dgz-ui/dist/chunks/index-Bli6ZByj.es.js

Custom ui library using React.js, Shadcn/ui, TailwindCSS, Typescript

import * as O from "react";
import { useLayoutEffect as Pe } from "react";
import * as Ee from "react-dom";
import { P as Rt, b as Le } from "./index-BVqmUhu5.es.js";
import { jsx as j } from "react/jsx-runtime";
import { u as Kt } from "./index-DLcqcWxM.es.js";
import { u as De } from "./index-DwYXX2sM.es.js";
import { u as yt } from "./index-Dt3MSLsk.es.js";
const Me = ["top", "right", "bottom", "left"], Z = Math.min, W = Math.max, at = Math.round, ct = Math.floor, I = (t) => ({
  x: t,
  y: t
}), Te = {
  left: "right",
  right: "left",
  bottom: "top",
  top: "bottom"
}, $e = {
  start: "end",
  end: "start"
};
function vt(t, e, n) {
  return W(t, Z(e, n));
}
function q(t, e) {
  return typeof t == "function" ? t(e) : t;
}
function U(t) {
  return t.split("-")[0];
}
function tt(t) {
  return t.split("-")[1];
}
function Ot(t) {
  return t === "x" ? "y" : "x";
}
function St(t) {
  return t === "y" ? "height" : "width";
}
const ke = /* @__PURE__ */ new Set(["top", "bottom"]);
function V(t) {
  return ke.has(U(t)) ? "y" : "x";
}
function Ct(t) {
  return Ot(V(t));
}
function Fe(t, e, n) {
  n === void 0 && (n = !1);
  const o = tt(t), r = Ct(t), i = St(r);
  let s = r === "x" ? o === (n ? "end" : "start") ? "right" : "left" : o === "start" ? "bottom" : "top";
  return e.reference[i] > e.floating[i] && (s = ft(s)), [s, ft(s)];
}
function Ne(t) {
  const e = ft(t);
  return [bt(t), e, bt(e)];
}
function bt(t) {
  return t.replace(/start|end/g, (e) => $e[e]);
}
const _t = ["left", "right"], Bt = ["right", "left"], We = ["top", "bottom"], He = ["bottom", "top"];
function _e(t, e, n) {
  switch (t) {
    case "top":
    case "bottom":
      return n ? e ? Bt : _t : e ? _t : Bt;
    case "left":
    case "right":
      return e ? We : He;
    default:
      return [];
  }
}
function Be(t, e, n, o) {
  const r = tt(t);
  let i = _e(U(t), n === "start", o);
  return r && (i = i.map((s) => s + "-" + r), e && (i = i.concat(i.map(bt)))), i;
}
function ft(t) {
  return t.replace(/left|right|bottom|top/g, (e) => Te[e]);
}
function ze(t) {
  return {
    top: 0,
    right: 0,
    bottom: 0,
    left: 0,
    ...t
  };
}
function Gt(t) {
  return typeof t != "number" ? ze(t) : {
    top: t,
    right: t,
    bottom: t,
    left: t
  };
}
function ut(t) {
  const {
    x: e,
    y: n,
    width: o,
    height: r
  } = t;
  return {
    width: o,
    height: r,
    top: n,
    left: e,
    right: e + o,
    bottom: n + r,
    x: e,
    y: n
  };
}
function zt(t, e, n) {
  let {
    reference: o,
    floating: r
  } = t;
  const i = V(e), s = Ct(e), c = St(s), l = U(e), a = i === "y", f = o.x + o.width / 2 - r.width / 2, u = o.y + o.height / 2 - r.height / 2, m = o[c] / 2 - r[c] / 2;
  let d;
  switch (l) {
    case "top":
      d = {
        x: f,
        y: o.y - r.height
      };
      break;
    case "bottom":
      d = {
        x: f,
        y: o.y + o.height
      };
      break;
    case "right":
      d = {
        x: o.x + o.width,
        y: u
      };
      break;
    case "left":
      d = {
        x: o.x - r.width,
        y: u
      };
      break;
    default:
      d = {
        x: o.x,
        y: o.y
      };
  }
  switch (tt(e)) {
    case "start":
      d[s] -= m * (n && a ? -1 : 1);
      break;
    case "end":
      d[s] += m * (n && a ? -1 : 1);
      break;
  }
  return d;
}
async function Ve(t, e) {
  var n;
  e === void 0 && (e = {});
  const {
    x: o,
    y: r,
    platform: i,
    rects: s,
    elements: c,
    strategy: l
  } = t, {
    boundary: a = "clippingAncestors",
    rootBoundary: f = "viewport",
    elementContext: u = "floating",
    altBoundary: m = !1,
    padding: d = 0
  } = q(e, t), p = Gt(d), w = c[m ? u === "floating" ? "reference" : "floating" : u], g = ut(await i.getClippingRect({
    element: (n = await (i.isElement == null ? void 0 : i.isElement(w))) == null || n ? w : w.contextElement || await (i.getDocumentElement == null ? void 0 : i.getDocumentElement(c.floating)),
    boundary: a,
    rootBoundary: f,
    strategy: l
  })), y = u === "floating" ? {
    x: o,
    y: r,
    width: s.floating.width,
    height: s.floating.height
  } : s.reference, v = await (i.getOffsetParent == null ? void 0 : i.getOffsetParent(c.floating)), x = await (i.isElement == null ? void 0 : i.isElement(v)) ? await (i.getScale == null ? void 0 : i.getScale(v)) || {
    x: 1,
    y: 1
  } : {
    x: 1,
    y: 1
  }, R = ut(i.convertOffsetParentRelativeRectToViewportRelativeRect ? await i.convertOffsetParentRelativeRectToViewportRelativeRect({
    elements: c,
    rect: y,
    offsetParent: v,
    strategy: l
  }) : y);
  return {
    top: (g.top - R.top + p.top) / x.y,
    bottom: (R.bottom - g.bottom + p.bottom) / x.y,
    left: (g.left - R.left + p.left) / x.x,
    right: (R.right - g.right + p.right) / x.x
  };
}
const Ie = async (t, e, n) => {
  const {
    placement: o = "bottom",
    strategy: r = "absolute",
    middleware: i = [],
    platform: s
  } = n, c = i.filter(Boolean), l = await (s.isRTL == null ? void 0 : s.isRTL(e));
  let a = await s.getElementRects({
    reference: t,
    floating: e,
    strategy: r
  }), {
    x: f,
    y: u
  } = zt(a, o, l), m = o, d = {}, p = 0;
  for (let w = 0; w < c.length; w++) {
    var h;
    const {
      name: g,
      fn: y
    } = c[w], {
      x: v,
      y: x,
      data: R,
      reset: b
    } = await y({
      x: f,
      y: u,
      initialPlacement: o,
      placement: m,
      strategy: r,
      middlewareData: d,
      rects: a,
      platform: {
        ...s,
        detectOverflow: (h = s.detectOverflow) != null ? h : Ve
      },
      elements: {
        reference: t,
        floating: e
      }
    });
    f = v ?? f, u = x ?? u, d = {
      ...d,
      [g]: {
        ...d[g],
        ...R
      }
    }, b && p <= 50 && (p++, typeof b == "object" && (b.placement && (m = b.placement), b.rects && (a = b.rects === !0 ? await s.getElementRects({
      reference: t,
      floating: e,
      strategy: r
    }) : b.rects), {
      x: f,
      y: u
    } = zt(a, m, l)), w = -1);
  }
  return {
    x: f,
    y: u,
    placement: m,
    strategy: r,
    middlewareData: d
  };
}, Xe = (t) => ({
  name: "arrow",
  options: t,
  async fn(e) {
    const {
      x: n,
      y: o,
      placement: r,
      rects: i,
      platform: s,
      elements: c,
      middlewareData: l
    } = e, {
      element: a,
      padding: f = 0
    } = q(t, e) || {};
    if (a == null)
      return {};
    const u = Gt(f), m = {
      x: n,
      y: o
    }, d = Ct(r), p = St(d), h = await s.getDimensions(a), w = d === "y", g = w ? "top" : "left", y = w ? "bottom" : "right", v = w ? "clientHeight" : "clientWidth", x = i.reference[p] + i.reference[d] - m[d] - i.floating[p], R = m[d] - i.reference[d], b = await (s.getOffsetParent == null ? void 0 : s.getOffsetParent(a));
    let S = b ? b[v] : 0;
    (!S || !await (s.isElement == null ? void 0 : s.isElement(b))) && (S = c.floating[v] || i.floating[p]);
    const M = x / 2 - R / 2, F = S / 2 - h[p] / 2 - 1, D = Z(u[g], F), $ = Z(u[y], F), k = D, P = S - h[p] - $, C = S / 2 - h[p] / 2 + M, N = vt(k, C, P), E = !l.arrow && tt(r) != null && C !== N && i.reference[p] / 2 - (C < k ? D : $) - h[p] / 2 < 0, L = E ? C < k ? C - k : C - P : 0;
    return {
      [d]: m[d] + L,
      data: {
        [d]: N,
        centerOffset: C - N - L,
        ...E && {
          alignmentOffset: L
        }
      },
      reset: E
    };
  }
}), Ye = function(t) {
  return t === void 0 && (t = {}), {
    name: "flip",
    options: t,
    async fn(e) {
      var n, o;
      const {
        placement: r,
        middlewareData: i,
        rects: s,
        initialPlacement: c,
        platform: l,
        elements: a
      } = e, {
        mainAxis: f = !0,
        crossAxis: u = !0,
        fallbackPlacements: m,
        fallbackStrategy: d = "bestFit",
        fallbackAxisSideDirection: p = "none",
        flipAlignment: h = !0,
        ...w
      } = q(t, e);
      if ((n = i.arrow) != null && n.alignmentOffset)
        return {};
      const g = U(r), y = V(c), v = U(c) === c, x = await (l.isRTL == null ? void 0 : l.isRTL(a.floating)), R = m || (v || !h ? [ft(c)] : Ne(c)), b = p !== "none";
      !m && b && R.push(...Be(c, h, p, x));
      const S = [c, ...R], M = await l.detectOverflow(e, w), F = [];
      let D = ((o = i.flip) == null ? void 0 : o.overflows) || [];
      if (f && F.push(M[g]), u) {
        const C = Fe(r, s, x);
        F.push(M[C[0]], M[C[1]]);
      }
      if (D = [...D, {
        placement: r,
        overflows: F
      }], !F.every((C) => C <= 0)) {
        var $, k;
        const C = ((($ = i.flip) == null ? void 0 : $.index) || 0) + 1, N = S[C];
        if (N && (!(u === "alignment" ? y !== V(N) : !1) || // We leave the current main axis only if every placement on that axis
        // overflows the main axis.
        D.every((A) => V(A.placement) === y ? A.overflows[0] > 0 : !0)))
          return {
            data: {
              index: C,
              overflows: D
            },
            reset: {
              placement: N
            }
          };
        let E = (k = D.filter((L) => L.overflows[0] <= 0).sort((L, A) => L.overflows[1] - A.overflows[1])[0]) == null ? void 0 : k.placement;
        if (!E)
          switch (d) {
            case "bestFit": {
              var P;
              const L = (P = D.filter((A) => {
                if (b) {
                  const T = V(A.placement);
                  return T === y || // Create a bias to the `y` side axis due to horizontal
                  // reading directions favoring greater width.
                  T === "y";
                }
                return !0;
              }).map((A) => [A.placement, A.overflows.filter((T) => T > 0).reduce((T, z) => T + z, 0)]).sort((A, T) => A[1] - T[1])[0]) == null ? void 0 : P[0];
              L && (E = L);
              break;
            }
            case "initialPlacement":
              E = c;
              break;
          }
        if (r !== E)
          return {
            reset: {
              placement: E
            }
          };
      }
      return {};
    }
  };
};
function Vt(t, e) {
  return {
    top: t.top - e.height,
    right: t.right - e.width,
    bottom: t.bottom - e.height,
    left: t.left - e.width
  };
}
function It(t) {
  return Me.some((e) => t[e] >= 0);
}
const je = function(t) {
  return t === void 0 && (t = {}), {
    name: "hide",
    options: t,
    async fn(e) {
      const {
        rects: n,
        platform: o
      } = e, {
        strategy: r = "referenceHidden",
        ...i
      } = q(t, e);
      switch (r) {
        case "referenceHidden": {
          const s = await o.detectOverflow(e, {
            ...i,
            elementContext: "reference"
          }), c = Vt(s, n.reference);
          return {
            data: {
              referenceHiddenOffsets: c,
              referenceHidden: It(c)
            }
          };
        }
        case "escaped": {
          const s = await o.detectOverflow(e, {
            ...i,
            altBoundary: !0
          }), c = Vt(s, n.floating);
          return {
            data: {
              escapedOffsets: c,
              escaped: It(c)
            }
          };
        }
        default:
          return {};
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    }
  };
}, Jt = /* @__PURE__ */ new Set(["left", "top"]);
async function qe(t, e) {
  const {
    placement: n,
    platform: o,
    elements: r
  } = t, i = await (o.isRTL == null ? void 0 : o.isRTL(r.floating)), s = U(n), c = tt(n), l = V(n) === "y", a = Jt.has(s) ? -1 : 1, f = i && l ? -1 : 1, u = q(e, t);
  let {
    mainAxis: m,
    crossAxis: d,
    alignmentAxis: p
  } = typeof u == "number" ? {
    mainAxis: u,
    crossAxis: 0,
    alignmentAxis: null
  } : {
    mainAxis: u.mainAxis || 0,
    crossAxis: u.crossAxis || 0,
    alignmentAxis: u.alignmentAxis
  };
  return c && typeof p == "number" && (d = c === "end" ? p * -1 : p), l ? {
    x: d * f,
    y: m * a
  } : {
    x: m * a,
    y: d * f
  };
}
const Ue = function(t) {
  return t === void 0 && (t = 0), {
    name: "offset",
    options: t,
    async fn(e) {
      var n, o;
      const {
        x: r,
        y: i,
        placement: s,
        middlewareData: c
      } = e, l = await qe(e, t);
      return s === ((n = c.offset) == null ? void 0 : n.placement) && (o = c.arrow) != null && o.alignmentOffset ? {} : {
        x: r + l.x,
        y: i + l.y,
        data: {
          ...l,
          placement: s
        }
      };
    }
  };
}, Ze = function(t) {
  return t === void 0 && (t = {}), {
    name: "shift",
    options: t,
    async fn(e) {
      const {
        x: n,
        y: o,
        placement: r,
        platform: i
      } = e, {
        mainAxis: s = !0,
        crossAxis: c = !1,
        limiter: l = {
          fn: (g) => {
            let {
              x: y,
              y: v
            } = g;
            return {
              x: y,
              y: v
            };
          }
        },
        ...a
      } = q(t, e), f = {
        x: n,
        y: o
      }, u = await i.detectOverflow(e, a), m = V(U(r)), d = Ot(m);
      let p = f[d], h = f[m];
      if (s) {
        const g = d === "y" ? "top" : "left", y = d === "y" ? "bottom" : "right", v = p + u[g], x = p - u[y];
        p = vt(v, p, x);
      }
      if (c) {
        const g = m === "y" ? "top" : "left", y = m === "y" ? "bottom" : "right", v = h + u[g], x = h - u[y];
        h = vt(v, h, x);
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      const w = l.fn({
        ...e,
        [d]: p,
        [m]: h
      });
      return {
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        data: {
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          y: w.y - o,
          enabled: {
            [d]: s,
            [m]: c
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  };
}, Ke = function(t) {
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    fn(e) {
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        x: n,
        y: o,
        placement: r,
        rects: i,
        middlewareData: s
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        offset: c = 0,
        mainAxis: l = !0,
        crossAxis: a = !0
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        y: o
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        crossAxis: 0
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        crossAxis: 0,
        ...h
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      return {
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        [u]: p
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}, Ge = function(t) {
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    options: t,
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        placement: r,
        rects: i,
        platform: s,
        elements: c
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        apply: l = () => {
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      await l({
        ...e,
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        availableHeight: S
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      const F = await s.getDimensions(c.floating);
      return p !== F.width || h !== F.height ? {
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          rects: !0
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};
function pt() {
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function et(t) {
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function H(t) {
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function Y(t) {
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function Qt(t) {
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function _(t) {
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function X(t) {
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function Xt(t) {
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const Je = /* @__PURE__ */ new Set(["inline", "contents"]);
function rt(t) {
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    overflowX: n,
    overflowY: o,
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const Qe = /* @__PURE__ */ new Set(["table", "td", "th"]);
function tn(t) {
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const en = [":popover-open", ":modal"];
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const nn = ["transform", "translate", "scale", "rotate", "perspective"], on = ["transform", "translate", "scale", "rotate", "perspective", "filter"], rn = ["paint", "layout", "strict", "content"];
function Pt(t) {
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function sn(t) {
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function Et() {
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const cn = /* @__PURE__ */ new Set(["html", "body", "#document"]);
function Q(t) {
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function B(t) {
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function ht(t) {
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    }), o ? null : /* @__PURE__ */ j(Rt.div, { ...r, ref: c });
  }
);
pe.displayName = de;
var Mt = "PopperContent", [qn, Un] = ae(Mt), me = O.forwardRef(
  (t, e) => {
    var Tt, $t, kt, Ft, Nt, Wt;
    const {
      __scopePopper: n,
      side: o = "bottom",
      sideOffset: r = 0,
      align: i = "center",
      alignOffset: s = 0,
      arrowPadding: c = 0,
      avoidCollisions: l = !0,
      collisionBoundary: a = [],
      collisionPadding: f = 0,
      sticky: u = "partial",
      hideWhenDetached: m = !1,
      updatePositionStrategy: d = "optimized",
      onPlaced: p,
      ...h
    } = t, w = fe(Mt, n), [g, y] = O.useState(null), v = Kt(e, (nt) => y(nt)), [x, R] = O.useState(null), b = Yn(x), S = (b == null ? void 0 : b.width) ?? 0, M = (b == null ? void 0 : b.height) ?? 0, F = o + (i !== "center" ? "-" + i : ""), D = typeof f == "number" ? f : { top: 0, right: 0, bottom: 0, left: 0, ...f }, $ = Array.isArray(a) ? a : [a], k = $.length > 0, P = {
      padding: D,
      boundary: $.filter(Kn),
      // with `strategy: 'fixed'`, this is the only way to get it to respect boundaries
      altBoundary: k
    }, { refs: C, floatingStyles: N, placement: E, isPositioned: L, middlewareData: A } = kn({
      // default to `fixed` strategy so users don't have to pick and we also avoid focus scroll issues
      strategy: "fixed",
      placement: F,
      whileElementsMounted: (...nt) => On(...nt, {
        animationFrame: d === "always"
      }),
      elements: {
        reference: w.anchor
      },
      middleware: [
        Nn({ mainAxis: r + M, alignmentAxis: s }),
        l && Wn({
          mainAxis: !0,
          crossAxis: !1,
          limiter: u === "partial" ? Hn() : void 0,
          ...P
        }),
        l && _n({ ...P }),
        Bn({
          ...P,
          apply: ({ elements: nt, rects: Ht, availableWidth: Re, availableHeight: Oe }) => {
            const { width: Se, height: Ce } = Ht.reference, st = nt.floating.style;
            st.setProperty("--radix-popper-available-width", `${Re}px`), st.setProperty("--radix-popper-available-height", `${Oe}px`), st.setProperty("--radix-popper-anchor-width", `${Se}px`), st.setProperty("--radix-popper-anchor-height", `${Ce}px`);
          }
        }),
        x && Vn({ element: x, padding: c }),
        Gn({ arrowWidth: S, arrowHeight: M }),
        m && zn({ strategy: "referenceHidden", ...P })
      ]
    }), [T, z] = we(E), it = De(p);
    yt(() => {
      L && (it == null || it());
    }, [L, it]);
    const xe = (Tt = A.arrow) == null ? void 0 : Tt.x, ye = ($t = A.arrow) == null ? void 0 : $t.y, ve = ((kt = A.arrow) == null ? void 0 : kt.centerOffset) !== 0, [be, Ae] = O.useState();
    return yt(() => {
      g && Ae(window.getComputedStyle(g).zIndex);
    }, [g]), /* @__PURE__ */ j(
      "div",
      {
        ref: C.setFloating,
        "data-radix-popper-content-wrapper": "",
        style: {
          ...N,
          transform: L ? N.transform : "translate(0, -200%)",
          // keep off the page when measuring
          minWidth: "max-content",
          zIndex: be,
          "--radix-popper-transform-origin": [
            (Ft = A.transformOrigin) == null ? void 0 : Ft.x,
            (Nt = A.transformOrigin) == null ? void 0 : Nt.y
          ].join(" "),
          // hide the content if using the hide middleware and should be hidden
          // set visibility to hidden and disable pointer events so the UI behaves
          // as if the PopperContent isn't there at all
          ...((Wt = A.hide) == null ? void 0 : Wt.referenceHidden) && {
            visibility: "hidden",
            pointerEvents: "none"
          }
        },
        dir: t.dir,
        children: /* @__PURE__ */ j(
          qn,
          {
            scope: n,
            placedSide: T,
            onArrowChange: R,
            arrowX: xe,
            arrowY: ye,
            shouldHideArrow: ve,
            children: /* @__PURE__ */ j(
              Rt.div,
              {
                "data-side": T,
                "data-align": z,
                ...h,
                ref: v,
                style: {
                  ...h.style,
                  // if the PopperContent hasn't been placed yet (not all measurements done)
                  // we prevent animations so that users's animation don't kick in too early referring wrong sides
                  animation: L ? void 0 : "none"
                }
              }
            )
          }
        )
      }
    );
  }
);
me.displayName = Mt;
var he = "PopperArrow", Zn = {
  top: "bottom",
  right: "left",
  bottom: "top",
  left: "right"
}, ge = O.forwardRef(function(e, n) {
  const { __scopePopper: o, ...r } = e, i = Un(he, o), s = Zn[i.placedSide];
  return (
    // we have to use an extra wrapper because `ResizeObserver` (used by `useSize`)
    // doesn't report size as we'd expect on SVG elements.
    // it reports their bounding box which is effectively the largest path inside the SVG.
    /* @__PURE__ */ j(
      "span",
      {
        ref: i.onArrowChange,
        style: {
          position: "absolute",
          left: i.arrowX,
          top: i.arrowY,
          [s]: 0,
          transformOrigin: {
            top: "",
            right: "0 0",
            bottom: "center 0",
            left: "100% 0"
          }[i.placedSide],
          transform: {
            top: "translateY(100%)",
            right: "translateY(50%) rotate(90deg) translateX(-50%)",
            bottom: "rotate(180deg)",
            left: "translateY(50%) rotate(-90deg) translateX(50%)"
          }[i.placedSide],
          visibility: i.shouldHideArrow ? "hidden" : void 0
        },
        children: /* @__PURE__ */ j(
          Xn,
          {
            ...r,
            ref: n,
            style: {
              ...r.style,
              // ensures the element can be measured correctly (mostly for if SVG)
              display: "block"
            }
          }
        )
      }
    )
  );
});
ge.displayName = he;
function Kn(t) {
  return t !== null;
}
var Gn = (t) => ({
  name: "transformOrigin",
  options: t,
  fn(e) {
    var w, g, y;
    const { placement: n, rects: o, middlewareData: r } = e, s = ((w = r.arrow) == null ? void 0 : w.centerOffset) !== 0, c = s ? 0 : t.arrowWidth, l = s ? 0 : t.arrowHeight, [a, f] = we(n), u = { start: "0%", center: "50%", end: "100%" }[f], m = (((g = r.arrow) == null ? void 0 : g.x) ?? 0) + c / 2, d = (((y = r.arrow) == null ? void 0 : y.y) ?? 0) + l / 2;
    let p = "", h = "";
    return a === "bottom" ? (p = s ? u : `${m}px`, h = `${-l}px`) : a === "top" ? (p = s ? u : `${m}px`, h = `${o.floating.height + l}px`) : a === "right" ? (p = `${-l}px`, h = s ? u : `${d}px`) : a === "left" && (p = `${o.floating.width + l}px`, h = s ? u : `${d}px`), { data: { x: p, y: h } };
  }
});
function we(t) {
  const [e, n = "center"] = t.split("-");
  return [e, n];
}
var io = ue, so = pe, co = me, lo = ge;
export {
  so as A,
  co as C,
  io as R,
  lo as a,
  On as b,
  ro as c,
  Yn as u
};
//# sourceMappingURL=index-Bli6ZByj.es.js.map