init()
    },
    mounted() {
      ;(this.el = this.$el), e.addLazyBox(this), e.lazyLoadHandler()
    },
    beforeUnmount() {
      e.removeComponent(this)
    },
    methods: {
      init() {
        const { src: t, loading: o, error: n } = e.valueFormatter(this.src)
        ;(this.state.loaded = !1),
          (this.options.src = t),
          (this.options.error = n),
          (this.options.loading = o),
          (this.renderSrc = this.options.loading)
      },
      checkInView() {
        const t = P(this.$el)
        return (
          t.top < window.innerHeight * e.options.preLoad &&
          t.bottom > 0 &&
          t.left < window.innerWidth * e.options.preLoad &&
          t.right > 0
        )
      },
      load(e = c) {
        if (this.state.attempt > this.options.attempt - 1 && this.state.error) return void e()
        const { src: t } = this.options
        Ka(
          { src: t },
          ({ src: e }) => {
            ;(this.renderSrc = e), (this.state.loaded = !0)
          },
          () => {
            this.state.attempt++, (this.renderSrc = this.options.error), (this.state.error = !0)
          }
        )
      }
    }
  })
  const $p = {
      install(e, o = {}) {
        const n = class {
            constructor({
              preLoad: e,
              error: t,
              throttleWait: o,
              preLoadTop: n,
              dispatchEvent: a,
              loading: r,
              attempt: l,
              silent: i = !0,
              scale: s,
              listenEvents: c,
              filter: d,
              adapter: u,
              observer: p,
              observerOptions: m
            }) {
              ;(this.mode = Ha),
                (this.listeners = []),
                (this.targetIndex = 0),
                (this.targets = []),
                (this.options = {
                  silent: i,
                  dispatchEvent: !!a,
                  throttleWait: o || 200,
                  preLoad: e || 1.3,
                  preLoadTop: n || 0,
                  error: t || Pp,
                  loading: r || Pp,
                  attempt: l || 3,
                  scale: s || Ya(s),
                  ListenEvents: c || Dp,
                  supportWebp: qa(),
                  filter: d || {},
                  adapter: u || {},
                  observer: !!p,
                  observerOptions: m || Op
                }),
                this.initEvent(),
                (this.imageCache = new _a({ max: 200 })),
                (this.lazyLoadHandler = Xa(
                  this.lazyLoadHandler.bind(this),
                  this.options.throttleWait
                )),
                this.setMode(this.options.observer ? ja : Ha)
            }
            config(e = {}) {
              Object.assign(this.options, e)
            }
            performance() {
              return this.listeners.map((e) => e.performance())
            }
            addLazyBox(e) {
              this.listeners.push(e),
                k &&
                  (this.addListenerTarget(window),
                  this.observer && this.observer.observe(e.el),
                  e.$el && e.$el.parentNode && this.addListenerTarget(e.$el.parentNode))
            }
            add(e, o, n) {
              if (this.listeners.some((t) => t.el === e))
                return this.update(e, o), t.nextTick(this.lazyLoadHandler)
              const a = this.valueFormatter(o.value)
              let { src: r } = a
              t.nextTick(() => {
                ;(r = Ua(e, this.options.scale) || r), this.observer && this.observer.observe(e)
                const l = Object.keys(o.modifiers)[0]
                let i
                l && ((i = n.context.$refs[l]), (i = i ? i.$el || i : document.getElementById(l))),
                  i || (i = G(e))
                const s = new Bp({
                  bindType: o.arg,
                  $parent: i,
                  el: e,
                  src: r,
                  loading: a.loading,
                  error: a.error,
                  cors: a.cors,
                  elRenderer: this.elRenderer.bind(this),
                  options: this.options,
                  imageCache: this.imageCache
                })
                this.listeners.push(s),
                  k && (this.addListenerTarget(window), this.addListenerTarget(i)),
                  this.lazyLoadHandler(),
                  t.nextTick(() => this.lazyLoadHandler())
              })
            }
            update(e, o, n) {
              const a = this.valueFormatter(o.value)
              let { src: r } = a
              r = Ua(e, this.options.scale) || r
              const l = this.listeners.find((t) => t.el === e)
              l ? l.update({ src: r, error: a.error, loading: a.loading }) : this.add(e, o, n),
                this.observer && (this.observer.unobserve(e), this.observer.observe(e)),
                this.lazyLoadHandler(),
                t.nextTick(() => this.lazyLoadHandler())
            }
            remove(e) {
              if (!e) return
              this.observer && this.observer.unobserve(e)
              const t = this.listeners.find((t) => t.el === e)
              t &&
                (this.removeListenerTarget(t.$parent),
                this.removeListenerTarget(window),
                Wa(this.listeners, t),
                t.$destroy())
            }
            removeComponent(e) {
              e &&
                (Wa(this.listeners, e),
                this.observer && this.observer.unobserve(e.el),
                e.$parent && e.$el.parentNode && this.removeListenerTarget(e.$el.parentNode),
                this.removeListenerTarget(window))
            }
            setMode(e) {
              Fa || e !== ja || (e = Ha),
                (this.mode = e),
                e === Ha
                  ? (this.observer &&
                      (this.listeners.forEach((e) => {
                        this.observer.unobserve(e.el)
                      }),
                      (this.observer = null)),
                    this.targets.forEach((e) => {
                      this.initListen(e.el, !0)
                    }))
                  : (this.targets.forEach((e) => {
                      this.initListen(e.el, !1)
                    }),
                    this.initIntersectionObserver())
            }
            addListenerTarget(e) {
              if (!e) return
              let t = this.targets.find((t) => t.el === e)
              return (
                t
                  ? t.childrenCount++
                  : ((t = { el: e, id: ++this.targetIndex, childrenCount: 1, listened: !0 }),
                    this.mode === Ha && this.initListen(t.el, !0),
                    this.targets.push(t)),
                this.targetIndex
              )
            }
            removeListenerTarget(e) {
              this.targets.forEach((t, o) => {
                t.el === e &&
                  (t.childrenCount--,
                  t.childrenCount ||
                    (this.initListen(t.el, !1), this.targets.splice(o, 1), (t = null)))
              })
            }
            initListen(e, t) {
              this.options.ListenEvents.forEach((o) => (t ? Ga : Za)(e, o, this.lazyLoadHandler))
            }
            initEvent() {
              ;(this.Event = { listeners: { loading: [], loaded: [], error: [] } }),
                (this.$on = (e, t) => {
                  this.Event.listeners[e] || (this.Event.listeners[e] = []),
                    this.Event.listeners[e].push(t)
                }),
                (this.$once = (e, t) => {
                  const o = (...n) => {
                    this.$off(e, o), t.apply(this, n)
                  }
                  this.$on(e, o)
                }),
                (this.$off = (e, t) => {
                  if (t) Wa(this.Event.listeners[e], t)
                  else {
                    if (!this.Event.listeners[e]) return
                    this.Event.listeners[e].length = 0
                  }
                }),
                (this.$emit = (e, t, o) => {
                  this.Event.listeners[e] && this.Event.listeners[e].forEach((e) => e(t, o))
                })
            }
            lazyLoadHandler() {
              const e = []
              this.listeners.forEach((t) => {
                ;(t.el && t.el.parentNode) || e.push(t), t.checkInView() && t.load()
              }),
                e.forEach((e) => {
                  Wa(this.listeners, e), e.$destroy()
                })
            }
            initIntersectionObserver() {
              Fa &&
                ((this.observer = new IntersectionObserver(
                  this.observerHandler.bind(this),
                  this.options.observerOptions
                )),
                this.listeners.length &&
                  this.listeners.forEach((e) => {
                    this.observer.observe(e.el)
                  }))
            }
            observerHandler(e) {
              e.forEach((e) => {
                e.isIntersecting &&
                  this.listeners.forEach((t) => {
                    if (t.el === e.target) {
                      if (t.state.loaded) return this.observer.unobserve(t.el)
                      t.load()
                    }
                  })
              })
            }
            elRenderer(e, t, o) {
              if (!e.el) return
              const { el: n, bindType: a } = e
              let r
              switch (t) {
                case 'loading':
                  r = e.loading
                  break
                case 'error':
                  r = e.error
                  break
                default:
                  ;({ src: r } = e)
              }
              if (
                (a
                  ? (n.style[a] = 'url("' + r + '")')
                  : n.getAttribute('src') !== r && n.setAttribute('src', r),
                n.setAttribute('lazy', t),
                this.$emit(t, e, o),
                this.options.adapter[t] && this.options.adapter[t](e, this.options),
                this.options.dispatchEvent)
              ) {
                const o = new CustomEvent(t, { detail: e })
                n.dispatchEvent(o)
              }
            }
            valueFormatter(e) {
              let t = e,
                { loading: o, error: n } = this.options
              return (
                a(e) &&
                  (({ src: t } = e),
                  (o = e.loading || this.options.loading),
                  (n = e.error || this.options.error)),
                { src: t, loading: o, error: n }
              )
            }
          },
          r = new n(o),
          l = new Ep({ lazy: r })
        ;(e.config.globalProperties.$Lazyload = r),
          o.lazyComponent && e.component('LazyComponent', Ip(r)),
          o.lazyImage && e.component('LazyImage', Lp(r)),
          e.directive('lazy', {
            beforeMount: r.add.bind(r),
            updated: r.update.bind(r),
            unmounted: r.remove.bind(r)
          }),
          e.directive('lazy-container', {
            beforeMount: l.bind.bind(l),
            updated: l.update.bind(l),
            unmounted: l.unbind.bind(l)
          })
      }
    },
    Mp = '4.4.0'
  function Rp(e) {
    ;[
      Je,
      Dt,
      zt,
      Qt,
      ha,
      Ra,
      vn,
      tr,
      lt,
      rr,
      St,
      Dr,
      Mr,
      Wr,
      wn,
      Xr,
      ol,
      nl,
      cl,
      bl,
      Nl,
      Bl,
      Pl,
      zl,
      Fl,
      Yl,
      Zl,
      ti,
      ii,
      hi,
      wi,
      Oi,
      Ei,
      Ui,
      Yi,
      ui,
      En,
      kn,
      Ki,
      es,
      ht,
      zr,
      ps,
      xs,
      Vs,
      Ts,
      Vt,
      Te,
      Os,
      Es,
      Us,
      Qs,
      Ut,
      rc,
      cc,
      un,
      dc,
      ad,
      Gt,
      sd,
      fd,
      Oa,
      xa,
      bd,
      yd,
      kd,
      Od,
      Ld,
      Fd,
      Yd,
      uu,
      eu,
      vu,
      lu,
      Zd,
      yu,
      ku,
      Iu,
      $u,
      Mu,
      Co,
      Wu,
      Do,
      Xu,
      Yo,
      la,
      Zo,
      Ju,
      op,
      Ko,
      Ca,
      lp,
      cp,
      oa,
      mp,
      Np,
      Tp
    ].forEach((t) => {
      t.install ? e.use(t) : t.name && e.component(t.name, t)
    })
  }
  var Fp = { install: Rp, version: Mp }
  ;(e.ActionBar = Je),
    (e.ActionBarButton = Dt),
    (e.ActionBarIcon = zt),
    (e.ActionSheet = Qt),
    (e.AddressEdit = ha),
    (e.AddressList = Ra),
    (e.Area = vn),
    (e.BackTop = tr),
    (e.Badge = lt),
    (e.Barrage = rr),
    (e.Button = St),
    (e.Calendar = Dr),
    (e.Card = Mr),
    (e.Cascader = Wr),
    (e.Cell = wn),
    (e.CellGroup = Xr),
    (e.Checkbox = ol),
    (e.CheckboxGroup = nl),
    (e.Circle = cl),
    (e.Col = bl),
    (e.Collapse = Nl),
    (e.CollapseItem = Bl),
    (e.ConfigProvider = Pl),
    (e.ContactCard = zl),
    (e.ContactEdit = Fl),
    (e.ContactList = Yl),
    (e.CountDown = Zl),
    (e.Coupon = ti),
    (e.CouponCell = ii),
    (e.CouponList = hi),
    (e.DEFAULT_ROW_WIDTH = ou),
    (e.DatePicker = wi),
    (e.Dialog = Oi),
    (e.Divider = Ei),
    (e.DropdownItem = Ui),
    (e.DropdownMenu = Yi),
    (e.Empty = ui),
    (e.Field = En),
    (e.Form = kn),
    (e.Grid = Ki),
    (e.GridItem = es),
    (e.Icon = ht),
    (e.Image = zr),
    (e.ImagePreview = ps),
    (e.IndexAnchor = xs),
    (e.IndexBar = Vs),
    (e.Lazyload = $p),
    (e.List = Ts),
    (e.Loading = Vt),
    (e.Locale = Te),
    (e.NavBar = Os),
    (e.NoticeBar = Es),
    (e.Notify = Us),
    (e.NumberKeyboard = Qs),
    (e.Overlay = Ut),
    (e.Pagination = rc),
    (e.PasswordInput = cc),
    (e.Picker = un),
    (e.PickerGroup = dc),
    (e.Popover = ad),
    (e.Popup = Gt),
    (e.Progress = sd),
    (e.PullRefresh = fd),
    (e.Radio = Oa),
    (e.RadioGroup = xa),
    (e.Rate = bd),
    (e.Row = yd),
    (e.Search = kd),
    (e.ShareSheet = Od),
    (e.Sidebar = Ld),
    (e.SidebarItem = Fd),
    (e.Signature = Yd),
    (e.Skeleton = uu),
    (e.SkeletonAvatar = eu),
    (e.SkeletonImage = vu),
    (e.SkeletonParagraph = lu),
    (e.SkeletonTitle = Zd),
    (e.Slider = yu),
    (e.Space = ku),
    (e.Step = Iu),
    (e.Stepper = $u),
    (e.Steps = Mu),
    (e.Sticky = Co),
    (e.SubmitBar = Wu),
    (e.Swipe = Do),
    (e.SwipeCell = Xu),
    (e.SwipeItem = Yo),
    (e.Switch = la),
    (e.Tab = Zo),
    (e.Tabbar = Ju),
    (e.TabbarItem = op),
    (e.Tabs = Ko),
    (e.Tag = Ca),
    (e.TextEllipsis = lp),
    (e.TimePicker = cp),
    (e.Toast = oa),
    (e.TreeSelect = mp),
    (e.Uploader = Np),
    (e.Watermark = Tp),
    (e.actionBarButtonProps = Pt),
    (e.actionBarIconProps = At),
    (e.actionBarProps = _e),
    (e.actionSheetProps = _t),
    (e.addressEditProps = va),
    (e.addressListProps = Ma),
    (e.allowMultipleToast = (e = !0) => {
      qn = e
    }),
    (e.areaProps = fn),
    (e.backTopProps = er),
    (e.badgeProps = rt),
    (e.barrageProps = or),
    (e.buttonProps = Ct),
    (e.calendarProps = Pr),
    (e.cardProps = $r),
    (e.cascaderProps = jr),
    (e.cellGroupProps = qr),
    (e.cellProps = yn),
    (e.checkboxGroupProps = Kr),
    (e.checkboxProps = tl),
    (e.circleProps = sl),
    (e.closeDialog = () => {
      Ti && Ti.toggle(!1)
    }),
    (e.closeNotify = Ws),
    (e.closeToast = (e) => {
      var t
      Yn.length &&
        (e
          ? (Yn.forEach((e) => {
              e.close()
            }),
            (Yn = []))
          : qn
          ? null == (t = Yn.shift()) || t.close()
          : Yn[0].close())
    }),
    (e.colProps = gl),
    (e.collapseItemProps = Tl),
    (e.collapseProps = Vl),
    (e.configProviderProps = ut),
    (e.contactCardProps = Al),
    (e.contactEditProps = Rl),
    (e.contactListProps = Ul),
    (e.countDownProps = Gl),
    (e.couponCellProps = ri),
    (e.couponListProps = vi),
    (e.datePickerProps = yi),
    (e.default = Fp),
    (e.dialogProps = ki),
    (e.dividerProps = zi),
    (e.dropdownItemProps = Wi),
    (e.dropdownMenuProps = Mi),
    (e.emptyProps = di),
    (e.fieldProps = zn),
    (e.formProps = Nn),
    (e.gridItemProps = Qi),
    (e.gridProps = Gi),
    (e.iconProps = vt),
    (e.imagePreviewProps = is),
    (e.imageProps = Ar),
    (e.indexAnchorProps = ws),
    (e.indexBarProps = vs),
    (e.install = Rp),
    (e.listProps = Ss),
    (e.loadingProps = xt),
    (e.navBarProps = Ds),
    (e.noticeBarProps = zs),
    (e.notifyProps = Ms),
    (e.numberKeyboardProps = Js),
    (e.overlayProps = Wt),
    (e.paginationProps = ac),
    (e.passwordInputProps = sc),
    (e.pickerGroupProps = en),
    (e.pickerProps = nn),
    (e.popoverProps = nd),
    (e.popupProps = Yt),
    (e.progressProps = id),
    (e.pullRefreshProps = md),
    (e.radioGroupProps = ya),
    (e.radioProps = Ba),
    (e.rateProps = gd),
    (e.resetDialogDefaultOptions = () => {
      Pi = d({}, Bi)
    }),
    (e.resetNotifyDefaultOptions = () => {
      js = {
        type: 'danger',
        color: void 0,
        message: '',
        onClose: void 0,
        onClick: void 0,
        onOpened: void 0,
        duration: 3e3,
        position: void 0,
        className: '',
        lockScroll: !1,
        background: void 0
      }
    }),
    (e.resetToastDefaultOptions = (e) => {
      'string' == typeof e ? Gn.delete(e) : ((Xn = d({}, Un)), Gn.clear())
    }),
    (e.rowProps = ml),
    (e.searchProps = Nd),
    (e.setDialogDefaultOptions = (e) => {
      d(Pi, e)
    }),
    (e.setNotifyDefaultOptions = (e) => d(js, e)),
    (e.setToastDefaultOptions = function (e, t) {
      'string' == typeof e ? Gn.set(e, t) : d(Xn, e)
    }),
    (e.shareSheetProps = Dd),
    (e.showConfirmDialog = (e) => Di(d({ showCancelButton: !0 }, e))),
    (e.showDialog = Di),
    (e.showFailToast = ta),
    (e.showImagePreview = us),
    (e.showLoadingToast = Qn),
    (e.showNotify = function (e) {
      var o
      if (u)
        return (
          Hs ||
            ({ instance: Hs } = Wn({
              setup() {
                const { state: e, toggle: o } = jn()
                return () => t.createVNode(Rs, t.mergeProps(e, { 'onUpdate:show': o }), null)
              }
            })),
          (e = d({}, js, a((o = e)) ? o : { message: o })),
          Hs.open(e),
          clearTimeout(Fs),
          e.duration > 0 && (Fs = setTimeout(Ws, e.duration)),
          Hs
        )
    }),
    (e.showSuccessToast = ea),
    (e.showToast = _n),
    (e.sidebarItemProps = Rd),
    (e.sidebarProps = Ed),
    (e.skeletonAvatarProps = Qd),
    (e.skeletonImageProps = fu),
    (e.skeletonParagraphProps = nu),
    (e.skeletonProps = du),
    (e.skeletonTitleProps = Gd),
    (e.sliderProps = bu),
    (e.spaceProps = Vu),
    (e.stepperProps = Lu),
    (e.stepsProps = Tu),
    (e.stickyProps = ko),
    (e.submitBarProps = ju),
    (e.swipeCellProps = qu),
    (e.swipeProps = Bo),
    (e.switchProps = ra),
    (e.tabProps = Go),
    (e.tabbarItemProps = tp),
    (e.tabbarProps = Ku),
    (e.tabsProps = Lo),
    (e.tagProps = ka),
    (e.textEllipsisProps = rp),
    (e.timePickerProps = sp),
    (e.toastProps = Fn),
    (e.treeSelectProps = pp),
    (e.uploaderProps = Vp),
    (e.useCurrentLang = () => Ce),
    (e.version = Mp),
    (e.watermarkProps = Sp),
    Object.defineProperties(e, {
      __esModule: { value: !0 },
      [Symbol.toStringTag]: { value: 'Module' }
    })
})