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@blumjs/router

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@blumjs/router - npm Package Compare versions

Comparing version 1.1.2 to 2.0.0

dist/virtual-router/events.d.ts

5

dist/index.d.ts

@@ -1,3 +0,4 @@

import { back, historyPush, setActiveModal, setActivePanel, setActivePopout, setActiveView, setRoutes, _setActiveModal, _setActivePopout } from "./router";
import { back, historyPush, setRoutes, _setActiveModal, _setActivePanel, _setActivePopout, _setActiveView } from "./router";
import { createDisableBackBrowserRouteMiddleware, createRouteMiddleware, useInitRouter, useRouter } from "./useRoutes";
export { useRouter, useInitRouter, createDisableBackBrowserRouteMiddleware, createRouteMiddleware, setActiveModal, setActiveView, setActivePanel, setActivePopout, back, _setActiveModal, _setActivePopout, setRoutes, historyPush, };
import { setActiveModal, setActivePanel, setActivePopout, setActiveView } from "./virtual-router";
export { useRouter, useInitRouter, createDisableBackBrowserRouteMiddleware, createRouteMiddleware, setActiveModal, setActiveView, setActivePanel, setActivePopout, back, _setActiveView, _setActivePanel, _setActiveModal, _setActivePopout, setRoutes, historyPush, };

874

dist/index.js

@@ -1,3 +0,3 @@

import T, { useEffect as ke } from "react";
function Ot(e, t) {
import T, { useEffect as Ve } from "react";
function At(e, t) {
for (let n in e)

@@ -9,72 +9,72 @@ t(e[n], n);

}
function $(e, t) {
function P(e, t) {
if (!e)
throw Error(t);
}
function N({ node: e = [], from: t, source: n, parent: r = t || n, to: a, target: u, child: o = a || u, scope: m = {}, meta: y = {}, family: d = { type: "regular" }, regional: S } = {}) {
let c = ue(r), p = ue(d.links), i = ue(d.owners), l = [];
k(e, (f) => f && D(l, f));
let s = { id: Mt(), seq: l, next: ue(o), meta: y, scope: m, family: { type: d.type || "crosslink", links: p, owners: i } };
return k(p, (f) => D(me(f), s)), k(i, (f) => D(ve(f), s)), k(c, (f) => D(f.next, s)), S && G && Be(X(G), [s]), s;
function $({ node: e = [], from: t, source: n, parent: r = t || n, to: u, target: s, child: a = u || s, scope: m = {}, meta: g = {}, family: p = { type: "regular" }, regional: S } = {}) {
let c = le(r), d = le(p.links), o = le(p.owners), i = [];
k(e, (f) => f && M(i, f));
let l = { id: Pt(), seq: i, next: le(a), meta: g, scope: m, family: { type: p.type || "crosslink", links: d, owners: o } };
return k(d, (f) => M(me(f), l)), k(o, (f) => M(he(f), l)), k(c, (f) => M(f.next, l)), S && W && je(X(W), [l]), l;
}
function ee(e, t, n) {
let r, a = M, u = null, o = O;
if (e.target && (t = e.params, n = e.defer, r = e.meta, a = "page" in e ? e.page : a, e.stack && (u = e.stack), o = I(e) || o, e = e.target), o && O && o !== O && (O = null), Array.isArray(e))
for (let l = 0; l < e.length; l++)
P("pure", a, C(e[l]), u, t[l], o, r);
let r, u = D, s = null, a = O;
if (e.target && (t = e.params, n = e.defer, r = e.meta, u = "page" in e ? e.page : u, e.stack && (s = e.stack), a = I(e) || a, e = e.target), a && O && a !== O && (O = null), Array.isArray(e))
for (let i = 0; i < e.length; i++)
B("pure", u, C(e[i]), s, t[i], a, r);
else
P("pure", a, C(e), u, t, o, r);
if (n && !le)
B("pure", u, C(e), s, t, a, r);
if (n && !ue)
return;
let m, y, d, S, c, p, i = { isRoot: le, currentPage: M, scope: O, isWatch: ce, isPure: fe };
le = 0;
let m, g, p, S, c, d, o = { isRoot: ue, currentPage: D, scope: O, isWatch: ce, isPure: fe };
ue = 0;
e:
for (; S = Wt(); ) {
let { idx: l, stack: s, type: f } = S;
d = s.node, M = c = s.page, O = I(s), c ? p = c.reg : O && (p = O.reg);
let b = !!c, R = !!O, w = { fail: 0, scope: d.scope };
m = y = 0;
for (let v = l; v < d.seq.length && !m; v++) {
let _ = d.seq[v];
if (_.order) {
let { priority: h, barrierID: g } = _.order, E = g ? c ? `${c.fullID}_${g}` : g : 0;
if (v !== l || f !== h) {
g ? Oe.has(E) || (Oe.add(E), Ve(v, s, h, g)) : Ve(v, s, h);
for (; S = Kt(); ) {
let { idx: i, stack: l, type: f } = S;
p = l.node, D = c = l.page, O = I(l), c ? d = c.reg : O && (d = O.reg);
let b = !!c, R = !!O, w = { fail: 0, scope: p.scope };
m = g = 0;
for (let v = i; v < p.seq.length && !m; v++) {
let y = p.seq[v];
if (y.order) {
let { priority: h, barrierID: _ } = y.order, E = _ ? c ? `${c.fullID}_${_}` : _ : 0;
if (v !== i || f !== h) {
_ ? be.has(E) || (be.add(E), Me(v, l, h, _)) : Me(v, l, h);
continue e;
}
g && Oe.delete(E);
_ && be.delete(E);
}
switch (_.type) {
switch (y.type) {
case "mov": {
let g, E = _.data;
let _, E = y.data;
switch (E.from) {
case re:
g = X(s);
_ = X(l);
break;
case "a":
case "b":
g = s[E.from];
_ = l[E.from];
break;
case "value":
g = E.store;
_ = E.store;
break;
case "store":
if (p && !p[E.store.id])
if (d && !d[E.store.id])
if (b) {
let L = ct(c, E.store.id);
s.page = c = L, L ? p = L.reg : R ? (F(O, E.store, 0, 1, E.softRead), p = O.reg) : p = void 0;
let L = pt(c, E.store.id);
l.page = c = L, L ? d = L.reg : R ? (F(O, E.store, 0, 1, E.softRead), d = O.reg) : d = void 0;
} else
R && F(O, E.store, 0, 1, E.softRead);
g = st(p && p[E.store.id] || E.store);
_ = dt(d && d[E.store.id] || E.store);
}
switch (E.to) {
case re:
s.value = g;
l.value = _;
break;
case "a":
case "b":
s[E.to] = g;
l[E.to] = _;
break;
case "store":
Ht(c, O, d, E.target).current = g;
Yt(c, O, p, E.target).current = _;
}

@@ -84,20 +84,20 @@ break;

case "compute":
let h = _.data;
let h = y.data;
if (h.fn) {
ce = x(d, "op") === "watch", fe = h.pure;
let g = h.safe ? (0, h.fn)(X(s), w.scope, s) : Kt(w, h.fn, s);
h.filter ? y = !g : s.value = g, ce = i.isWatch, fe = i.isPure;
ce = x(p, "op") === "watch", fe = h.pure;
let _ = h.safe ? (0, h.fn)(X(l), w.scope, l) : Qt(w, h.fn, l);
h.filter ? g = !_ : l.value = _, ce = o.isWatch, fe = o.isPure;
}
}
m = w.fail || y;
m = w.fail || g;
}
if (!m) {
let v = X(s), _ = I(s);
if (k(d.next, (h) => {
P("child", c, h, s, v, _);
}), _) {
x(d, "needFxCounter") && P("child", c, _.fxCount, s, v, _), x(d, "storeChange") && P("child", c, _.storeChange, s, v, _), x(d, "warnSerialize") && P("child", c, _.warnSerializeNode, s, v, _);
let h = _.additionalLinks[d.id];
h && k(h, (g) => {
P("child", c, g, s, v, _);
let v = X(l), y = I(l);
if (k(p.next, (h) => {
B("child", c, h, l, v, y);
}), y) {
x(p, "needFxCounter") && B("child", c, y.fxCount, l, v, y), x(p, "storeChange") && B("child", c, y.storeChange, l, v, y), x(p, "warnSerialize") && B("child", c, y.warnSerializeNode, l, v, y);
let h = y.additionalLinks[p.id];
h && k(h, (_) => {
B("child", c, _, l, v, y);
});

@@ -107,15 +107,15 @@ }

}
le = i.isRoot, M = i.currentPage, O = I(i);
ue = o.isRoot, D = o.currentPage, O = I(o);
}
function bt(e, t) {
let n, r, a = e;
function xt(e, t) {
let n, r, u = e;
if (t) {
let u = xt(t);
e.length === 0 ? (n = u.path, r = u.fullName) : (n = u.path.concat([e]), r = u.fullName.length === 0 ? e : u.fullName + "/" + e);
let s = Mt(t);
e.length === 0 ? (n = s.path, r = s.fullName) : (n = s.path.concat([e]), r = s.fullName.length === 0 ? e : s.fullName + "/" + e);
} else
n = e.length === 0 ? [] : [e], r = e;
return { shortName: a, fullName: r, path: n };
return { shortName: u, fullName: r, path: n };
}
function Q(e, ...t) {
let n = ut();
let n = ct();
if (n) {

@@ -128,55 +128,55 @@ let r = n.handlers[e];

function A(e, t) {
let n = K({ or: t, and: typeof e == "string" ? { name: e } : e }), r = (o, ...m) => (ne(!x(r, "derived"), "call of derived event", "createEvent"), ne(!fe, "unit call from pure function", "operators like sample"), M ? ((y, d, S, c) => {
let p = M, i = null;
if (d)
for (i = M; i && i.template !== d; )
i = B(i);
Je(i);
let l = y.create(S, c);
return Je(p), l;
})(r, a, o, m) : r.create(o, m)), a = ut(), u = Object.assign(r, { graphite: N({ meta: pt("event", r, n), regional: 1 }), create: (o) => (ee({ target: r, params: o, scope: O }), o), watch: (o) => dt(r, o), map: (o) => be(r, te, o, [q()]), filter: (o) => be(r, "filter", o.fn ? o : o.fn, [q(ze, 1)]), filterMap: (o) => be(r, "filterMap", o, [q(), H((m) => !j(m), 1)]), prepend(o) {
let m = A("* → " + r.shortName, { parent: B(r) });
return Q("eventPrepend", C(m)), Ge(m, r, [q()], "prepend", o), Ut(r, m), m;
let n = K({ or: t, and: typeof e == "string" ? { name: e } : e }), r = (a, ...m) => (ne(!x(r, "derived"), "call of derived event", "createEvent"), ne(!fe, "unit call from pure function", "operators like sample"), D ? ((g, p, S, c) => {
let d = D, o = null;
if (p)
for (o = D; o && o.template !== p; )
o = N(o);
Xe(o);
let i = g.create(S, c);
return Xe(d), i;
})(r, u, a, m) : r.create(a, m)), u = ct(), s = Object.assign(r, { graphite: $({ meta: ht("event", r, n), regional: 1 }), create: (a) => (ee({ target: r, params: a, scope: O }), a), watch: (a) => mt(r, a), map: (a) => Re(r, te, a, [q()]), filter: (a) => Re(r, "filter", a.fn ? a : a.fn, [q(qe, 1)]), filterMap: (a) => Re(r, "filterMap", a, [q(), G((m) => !j(m), 1)]), prepend(a) {
let m = A("* → " + r.shortName, { parent: N(r) });
return Q("eventPrepend", C(m)), Fe(m, r, [q()], "prepend", a), Xt(r, m), m;
} });
return n != null && n.domain && n.domain.hooks.event(u), u;
return n != null && n.domain && n.domain.hooks.event(s), s;
}
function He(e, t, n, r) {
return $t(n, t, "first argument"), $(V(r), "second argument should be a function"), ne(!x(e, "derived"), `${t} in derived store`, `${t} in store created via createStore`), k(Array.isArray(n) ? n : [n], (a) => {
e.off(a), pe(e).set(a, ft(mt(a, e, "on", Nt, r)));
function Ke(e, t, n, r) {
return zt(n, t, "first argument"), P(V(r), "second argument should be a function"), ne(!x(e, "derived"), `${t} in derived store`, `${t} in store created via createStore`), k(Array.isArray(n) ? n : [n], (u) => {
e.off(u), pe(e).set(u, vt(St(u, e, "on", jt, r)));
}), e;
}
function $e(e, t) {
let n = K(t), r = jt(e), a = A({ named: "updates", derived: 1 });
function ve(e, t) {
let n = K(t), r = Gt(e), u = A({ named: "updates", derived: 1 });
Q("storeBase", r);
let u = r.id, o = { subscribers: /* @__PURE__ */ new Map(), updates: a, defaultState: e, stateRef: r, getState() {
let l, s = r;
if (M) {
let f = M;
for (; f && !f.reg[u]; )
f = B(f);
f && (l = f);
let s = r.id, a = { subscribers: /* @__PURE__ */ new Map(), updates: u, defaultState: e, stateRef: r, getState() {
let i, l = r;
if (D) {
let f = D;
for (; f && !f.reg[s]; )
f = N(f);
f && (i = f);
}
return !l && O && (F(O, r, 1), l = O), l && (s = l.reg[u]), st(s);
}, setState: (l) => ee({ target: o, params: l, defer: 1, scope: O }), reset: (...l) => (k(l, (s) => He(o, ".reset", s, () => o.defaultState)), o), on: (l, s) => He(o, ".on", l, s), off(l) {
let s = pe(o).get(l);
return s && (s(), pe(o).delete(l)), o;
}, map(l, s) {
return !i && O && (F(O, r, 1), i = O), i && (l = i.reg[s]), dt(l);
}, setState: (i) => ee({ target: a, params: i, defer: 1, scope: O }), reset: (...i) => (k(i, (l) => Ke(a, ".reset", l, () => a.defaultState)), a), on: (i, l) => Ke(a, ".on", i, l), off(i) {
let l = pe(a).get(i);
return l && (l(), pe(a).delete(i)), a;
}, map(i, l) {
let f, b;
z(l) && (f = l, l = l.fn), ne(j(s), "second argument of store.map", "updateFilter");
let R = o.getState();
j(R) || (b = l(R, s));
let w = $e(b, { name: `${o.shortName} → *`, derived: 1, and: f }), v = mt(o, w, te, Ue, l);
return qt(de(w), { type: te, fn: l, from: r }), de(w).noInit = 1, Q("storeMap", r, v), w;
}, watch(l, s) {
if (!s || !Ne(l)) {
let f = dt(o, l);
return Q("storeWatch", r, l) || l(o.getState()), f;
z(i) && (f = i, i = i.fn), ne(j(l), "second argument of store.map", "updateFilter");
let R = a.getState();
j(R) || (b = i(R, l));
let w = ve(b, { name: `${a.shortName} → *`, derived: 1, and: f }), v = St(a, w, te, Je, i);
return Ft(de(w), { type: te, fn: i, from: r }), de(w).noInit = 1, Q("storeMap", r, v), w;
}, watch(i, l) {
if (!l || !Ne(i)) {
let f = mt(a, i);
return Q("storeWatch", r, i) || i(a.getState()), f;
}
return $(V(s), "second argument should be a function"), l.watch((f) => s(o.getState(), f));
} }, m = pt("store", o, n), y = o.defaultConfig.updateFilter;
o.graphite = N({ scope: { state: r, fn: y }, node: [H((l, s, f) => (f.scope && !f.scope.reg[r.id] && (f.b = 1), l)), Bt(r), H((l, s, { a: f, b }) => !j(l) && (l !== f || b), 1), y && q(Ue, 1), Se({ from: re, target: r })], child: a, meta: m, regional: 1 });
let d = x(o, "serialize"), S = x(o, "derived"), c = d === "ignore", p = !d || c ? 0 : d, i = x(o, "sid");
return i && (c || Z(o, "storeChange", 1), r.sid = i, p && (r.meta = { ...r == null ? void 0 : r.meta, serialize: p })), i || c || S || Z(o, "warnSerialize", 1), $(S || !j(e), "current state can't be undefined, use null instead"), Be(o, [a]), n != null && n.domain && n.domain.hooks.store(o), S || (o.reinit = A(), o.reset(o.reinit)), o;
return P(V(l), "second argument should be a function"), i.watch((f) => l(a.getState(), f));
} }, m = ht("store", a, n), g = a.defaultConfig.updateFilter;
a.graphite = $({ scope: { state: r, fn: g }, node: [G((i, l, f) => (f.scope && !f.scope.reg[r.id] && (f.b = 1), i)), Ht(r), G((i, l, { a: f, b }) => !j(i) && (i !== f || b), 1), g && q(Je, 1), _e({ from: re, target: r })], child: u, meta: m, regional: 1 });
let p = x(a, "serialize"), S = x(a, "derived"), c = p === "ignore", d = !p || c ? 0 : p, o = x(a, "sid");
return o && (c || Z(a, "storeChange", 1), r.sid = o, d && (r.meta = { ...r == null ? void 0 : r.meta, serialize: d })), o || c || S || Z(a, "warnSerialize", 1), P(S || !j(e), "current state can't be undefined, use null instead"), je(a, [u]), n != null && n.domain && n.domain.hooks.store(a), S || (a.reinit = A(), a.reset(a.reinit)), a;
}
function Rt() {
function kt() {
let e = {};

@@ -188,74 +188,74 @@ return e.req = new Promise((t, n) => {

}
function ot(e, t) {
let n = K(V(e) ? { handler: e } : e, t), r = A(V(e) ? { handler: e } : e, t), a = C(r);
Z(a, "op", r.kind = "effect"), r.use = (i) => ($(V(i), ".use argument should be a function"), S.scope.handler = i, r), r.use.getCurrent = () => S.scope.handler;
let u = r.finally = A({ named: "finally", derived: 1 }), o = r.done = u.filterMap({ named: "done", fn({ status: i, params: l, result: s }) {
if (i === "done")
return { params: l, result: s };
} }), m = r.fail = u.filterMap({ named: "fail", fn({ status: i, params: l, error: s }) {
if (i === "fail")
return { params: l, error: s };
} }), y = r.doneData = o.map({ named: "doneData", fn: ({ result: i }) => i }), d = r.failData = m.map({ named: "failData", fn: ({ error: i }) => i }), S = N({ scope: { handlerId: x(a, "sid"), handler: r.defaultConfig.handler || (() => $(0, `no handler used in ${r.getType()}`)) }, node: [H((i, l, s) => {
let f = l, b = f.handler;
if (I(s)) {
let R = I(s).handlers[f.handlerId];
function lt(e, t) {
let n = K(V(e) ? { handler: e } : e, t), r = A(V(e) ? { handler: e } : e, t), u = C(r);
Z(u, "op", r.kind = "effect"), r.use = (o) => (P(V(o), ".use argument should be a function"), S.scope.handler = o, r), r.use.getCurrent = () => S.scope.handler;
let s = r.finally = A({ named: "finally", derived: 1 }), a = r.done = s.filterMap({ named: "done", fn({ status: o, params: i, result: l }) {
if (o === "done")
return { params: i, result: l };
} }), m = r.fail = s.filterMap({ named: "fail", fn({ status: o, params: i, error: l }) {
if (o === "fail")
return { params: i, error: l };
} }), g = r.doneData = a.map({ named: "doneData", fn: ({ result: o }) => o }), p = r.failData = m.map({ named: "failData", fn: ({ error: o }) => o }), S = $({ scope: { handlerId: x(u, "sid"), handler: r.defaultConfig.handler || (() => P(0, `no handler used in ${r.getType()}`)) }, node: [G((o, i, l) => {
let f = i, b = f.handler;
if (I(l)) {
let R = I(l).handlers[f.handlerId];
R && (b = R);
}
return i.handler = b, i;
}, 0, 1), H(({ params: i, req: l, handler: s, args: f = [i] }, b, R) => {
let w = Jt(R), v = Xe(i, l, 1, u, R, w), _ = Xe(i, l, 0, u, R, w), [h, g] = Yt(s, _, f);
h && (z(g) && V(g.then) ? g.then(v, _) : v(g));
return o.handler = b, o;
}, 0, 1), G(({ params: o, req: i, handler: l, args: f = [o] }, b, R) => {
let w = er(R), v = et(o, i, 1, s, R, w), y = et(o, i, 0, s, R, w), [h, _] = Zt(l, y, f);
h && (z(_) && V(_.then) ? _.then(v, y) : v(_));
}, 0, 1)], meta: { op: "fx", fx: "runner" } });
a.scope.runner = S, D(a.seq, H((i, { runner: l }, s) => {
let f = B(s) ? { params: i, req: { rs(b) {
u.scope.runner = S, M(u.seq, G((o, { runner: i }, l) => {
let f = N(l) ? { params: o, req: { rs(b) {
}, rj(b) {
} } } : i;
return s.meta || (s.meta = { fxID: Tt() }), ee({ target: l, params: f, defer: 1, scope: I(s), meta: s.meta }), f.params;
}, 0, 1)), r.create = (i) => {
let l = Rt(), s = { params: i, req: l };
} } } : o;
return l.meta || (l.meta = { fxID: $t() }), ee({ target: i, params: f, defer: 1, scope: I(l), meta: l.meta }), f.params;
}, 0, 1)), r.create = (o) => {
let i = kt(), l = { params: o, req: i };
if (O && !ce) {
let f = O;
l.req.finally(() => {
Gt(f);
i.req.finally(() => {
Ut(f);
}).catch(() => {
});
}
return ee({ target: r, params: s, scope: O }), l.req;
return ee({ target: r, params: l, scope: O }), i.req;
};
let c = r.inFlight = $e(0, { serialize: "ignore" }).on(r, (i) => i + 1).on(u, (i) => i - 1).map({ fn: (i) => i, named: "inFlight" });
Z(u, "needFxCounter", "dec"), Z(r, "needFxCounter", 1);
let p = r.pending = c.map({ fn: (i) => i > 0, named: "pending" });
return Be(r, [u, o, m, y, d, p, c]), n != null && n.domain && n.domain.hooks.effect(r), r;
let c = r.inFlight = ve(0, { serialize: "ignore" }).on(r, (o) => o + 1).on(s, (o) => o - 1).map({ fn: (o) => o, named: "inFlight" });
Z(s, "needFxCounter", "dec"), Z(r, "needFxCounter", 1);
let d = r.pending = c.map({ fn: (o) => o > 0, named: "pending" });
return je(r, [s, a, m, g, p, d, c]), n != null && n.domain && n.domain.hooks.effect(r), r;
}
let Lt = typeof Symbol < "u" && Symbol.observable || "@@observable", te = "map", re = "stack", C = (e) => e.graphite || e, me = (e) => e.family.owners, ve = (e) => e.family.links, de = (e) => e.stateRef, X = (e) => e.value, pe = (e) => e.subscribers, B = (e) => e.parent, I = (e) => e.scope, x = (e, t) => C(e).meta[t], Z = (e, t, n) => C(e).meta[t] = n, xt = (e) => e.compositeName, Ne = (e) => (V(e) || z(e)) && "kind" in e;
let Vt = typeof Symbol < "u" && Symbol.observable || "@@observable", te = "map", re = "stack", C = (e) => e.graphite || e, me = (e) => e.family.owners, he = (e) => e.family.links, de = (e) => e.stateRef, X = (e) => e.value, pe = (e) => e.subscribers, N = (e) => e.parent, I = (e) => e.scope, x = (e, t) => C(e).meta[t], Z = (e, t, n) => C(e).meta[t] = n, Mt = (e) => e.compositeName, Ne = (e) => (V(e) || z(e)) && "kind" in e;
const ie = (e) => (t) => Ne(t) && t.kind === e;
let Pe = ie("store"), At = ie("event"), Fe = ie("effect"), at = ie("domain"), kt = ie("scope");
var Vt = { __proto__: null, unit: Ne, store: Pe, event: At, effect: Fe, domain: at, scope: kt, attached: (e) => Fe(e) && x(e, "attached") == 1 };
let ze = ie("store"), Dt = ie("event"), Ue = ie("effect"), ut = ie("domain"), Tt = ie("scope");
var Ct = { __proto__: null, unit: Ne, store: ze, event: Dt, effect: Ue, domain: ut, scope: Tt, attached: (e) => Ue(e) && x(e, "attached") == 1 };
let se = (e, t) => {
let n = e.indexOf(t);
n !== -1 && e.splice(n, 1);
}, D = (e, t) => e.push(t), ne = (e, t, n) => !e && console.error(`${t} is deprecated${n ? `, use ${n} instead` : ""}`);
const he = () => {
}, M = (e, t) => e.push(t), ne = (e, t, n) => !e && console.error(`${t} is deprecated${n ? `, use ${n} instead` : ""}`);
const Se = () => {
let e = 0;
return () => "" + ++e;
};
let Dt = he(), it = he(), Mt = he(), Tt = he(), G = null, ut = () => G, Ct = (e) => (e && G && G.sidRoot && (e = `${G.sidRoot}|${e}`), e), Be = (e, t) => {
let It = Se(), st = Se(), Pt = Se(), $t = Se(), W = null, ct = () => W, Bt = (e) => (e && W && W.sidRoot && (e = `${W.sidRoot}|${e}`), e), je = (e, t) => {
let n = C(e);
k(t, (r) => {
let a = C(r);
n.family.type !== "domain" && (a.family.type = "crosslink"), D(me(a), n), D(ve(n), a);
let u = C(r);
n.family.type !== "domain" && (u.family.type = "crosslink"), M(me(u), n), M(he(n), u);
});
}, ue = (e = []) => (Array.isArray(e) ? e : [e]).flat().map(C), z = (e) => typeof e == "object" && e !== null, V = (e) => typeof e == "function", j = (e) => e === void 0, It = (e) => $(z(e) || V(e), "expect first argument be an object");
const Ke = (e, t, n, r) => $(!(!z(e) && !V(e) || !("family" in e) && !("graphite" in e)), `${t}: expect ${n} to be a unit (store, event or effect)${r}`);
let $t = (e, t, n) => {
Array.isArray(e) ? k(e, (r, a) => Ke(r, t, `${a} item of ${n}`, "")) : Ke(e, t, n, " or array of units");
}, Ue = (e, { fn: t }, { a: n }) => t(e, n), Nt = (e, { fn: t }, { a: n }) => t(n, e), ze = (e, { fn: t }) => t(e);
const lt = (e, t, n, r) => {
let a = { id: it(), type: e, data: t };
return n && (a.order = { priority: n }, r && (a.order.barrierID = ++Pt)), a;
}, le = (e = []) => (Array.isArray(e) ? e : [e]).flat().map(C), z = (e) => typeof e == "object" && e !== null, V = (e) => typeof e == "function", j = (e) => e === void 0, Nt = (e) => P(z(e) || V(e), "expect first argument be an object");
const Ye = (e, t, n, r) => P(!(!z(e) && !V(e) || !("family" in e) && !("graphite" in e)), `${t}: expect ${n} to be a unit (store, event or effect)${r}`);
let zt = (e, t, n) => {
Array.isArray(e) ? k(e, (r, u) => Ye(r, t, `${u} item of ${n}`, "")) : Ye(e, t, n, " or array of units");
}, Je = (e, { fn: t }, { a: n }) => t(e, n), jt = (e, { fn: t }, { a: n }) => t(n, e), qe = (e, { fn: t }) => t(e);
const ft = (e, t, n, r) => {
let u = { id: st(), type: e, data: t };
return n && (u.order = { priority: n }, r && (u.order.barrierID = ++qt)), u;
};
let Pt = 0, Se = ({ from: e = "store", store: t, target: n, to: r = n ? "store" : re, batch: a, priority: u }) => lt("mov", { from: e, store: t, to: r, target: n }, u, a), oe = ({ fn: e, batch: t, priority: n, safe: r = 0, filter: a = 0, pure: u = 0 }) => lt("compute", { fn: e, safe: r, filter: a, pure: u }, n, t), je = ({ fn: e }) => oe({ fn: e, priority: "effect" }), H = (e, t, n) => oe({ fn: e, safe: 1, filter: t, priority: n && "effect" }), Bt = (e, t, n) => Se({ store: e, to: t ? re : "a", priority: n && "sampler", batch: 1 }), q = (e = ze, t) => oe({ fn: e, pure: 1, filter: t }), zt = { mov: Se, compute: oe, filter: ({ fn: e, pure: t }) => oe({ fn: e, filter: 1, pure: t }), run: je }, jt = (e) => ({ id: it(), current: e }), st = ({ current: e }) => e, qt = (e, t) => {
e.before || (e.before = []), D(e.before, t);
}, W = null;
const qe = (e, t) => {
let qt = 0, _e = ({ from: e = "store", store: t, target: n, to: r = n ? "store" : re, batch: u, priority: s }) => ft("mov", { from: e, store: t, to: r, target: n }, s, u), ae = ({ fn: e, batch: t, priority: n, safe: r = 0, filter: u = 0, pure: s = 0 }) => ft("compute", { fn: e, safe: r, filter: u, pure: s }, n, t), He = ({ fn: e }) => ae({ fn: e, priority: "effect" }), G = (e, t, n) => ae({ fn: e, safe: 1, filter: t, priority: n && "effect" }), Ht = (e, t, n) => _e({ store: e, to: t ? re : "a", priority: n && "sampler", batch: 1 }), q = (e = qe, t) => ae({ fn: e, pure: 1, filter: t }), Wt = { mov: _e, compute: ae, filter: ({ fn: e, pure: t }) => ae({ fn: e, filter: 1, pure: t }), run: He }, Gt = (e) => ({ id: st(), current: e }), dt = ({ current: e }) => e, Ft = (e, t) => {
e.before || (e.before = []), M(e.before, t);
}, H = null;
const We = (e, t) => {
if (!e)

@@ -266,15 +266,15 @@ return t;

let n;
return (e.v.type === t.v.type && e.v.id > t.v.id || De(e.v.type) > De(t.v.type)) && (n = e, e = t, t = n), n = qe(e.r, t), e.r = e.l, e.l = n, e;
}, We = [];
let Ye = 0;
for (; Ye < 6; )
D(We, { first: null, last: null, size: 0 }), Ye += 1;
const Wt = () => {
return (e.v.type === t.v.type && e.v.id > t.v.id || De(e.v.type) > De(t.v.type)) && (n = e, e = t, t = n), n = We(e.r, t), e.r = e.l, e.l = n, e;
}, Ge = [];
let Qe = 0;
for (; Qe < 6; )
M(Ge, { first: null, last: null, size: 0 }), Qe += 1;
const Kt = () => {
for (let e = 0; e < 6; e++) {
let t = We[e];
let t = Ge[e];
if (t.size > 0) {
if (e === 3 || e === 4) {
t.size -= 1;
let r = W.v;
return W = qe(W.l, W.r), r;
let r = H.v;
return H = We(H.l, H.r), r;
}

@@ -286,5 +286,5 @@ t.size === 1 && (t.last = null);

}
}, P = (e, t, n, r, a, u, o) => Ve(0, { a: null, b: null, node: n, parent: r, value: a, page: t, scope: u, meta: o }, e), Ve = (e, t, n, r = 0) => {
let a = De(n), u = We[a], o = { v: { idx: e, stack: t, type: n, id: r }, l: null, r: null };
a === 3 || a === 4 ? W = qe(W, o) : (u.size === 0 ? u.first = o : u.last.r = o, u.last = o), u.size += 1;
}, B = (e, t, n, r, u, s, a) => Me(0, { a: null, b: null, node: n, parent: r, value: u, page: t, scope: s, meta: a }, e), Me = (e, t, n, r = 0) => {
let u = De(n), s = Ge[u], a = { v: { idx: e, stack: t, type: n, id: r }, l: null, r: null };
u === 3 || u === 4 ? H = We(H, a) : (s.size === 0 ? s.first = a : s.last.r = a, s.last = a), s.size += 1;
}, De = (e) => {

@@ -307,12 +307,12 @@ switch (e) {

}
}, Oe = /* @__PURE__ */ new Set();
let O, le = 1, ce = 0, fe = 0, M = null, Gt = (e) => {
}, be = /* @__PURE__ */ new Set();
let O, ue = 1, ce = 0, fe = 0, D = null, Ut = (e) => {
O = e;
}, Je = (e) => {
M = e;
}, Xe = (e) => {
D = e;
};
const ct = (e, t) => {
const pt = (e, t) => {
if (e) {
for (; e && !e.reg[t]; )
e = B(e);
e = N(e);
if (e)

@@ -323,25 +323,25 @@ return e;

};
let Ht = (e, t, n, r, a) => {
let u = ct(e, r.id);
return u ? u.reg[r.id] : t ? (F(t, r, a), t.reg[r.id]) : r;
let Yt = (e, t, n, r, u) => {
let s = pt(e, r.id);
return s ? s.reg[r.id] : t ? (F(t, r, u), t.reg[r.id]) : r;
};
const Ft = (e) => e;
let F = (e, t, n, r, a) => {
var u;
let o = e.reg, m = t.sid, y = t == null || (u = t.meta) === null || u === void 0 ? void 0 : u.serialize;
if (o[t.id])
const Jt = (e) => e;
let F = (e, t, n, r, u) => {
var s;
let a = e.reg, m = t.sid, g = t == null || (s = t.meta) === null || s === void 0 ? void 0 : s.serialize;
if (a[t.id])
return;
let d = { id: t.id, current: t.current, meta: t.meta };
let p = { id: t.id, current: t.current, meta: t.meta };
if (m && m in e.sidValuesMap && !(m in e.sidIdMap))
d.current = (e.fromSerialize && y !== "ignore" && (y == null ? void 0 : y.read) || Ft)(e.sidValuesMap[m]);
else if (t.before && !a) {
p.current = (e.fromSerialize && g !== "ignore" && (g == null ? void 0 : g.read) || Jt)(e.sidValuesMap[m]);
else if (t.before && !u) {
let S = 0, c = n || !t.noInit || r;
k(t.before, (p) => {
switch (p.type) {
k(t.before, (d) => {
switch (d.type) {
case te: {
let i = p.from;
if (i || p.fn) {
i && F(e, i, n, r);
let l = i && o[i.id].current;
c && (d.current = p.fn ? p.fn(l) : l);
let o = d.from;
if (o || d.fn) {
o && F(e, o, n, r);
let i = o && a[o.id].current;
c && (p.current = d.fn ? d.fn(i) : i);
}

@@ -351,9 +351,9 @@ break;

case "field":
S || (S = 1, d.current = Array.isArray(d.current) ? [...d.current] : { ...d.current }), F(e, p.from, n, r), c && (d.current[p.field] = o[o[p.from.id].id].current);
S || (S = 1, p.current = Array.isArray(p.current) ? [...p.current] : { ...p.current }), F(e, d.from, n, r), c && (p.current[d.field] = a[a[d.from.id].id].current);
}
});
}
m && (e.sidIdMap[m] = t.id), o[t.id] = d;
m && (e.sidIdMap[m] = t.id), a[t.id] = p;
};
const Kt = (e, t, n) => {
const Qt = (e, t, n) => {
try {

@@ -365,21 +365,21 @@ return t(X(n), e.scope, n);

};
let K = (e, t = {}) => (z(e) && (K(e.or, t), Ot(e, (n, r) => {
let K = (e, t = {}) => (z(e) && (K(e.or, t), At(e, (n, r) => {
j(n) || r === "or" || r === "and" || (t[r] = n);
}), K(e.and, t)), t);
const Qe = (e, t) => {
se(e.next, t), se(me(e), t), se(ve(e), t);
}, Me = (e, t, n) => {
const Ze = (e, t) => {
se(e.next, t), se(me(e), t), se(he(e), t);
}, Te = (e, t, n) => {
let r;
e.next.length = 0, e.seq.length = 0, e.scope = null;
let a = ve(e);
for (; r = a.pop(); )
Qe(r, e), (t || n && x(e, "op") !== "sample" || r.family.type === "crosslink") && Me(r, t, x(r, "op") !== "on" && n);
for (a = me(e); r = a.pop(); )
Qe(r, e), n && r.family.type === "crosslink" && Me(r, t, x(r, "op") !== "on" && n);
let u = he(e);
for (; r = u.pop(); )
Ze(r, e), (t || n && x(e, "op") !== "sample" || r.family.type === "crosslink") && Te(r, t, x(r, "op") !== "on" && n);
for (u = me(e); r = u.pop(); )
Ze(r, e), n && r.family.type === "crosslink" && Te(r, t, x(r, "op") !== "on" && n);
}, J = (e) => e.clear();
let Te = (e, { deep: t } = {}) => {
let Ce = (e, { deep: t } = {}) => {
let n = 0;
if (e.ownerSet && e.ownerSet.delete(e), Pe(e))
if (e.ownerSet && e.ownerSet.delete(e), ze(e))
J(pe(e));
else if (at(e)) {
else if (ut(e)) {
n = 1;

@@ -389,24 +389,24 @@ let r = e.history;

}
Me(C(e), !!t, n);
}, ft = (e) => {
let t = () => Te(e);
Te(C(e), !!t, n);
}, vt = (e) => {
let t = () => Ce(e);
return t.unsubscribe = t, t;
}, Ge = (e, t, n, r, a) => N({ node: n, parent: e, child: t, scope: { fn: a }, meta: { op: r }, family: { owners: [e, t], links: t }, regional: 1 }), dt = (e, t) => ($(V(t), ".watch argument should be a function"), ft(N({ scope: { fn: t }, node: [je({ fn: ze })], parent: e, meta: { op: "watch" }, family: { owners: e }, regional: 1 }))), Ut = (e, t, n = "event") => {
B(e) && B(e).hooks[n](t);
}, pt = (e, t, n) => {
let r = K(n), a = e === "domain", u = Dt(), { sid: o = null, named: m = null, domain: y = null, parent: d = y } = r, S = m || r.name || (a ? "" : u), c = bt(S, d), p = { op: t.kind = e, name: t.shortName = S, sid: t.sid = Ct(o), named: m, unitId: t.id = u, serialize: r.serialize, derived: r.derived, config: r };
return t.parent = d, t.compositeName = c, t.defaultConfig = r, t.thru = (i) => (ne(0, "thru", "js pipe"), i(t)), t.getType = () => c.fullName, !a && (t.subscribe = (i) => (It(i), t.watch(V(i) ? i : (l) => i.next && i.next(l))), t[Lt] = () => t), p;
}, Fe = (e, t, n, r, u) => $({ node: n, parent: e, child: t, scope: { fn: u }, meta: { op: r }, family: { owners: [e, t], links: t }, regional: 1 }), mt = (e, t) => (P(V(t), ".watch argument should be a function"), vt($({ scope: { fn: t }, node: [He({ fn: qe })], parent: e, meta: { op: "watch" }, family: { owners: e }, regional: 1 }))), Xt = (e, t, n = "event") => {
N(e) && N(e).hooks[n](t);
}, ht = (e, t, n) => {
let r = K(n), u = e === "domain", s = It(), { sid: a = null, named: m = null, domain: g = null, parent: p = g } = r, S = m || r.name || (u ? "" : s), c = xt(S, p), d = { op: t.kind = e, name: t.shortName = S, sid: t.sid = Bt(a), named: m, unitId: t.id = s, serialize: r.serialize, derived: r.derived, config: r };
return t.parent = p, t.compositeName = c, t.defaultConfig = r, t.thru = (o) => (ne(0, "thru", "js pipe"), o(t)), t.getType = () => c.fullName, !u && (t.subscribe = (o) => (Nt(o), t.watch(V(o) ? o : (i) => o.next && o.next(i))), t[Vt] = () => t), d;
};
const be = (e, t, n, r) => {
let a;
z(n) && (a = n, n = n.fn);
let u = A({ name: `${e.shortName} → *`, derived: 1, and: a });
return Ge(e, u, r, t, n), u;
}, mt = (e, t, n, r, a) => {
let u = de(t), o = Se({ store: u, to: "a", priority: "read" });
n === te && (o.data.softRead = 1);
let m = [o, q(r)];
return Q("storeOnMap", u, m, Pe(e) && de(e)), Ge(e, t, m, n, a);
const Re = (e, t, n, r) => {
let u;
z(n) && (u = n, n = n.fn);
let s = A({ name: `${e.shortName} → *`, derived: 1, and: u });
return Fe(e, s, r, t, n), s;
}, St = (e, t, n, r, u) => {
let s = de(t), a = _e({ store: s, to: "a", priority: "read" });
n === te && (a.data.softRead = 1);
let m = [a, q(r)];
return Q("storeOnMap", s, m, ze(e) && de(e)), Fe(e, t, m, n, u);
};
let Yt = (e, t, n) => {
let Zt = (e, t, n) => {
try {

@@ -417,13 +417,13 @@ return [1, e(...n)];

}
}, Jt = (e) => {
}, er = (e) => {
let t = I(e), n = { ref: t };
return t && D(t.activeEffects, n), n;
}, Xe = (e, t, n, r, a, u) => (o) => {
u.ref && se(u.ref.activeEffects, u), ee({ target: [r, Qt], params: [n ? { status: "done", params: e, result: o } : { status: "fail", params: e, error: o }, { value: o, fn: n ? t.rs : t.rj }], defer: 1, page: a.page, scope: u.ref, meta: a.meta });
return t && M(t.activeEffects, n), n;
}, et = (e, t, n, r, u, s) => (a) => {
s.ref && se(s.ref.activeEffects, s), ee({ target: [r, tr], params: [n ? { status: "done", params: e, result: a } : { status: "fail", params: e, error: a }, { value: a, fn: n ? t.rs : t.rj }], defer: 1, page: u.page, scope: s.ref, meta: u.meta });
};
const Qt = N({ node: [je({ fn: ({ fn: e, value: t }) => e(t) })], meta: { op: "fx", fx: "sidechain" } }), gr = ot(() => {
const tr = $({ node: [He({ fn: ({ fn: e, value: t }) => e(t) })], meta: { op: "fx", fx: "sidechain" } }), Er = lt(() => {
window.isBackFromBrowser = !1, window.history.back();
}), vt = ot((e) => {
}), _t = lt((e) => {
window.history.pushState(e, "");
}), Ce = A(), Ie = A(), ht = A(), St = A(), gt = A(), yt = A(), Xt = A(), _t = A(), Zt = $e({
}), Ie = A(), Pe = A(), $e = A(), Be = A(), rr = A(), gt = A(), tt = A(), nr = ve({
activeView: null,

@@ -433,25 +433,20 @@ activePanel: null,

activePopout: null,
isRouteInit: !1
}).on(Ce, (e, t) => ({
isRouteInit: !1,
isBackHandled: !0
}).on(Ie, (e, t) => ({
...e,
activeView: t
})).on(Ie, (e, t) => ({
})).on(Pe, (e, t) => ({
...e,
activePanel: t
})).on(ht, (e, t) => ({
})).on($e, (e, t) => ({
...e,
activeModal: t
})).on(gt, (e, t) => ({
})).on(Be, (e, t) => ({
...e,
activeModal: t
})).on(St, (e, t) => ({
...e,
activePopout: t
})).on(yt, (e, t) => ({
})).on(gt, (e) => ({
...e,
activePopout: t
})).on(_t, (e) => ({
...e,
isRouteInit: !0
})).on(Xt, (e, t) => ({
})).on(rr, (e, t) => ({
...e,

@@ -463,20 +458,20 @@ activeView: t.hasOwnProperty("view") ? t.view : e.activeView,

}));
function er(e) {
function ar(e) {
return e && e.__esModule && Object.prototype.hasOwnProperty.call(e, "default") ? e.default : e;
}
var Ze = {}, tr = {
var rt = {}, or = {
get exports() {
return Ze;
return rt;
},
set exports(e) {
Ze = e;
rt = e;
}
}, Re = {}, ae = {}, rr = {
}, Le = {}, oe = {}, ir = {
get exports() {
return ae;
return oe;
},
set exports(e) {
ae = e;
oe = e;
}
}, Le = {};
}, Ae = {};
/**

@@ -491,28 +486,28 @@ * @license React

*/
var et;
function nr() {
if (et)
return Le;
et = 1;
var nt;
function lr() {
if (nt)
return Ae;
nt = 1;
var e = T;
function t(c, p) {
return c === p && (c !== 0 || 1 / c === 1 / p) || c !== c && p !== p;
function t(c, d) {
return c === d && (c !== 0 || 1 / c === 1 / d) || c !== c && d !== d;
}
var n = typeof Object.is == "function" ? Object.is : t, r = e.useState, a = e.useEffect, u = e.useLayoutEffect, o = e.useDebugValue;
function m(c, p) {
var i = p(), l = r({ inst: { value: i, getSnapshot: p } }), s = l[0].inst, f = l[1];
return u(function() {
s.value = i, s.getSnapshot = p, y(s) && f({ inst: s });
}, [c, i, p]), a(function() {
return y(s) && f({ inst: s }), c(function() {
y(s) && f({ inst: s });
var n = typeof Object.is == "function" ? Object.is : t, r = e.useState, u = e.useEffect, s = e.useLayoutEffect, a = e.useDebugValue;
function m(c, d) {
var o = d(), i = r({ inst: { value: o, getSnapshot: d } }), l = i[0].inst, f = i[1];
return s(function() {
l.value = o, l.getSnapshot = d, g(l) && f({ inst: l });
}, [c, o, d]), u(function() {
return g(l) && f({ inst: l }), c(function() {
g(l) && f({ inst: l });
});
}, [c]), o(i), i;
}, [c]), a(o), o;
}
function y(c) {
var p = c.getSnapshot;
function g(c) {
var d = c.getSnapshot;
c = c.value;
try {
var i = p();
return !n(c, i);
var o = d();
return !n(c, o);
} catch {

@@ -522,7 +517,7 @@ return !0;

}
function d(c, p) {
return p();
function p(c, d) {
return d();
}
var S = typeof window > "u" || typeof window.document > "u" || typeof window.document.createElement > "u" ? d : m;
return Le.useSyncExternalStore = e.useSyncExternalStore !== void 0 ? e.useSyncExternalStore : S, Le;
var S = typeof window > "u" || typeof window.document > "u" || typeof window.document.createElement > "u" ? p : m;
return Ae.useSyncExternalStore = e.useSyncExternalStore !== void 0 ? e.useSyncExternalStore : S, Ae;
}

@@ -539,5 +534,5 @@ var xe = {};

*/
var tt;
function or() {
return tt || (tt = 1, process.env.NODE_ENV !== "production" && function() {
var at;
function ur() {
return at || (at = 1, process.env.NODE_ENV !== "production" && function() {
typeof __REACT_DEVTOOLS_GLOBAL_HOOK__ < "u" && typeof __REACT_DEVTOOLS_GLOBAL_HOOK__.registerInternalModuleStart == "function" && __REACT_DEVTOOLS_GLOBAL_HOOK__.registerInternalModuleStart(new Error());

@@ -547,12 +542,12 @@ var e = T, t = e.__SECRET_INTERNALS_DO_NOT_USE_OR_YOU_WILL_BE_FIRED;

{
for (var v = arguments.length, _ = new Array(v > 1 ? v - 1 : 0), h = 1; h < v; h++)
_[h - 1] = arguments[h];
r("error", w, _);
for (var v = arguments.length, y = new Array(v > 1 ? v - 1 : 0), h = 1; h < v; h++)
y[h - 1] = arguments[h];
r("error", w, y);
}
}
function r(w, v, _) {
function r(w, v, y) {
{
var h = t.ReactDebugCurrentFrame, g = h.getStackAddendum();
g !== "" && (v += "%s", _ = _.concat([g]));
var E = _.map(function(L) {
var h = t.ReactDebugCurrentFrame, _ = h.getStackAddendum();
_ !== "" && (v += "%s", y = y.concat([_]));
var E = y.map(function(L) {
return String(L);

@@ -563,14 +558,14 @@ });

}
function a(w, v) {
function u(w, v) {
return w === v && (w !== 0 || 1 / w === 1 / v) || w !== w && v !== v;
}
var u = typeof Object.is == "function" ? Object.is : a, o = e.useState, m = e.useEffect, y = e.useLayoutEffect, d = e.useDebugValue, S = !1, c = !1;
function p(w, v, _) {
var s = typeof Object.is == "function" ? Object.is : u, a = e.useState, m = e.useEffect, g = e.useLayoutEffect, p = e.useDebugValue, S = !1, c = !1;
function d(w, v, y) {
S || e.startTransition !== void 0 && (S = !0, n("You are using an outdated, pre-release alpha of React 18 that does not support useSyncExternalStore. The use-sync-external-store shim will not work correctly. Upgrade to a newer pre-release."));
var h = v();
if (!c) {
var g = v();
u(h, g) || (n("The result of getSnapshot should be cached to avoid an infinite loop"), c = !0);
var _ = v();
s(h, _) || (n("The result of getSnapshot should be cached to avoid an infinite loop"), c = !0);
}
var E = o({
var E = a({
inst: {

@@ -581,12 +576,12 @@ value: h,

}), L = E[0].inst, U = E[1];
return y(function() {
L.value = h, L.getSnapshot = v, i(L) && U({
return g(function() {
L.value = h, L.getSnapshot = v, o(L) && U({
inst: L
});
}, [w, h, v]), m(function() {
i(L) && U({
o(L) && U({
inst: L
});
var ge = function() {
i(L) && U({
o(L) && U({
inst: L

@@ -596,9 +591,9 @@ });

return w(ge);
}, [w]), d(h), h;
}, [w]), p(h), h;
}
function i(w) {
var v = w.getSnapshot, _ = w.value;
function o(w) {
var v = w.getSnapshot, y = w.value;
try {
var h = v();
return !u(_, h);
return !s(y, h);
} catch {

@@ -608,6 +603,6 @@ return !0;

}
function l(w, v, _) {
function i(w, v, y) {
return v();
}
var s = typeof window < "u" && typeof window.document < "u" && typeof window.document.createElement < "u", f = !s, b = f ? l : p, R = e.useSyncExternalStore !== void 0 ? e.useSyncExternalStore : b;
var l = typeof window < "u" && typeof window.document < "u" && typeof window.document.createElement < "u", f = !l, b = f ? i : d, R = e.useSyncExternalStore !== void 0 ? e.useSyncExternalStore : b;
xe.useSyncExternalStore = R, typeof __REACT_DEVTOOLS_GLOBAL_HOOK__ < "u" && typeof __REACT_DEVTOOLS_GLOBAL_HOOK__.registerInternalModuleStop == "function" && __REACT_DEVTOOLS_GLOBAL_HOOK__.registerInternalModuleStop(new Error());

@@ -617,5 +612,5 @@ }()), xe;

(function(e) {
process.env.NODE_ENV === "production" ? e.exports = nr() : e.exports = or();
})(rr);
const ar = /* @__PURE__ */ er(ae);
process.env.NODE_ENV === "production" ? e.exports = lr() : e.exports = ur();
})(ir);
const sr = /* @__PURE__ */ ar(oe);
/**

@@ -630,48 +625,48 @@ * @license React

*/
var rt;
function ir() {
if (rt)
return Re;
rt = 1;
var e = T, t = ae;
function n(d, S) {
return d === S && (d !== 0 || 1 / d === 1 / S) || d !== d && S !== S;
var ot;
function cr() {
if (ot)
return Le;
ot = 1;
var e = T, t = oe;
function n(p, S) {
return p === S && (p !== 0 || 1 / p === 1 / S) || p !== p && S !== S;
}
var r = typeof Object.is == "function" ? Object.is : n, a = t.useSyncExternalStore, u = e.useRef, o = e.useEffect, m = e.useMemo, y = e.useDebugValue;
return Re.useSyncExternalStoreWithSelector = function(d, S, c, p, i) {
var l = u(null);
if (l.current === null) {
var s = { hasValue: !1, value: null };
l.current = s;
var r = typeof Object.is == "function" ? Object.is : n, u = t.useSyncExternalStore, s = e.useRef, a = e.useEffect, m = e.useMemo, g = e.useDebugValue;
return Le.useSyncExternalStoreWithSelector = function(p, S, c, d, o) {
var i = s(null);
if (i.current === null) {
var l = { hasValue: !1, value: null };
i.current = l;
} else
s = l.current;
l = m(function() {
l = i.current;
i = m(function() {
function b(h) {
if (!R) {
if (R = !0, w = h, h = p(h), i !== void 0 && s.hasValue) {
var g = s.value;
if (i(g, h))
return v = g;
if (R = !0, w = h, h = d(h), o !== void 0 && l.hasValue) {
var _ = l.value;
if (o(_, h))
return v = _;
}
return v = h;
}
if (g = v, r(w, h))
return g;
var E = p(h);
return i !== void 0 && i(g, E) ? g : (w = h, v = E);
if (_ = v, r(w, h))
return _;
var E = d(h);
return o !== void 0 && o(_, E) ? _ : (w = h, v = E);
}
var R = !1, w, v, _ = c === void 0 ? null : c;
var R = !1, w, v, y = c === void 0 ? null : c;
return [function() {
return b(S());
}, _ === null ? void 0 : function() {
return b(_());
}, y === null ? void 0 : function() {
return b(y());
}];
}, [S, c, p, i]);
var f = a(d, l[0], l[1]);
return o(function() {
s.hasValue = !0, s.value = f;
}, [f]), y(f), f;
}, Re;
}, [S, c, d, o]);
var f = u(p, i[0], i[1]);
return a(function() {
l.hasValue = !0, l.value = f;
}, [f]), g(f), f;
}, Le;
}
var Ae = {};
var ke = {};
/**

@@ -686,35 +681,35 @@ * @license React

*/
var nt;
function ur() {
return nt || (nt = 1, process.env.NODE_ENV !== "production" && function() {
var it;
function fr() {
return it || (it = 1, process.env.NODE_ENV !== "production" && function() {
typeof __REACT_DEVTOOLS_GLOBAL_HOOK__ < "u" && typeof __REACT_DEVTOOLS_GLOBAL_HOOK__.registerInternalModuleStart == "function" && __REACT_DEVTOOLS_GLOBAL_HOOK__.registerInternalModuleStart(new Error());
var e = T, t = ae;
var e = T, t = oe;
function n(S, c) {
return S === c && (S !== 0 || 1 / S === 1 / c) || S !== S && c !== c;
}
var r = typeof Object.is == "function" ? Object.is : n, a = t.useSyncExternalStore, u = e.useRef, o = e.useEffect, m = e.useMemo, y = e.useDebugValue;
function d(S, c, p, i, l) {
var s = u(null), f;
s.current === null ? (f = {
var r = typeof Object.is == "function" ? Object.is : n, u = t.useSyncExternalStore, s = e.useRef, a = e.useEffect, m = e.useMemo, g = e.useDebugValue;
function p(S, c, d, o, i) {
var l = s(null), f;
l.current === null ? (f = {
hasValue: !1,
value: null
}, s.current = f) : f = s.current;
}, l.current = f) : f = l.current;
var b = m(function() {
var _ = !1, h, g, E = function(Y) {
if (!_) {
_ = !0, h = Y;
var ye = i(Y);
if (l !== void 0 && f.hasValue) {
var _e = f.value;
if (l(_e, ye))
return g = _e, _e;
var y = !1, h, _, E = function(Y) {
if (!y) {
y = !0, h = Y;
var ye = o(Y);
if (i !== void 0 && f.hasValue) {
var we = f.value;
if (i(we, ye))
return _ = we, we;
}
return g = ye, ye;
return _ = ye, ye;
}
var Et = h, we = g;
if (r(Et, Y))
return we;
var Ee = i(Y);
return l !== void 0 && l(we, Ee) ? we : (h = Y, g = Ee, Ee);
}, L = p === void 0 ? null : p, U = function() {
var Lt = h, Ee = _;
if (r(Lt, Y))
return Ee;
var Oe = o(Y);
return i !== void 0 && i(Ee, Oe) ? Ee : (h = Y, _ = Oe, Oe);
}, L = d === void 0 ? null : d, U = function() {
return E(c());

@@ -725,40 +720,40 @@ }, ge = L === null ? void 0 : function() {

return [U, ge];
}, [c, p, i, l]), R = b[0], w = b[1], v = a(S, R, w);
return o(function() {
}, [c, d, o, i]), R = b[0], w = b[1], v = u(S, R, w);
return a(function() {
f.hasValue = !0, f.value = v;
}, [v]), y(v), v;
}, [v]), g(v), v;
}
Ae.useSyncExternalStoreWithSelector = d, typeof __REACT_DEVTOOLS_GLOBAL_HOOK__ < "u" && typeof __REACT_DEVTOOLS_GLOBAL_HOOK__.registerInternalModuleStop == "function" && __REACT_DEVTOOLS_GLOBAL_HOOK__.registerInternalModuleStop(new Error());
}()), Ae;
ke.useSyncExternalStoreWithSelector = p, typeof __REACT_DEVTOOLS_GLOBAL_HOOK__ < "u" && typeof __REACT_DEVTOOLS_GLOBAL_HOOK__.registerInternalModuleStop == "function" && __REACT_DEVTOOLS_GLOBAL_HOOK__.registerInternalModuleStop(new Error());
}()), ke;
}
(function(e) {
process.env.NODE_ENV === "production" ? e.exports = ir() : e.exports = ur();
})(tr);
function lr(e, t, n, r) {
let a = [zt.run({ fn: (u) => t(u) })];
if (r && a.unshift(r), n) {
let u = N({ node: a }), o = e.graphite.id, m = n.additionalLinks, y = m[o] || [];
return m[o] = y, y.push(u), () => {
let d = y.indexOf(u);
d !== -1 && y.splice(d, 1), Te(u);
process.env.NODE_ENV === "production" ? e.exports = cr() : e.exports = fr();
})(or);
function dr(e, t, n, r) {
let u = [Wt.run({ fn: (s) => t(s) })];
if (r && u.unshift(r), n) {
let s = $({ node: u }), a = e.graphite.id, m = n.additionalLinks, g = m[a] || [];
return m[a] = g, g.push(s), () => {
let p = g.indexOf(s);
p !== -1 && g.splice(p, 1), Ce(s);
};
}
{
let u = N({ node: a, parent: [e], family: { owners: e } });
let s = $({ node: u, parent: [e], family: { owners: e } });
return () => {
Te(u);
Ce(s);
};
}
}
function sr(e, t) {
Vt.store(e) || wt("expect useStore argument to be a store");
let n = T.useCallback((a) => lr(e, a, t), [e, t]), r = T.useCallback(() => pr(e, t), [e, t]);
return dr(n, r, r);
function pr(e, t) {
Ct.store(e) || wt("expect useStore argument to be a store");
let n = T.useCallback((u) => dr(e, u, t), [e, t]), r = T.useCallback(() => hr(e, t), [e, t]);
return mr(n, r, r);
}
function cr(e) {
let t = T.useContext(mr);
function vr(e) {
let t = T.useContext(Sr);
return e && !t && wt("No scope found, consider adding <Provider> to app root"), t;
}
function fr(e, t) {
return sr(e, cr(t == null ? void 0 : t.forceScope));
function yt(e, t) {
return pr(e, vr(t == null ? void 0 : t.forceScope));
}

@@ -769,15 +764,34 @@ let wt = (e) => {

typeof window < "u" ? T.useLayoutEffect : T.useEffect;
const { useSyncExternalStore: dr } = ar, pr = (e, t) => t ? t.getState(e) : e.getState(), mr = T.createContext(null), vr = (e, t, n) => {
ke(() => {
const r = (a) => {
a instanceof KeyboardEvent && a.key === n ? t(a) : n || t(a);
const { useSyncExternalStore: mr } = sr, hr = (e, t) => t ? t.getState(e) : e.getState(), Sr = T.createContext(null), _r = (e, t, n) => {
Ve(() => {
const r = (u) => {
u instanceof KeyboardEvent && u.key === n ? t(u) : n || t(u);
};
return window.addEventListener(e, r), () => window.removeEventListener(e, r);
}, [e, n, t]);
}, yr = (e, ...t) => {
const { activeView: n, activePanel: r, activeModal: a, activePopout: u, isRouteInit: o } = hr();
ke(() => {
o || (Ce(e.view), Ie(e.panel), e.modal && ht(e.modal), e.popout && St(e.popout), _t());
}, [o, e.view, e.panel, e.modal, e.popout]), ke(() => {
const m = window.history.state ?? {
}, Et = A(), Ot = A(), bt = A(), Rt = A(), gr = ve({
virtualView: null,
virtualPanel: null,
virtualModal: null,
virtualPopout: null
}).on(Et, (e, t) => ({
...e,
virtualView: t
})).on(Ot, (e, t) => ({
...e,
virtualPanel: t
})).on(bt, (e, t) => ({
...e,
virtualModal: t
})).on(Rt, (e, t) => ({
...e,
virtualPopout: t
})), Or = (e, ...t) => {
const { activeView: n, activePanel: r, activeModal: u, activePopout: s, isRouteInit: a, isBackHandled: m } = yr();
Ve(() => {
a || (Et(e.view), Ot(e.panel), e.modal && bt(e.modal), e.popout && Rt(e.popout), gt());
}, [a, e.view, e.panel, e.modal, e.popout]);
const { virtualView: g, virtualPanel: p, virtualModal: S, virtualPopout: c } = yt(gr);
Ve(() => {
const d = window.history.state ?? {
view: void 0,

@@ -788,11 +802,19 @@ panel: void 0,

};
o && (m.view !== n || m.panel !== r || m.modal !== a || m.popout !== u) && vt({
a && m && (d.view !== g || d.panel !== p || d.modal !== S || d.popout !== c) && (Ie(g), Pe(p), $e(S), Be(c), _t({
view: n,
panel: r,
modal: a,
popout: u
});
}, [n, r, a, u, o]), vr("popstate", async () => {
o && (await (async () => {
const { view: y, panel: d, modal: S, popout: c } = window.history.state ?? {
modal: u,
popout: s
}));
}, [
g,
p,
S,
c,
a,
m
]), _r("popstate", async () => {
a && (await (async () => {
tt(!1);
const { view: o, panel: i, modal: l, popout: f } = window.history.state ?? {
view: void 0,

@@ -803,29 +825,31 @@ panel: void 0,

};
console.log("prevRoutes", y, d, S, c), console.log("storeRoutes", n, r, a, u);
for (const p in t)
if (!await t[p]({
console.log("prevRoutes", o, i, l, f), console.log("storeRoutes", n, r, u, s);
for (const b in t)
if (!await t[b]({
view: n,
panel: r,
modal: a,
popout: u
}, { view: y, panel: d, modal: S, popout: c }))
modal: u,
popout: s
}, { view: o, panel: i, modal: l, popout: f }))
return;
Ce(y), Ie(d), gt(S), yt(c);
Ie(o), Pe(i), $e(l), Be(f), tt(!0);
})(), window.isBackFromBrowser = !0);
});
}, hr = () => fr(Zt), _r = (e) => e, wr = (e, t) => (n, r) => ["view", "panel", "modal", "popout"].some((u) => n[u] === e && n[u] !== r[u]) && window.isBackFromBrowser ? (t && t(n, r), vt(n), !1) : !0;
}, yr = () => yt(nr), br = (e) => e, Rr = (e, t) => (n, r) => ["view", "panel", "modal", "popout"].some((s) => n[s] === e && n[s] !== r[s]) && window.isBackFromBrowser ? (t && t(n, r), _t(n), !1) : !0;
export {
gt as _setActiveModal,
yt as _setActivePopout,
gr as back,
wr as createDisableBackBrowserRouteMiddleware,
_r as createRouteMiddleware,
vt as historyPush,
ht as setActiveModal,
Ie as setActivePanel,
St as setActivePopout,
Ce as setActiveView,
Xt as setRoutes,
yr as useInitRouter,
hr as useRouter
$e as _setActiveModal,
Pe as _setActivePanel,
Be as _setActivePopout,
Ie as _setActiveView,
Er as back,
Rr as createDisableBackBrowserRouteMiddleware,
br as createRouteMiddleware,
_t as historyPush,
bt as setActiveModal,
Ot as setActivePanel,
Rt as setActivePopout,
Et as setActiveView,
rr as setRoutes,
Or as useInitRouter,
yr as useRouter
};
import { SetRoutes } from "src/types";
export declare const setActiveView: import("effector").Event<string>;
export declare const setActivePanel: import("effector").Event<string>;
export declare const setActiveModal: import("effector").Event<string>;
export declare const setActivePopout: import("effector").Event<string>;
export declare const _setActiveView: import("effector").Event<string>;
export declare const _setActivePanel: import("effector").Event<string>;
export declare const _setActiveModal: import("effector").Event<string | null>;

@@ -10,1 +8,2 @@ export declare const _setActivePopout: import("effector").Event<string | null>;

export declare const initRoute: import("effector").Event<void>;
export declare const setBackHandled: import("effector").Event<boolean>;

@@ -7,4 +7,5 @@ type Store = {

isRouteInit: boolean;
isBackHandled: boolean;
};
export declare const $router: import("effector").Store<Store>;
export {};

@@ -9,4 +9,5 @@ import { InitRouteOptions, RouteMiddleware, Routes } from "./types";

isRouteInit: boolean;
isBackHandled: boolean;
};
export declare const createRouteMiddleware: (callback: RouteMiddleware) => RouteMiddleware;
export declare const createDisableBackBrowserRouteMiddleware: (route: string, callback?: ((storeRoutes: Routes, prevRoutes: Routes) => void | Promise<void>) | undefined) => (storeRoutes: Routes, prevRoutes: Routes) => boolean;
{
"name": "@blumjs/router",
"version": "1.1.2",
"version": "2.0.0",
"description": "",

@@ -5,0 +5,0 @@ "exports": {

Sorry, the diff of this file is not supported yet

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