@cn-ui/reactive - npm Package Compare versions

Comparing version 2.2.4 to 2.3.0

./dist/index.js

@@ -1,189 +0,233 @@
-var R = Object.defineProperty, B = Object.defineProperties;
-var F = Object.getOwnPropertyDescriptors;
-var I = Object.getOwnPropertySymbols;
-var J = Object.prototype.hasOwnProperty, N = Object.prototype.propertyIsEnumerable;
-var T = (e, r, t) => r in e ? R(e, r, { enumerable: !0, configurable: !0, writable: !0, value: t }) : e[r] = t, y = (e, r) => {
-  for (var t in r || (r = {}))
-    J.call(r, t) && T(e, t, r[t]);
-  if (I)
-    for (var t of I(r))
-      N.call(r, t) && T(e, t, r[t]);
-  return e;
-}, A = (e, r) => B(e, F(r));
-var S = (e, r, t) => new Promise((n, o) => {
-  var c = (s) => {
+var M = Object.defineProperty, R = Object.defineProperties;
+var B = Object.getOwnPropertyDescriptors;
+var T = Object.getOwnPropertySymbols;
+var J = Object.prototype.hasOwnProperty, q = Object.prototype.propertyIsEnumerable;
+var P = (t, r, e) => r in t ? M(t, r, { enumerable: !0, configurable: !0, writable: !0, value: e }) : t[r] = e, d = (t, r) => {
+  for (var e in r || (r = {}))
+    J.call(r, e) && P(t, e, r[e]);
+  if (T)
+    for (var e of T(r))
+      q.call(r, e) && P(t, e, r[e]);
+  return t;
+}, v = (t, r) => R(t, B(r));
+var S = (t, r, e) => new Promise((n, s) => {
+  var o = (c) => {
     try {
-      u(t.next(s));
-    } catch (l) {
-      o(l);
+      a(e.next(c));
+    } catch (i) {
+      s(i);
     }
-  }, a = (s) => {
+  }, u = (c) => {
     try {
-      u(t.throw(s));
-    } catch (l) {
-      o(l);
+      a(e.throw(c));
+    } catch (i) {
+      s(i);
     }
-  }, u = (s) => s.done ? n(s.value) : Promise.resolve(s.value).then(c, a);
-  u((t = t.apply(e, r)).next());
+  }, a = (c) => c.done ? n(c.value) : Promise.resolve(c.value).then(o, u);
+  a((e = e.apply(t, r)).next());
 });
-import { createEffect as x, on as q, createSignal as H, untrack as _, createMemo as M, batch as O, onCleanup as $ } from "solid-js";
-import { debounce as D, throttle as z } from "lodash-es";
-const g = (e, r, t = null) => {
+import { createEffect as p, on as H, createSignal as _, untrack as $, createMemo as L, batch as k, onCleanup as z } from "solid-js";
+import { debounce as N, throttle as C } from "lodash-es";
+const A = (t, r, e = null) => {
   let n = !0;
-  return C(
-    (o) => n ? (n = !1, null) : e(o),
+  return G(
+    (s) => n ? (n = !1, null) : t(s),
     r,
-    t
+    e
   );
-}, ee = g, C = (e, r, t = null) => {
-  let n = t;
-  return x(
-    q(r, () => (n = e(n), n))
+}, ne = A, G = (t, r, e = null) => {
+  let n = e;
+  return p(
+    H(r, () => (n = t(n), n))
   );
-}, d = Symbol("AtomTypeSymbol"), te = (e) => e[d], f = (e, r) => {
-  const [t, n] = H(e, r);
+}, m = Symbol("AtomTypeSymbol"), se = (t) => t[m], f = (t, r) => {
+  const [e, n] = _(t, r);
   return Object.assign(
-    (...o) => o.length === 0 ? t() : n(...o),
-    { reflux: K, [d]: "atom" }
+    (...s) => s.length === 0 ? e() : n(...s),
+    { reflux: K, [m]: "atom" }
   );
-}, K = function(e, r, t) {
-  const n = this, o = f(e, t);
-  return g(() => {
-    n(() => r(o()));
-  }, [o]), o[d] = "reflux", o;
-}, k = (e, {
+}, K = function(t, r, e) {
+  const n = this, s = f(t, e);
+  return A(() => {
+    n(() => r(s()));
+  }, [s]), s[m] = "reflux", s;
+}, y = (t, {
   immediately: r = !0,
-  initValue: t = null
+  initValue: e = null
 } = {}) => {
-  const n = f(r ? _(() => e(t)) : t);
-  return x((o) => {
-    n(() => e(o));
-  }, t), n[d] = "reflect", n;
-}, U = (e, {
+  const n = f(r ? $(() => t(e)) : e);
+  return p((s) => {
+    n(() => t(s));
+  }, e), n[m] = "reflect", n;
+}, U = (t, {
   immediately: r = !0,
-  initValue: t = null
-} = {}) => M((n) => {
-  const o = e(n);
-  return r ? o : (r = !0, t);
-}, t), W = (e, {
+  initValue: e = null
+} = {}) => L((n) => {
+  const s = t(n);
+  return r ? s : (r = !0, e);
+}, e), V = (t, {
   initValue: r = null,
-  immediately: t = !0,
+  immediately: e = !0,
   deps: n,
-  refetch: o = {},
-  tap: c = (u) => {
+  refetch: s = {},
+  tap: o = (a) => {
   },
-  ignoreError: a = !1
+  ignoreError: u = !1
 } = {}) => {
-  const u = f(r), s = f(!1), l = f(!1), i = M(() => !s() && !l());
+  const a = f(r), c = f(!1), i = f(!1), l = L(() => !c() && !i());
   let h = Promise.resolve(!1);
-  const v = (...Se) => S(void 0, [...Se], function* ({ warn: b = !0, cancelCallback: p } = o) {
-    i() || (p ? p(h) : b && console.warn(
+  const E = (...be) => S(void 0, [...be], function* ({ warn: x = !0, cancelCallback: I } = s) {
+    l() || (I ? I(h) : x && console.warn(
       "Resource Atom: some fetch has been covered; Recommend to add a cancelCallback to some Hook"
-    )), s(!0);
-    const E = e().then((m) => (O(() => {
-      u(() => m), s(!1), l(!1);
-    }), E === h && c(m), !0)).catch((m) => (O(() => {
-      l(m), s(!1);
-    }), a || console.error(m), m));
-    return h = E, E;
+    )), c(!0);
+    const O = t().then((g) => (k(() => {
+      a(() => g), c(!1), i(!1);
+    }), O === h && o(g), !0)).catch((g) => (k(() => {
+      i(g), c(!1);
+    }), u || console.error(g), g));
+    return h = O, O;
   });
-  return t && v(), n && n.length && g(() => v(o), n), Object.assign(u, {
-    error: l,
-    loading: s,
-    mutate(b) {
-      u(() => b);
+  return e && E(), n && n.length && A(() => E(s), n), Object.assign(a, {
+    error: i,
+    loading: c,
+    mutate(x) {
+      a(() => x);
     },
-    isReady: i,
-    refetch: v,
+    isReady: l,
+    refetch: E,
     promise: () => h,
-    [d]: "resource"
+    [m]: "resource"
   });
 };
-let L = () => {
+let D = () => {
 };
-const re = (e) => {
-  e && (L = e);
-}, G = function(e, r = L) {
-  let t = !1;
+const oe = (t) => {
+  t && (D = t);
+}, W = function(t, r = D) {
+  let e = !1;
   return function(...n) {
-    return t ? (r && r(), t) : (t = Promise.resolve(e.apply(this, n)).then((o) => (t = !1, o)), t);
+    return e ? (r && r(), e) : (e = Promise.resolve(t.apply(this, n)).then((s) => (e = !1, s)), e);
   };
-}, ne = G;
-function P(e) {
-  return typeof e == "function" ? w(e) ? e : k(e()) : f(e);
+}, ce = W;
+function j(t) {
+  return typeof t == "function" ? w(t) ? t : y(t()) : f(t);
 }
-function w(e) {
-  return typeof e[d] == "string";
+function w(t) {
+  return typeof t[m] == "string";
 }
-const se = (e) => e().map((r, t) => k(() => e()[t])), Q = (e, r) => new Promise((t) => setTimeout(() => t(r), e)), oe = (e) => ({
-  value: e(),
-  "on:input": (r) => e(() => r.target.value)
-}), ce = (e, r, t) => {
-  var c, a, u;
-  const n = (c = t == null ? void 0 : t.parse) != null ? c : (s) => JSON.parse(s), o = (a = t == null ? void 0 : t.stringify) != null ? a : (s) => JSON.stringify(s);
-  if ((u = t == null ? void 0 : t.immediately) == null || u) {
-    const s = localStorage.getItem(r);
-    s && e(n(s));
+const ue = (t) => t().map((r, e) => y(() => t()[e])), Q = (t, r) => new Promise((e) => setTimeout(() => e(r), t)), ae = (t, { valueName: r = "value" }) => ({
+  value: t(),
+  "on:input": (e) => t(() => e.target.value)
+}), ie = (t, r, e) => {
+  var o, u, a;
+  const n = (o = e == null ? void 0 : e.parse) != null ? o : (c) => JSON.parse(c), s = (u = e == null ? void 0 : e.stringify) != null ? u : (c) => JSON.stringify(c);
+  if ((a = e == null ? void 0 : e.immediately) == null || a) {
+    const c = localStorage.getItem(r);
+    c && t(n(c));
   }
-  return g(() => {
-    localStorage.setItem(r, o(e()));
-  }, [e]), e;
-}, ae = (e) => [...Array(e).keys()];
-function j(e, r) {
-  const t = w(e) ? e : f(e, r), n = (c, a, u) => {
-    const s = c.findIndex((l) => l === a);
-    if (s >= 0) {
-      const l = [...c];
-      return u(l, s), l;
+  return A(() => {
+    localStorage.setItem(r, s(t()));
+  }, [t]), t;
+}, le = (t) => [...Array(t).keys()], X = (t, r) => Object.fromEntries(r.map((e) => [e, function(...n) {
+  return t((s) => {
+    const o = [...s];
+    return o[e](...n), o;
+  }), this;
+}])), Y = (t, r) => Object.fromEntries(r.map((e) => [e, function(...n) {
+  return y(() => t()[e](...n));
+}])), F = (t, r, e = !1) => Object.fromEntries(r.map((n) => [n, function(...s) {
+  return b(y(e ? () => [...t()][n](...s) : () => t()[n](...s)));
+}]));
+function b(t, r) {
+  const e = w(t) ? t : f(t, r), n = (o, u, a) => {
+    const c = o.findIndex((i) => i === u);
+    if (c >= 0) {
+      const i = [...o];
+      return a(i, c), i;
     } else
-      return console.warn("Can't find array atom Item: ", a), c;
-  };
-  return Object.assign(t, A(y({}, {
-    replace(c, a) {
-      return t((u) => n(u, c, (s, l) => {
-        s[l] = a;
+      return console.warn("Can't find array atom Item: ", u), o;
+  }, s = d(d(d(d({
+    replace(o, u) {
+      return e((a) => n(a, o, (c, i) => {
+        c[i] = u;
       })), this;
     },
-    replaceAll(c, a) {
-      return t((u) => {
-        const s = [];
-        u.forEach((i, h) => i === c && s.push(h));
-        const l = [...u];
-        return s.forEach((i) => l[i] = a), l;
+    replaceAll(o, u) {
+      return e((a) => {
+        const c = [];
+        a.forEach((l, h) => l === o && c.push(h));
+        const i = [...a];
+        return c.forEach((l) => i[l] = u), i;
       }), this;
     },
-    remove(c) {
-      return t((a) => n(a, c, (u, s) => {
-        u.splice(s, 1);
+    remove(o) {
+      return e((u) => n(u, o, (a, c) => {
+        a.splice(c, 1);
       })), this;
     },
-    removeAll(c) {
-      return t((a) => a.filter((u) => u !== c)), this;
+    removeAll(o) {
+      return e((u) => u.filter((a) => a !== o)), this;
     },
-    insert(c, a, u = "before") {
-      return t((s) => n(s, a, (l, i) => {
-        l.splice(u === "before" ? i : i + 1, 0, c);
+    insert(o, u, a = "before") {
+      return e((c) => n(c, u, (i, l) => {
+        i.splice(a === "before" ? l : l + 1, 0, o);
       })), this;
     },
-    move(c, a, u) {
-      return this.remove(c), this.insert(c, a, u), this;
+    move(o, u, a) {
+      return this.remove(o), this.insert(o, u, a), this;
     },
-    switch(c, a) {
-      return t((u) => {
-        const s = [...u], l = t().findIndex((h) => h === c), i = t().findIndex((h) => h === a);
-        if (l === -1 || i === -1)
+    switch(o, u) {
+      return e((a) => {
+        const c = [...a], i = e().findIndex((h) => h === o), l = e().findIndex((h) => h === u);
+        if (i === -1 || l === -1)
           throw new Error("ArrayAtom: Please check the Items you want to switch ");
-        return s[l] = a, s[i] = c, s;
+        return c[i] = u, c[l] = o, c;
       }), this;
+    },
+    toggle(o) {
+      return e((u) => {
+        const a = u.indexOf(o);
+        return a === -1 ? [...u, o] : [...u.splice(a, 1)];
+      }), this;
+    },
+    forEach(o, u) {
+      p(() => e().forEach(o));
     }
-  }), { [d]: "array" }));
+  }, X(e, ["push", "pop", "shift", "unshift"])), Y(
+    e,
+    [
+      "join",
+      "indexOf",
+      "lastIndexOf",
+      "every",
+      "some",
+      "reduce",
+      "reduceRight"
+    ]
+  )), F(
+    e,
+    [
+      "slice",
+      "map",
+      "filter"
+    ]
+  )), F(
+    e,
+    [
+      "reverse",
+      "sort",
+      "splice"
+    ],
+    !0
+  ));
+  return Object.assign(e, v(d({}, s), { [m]: "array" }));
 }
-function ue(e, r) {
-  const t = w(e) ? e : f(e, { equals: !1 }), n = w(e) ? e() : e;
-  return t[d] = "object", Object.assign(
-    t,
+function fe(t, r) {
+  const e = w(t) ? t : f(t, { equals: !1 }), n = w(t) ? t() : t;
+  return e[m] = "object", Object.assign(
+    e,
     Object.fromEntries(
-      Object.keys(n).reduce((o, c) => {
-        const a = t.reflux(t()[c], (u) => A(y({}, t()), { [c]: u }));
-        return o.push([c, a]), o;
+      Object.keys(n).reduce((s, o) => {
+        const u = e.reflux(e()[o], (a) => v(d({}, e()), { [o]: a }));
+        return s.push([o, u]), s;
       }, [])
@@ -193,153 +237,153 @@ )
 }
-function le(e, r = 150) {
-  let t = e();
-  const n = f(t);
-  return g(
-    D(() => {
-      const o = e();
-      o !== void 0 && n(() => o);
+function he(t, r = 150) {
+  let e = t();
+  const n = f(e);
+  return A(
+    N(() => {
+      const s = t();
+      s !== void 0 && n(() => s);
     }, r),
-    [e]
+    [t]
   ), n;
 }
-function ie(e, r = 150, t) {
-  let n = e();
-  const o = f(n);
-  return g(
-    z(
+function de(t, r = 150, e) {
+  let n = t();
+  const s = f(n);
+  return A(
+    C(
       () => {
-        const c = e();
-        c !== void 0 && o(() => c);
+        const o = t();
+        o !== void 0 && s(() => o);
       },
       r,
-      t
+      e
     ),
-    [e]
-  ), o;
+    [t]
+  ), s;
 }
-const fe = () => {
-  const e = /* @__PURE__ */ new Map();
+const me = () => {
+  const t = /* @__PURE__ */ new Map();
   return {
-    register(r, t) {
-      if (e.has(r))
+    register(r, e) {
+      if (t.has(r))
         throw new Error("Blackboard has a same app named " + r.toString());
-      return e.set(r, t);
+      return t.set(r, e);
     },
     getApp(r) {
-      if (!e.has(r))
+      if (!t.has(r))
         throw new Error(`Blackboard app ${r.toString()} isn't init yet`);
-      return e.get(r);
+      return t.get(r);
     },
     delete(r) {
-      if (!e.has(r))
+      if (!t.has(r))
         throw new Error(`Blackboard app ${r.toString()} isn't init yet`);
-      e.delete(r);
+      t.delete(r);
     },
     check(r) {
-      return e.has(r);
+      return t.has(r);
     },
     destroy() {
-      e.clear();
+      t.clear();
     }
   };
-}, V = (e, r = {}) => {
-  var u, s;
-  r.debounceTime = (u = r.debounceTime) != null ? u : 100;
-  const t = f((s = r.initIndex) != null ? s : 0), n = f(10), o = W(() => e(t(), n), r), c = D(() => o.refetch(), r.debounceTime), a = (i) => {
-    if (i < 0 || i >= n())
+}, Z = (t, r = {}) => {
+  var a, c;
+  r.debounceTime = (a = r.debounceTime) != null ? a : 100;
+  const e = f((c = r.initIndex) != null ? c : 0), n = f(10), s = V(() => t(e(), n), r), o = N(() => s.refetch(), r.debounceTime), u = (l) => {
+    if (l < 0 || l >= n())
       return !1;
     {
-      t(i);
+      e(l);
       //! 页码改变如果迅速的话，那应该不进行请求，而是直接忽略
-      return c();
+      return o();
     }
   };
   return {
-    currentIndex: t,
-    currentPage: U(() => t() + 1),
+    currentIndex: e,
+    currentPage: U(() => e() + 1),
     maxPage: n,
     prev() {
-      return a(t() - 1);
+      return u(e() - 1);
     },
     next() {
-      return a(t() + 1);
+      return u(e() + 1);
     },
     waitForDone() {
       return S(this, null, function* () {
-        return Q(r.debounceTime + 10).then(o.promise);
+        return Q(r.debounceTime + 10).then(s.promise);
       });
     },
-    refetch: c,
-    goto: a,
-    currentData: o
+    refetch: o,
+    goto: u,
+    currentData: s
   };
-}, he = (e, r) => {
-  const t = f([], { equals: !1 }), n = V((...o) => S(void 0, null, function* () {
-    const c = yield e(...o);
-    return t((a) => (a[o[0]] = c, a)), c;
+}, ge = (t, r) => {
+  const e = f([], { equals: !1 }), n = Z((...s) => S(void 0, null, function* () {
+    const o = yield t(...s);
+    return e((u) => (u[s[0]] = o, u)), o;
   }), r);
-  return A(y({}, n), {
-    resetStack(o = !0) {
-      O(() => {
-        t([]), n.currentIndex(0), o && n.currentData.refetch();
+  return v(d({}, n), {
+    resetStack(s = !0) {
+      k(() => {
+        e([]), n.currentIndex(0), s && n.currentData.refetch();
       });
     },
-    dataSlices: t
+    dataSlices: e
   });
-}, de = function(e = {}) {
-  var a, u;
-  const r = j(P((a = e.activeIds) != null ? a : [])), t = P((u = e.multi) != null ? u : !0), n = f(new Set(r()));
-  x(() => {
-    !t() && r((s) => s.slice(0, 1)), n(() => new Set(r()));
+}, ye = function(t = {}) {
+  var u, a;
+  const r = b(j((u = t.activeIds) != null ? u : [])), e = j((a = t.multi) != null ? a : !0), n = f(new Set(r()));
+  p(() => {
+    !e() && r((c) => c.slice(0, 1)), n(() => new Set(r()));
   });
-  const o = f(/* @__PURE__ */ new Set(), { equals: !1 }), c = (s, l) => {
-    l === void 0 && (l = !n().has(s)), l === !0 && !n().has(s) ? r((i) => t() ? [...i, s] : [s]) : l === !1 && r.removeAll(s);
+  const s = f(/* @__PURE__ */ new Set(), { equals: !1 }), o = (c, i) => {
+    i === void 0 && (i = !n().has(c)), i === !0 && !n().has(c) ? r((l) => e() ? [...l, c] : [c]) : i === !1 && r.removeAll(c);
   };
   return {
-    changeSelected: c,
-    register(s, l = !1) {
-      o((i) => (i.add(s), i)), c(s, l);
+    changeSelected: o,
+    register(c, i = !1) {
+      s((l) => (l.add(c), l)), o(c, i);
     },
-    deregister(s) {
-      r.removeAll(s), o((l) => (l.delete(s), l));
+    deregister(c) {
+      r.removeAll(c), s((i) => (i.delete(c), i));
     },
-    allRegistered: o,
+    allRegistered: s,
     activeIds: n,
-    isSelected: (s) => n().has(s)
+    isSelected: (c) => n().has(c)
   };
-}, me = (e, r, t, {
-  on: n = (c) => c.addEventListener,
-  off: o = (c) => c.removeEventListener
+}, Ae = (t, r, e, {
+  on: n = (o) => o.addEventListener,
+  off: s = (o) => o.removeEventListener
 } = {}) => {
-  n(e).call(e, r, t), $(() => {
-    o(e).call(e, r, t);
+  n(t).call(t, r, e), z(() => {
+    s(t).call(t, r, e);
   });
-}, ge = (e) => {
-  const r = (t, n, o) => {
-    const c = o != null ? o : new n();
-    return Object.entries(t()).forEach(([a, u]) => {
-      c.set(a, u.toString());
-    }), c;
+}, ve = (t) => {
+  const r = (e, n, s) => {
+    const o = s != null ? s : new n();
+    return Object.entries(e()).forEach(([u, a]) => {
+      o.set(u, a.toString());
+    }), o;
   };
   return {
     toKeysAtom() {
-      return k(() => j(Object.keys(e)));
+      return y(() => b(Object.keys(t)));
     },
     toEntries() {
-      return Object.entries(e());
+      return Object.entries(t());
     },
-    toFromData(t) {
-      return r(e, FormData, t);
+    toFromData(e) {
+      return r(t, FormData, e);
     },
-    toSearchParams(t) {
-      return r(e, URLSearchParams, t);
+    toSearchParams(e) {
+      return r(t, URLSearchParams, e);
     },
-    toHeaders(t) {
-      return r(e, Headers, t);
+    toHeaders(e) {
+      return r(t, Headers, e);
     },
-    toMap(t) {
-      return r(e, Map, t);
+    toMap(e) {
+      return r(t, Map, e);
     },
     toJSON() {
-      return JSON.stringify(e());
+      return JSON.stringify(t());
     }
@@ -349,32 +393,32 @@ };
 export {
-  j as ArrayAtom,
-  se as AtomToArray,
-  d as AtomTypeSymbol,
-  le as DebounceAtom,
-  ge as EntriesTransform,
-  ue as ObjectAtom,
-  ie as ThrottleAtom,
-  oe as VModel,
-  me as addListener,
-  G as asyncLock,
+  b as ArrayAtom,
+  ue as AtomToArray,
+  m as AtomTypeSymbol,
+  he as DebounceAtom,
+  ve as EntriesTransform,
+  fe as ObjectAtom,
+  de as ThrottleAtom,
+  ae as VModel,
+  Ae as addListener,
+  W as asyncLock,
   f as atom,
-  P as atomization,
-  fe as createBlackBoard,
-  ee as createIgnoreFirst,
-  ae as genArray,
-  te as getAtomType,
+  j as atomization,
+  me as createBlackBoard,
+  ne as createIgnoreFirst,
+  le as genArray,
+  se as getAtomType,
   w as isAtom,
-  ce as localSync,
-  k as reflect,
+  ie as localSync,
+  y as reflect,
   U as reflectMemo,
-  W as resource,
-  re as setAsyncLockDefaultRefuse,
+  V as resource,
+  oe as setAsyncLockDefaultRefuse,
   Q as sleep,
-  C as useEffect,
-  g as useEffectWithoutFirst,
-  V as usePagination,
-  he as usePaginationStack,
-  de as useSelect,
-  ne as useSingleAsync
+  G as useEffect,
+  A as useEffectWithoutFirst,
+  Z as usePagination,
+  ge as usePaginationStack,
+  ye as useSelect,
+  ce as useSingleAsync
 };
 //# sourceMappingURL=index.js.map

dist/atom/ArrayAtom.d.ts

@@ -1,5 +0,32 @@
-import type { SignalOptions } from 'solid-js';
+import { SignalOptions } from 'solid-js';
 import { Atom } from './atom';
 import type { InferArray } from '../typeUtils';
-export interface ArrayAtomExtends<T> {
+export interface BaseArrayAtomHandle<T> {
+    push(...items: T[]): this;
+    pop(): this;
+    shift(): this;
+    unshift(...items: T[]): this;
+    join(separator?: string): Atom<string>;
+    indexOf(searchElement: T, fromIndex?: number): Atom<number>;
+    lastIndexOf(searchElement: T, fromIndex?: number): Atom<number>;
+    forEach(callbackfn: (value: T, index: number, array: T[]) => void, thisArg?: any): void;
+    every<S extends T>(predicate: (value: T, index: number, array: T[]) => value is S, thisArg?: any): this is ArrayAtomType<S[]>;
+    every(predicate: (value: T, index: number, array: T[]) => unknown, thisArg?: any): Atom<boolean>;
+    some(predicate: (value: T, index: number, array: T[]) => unknown, thisArg?: any): Atom<boolean>;
+    reduce(callbackfn: (previousValue: T, currentValue: T, currentIndex: number, array: T[]) => T): Atom<T>;
+    reduce(callbackfn: (previousValue: T, currentValue: T, currentIndex: number, array: T[]) => T, initialValue: T): Atom<T>;
+    reduce<U>(callbackfn: (previousValue: U, currentValue: T, currentIndex: number, array: T[]) => U, initialValue: U): Atom<U>;
+    reduceRight(callbackfn: (previousValue: T, currentValue: T, currentIndex: number, array: T[]) => T): Atom<T>;
+    reduceRight(callbackfn: (previousValue: T, currentValue: T, currentIndex: number, array: T[]) => T, initialValue: T): Atom<T>;
+    reduceRight<U>(callbackfn: (previousValue: U, currentValue: T, currentIndex: number, array: T[]) => U, initialValue: U): Atom<U>;
+    reverse(): ArrayAtomType<T[]>;
+    slice(start?: number, end?: number): ArrayAtomType<T[]>;
+    sort(compareFn?: (a: T, b: T) => number): ArrayAtomType<T[]>;
+    splice(start: number, deleteCount?: number): ArrayAtomType<T[]>;
+    splice(start: number, deleteCount: number, ...items: T[]): ArrayAtomType<T[]>;
+    map<U>(callbackfn: (value: T, index: number, array: T[]) => U, thisArg?: any): ArrayAtomType<U[]>;
+    filter<S extends T>(predicate: (value: T, index: number, array: T[]) => value is S, thisArg?: any): ArrayAtomType<S[]>;
+    filter(predicate: (value: T, index: number, array: T[]) => unknown, thisArg?: any): ArrayAtomType<T[]>;
+}
+export interface ArrayAtomExtends<T> extends BaseArrayAtomHandle<T> {
     replace(oldItem: T, newItem: T): this;
@@ -12,2 +39,3 @@ replaceAll(oldItem: T, newItem: T): this;
     switch(thisItem: T, nearByItem: T): this;
+    toggle(thisItem: T): this;
 }
@@ -14,0 +42,0 @@ export interface ArrayAtomType<Arr extends any[]> extends Atom<Arr>, ArrayAtomExtends<InferArray<Arr>> {

dist/index.js

@@ -1,189 +0,233 @@
-var R = Object.defineProperty, B = Object.defineProperties;
-var F = Object.getOwnPropertyDescriptors;
-var I = Object.getOwnPropertySymbols;
-var J = Object.prototype.hasOwnProperty, N = Object.prototype.propertyIsEnumerable;
-var T = (e, r, t) => r in e ? R(e, r, { enumerable: !0, configurable: !0, writable: !0, value: t }) : e[r] = t, y = (e, r) => {
-  for (var t in r || (r = {}))
-    J.call(r, t) && T(e, t, r[t]);
-  if (I)
-    for (var t of I(r))
-      N.call(r, t) && T(e, t, r[t]);
-  return e;
-}, A = (e, r) => B(e, F(r));
-var S = (e, r, t) => new Promise((n, o) => {
-  var c = (s) => {
+var M = Object.defineProperty, R = Object.defineProperties;
+var B = Object.getOwnPropertyDescriptors;
+var T = Object.getOwnPropertySymbols;
+var J = Object.prototype.hasOwnProperty, q = Object.prototype.propertyIsEnumerable;
+var P = (t, r, e) => r in t ? M(t, r, { enumerable: !0, configurable: !0, writable: !0, value: e }) : t[r] = e, d = (t, r) => {
+  for (var e in r || (r = {}))
+    J.call(r, e) && P(t, e, r[e]);
+  if (T)
+    for (var e of T(r))
+      q.call(r, e) && P(t, e, r[e]);
+  return t;
+}, v = (t, r) => R(t, B(r));
+var S = (t, r, e) => new Promise((n, s) => {
+  var o = (c) => {
     try {
-      u(t.next(s));
-    } catch (l) {
-      o(l);
+      a(e.next(c));
+    } catch (i) {
+      s(i);
     }
-  }, a = (s) => {
+  }, u = (c) => {
     try {
-      u(t.throw(s));
-    } catch (l) {
-      o(l);
+      a(e.throw(c));
+    } catch (i) {
+      s(i);
     }
-  }, u = (s) => s.done ? n(s.value) : Promise.resolve(s.value).then(c, a);
-  u((t = t.apply(e, r)).next());
+  }, a = (c) => c.done ? n(c.value) : Promise.resolve(c.value).then(o, u);
+  a((e = e.apply(t, r)).next());
 });
-import { createEffect as x, on as q, createSignal as H, untrack as _, createMemo as M, batch as O, onCleanup as $ } from "solid-js";
-import { debounce as D, throttle as z } from "lodash-es";
-const g = (e, r, t = null) => {
+import { createEffect as p, on as H, createSignal as _, untrack as $, createMemo as L, batch as k, onCleanup as z } from "solid-js";
+import { debounce as N, throttle as C } from "lodash-es";
+const A = (t, r, e = null) => {
   let n = !0;
-  return C(
-    (o) => n ? (n = !1, null) : e(o),
+  return G(
+    (s) => n ? (n = !1, null) : t(s),
     r,
-    t
+    e
   );
-}, ee = g, C = (e, r, t = null) => {
-  let n = t;
-  return x(
-    q(r, () => (n = e(n), n))
+}, ne = A, G = (t, r, e = null) => {
+  let n = e;
+  return p(
+    H(r, () => (n = t(n), n))
   );
-}, d = Symbol("AtomTypeSymbol"), te = (e) => e[d], f = (e, r) => {
-  const [t, n] = H(e, r);
+}, m = Symbol("AtomTypeSymbol"), se = (t) => t[m], f = (t, r) => {
+  const [e, n] = _(t, r);
   return Object.assign(
-    (...o) => o.length === 0 ? t() : n(...o),
-    { reflux: K, [d]: "atom" }
+    (...s) => s.length === 0 ? e() : n(...s),
+    { reflux: K, [m]: "atom" }
   );
-}, K = function(e, r, t) {
-  const n = this, o = f(e, t);
-  return g(() => {
-    n(() => r(o()));
-  }, [o]), o[d] = "reflux", o;
-}, k = (e, {
+}, K = function(t, r, e) {
+  const n = this, s = f(t, e);
+  return A(() => {
+    n(() => r(s()));
+  }, [s]), s[m] = "reflux", s;
+}, y = (t, {
   immediately: r = !0,
-  initValue: t = null
+  initValue: e = null
 } = {}) => {
-  const n = f(r ? _(() => e(t)) : t);
-  return x((o) => {
-    n(() => e(o));
-  }, t), n[d] = "reflect", n;
-}, U = (e, {
+  const n = f(r ? $(() => t(e)) : e);
+  return p((s) => {
+    n(() => t(s));
+  }, e), n[m] = "reflect", n;
+}, U = (t, {
   immediately: r = !0,
-  initValue: t = null
-} = {}) => M((n) => {
-  const o = e(n);
-  return r ? o : (r = !0, t);
-}, t), W = (e, {
+  initValue: e = null
+} = {}) => L((n) => {
+  const s = t(n);
+  return r ? s : (r = !0, e);
+}, e), V = (t, {
   initValue: r = null,
-  immediately: t = !0,
+  immediately: e = !0,
   deps: n,
-  refetch: o = {},
-  tap: c = (u) => {
+  refetch: s = {},
+  tap: o = (a) => {
   },
-  ignoreError: a = !1
+  ignoreError: u = !1
 } = {}) => {
-  const u = f(r), s = f(!1), l = f(!1), i = M(() => !s() && !l());
+  const a = f(r), c = f(!1), i = f(!1), l = L(() => !c() && !i());
   let h = Promise.resolve(!1);
-  const v = (...Se) => S(void 0, [...Se], function* ({ warn: b = !0, cancelCallback: p } = o) {
-    i() || (p ? p(h) : b && console.warn(
+  const E = (...be) => S(void 0, [...be], function* ({ warn: x = !0, cancelCallback: I } = s) {
+    l() || (I ? I(h) : x && console.warn(
       "Resource Atom: some fetch has been covered; Recommend to add a cancelCallback to some Hook"
-    )), s(!0);
-    const E = e().then((m) => (O(() => {
-      u(() => m), s(!1), l(!1);
-    }), E === h && c(m), !0)).catch((m) => (O(() => {
-      l(m), s(!1);
-    }), a || console.error(m), m));
-    return h = E, E;
+    )), c(!0);
+    const O = t().then((g) => (k(() => {
+      a(() => g), c(!1), i(!1);
+    }), O === h && o(g), !0)).catch((g) => (k(() => {
+      i(g), c(!1);
+    }), u || console.error(g), g));
+    return h = O, O;
   });
-  return t && v(), n && n.length && g(() => v(o), n), Object.assign(u, {
-    error: l,
-    loading: s,
-    mutate(b) {
-      u(() => b);
+  return e && E(), n && n.length && A(() => E(s), n), Object.assign(a, {
+    error: i,
+    loading: c,
+    mutate(x) {
+      a(() => x);
     },
-    isReady: i,
-    refetch: v,
+    isReady: l,
+    refetch: E,
     promise: () => h,
-    [d]: "resource"
+    [m]: "resource"
   });
 };
-let L = () => {
+let D = () => {
 };
-const re = (e) => {
-  e && (L = e);
-}, G = function(e, r = L) {
-  let t = !1;
+const oe = (t) => {
+  t && (D = t);
+}, W = function(t, r = D) {
+  let e = !1;
   return function(...n) {
-    return t ? (r && r(), t) : (t = Promise.resolve(e.apply(this, n)).then((o) => (t = !1, o)), t);
+    return e ? (r && r(), e) : (e = Promise.resolve(t.apply(this, n)).then((s) => (e = !1, s)), e);
   };
-}, ne = G;
-function P(e) {
-  return typeof e == "function" ? w(e) ? e : k(e()) : f(e);
+}, ce = W;
+function j(t) {
+  return typeof t == "function" ? w(t) ? t : y(t()) : f(t);
 }
-function w(e) {
-  return typeof e[d] == "string";
+function w(t) {
+  return typeof t[m] == "string";
 }
-const se = (e) => e().map((r, t) => k(() => e()[t])), Q = (e, r) => new Promise((t) => setTimeout(() => t(r), e)), oe = (e) => ({
-  value: e(),
-  "on:input": (r) => e(() => r.target.value)
-}), ce = (e, r, t) => {
-  var c, a, u;
-  const n = (c = t == null ? void 0 : t.parse) != null ? c : (s) => JSON.parse(s), o = (a = t == null ? void 0 : t.stringify) != null ? a : (s) => JSON.stringify(s);
-  if ((u = t == null ? void 0 : t.immediately) == null || u) {
-    const s = localStorage.getItem(r);
-    s && e(n(s));
+const ue = (t) => t().map((r, e) => y(() => t()[e])), Q = (t, r) => new Promise((e) => setTimeout(() => e(r), t)), ae = (t, { valueName: r = "value" }) => ({
+  value: t(),
+  "on:input": (e) => t(() => e.target.value)
+}), ie = (t, r, e) => {
+  var o, u, a;
+  const n = (o = e == null ? void 0 : e.parse) != null ? o : (c) => JSON.parse(c), s = (u = e == null ? void 0 : e.stringify) != null ? u : (c) => JSON.stringify(c);
+  if ((a = e == null ? void 0 : e.immediately) == null || a) {
+    const c = localStorage.getItem(r);
+    c && t(n(c));
   }
-  return g(() => {
-    localStorage.setItem(r, o(e()));
-  }, [e]), e;
-}, ae = (e) => [...Array(e).keys()];
-function j(e, r) {
-  const t = w(e) ? e : f(e, r), n = (c, a, u) => {
-    const s = c.findIndex((l) => l === a);
-    if (s >= 0) {
-      const l = [...c];
-      return u(l, s), l;
+  return A(() => {
+    localStorage.setItem(r, s(t()));
+  }, [t]), t;
+}, le = (t) => [...Array(t).keys()], X = (t, r) => Object.fromEntries(r.map((e) => [e, function(...n) {
+  return t((s) => {
+    const o = [...s];
+    return o[e](...n), o;
+  }), this;
+}])), Y = (t, r) => Object.fromEntries(r.map((e) => [e, function(...n) {
+  return y(() => t()[e](...n));
+}])), F = (t, r, e = !1) => Object.fromEntries(r.map((n) => [n, function(...s) {
+  return b(y(e ? () => [...t()][n](...s) : () => t()[n](...s)));
+}]));
+function b(t, r) {
+  const e = w(t) ? t : f(t, r), n = (o, u, a) => {
+    const c = o.findIndex((i) => i === u);
+    if (c >= 0) {
+      const i = [...o];
+      return a(i, c), i;
     } else
-      return console.warn("Can't find array atom Item: ", a), c;
-  };
-  return Object.assign(t, A(y({}, {
-    replace(c, a) {
-      return t((u) => n(u, c, (s, l) => {
-        s[l] = a;
+      return console.warn("Can't find array atom Item: ", u), o;
+  }, s = d(d(d(d({
+    replace(o, u) {
+      return e((a) => n(a, o, (c, i) => {
+        c[i] = u;
       })), this;
     },
-    replaceAll(c, a) {
-      return t((u) => {
-        const s = [];
-        u.forEach((i, h) => i === c && s.push(h));
-        const l = [...u];
-        return s.forEach((i) => l[i] = a), l;
+    replaceAll(o, u) {
+      return e((a) => {
+        const c = [];
+        a.forEach((l, h) => l === o && c.push(h));
+        const i = [...a];
+        return c.forEach((l) => i[l] = u), i;
       }), this;
     },
-    remove(c) {
-      return t((a) => n(a, c, (u, s) => {
-        u.splice(s, 1);
+    remove(o) {
+      return e((u) => n(u, o, (a, c) => {
+        a.splice(c, 1);
       })), this;
     },
-    removeAll(c) {
-      return t((a) => a.filter((u) => u !== c)), this;
+    removeAll(o) {
+      return e((u) => u.filter((a) => a !== o)), this;
     },
-    insert(c, a, u = "before") {
-      return t((s) => n(s, a, (l, i) => {
-        l.splice(u === "before" ? i : i + 1, 0, c);
+    insert(o, u, a = "before") {
+      return e((c) => n(c, u, (i, l) => {
+        i.splice(a === "before" ? l : l + 1, 0, o);
       })), this;
     },
-    move(c, a, u) {
-      return this.remove(c), this.insert(c, a, u), this;
+    move(o, u, a) {
+      return this.remove(o), this.insert(o, u, a), this;
     },
-    switch(c, a) {
-      return t((u) => {
-        const s = [...u], l = t().findIndex((h) => h === c), i = t().findIndex((h) => h === a);
-        if (l === -1 || i === -1)
+    switch(o, u) {
+      return e((a) => {
+        const c = [...a], i = e().findIndex((h) => h === o), l = e().findIndex((h) => h === u);
+        if (i === -1 || l === -1)
           throw new Error("ArrayAtom: Please check the Items you want to switch ");
-        return s[l] = a, s[i] = c, s;
+        return c[i] = u, c[l] = o, c;
       }), this;
+    },
+    toggle(o) {
+      return e((u) => {
+        const a = u.indexOf(o);
+        return a === -1 ? [...u, o] : [...u.splice(a, 1)];
+      }), this;
+    },
+    forEach(o, u) {
+      p(() => e().forEach(o));
     }
-  }), { [d]: "array" }));
+  }, X(e, ["push", "pop", "shift", "unshift"])), Y(
+    e,
+    [
+      "join",
+      "indexOf",
+      "lastIndexOf",
+      "every",
+      "some",
+      "reduce",
+      "reduceRight"
+    ]
+  )), F(
+    e,
+    [
+      "slice",
+      "map",
+      "filter"
+    ]
+  )), F(
+    e,
+    [
+      "reverse",
+      "sort",
+      "splice"
+    ],
+    !0
+  ));
+  return Object.assign(e, v(d({}, s), { [m]: "array" }));
 }
-function ue(e, r) {
-  const t = w(e) ? e : f(e, { equals: !1 }), n = w(e) ? e() : e;
-  return t[d] = "object", Object.assign(
-    t,
+function fe(t, r) {
+  const e = w(t) ? t : f(t, { equals: !1 }), n = w(t) ? t() : t;
+  return e[m] = "object", Object.assign(
+    e,
     Object.fromEntries(
-      Object.keys(n).reduce((o, c) => {
-        const a = t.reflux(t()[c], (u) => A(y({}, t()), { [c]: u }));
-        return o.push([c, a]), o;
+      Object.keys(n).reduce((s, o) => {
+        const u = e.reflux(e()[o], (a) => v(d({}, e()), { [o]: a }));
+        return s.push([o, u]), s;
       }, [])
@@ -193,153 +237,153 @@ )
 }
-function le(e, r = 150) {
-  let t = e();
-  const n = f(t);
-  return g(
-    D(() => {
-      const o = e();
-      o !== void 0 && n(() => o);
+function he(t, r = 150) {
+  let e = t();
+  const n = f(e);
+  return A(
+    N(() => {
+      const s = t();
+      s !== void 0 && n(() => s);
     }, r),
-    [e]
+    [t]
   ), n;
 }
-function ie(e, r = 150, t) {
-  let n = e();
-  const o = f(n);
-  return g(
-    z(
+function de(t, r = 150, e) {
+  let n = t();
+  const s = f(n);
+  return A(
+    C(
       () => {
-        const c = e();
-        c !== void 0 && o(() => c);
+        const o = t();
+        o !== void 0 && s(() => o);
       },
       r,
-      t
+      e
     ),
-    [e]
-  ), o;
+    [t]
+  ), s;
 }
-const fe = () => {
-  const e = /* @__PURE__ */ new Map();
+const me = () => {
+  const t = /* @__PURE__ */ new Map();
   return {
-    register(r, t) {
-      if (e.has(r))
+    register(r, e) {
+      if (t.has(r))
         throw new Error("Blackboard has a same app named " + r.toString());
-      return e.set(r, t);
+      return t.set(r, e);
     },
     getApp(r) {
-      if (!e.has(r))
+      if (!t.has(r))
         throw new Error(`Blackboard app ${r.toString()} isn't init yet`);
-      return e.get(r);
+      return t.get(r);
     },
     delete(r) {
-      if (!e.has(r))
+      if (!t.has(r))
         throw new Error(`Blackboard app ${r.toString()} isn't init yet`);
-      e.delete(r);
+      t.delete(r);
     },
     check(r) {
-      return e.has(r);
+      return t.has(r);
     },
     destroy() {
-      e.clear();
+      t.clear();
     }
   };
-}, V = (e, r = {}) => {
-  var u, s;
-  r.debounceTime = (u = r.debounceTime) != null ? u : 100;
-  const t = f((s = r.initIndex) != null ? s : 0), n = f(10), o = W(() => e(t(), n), r), c = D(() => o.refetch(), r.debounceTime), a = (i) => {
-    if (i < 0 || i >= n())
+}, Z = (t, r = {}) => {
+  var a, c;
+  r.debounceTime = (a = r.debounceTime) != null ? a : 100;
+  const e = f((c = r.initIndex) != null ? c : 0), n = f(10), s = V(() => t(e(), n), r), o = N(() => s.refetch(), r.debounceTime), u = (l) => {
+    if (l < 0 || l >= n())
       return !1;
     {
-      t(i);
+      e(l);
       //! 页码改变如果迅速的话，那应该不进行请求，而是直接忽略
-      return c();
+      return o();
     }
   };
   return {
-    currentIndex: t,
-    currentPage: U(() => t() + 1),
+    currentIndex: e,
+    currentPage: U(() => e() + 1),
     maxPage: n,
     prev() {
-      return a(t() - 1);
+      return u(e() - 1);
     },
     next() {
-      return a(t() + 1);
+      return u(e() + 1);
     },
     waitForDone() {
       return S(this, null, function* () {
-        return Q(r.debounceTime + 10).then(o.promise);
+        return Q(r.debounceTime + 10).then(s.promise);
       });
     },
-    refetch: c,
-    goto: a,
-    currentData: o
+    refetch: o,
+    goto: u,
+    currentData: s
   };
-}, he = (e, r) => {
-  const t = f([], { equals: !1 }), n = V((...o) => S(void 0, null, function* () {
-    const c = yield e(...o);
-    return t((a) => (a[o[0]] = c, a)), c;
+}, ge = (t, r) => {
+  const e = f([], { equals: !1 }), n = Z((...s) => S(void 0, null, function* () {
+    const o = yield t(...s);
+    return e((u) => (u[s[0]] = o, u)), o;
   }), r);
-  return A(y({}, n), {
-    resetStack(o = !0) {
-      O(() => {
-        t([]), n.currentIndex(0), o && n.currentData.refetch();
+  return v(d({}, n), {
+    resetStack(s = !0) {
+      k(() => {
+        e([]), n.currentIndex(0), s && n.currentData.refetch();
       });
     },
-    dataSlices: t
+    dataSlices: e
   });
-}, de = function(e = {}) {
-  var a, u;
-  const r = j(P((a = e.activeIds) != null ? a : [])), t = P((u = e.multi) != null ? u : !0), n = f(new Set(r()));
-  x(() => {
-    !t() && r((s) => s.slice(0, 1)), n(() => new Set(r()));
+}, ye = function(t = {}) {
+  var u, a;
+  const r = b(j((u = t.activeIds) != null ? u : [])), e = j((a = t.multi) != null ? a : !0), n = f(new Set(r()));
+  p(() => {
+    !e() && r((c) => c.slice(0, 1)), n(() => new Set(r()));
   });
-  const o = f(/* @__PURE__ */ new Set(), { equals: !1 }), c = (s, l) => {
-    l === void 0 && (l = !n().has(s)), l === !0 && !n().has(s) ? r((i) => t() ? [...i, s] : [s]) : l === !1 && r.removeAll(s);
+  const s = f(/* @__PURE__ */ new Set(), { equals: !1 }), o = (c, i) => {
+    i === void 0 && (i = !n().has(c)), i === !0 && !n().has(c) ? r((l) => e() ? [...l, c] : [c]) : i === !1 && r.removeAll(c);
   };
   return {
-    changeSelected: c,
-    register(s, l = !1) {
-      o((i) => (i.add(s), i)), c(s, l);
+    changeSelected: o,
+    register(c, i = !1) {
+      s((l) => (l.add(c), l)), o(c, i);
     },
-    deregister(s) {
-      r.removeAll(s), o((l) => (l.delete(s), l));
+    deregister(c) {
+      r.removeAll(c), s((i) => (i.delete(c), i));
     },
-    allRegistered: o,
+    allRegistered: s,
     activeIds: n,
-    isSelected: (s) => n().has(s)
+    isSelected: (c) => n().has(c)
   };
-}, me = (e, r, t, {
-  on: n = (c) => c.addEventListener,
-  off: o = (c) => c.removeEventListener
+}, Ae = (t, r, e, {
+  on: n = (o) => o.addEventListener,
+  off: s = (o) => o.removeEventListener
 } = {}) => {
-  n(e).call(e, r, t), $(() => {
-    o(e).call(e, r, t);
+  n(t).call(t, r, e), z(() => {
+    s(t).call(t, r, e);
   });
-}, ge = (e) => {
-  const r = (t, n, o) => {
-    const c = o != null ? o : new n();
-    return Object.entries(t()).forEach(([a, u]) => {
-      c.set(a, u.toString());
-    }), c;
+}, ve = (t) => {
+  const r = (e, n, s) => {
+    const o = s != null ? s : new n();
+    return Object.entries(e()).forEach(([u, a]) => {
+      o.set(u, a.toString());
+    }), o;
   };
   return {
     toKeysAtom() {
-      return k(() => j(Object.keys(e)));
+      return y(() => b(Object.keys(t)));
     },
     toEntries() {
-      return Object.entries(e());
+      return Object.entries(t());
     },
-    toFromData(t) {
-      return r(e, FormData, t);
+    toFromData(e) {
+      return r(t, FormData, e);
     },
-    toSearchParams(t) {
-      return r(e, URLSearchParams, t);
+    toSearchParams(e) {
+      return r(t, URLSearchParams, e);
     },
-    toHeaders(t) {
-      return r(e, Headers, t);
+    toHeaders(e) {
+      return r(t, Headers, e);
     },
-    toMap(t) {
-      return r(e, Map, t);
+    toMap(e) {
+      return r(t, Map, e);
     },
     toJSON() {
-      return JSON.stringify(e());
+      return JSON.stringify(t());
     }
@@ -349,32 +393,32 @@ };
 export {
-  j as ArrayAtom,
-  se as AtomToArray,
-  d as AtomTypeSymbol,
-  le as DebounceAtom,
-  ge as EntriesTransform,
-  ue as ObjectAtom,
-  ie as ThrottleAtom,
-  oe as VModel,
-  me as addListener,
-  G as asyncLock,
+  b as ArrayAtom,
+  ue as AtomToArray,
+  m as AtomTypeSymbol,
+  he as DebounceAtom,
+  ve as EntriesTransform,
+  fe as ObjectAtom,
+  de as ThrottleAtom,
+  ae as VModel,
+  Ae as addListener,
+  W as asyncLock,
   f as atom,
-  P as atomization,
-  fe as createBlackBoard,
-  ee as createIgnoreFirst,
-  ae as genArray,
-  te as getAtomType,
+  j as atomization,
+  me as createBlackBoard,
+  ne as createIgnoreFirst,
+  le as genArray,
+  se as getAtomType,
   w as isAtom,
-  ce as localSync,
-  k as reflect,
+  ie as localSync,
+  y as reflect,
   U as reflectMemo,
-  W as resource,
-  re as setAsyncLockDefaultRefuse,
+  V as resource,
+  oe as setAsyncLockDefaultRefuse,
   Q as sleep,
-  C as useEffect,
-  g as useEffectWithoutFirst,
-  V as usePagination,
-  he as usePaginationStack,
-  de as useSelect,
-  ne as useSingleAsync
+  G as useEffect,
+  A as useEffectWithoutFirst,
+  Z as usePagination,
+  ge as usePaginationStack,
+  ye as useSelect,
+  ce as useSingleAsync
 };
 //# sourceMappingURL=index.js.map

dist/utils/VModel.d.ts

@@ -8,5 +8,7 @@ import type { Atom } from "../atom";
  */
-export declare const VModel: <T>(atom: Atom<T>) => {
+export declare const VModel: <T>(atom: Atom<T>, { valueName }: {
+    valueName?: string | undefined;
+}) => {
     value: T;
     'on:input': (e: any) => any;
 };

package.json

 {
   "name": "@cn-ui/reactive",
-  "version": "2.2.4",
+  "version": "2.3.0",
   "description": "",
@@ -5,0 +5,0 @@ "main": "./dist/index.js",

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Total package byte prevSize

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increased by14.65%

Lines of code

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increased by10.41%

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