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vuetify-drilldown-table.es.js
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import { Fragment as re, reactive as zt, computed as g, watchEffect as Me, toRefs as sn, isVNode as Jr, Comment as Zr, capitalize as Pt, unref as y, warn as Al, ref as Y, provide as be, inject as fe, shallowRef as ae, defineComponent as Qe, camelize as No, h as Bt, getCurrentInstance as Qr, onBeforeUnmount as it, watch as te, readonly as un, onScopeDispose as Pe, effectScope as cn, toRaw as Xe, TransitionGroup as es, Transition as st, createVNode as v, mergeProps as Q, onBeforeMount as dn, nextTick as $e, withDirectives as Ne, resolveDirective as ut, vShow as At, isRef as _t, onMounted as ct, toRef as X, Text as ts, resolveDynamicComponent as jo, Teleport as ls, cloneVNode as ns, createTextVNode as rl, withModifiers as ql, toDisplayString as Ro, renderSlot as de, openBlock as Z, createElementBlock as ce, normalizeClass as ue, normalizeStyle as Ie, createElementVNode as We, createBlock as he, withCtx as ie, normalizeProps as ke, guardReactiveProps as Oe, createCommentVNode as Se, useSlots as Ht, renderList as Re, toHandlers as os, getCurrentScope as as, mergeDefaults as rs, useAttrs as ss, onUnmounted as is, resolveComponent as us, createSlots as nt } from "vue";
import { useTheme as _l } from "vuetify";
/**
* @name @wdns/vuetify-drilldown-table
* @version 1.0.0
* @description The Vuetify Drilldown Table is a powerful component that enhances the functionality of the Vuetify framework's VDataTable and VDataTableServer. It provides a recursive table structure, allowing you to display hierarchical data in a nested format.
* @author WebDevNerdStuff & Bunnies... lots and lots of bunnies! <[email protected]> (https://webdevnerdstuff.com)
* @copyright Copyright 2023, WebDevNerdStuff
* @homepage https://webdevnerdstuff.github.io/vuetify-drilldown-table/
* @repository https://github.com/webdevnerdstuff/vuetify-drilldown-table
* @license MIT License
*/
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o.style.removeProperty("pointer-events");
}, onBeforeLeave(o) {
o.style.pointerEvents = "none";
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const { x: r, y: s, sx: i, sy: c, speed: m } = oo(e.target, o);
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o.style.removeProperty("pointer-events");
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let c = t.top + t.height / 2;
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let { slots: t } = n;
const { transition: l, disabled: o, ...a } = e, { component: r = st, ...s } = typeof l == "object" ? l : {};
return Bt(r, Q(typeof l == "string" ? { name: o ? "" : l } : s, a, { disabled: o }), t);
};
function ro(e, n) {
var l;
const t = (l = e._observe) == null ? void 0 : l[n.instance.$.uid];
t && (t.observer.unobserve(e), delete e._observe[n.instance.$.uid]);
}
const ua = { mounted: function(e, n) {
if (!pn)
return;
const t = n.modifiers || {}, l = n.value, { handler: o, options: a } = typeof l == "object" ? l : { handler: l, options: {} }, r = new IntersectionObserver(function() {
var f;
let s = arguments.length > 0 && arguments[0] !== void 0 ? arguments[0] : [], i = arguments.length > 1 ? arguments[1] : void 0;
const c = (f = e._observe) == null ? void 0 : f[n.instance.$.uid];
if (!c)
return;
const m = s.some((d) => d.isIntersecting);
!o || t.quiet && !c.init || t.once && !m && !c.init || o(m, s, i), m && t.once ? ro(e, n) : c.init = !0;
}, a);
e._observe = Object(e._observe), e._observe[n.instance.$.uid] = { init: !1, observer: r }, r.observe(e);
}, unmounted: ro }, Bs = R({ alt: String, cover: Boolean, draggable: { type: [Boolean, String], default: void 0 }, eager: Boolean, gradient: String, lazySrc: String, options: { type: Object, default: () => ({ root: void 0, rootMargin: void 0, threshold: void 0 }) }, sizes: String, src: { type: [String, Object], default: "" }, crossorigin: String, referrerpolicy: String, srcset: String, position: String, ...ia(), ...se(), ...Kt() }, "VImg"), As = J()({ name: "VImg", directives: { intersect: ua }, props: Bs(), emits: { loadstart: (e) => !0, load: (e) => !0, error: (e) => !0 }, setup(e, n) {
let { emit: t, slots: l } = n;
const o = ae(""), a = Y(), r = ae(e.eager ? "loading" : "idle"), s = ae(), i = ae(), c = g(() => e.src && typeof e.src == "object" ? { src: e.src.src, srcset: e.srcset || e.src.srcset, lazySrc: e.lazySrc || e.src.lazySrc, aspect: Number(e.aspectRatio || e.src.aspect || 0) } : { src: e.src, srcset: e.srcset, lazySrc: e.lazySrc, aspect: Number(e.aspectRatio || 0) }), m = g(() => c.value.aspect || s.value / i.value || 0);
function f(_) {
if ((!e.eager || !_) && (!pn || _ || e.eager)) {
if (r.value = "loading", c.value.lazySrc) {
const x = new Image();
x.src = c.value.lazySrc, h(x, null);
}
c.value.src && $e(() => {
var x;
t("loadstart", ((x = a.value) == null ? void 0 : x.currentSrc) || c.value.src), setTimeout(() => {
var T;
if ((T = a.value) != null && T.complete) {
if (a.value.naturalWidth || p(), r.value === "error")
return;
m.value || h(a.value, null), r.value === "loading" && d();
} else
m.value || h(a.value), b();
});
});
}
}
function d() {
var _;
b(), h(a.value), r.value = "loaded", t("load", ((_ = a.value) == null ? void 0 : _.currentSrc) || c.value.src);
}
function p() {
var _;
r.value = "error", t("error", ((_ = a.value) == null ? void 0 : _.currentSrc) || c.value.src);
}
function b() {
const _ = a.value;
_ && (o.value = _.currentSrc || _.src);
}
te(() => e.src, () => {
f(r.value !== "idle");
}), te(m, (_, x) => {
!_ && x && a.value && h(a.value);
}), dn(() => f());
let u = -1;
function h(_) {
let x = arguments.length > 1 && arguments[1] !== void 0 ? arguments[1] : 100;
const T = () => {
clearTimeout(u);
const { naturalHeight: w, naturalWidth: M } = _;
w || M ? (s.value = M, i.value = w) : _.complete || r.value !== "loading" || x == null ? (_.currentSrc.endsWith(".svg") || _.currentSrc.startsWith("data:image/svg+xml")) && (s.value = 1, i.value = 1) : u = window.setTimeout(T, x);
};
T();
}
const S = g(() => ({ "v-img__img--cover": e.cover, "v-img__img--contain": !e.cover })), B = () => {
var T;
if (!c.value.src || r.value === "idle")
return null;
const _ = v("img", { class: ["v-img__img", S.value], style: { objectPosition: e.position }, src: c.value.src, srcset: c.value.srcset, alt: e.alt, crossorigin: e.crossorigin, referrerpolicy: e.referrerpolicy, draggable: e.draggable, sizes: e.sizes, ref: a, onLoad: d, onError: p }, null), x = (T = l.sources) == null ? void 0 : T.call(l);
return v(Ye, { transition: e.transition, appear: !0 }, { default: () => [Ne(x ? v("picture", { class: "v-img__picture" }, [x, _]) : _, [[At, r.value === "loaded"]])] });
}, $ = () => v(Ye, { transition: e.transition }, { default: () => [c.value.lazySrc && r.value !== "loaded" && v("img", { class: ["v-img__img", "v-img__img--preload", S.value], style: { objectPosition: e.position }, src: c.value.lazySrc, alt: e.alt, crossorigin: e.crossorigin, referrerpolicy: e.referrerpolicy, draggable: e.draggable }, null)] }), k = () => l.placeholder ? v(Ye, { transition: e.transition, appear: !0 }, { default: () => [(r.value === "loading" || r.value === "error" && !l.error) && v("div", { class: "v-img__placeholder" }, [l.placeholder()])] }) : null, C = () => l.error ? v(Ye, { transition: e.transition, appear: !0 }, { default: () => [r.value === "error" && v("div", { class: "v-img__error" }, [l.error()])] }) : null, A = () => e.gradient ? v("div", { class: "v-img__gradient", style: { backgroundImage: `linear-gradient(${e.gradient})` } }, null) : null, I = ae(!1);
{
const _ = te(m, (x) => {
x && (requestAnimationFrame(() => {
requestAnimationFrame(() => {
I.value = !0;
});
}), _());
});
}
return ne(() => {
const _ = ao.filterProps(e);
return Ne(v(ao, Q({ class: ["v-img", { "v-img--booting": !I.value }, e.class], style: [{ width: ee(e.width === "auto" ? s.value : e.width) }, e.style] }, _, { aspectRatio: m.value, "aria-label": e.alt, role: e.alt ? "img" : void 0 }), { additional: () => v(re, null, [v(B, null, null), v($, null, null), v(A, null, null), v(k, null, null), v(C, null, null)]), default: l.default }), [[ut("intersect"), { handler: f, options: e.options }, null, { once: !0 }]]);
}), { currentSrc: o, image: a, state: r, naturalWidth: s, naturalHeight: i };
} }), qt = R({ border: [Boolean, Number, String] }, "border");
function Ut(e) {
let n = arguments.length > 1 && arguments[1] !== void 0 ? arguments[1] : He();
return { borderClasses: g(() => {
const t = _t(e) ? e.value : e.border, l = [];
if (t === !0 || t === "")
l.push(`${n}--border`);
else if (typeof t == "string" || t === 0)
for (const o of String(t).split(" "))
l.push(`border-${o}`);
return l;
}) };
}
function bn(e) {
return fn(() => {
const n = [], t = {};
if (e.value.background)
if (Nl(e.value.background)) {
if (t.backgroundColor = e.value.background, !e.value.text && Nl(l = e.value.background) && !/^((rgb|hsl)a?\()?var\(--/.test(l)) {
const o = Vt(e.value.background);
if (o.a == null || o.a === 1) {
const a = function(r) {
const s = Math.abs(Zn(Vt(0), Vt(r)));
return Math.abs(Zn(Vt(16777215), Vt(r))) > Math.min(s, 50) ? "#fff" : "#000";
}(o);
t.color = a, t.caretColor = a;
}
}
} else
n.push(`bg-${e.value.background}`);
var l;
return e.value.text && (Nl(e.value.text) ? (t.color = e.value.text, t.caretColor = e.value.text) : n.push(`text-${e.value.text}`)), { colorClasses: n, colorStyles: t };
});
}
function Ge(e, n) {
const t = g(() => ({ text: _t(e) ? e.value : n ? e[n] : null })), { colorClasses: l, colorStyles: o } = bn(t);
return { textColorClasses: l, textColorStyles: o };
}
function Ze(e, n) {
const t = g(() => ({ background: _t(e) ? e.value : n ? e[n] : null })), { colorClasses: l, colorStyles: o } = bn(t);
return { backgroundColorClasses: l, backgroundColorStyles: o };
}
const Ft = R({ elevation: { type: [Number, String], validator(e) {
const n = parseInt(e);
return !isNaN(n) && n >= 0 && n <= 24;
} } }, "elevation");
function $t(e) {
return { elevationClasses: g(() => {
const n = _t(e) ? e.value : e.elevation, t = [];
return n == null || t.push(`elevation-${n}`), t;
}) };
}
const et = R({ rounded: { type: [Boolean, Number, String], default: void 0 } }, "rounded");
function tt(e) {
let n = arguments.length > 1 && arguments[1] !== void 0 ? arguments[1] : He();
return { roundedClasses: g(() => {
const t = _t(e) ? e.value : e.rounded, l = [];
if (t === !0 || t === "")
l.push(`${n}--rounded`);
else if (typeof t == "string" || t === 0)
for (const o of String(t).split(" "))
l.push(`rounded-${o}`);
return l;
}) };
}
const _s = [null, "default", "comfortable", "compact"], Ke = R({ density: { type: String, default: "default", validator: (e) => _s.includes(e) } }, "density");
function qe(e) {
let n = arguments.length > 1 && arguments[1] !== void 0 ? arguments[1] : He();
return { densityClasses: g(() => `${n}--density-${e.density}`) };
}
const Fs = ["elevated", "flat", "tonal", "outlined", "text", "plain"];
function Fl(e, n) {
return v(re, null, [e && v("span", { key: "overlay", class: `${n}__overlay` }, null), v("span", { key: "underlay", class: `${n}__underlay` }, null)]);
}
const yt = R({ color: String, variant: { type: String, default: "elevated", validator: (e) => Fs.includes(e) } }, "variant");
function $l(e) {
let n = arguments.length > 1 && arguments[1] !== void 0 ? arguments[1] : He();
const t = g(() => {
const { variant: a } = y(e);
return `${n}--variant-${a}`;
}), { colorClasses: l, colorStyles: o } = bn(g(() => {
const { variant: a, color: r } = y(e);
return { [["elevated", "flat"].includes(a) ? "background" : "text"]: r };
}));
return { colorClasses: l, colorStyles: o, variantClasses: t };
}
const ca = R({ divided: Boolean, ...qt(), ...se(), ...Ke(), ...Ft(), ...et(), ...Ae(), ...we(), ...yt() }, "VBtnGroup"), so = J()({ name: "VBtnGroup", props: ca(), setup(e, n) {
let { slots: t } = n;
const { themeClasses: l } = Be(e), { densityClasses: o } = qe(e), { borderClasses: a } = Ut(e), { elevationClasses: r } = $t(e), { roundedClasses: s } = tt(e);
vt({ VBtn: { height: "auto", color: X(e, "color"), density: X(e, "density"), flat: !0, variant: X(e, "variant") } }), ne(() => v(e.tag, { class: ["v-btn-group", { "v-btn-group--divided": e.divided }, l.value, a.value, o.value, r.value, s.value, e.class], style: e.style }, t));
} }), da = R({ modelValue: { type: null, default: void 0 }, multiple: Boolean, mandatory: [Boolean, String], max: Number, selectedClass: String, disabled: Boolean }, "group"), pa = R({ value: null, disabled: Boolean, selectedClass: String }, "group-item");
function va(e, n) {
let t = !(arguments.length > 2 && arguments[2] !== void 0) || arguments[2];
const l = Ce("useGroupItem");
if (!l)
throw new Error("[Vuetify] useGroupItem composable must be used inside a component setup function");
const o = ze();
be(Symbol.for(`${n.description}:id`), o);
const a = fe(n, null);
if (!a) {
if (!t)
return a;
throw new Error(`[Vuetify] Could not find useGroup injection with symbol ${n.description}`);
}
const r = X(e, "value"), s = g(() => !(!a.disabled.value && !e.disabled));
a.register({ id: o, value: r, disabled: s }, l), it(() => {
a.unregister(o);
});
const i = g(() => a.isSelected(o)), c = g(() => i.value && [a.selectedClass.value, e.selectedClass]);
return te(i, (m) => {
l.emit("group:selected", { value: m });
}), { id: o, isSelected: i, toggle: () => a.select(o, !i.value), select: (m) => a.select(o, m), selectedClass: c, value: r, disabled: s, group: a };
}
function fa(e, n) {
let t = !1;
const l = zt([]), o = me(e, "modelValue", [], (c) => c == null ? [] : io(l, Fe(c)), (c) => {
const m = function(f, d) {
const p = [];
return d.forEach((b) => {
const u = f.findIndex((h) => h.id === b);
if (~u) {
const h = f[u];
p.push(h.value != null ? h.value : u);
}
}), p;
}(l, c);
return e.multiple ? m : m[0];
}), a = Ce("useGroup");
function r() {
const c = l.find((m) => !m.disabled);
c && e.mandatory === "force" && !o.value.length && (o.value = [c.id]);
}
function s(c) {
if (e.multiple && Dt('This method is not supported when using "multiple" prop'), o.value.length) {
const m = o.value[0], f = l.findIndex((b) => b.id === m);
let d = (f + c) % l.length, p = l[d];
for (; p.disabled && d !== f; )
d = (d + c) % l.length, p = l[d];
if (p.disabled)
return;
o.value = [l[d].id];
} else {
const m = l.find((f) => !f.disabled);
m && (o.value = [m.id]);
}
}
ct(() => {
r();
}), it(() => {
t = !0;
});
const i = { register: function(c, m) {
const f = c, d = nl(Symbol.for(`${n.description}:id`), a == null ? void 0 : a.vnode).indexOf(m);
d > -1 ? l.splice(d, 0, f) : l.push(f);
}, unregister: function(c) {
if (t)
return;
r();
const m = l.findIndex((f) => f.id === c);
l.splice(m, 1);
}, selected: o, select: function(c, m) {
const f = l.find((d) => d.id === c);
if (!m || !(f != null && f.disabled))
if (e.multiple) {
const d = o.value.slice(), p = d.findIndex((u) => u === c), b = ~p;
if (m = m ?? !b, b && e.mandatory && d.length <= 1 || !b && e.max != null && d.length + 1 > e.max)
return;
p < 0 && m ? d.push(c) : p >= 0 && !m && d.splice(p, 1), o.value = d;
} else {
const d = o.value.includes(c);
if (e.mandatory && d)
return;
o.value = m ?? !d ? [c] : [];
}
}, disabled: X(e, "disabled"), prev: () => s(l.length - 1), next: () => s(1), isSelected: (c) => o.value.includes(c), selectedClass: g(() => e.selectedClass), items: g(() => l), getItemIndex: (c) => function(m, f) {
const d = io(m, [f]);
return d.length ? m.findIndex((p) => p.id === d[0]) : -1;
}(l, c) };
return be(n, i), i;
}
function io(e, n) {
const t = [];
return n.forEach((l) => {
const o = e.find((r) => dt(l, r.value)), a = e[l];
(o == null ? void 0 : o.value) != null ? t.push(o.id) : a != null && t.push(a.id);
}), t;
}
const ma = Symbol.for("vuetify:v-btn-toggle"), $s = R({ ...ca(), ...da() }, "VBtnToggle");
J()({ name: "VBtnToggle", props: $s(), emits: { "update:modelValue": (e) => !0 }, setup(e, n) {
let { slots: t } = n;
const { isSelected: l, next: o, prev: a, select: r, selected: s } = fa(e, ma);