import {
  n as n2,
  o as o2
} from "./chunk-FEH5F4VW.js";
import {
  i as i2
} from "./chunk-YVTH4OGO.js";
import {
  fn,
  rn
} from "./chunk-DH2OBAUC.js";
import {
  y
} from "./chunk-BJHM4JNS.js";
import {
  i
} from "./chunk-ZOEK6QHJ.js";
import {
  U
} from "./chunk-VNFRAYHO.js";
import {
  ht,
  mt,
  z
} from "./chunk-VBRY5KJM.js";
import {
  M2 as M
} from "./chunk-ECW2QABR.js";
import {
  E as E2,
  c,
  k2 as k
} from "./chunk-MRJEICT6.js";
import {
  n3 as n,
  o
} from "./chunk-Y3WMVFTW.js";
import {
  E
} from "./chunk-ULGDPLM2.js";
import {
  s3 as s
} from "./chunk-EMJ4ZSM2.js";
import {
  r,
  t
} from "./chunk-GZT4BVFP.js";

// node_modules/@arcgis/core/layers/ogc/dateUtils.js
function e(e2) {
  return t2(e2) ?? n3(e2);
}
function n3(e2) {
  const n4 = new Date(e2).getTime();
  return Number.isNaN(n4) ? null : n4;
}
function t2(e2) {
  const n4 = s2.exec(e2);
  if (!n4)
    return null;
  const t3 = n4.groups, u = +t3.year, o3 = +t3.month - 1, r2 = +t3.day, f = +(t3.hours ?? "0"), i3 = +(t3.minutes ?? "0"), d = +(t3.seconds ?? "0");
  if (f > 23)
    return null;
  if (i3 > 59)
    return null;
  if (d > 59)
    return null;
  const l = t3.ms ?? "0", c2 = l ? +l.padEnd(3, "0").substring(0, 3) : 0;
  let a;
  if (t3.isUTC)
    a = Date.UTC(u, o3, r2, f, i3, d, c2);
  else if (t3.offsetSign) {
    const e3 = +t3.offsetHours, n5 = +t3.offsetMinutes;
    a = 6e4 * (t3.offsetSign === "+" ? -1 : 1) * (60 * e3 + n5) + Date.UTC(u, o3, r2, f, i3, d, c2);
  } else
    a = new Date(u, o3, r2, f, i3, d, c2).getTime();
  return Number.isNaN(a) ? null : a;
}
var s2 = /^(?:(?<year>-?\d{4,})-(?<month>\d{2})-(?<day>\d{2}))(?:T(?<hours>\d{2}):(?<minutes>\d{2}):(?<seconds>\d{2})(?:\.(?<ms>\d+))?)?(?:(?<isUTC>Z)|(?:(?<offsetSign>\+|-)(?<offsetHours>\d{2}):(?<offsetMinutes>\d{2})))?$/;

// node_modules/@arcgis/core/layers/ogc/wfsUtils.js
var S = "xlink:href";
var x = "2.0.0";
var C = "__esri_wfs_id__";
var E3 = "wfs-layer:getWFSLayerTypeInfo-error";
var N = "wfs-layer:empty-service";
var P = "wfs-layer:feature-type-not-found";
var R = "wfs-layer:geojson-not-supported";
var j = "wfs-layer:kvp-encoding-not-supported";
var A = "wfs-layer:malformed-json";
var G = "wfs-layer:unknown-geometry-type";
var k2 = "wfs-layer:unknown-field-type";
var v = "wfs-layer:unsupported-spatial-reference";
var U2 = "wfs-layer:unsupported-wfs-version";
async function D(t3, r2) {
  const n4 = I((await U(t3, { responseType: "text", query: { SERVICE: "WFS", REQUEST: "GetCapabilities", VERSION: x, ...r2?.customParameters }, signal: r2?.signal })).data);
  return $(t3, n4), n4;
}
function I(e2) {
  const t3 = te(e2);
  ne(t3), ae(t3);
  const r2 = t3.firstElementChild, a = n(M2(r2));
  return { operations: L(r2), get featureTypes() {
    return Array.from(a());
  }, readFeatureTypes: a };
}
var O = new Set(["json", "application/json", "geojson", "application/json; subtype=geojson"]);
function L(e2) {
  let r2 = false;
  const n4 = { GetCapabilities: { url: "" }, DescribeFeatureType: { url: "" }, GetFeature: { url: "", outputFormat: null, supportsPagination: false } };
  if (o2(e2, { OperationsMetadata: { Operation: (e3) => {
    switch (e3.getAttribute("name")) {
      case "GetCapabilities":
        return { DCP: { HTTP: { Get: (e4) => {
          n4.GetCapabilities.url = e4.getAttribute(S);
        } } } };
      case "DescribeFeatureType":
        return { DCP: { HTTP: { Get: (e4) => {
          n4.DescribeFeatureType.url = e4.getAttribute(S);
        } } } };
      case "GetFeature":
        return { DCP: { HTTP: { Get: (e4) => {
          n4.GetFeature.url = e4.getAttribute(S);
        } } }, Parameter: (e4) => {
          if (e4.getAttribute("name") === "outputFormat")
            return { AllowedValues: { Value: (e5) => {
              const t3 = e5.textContent;
              O.has(t3.toLowerCase()) && (n4.GetFeature.outputFormat = t3);
            } } };
        } };
    }
  }, Constraint: (e3) => {
    switch (e3.getAttribute("name")) {
      case "KVPEncoding":
        return { DefaultValue: (e4) => {
          r2 = e4.textContent.toLowerCase() === "true";
        } };
      case "ImplementsResultPaging":
        return { DefaultValue: (e4) => {
          n4.GetFeature.supportsPagination = e4.textContent.toLowerCase() === "true";
        } };
    }
  } } }), !r2)
    throw new s(j, "WFS service doesn't support key/value pair (KVP) encoding");
  if (t(n4.GetFeature.outputFormat))
    throw new s(R, "WFS service doesn't support GeoJSON output format");
  return n4;
}
function $(e2, t3) {
  ht(e2) && (z(e2, t3.operations.DescribeFeatureType.url, true) && (t3.operations.DescribeFeatureType.url = mt(t3.operations.DescribeFeatureType.url)), z(e2, t3.operations.GetFeature.url, true) && (t3.operations.GetFeature.url = mt(t3.operations.GetFeature.url)));
}
function M2(e2) {
  return n2(e2, { FeatureTypeList: { FeatureType: (e3) => {
    const t3 = { typeName: "undefined:undefined", name: "", title: "", description: "", extent: null, namespacePrefix: "", namespaceUri: "", supportedSpatialReferences: [] }, r2 = new Set([4326]), n4 = (e4) => {
      const t4 = parseInt(e4.textContent.match(/(?<wkid>\d+$)/i)?.groups?.wkid, 10);
      Number.isNaN(t4) || r2.add(t4);
    };
    return o2(e3, { Name: (e4) => {
      const { name: r3, prefix: n5 } = re(e4.textContent);
      t3.typeName = `${n5}:${r3}`, t3.name = r3, t3.namespacePrefix = n5, t3.namespaceUri = e4.lookupNamespaceURI(n5);
    }, Abstract: (e4) => {
      t3.description = e4.textContent;
    }, Title: (e4) => {
      t3.title = e4.textContent;
    }, WGS84BoundingBox: (e4) => {
      t3.extent = V(e4);
    }, DefaultSRS: n4, DefaultCRS: n4, OtherSRS: n4, OtherCRS: n4 }), t3.title || (t3.title = t3.name), t3.supportedSpatialReferences.push(...r2), t3;
  } } });
}
function V(e2) {
  let t3, r2, n4, a;
  for (const o3 of e2.children)
    switch (o3.localName) {
      case "LowerCorner":
        [t3, r2] = o3.textContent.split(" ").map((e3) => Number.parseFloat(e3));
        break;
      case "UpperCorner":
        [n4, a] = o3.textContent.split(" ").map((e3) => Number.parseFloat(e3));
    }
  return { xmin: t3, ymin: r2, xmax: n4, ymax: a, spatialReference: c };
}
function W(e2, t3, n4) {
  return o(e2, (e3) => n4 ? e3.name === t3 && e3.namespaceUri === n4 : e3.typeName === t3 || e3.name === t3);
}
async function X(e2, t3, r2, n4 = {}) {
  const { featureType: a, extent: o3 } = await Y(e2, t3, r2, n4), { fields: s3, geometryType: i3, swapXY: p, objectIdField: u, geometryField: c2 } = await q(e2, a.typeName, n4);
  return { url: e2.operations.GetCapabilities.url, name: a.name, namespaceUri: a.namespaceUri, fields: s3, geometryField: c2, geometryType: i3, objectIdField: u, spatialReference: n4.spatialReference ?? k.WGS84, extent: o3, swapXY: p, wfsCapabilities: e2, customParameters: n4.customParameters };
}
async function Y(e2, r2, n4, o3 = {}) {
  const { spatialReference: s3 = k.WGS84 } = o3, i3 = e2.readFeatureTypes(), p = r2 ? W(i3, r2, n4) : i3.next().value;
  if (t(p))
    throw r2 ? new s(P, `The type '${r2}' could not be found in the service`) : new s(N, "The service is empty");
  let u = new M({ ...p.extent, spatialReference: s3 });
  if (!E2(s3, c))
    try {
      await fn(c, s3, void 0, o3), u = rn(u, c);
    } catch {
      throw new s(v, "Projection not supported");
    }
  return { extent: u, spatialReference: s3, featureType: p };
}
async function q(e2, r2, n4 = {}) {
  const [o3, i3] = await E([J(e2.operations.DescribeFeatureType.url, r2, n4), _(e2, r2, n4)]);
  if (o3.error || i3.error)
    throw new s(E3, `An error occurred while getting info about the feature type '${r2}'`, { error: o3.error || i3.error });
  const { fields: p, errors: u } = o3.value, c2 = o3.value.geometryType || i3.value.geometryType, l = i3.value.swapXY;
  if (t(c2))
    throw new s(G, `The geometry type could not be determined for type '${r2}`, { typeName: r2, geometryType: c2, fields: p, errors: u });
  return { ...z2(p), geometryType: c2, swapXY: l };
}
function z2(e2) {
  const t3 = e2.find((e3) => e3.type === "geometry");
  let r2 = e2.find((e3) => e3.type === "oid");
  return e2 = e2.filter((e3) => e3.type !== "geometry"), r2 || (r2 = new y({ name: C, type: "oid", alias: C }), e2.unshift(r2)), { geometryField: t3?.name ?? null, objectIdField: r2.name, fields: e2 };
}
async function _(t3, r2, n4 = {}) {
  let a, o3 = false;
  const [s3, i3] = await Promise.all([K(t3.operations.GetFeature.url, r2, t3.operations.GetFeature.outputFormat, { ...n4, count: 1 }), U(t3.operations.GetFeature.url, { responseType: "text", query: Z(r2, void 0, { ...n4, count: 1 }), signal: n4?.signal })]), p = s3.type === "FeatureCollection" && s3.features[0]?.geometry;
  if (p) {
    let e2;
    switch (a = i.fromJSON(i2(p.type)), p.type) {
      case "Point":
        e2 = p.coordinates;
        break;
      case "LineString":
      case "MultiPoint":
        e2 = p.coordinates[0];
        break;
      case "MultiLineString":
      case "Polygon":
        e2 = p.coordinates[0][0];
        break;
      case "MultiPolygon":
        e2 = p.coordinates[0][0][0];
    }
    const t4 = /<[^>]*pos[^>]*> *(-?\d+(?:\.\d+)?) (-?\d+(?:\.\d+)?)/.exec(i3.data);
    if (t4) {
      const r3 = e2[0].toFixed(3), n5 = e2[1].toFixed(3), a2 = parseFloat(t4[1]).toFixed(3);
      r3 === parseFloat(t4[2]).toFixed(3) && n5 === a2 && (o3 = true);
    }
  }
  return { geometryType: a, swapXY: o3 };
}
async function J(t3, r2, n4) {
  return Q(r2, (await U(t3, { responseType: "text", query: { SERVICE: "WFS", REQUEST: "DescribeFeatureType", VERSION: x, TYPENAME: r2, ...n4?.customParameters }, signal: n4?.signal })).data);
}
function Q(e2, n4) {
  const { name: a } = re(e2), s3 = te(n4);
  ae(s3);
  const i3 = o(n2(s3.firstElementChild, { element: (e3) => ({ name: e3.getAttribute("name"), typeName: re(e3.getAttribute("type")).name }) }), ({ name: e3 }) => e3 === a);
  if (r(i3)) {
    const e3 = o(n2(s3.firstElementChild, { complexType: (e4) => e4 }), (e4) => e4.getAttribute("name") === i3.typeName);
    if (r(e3))
      return B(e3);
  }
  throw new s(P, `Type '${e2}' not found in document`, { document: new XMLSerializer().serializeToString(s3) });
}
var H = new Set(["objectid", "fid"]);
function B(e2) {
  const r2 = [], n4 = [];
  let a;
  const o3 = n2(e2, { complexContent: { extension: { sequence: { element: (e3) => e3 } } } });
  for (const s3 of o3) {
    const o4 = s3.getAttribute("name");
    if (!o4)
      continue;
    let i3, p;
    if (s3.hasAttribute("type") ? i3 = re(s3.getAttribute("type")).name : o2(s3, { simpleType: { restriction: (e3) => (i3 = re(e3.getAttribute("base")).name, { maxLength: (e4) => {
      p = +e4.getAttribute("value");
    } }) } }), !i3)
      continue;
    const u = s3.getAttribute("nillable") === "true";
    let c2 = false;
    switch (i3.toLowerCase()) {
      case "integer":
      case "nonpositiveinteger":
      case "negativeinteger":
      case "long":
      case "int":
      case "short":
      case "byte":
      case "nonnegativeinteger":
      case "unsignedlong":
      case "unsignedint":
      case "unsignedshort":
      case "unsignedbyte":
      case "positiveinteger":
        n4.push(new y({ name: o4, alias: o4, type: "integer", nullable: u }));
        break;
      case "float":
      case "double":
      case "decimal":
        n4.push(new y({ name: o4, alias: o4, type: "double", nullable: u }));
        break;
      case "boolean":
      case "string":
      case "gyearmonth":
      case "gyear":
      case "gmonthday":
      case "gday":
      case "gmonth":
      case "anyuri":
      case "qname":
      case "notation":
      case "normalizedstring":
      case "token":
      case "language":
      case "idrefs":
      case "entities":
      case "nmtoken":
      case "nmtokens":
      case "name":
      case "ncname":
      case "id":
      case "idref":
      case "entity":
      case "duration":
      case "time":
        n4.push(new y({ name: o4, alias: o4, type: "string", nullable: u, length: p ?? 255 }));
        break;
      case "datetime":
      case "date":
        n4.push(new y({ name: o4, alias: o4, type: "date", nullable: u, length: p ?? 36 }));
        break;
      case "pointpropertytype":
        a = "point", c2 = true;
        break;
      case "multipointpropertytype":
        a = "multipoint", c2 = true;
        break;
      case "curvepropertytype":
      case "multicurvepropertytype":
      case "multilinestringpropertytype":
        a = "polyline", c2 = true;
        break;
      case "surfacepropertytype":
      case "multisurfacepropertytype":
      case "multipolygonpropertytype":
        a = "polygon", c2 = true;
        break;
      case "geometrypropertytype":
      case "multigeometrypropertytype":
        c2 = true, r2.push(new s(G, `geometry type '${i3}' is not supported`, { type: new XMLSerializer().serializeToString(e2) }));
        break;
      default:
        r2.push(new s(k2, `Unknown field type '${i3}'`, { type: new XMLSerializer().serializeToString(e2) }));
    }
    c2 && n4.push(new y({ name: o4, alias: o4, type: "geometry", nullable: u }));
  }
  for (const t3 of n4)
    if (t3.type === "integer" && !t3.nullable && H.has(t3.name.toLowerCase())) {
      t3.type = "oid";
      break;
    }
  return { geometryType: a, fields: n4, errors: r2 };
}
async function K(r2, n4, a, o3) {
  let { data: s3 } = await U(r2, { responseType: "text", query: Z(n4, a, o3), signal: o3?.signal });
  s3 = s3.replace(/": +(-?\d+),(\d+)(,)?/g, '": $1.$2$3');
  try {
    if (o3?.dateFields?.length) {
      const e2 = new Set(o3.dateFields);
      return JSON.parse(s3, (t3, r3) => e2.has(t3) ? e(r3) : r3);
    }
    return JSON.parse(s3);
  } catch (i3) {
    throw new s(A, "Error while parsing the\xA0response", { response: s3, error: i3 });
  }
}
function Z(e2, t3, r2) {
  return { SERVICE: "WFS", REQUEST: "GetFeature", VERSION: x, TYPENAMES: e2, OUTPUTFORMAT: t3, SRSNAME: "EPSG:4326", STARTINDEX: r2?.startIndex, COUNT: r2?.count, ...r2?.customParameters };
}
function te(e2) {
  return new DOMParser().parseFromString(e2.trim(), "text/xml");
}
function re(e2) {
  const [t3, r2] = e2.split(":");
  return { prefix: r2 ? t3 : "", name: r2 ?? t3 };
}
function ne(e2) {
  const r2 = e2.firstElementChild.getAttribute("version");
  if (r2 && r2 !== x)
    throw new s(U2, `Unsupported WFS version ${r2}. Supported version: ${x}`);
}
function ae(e2) {
  let r2, n4;
  if (o2(e2.firstElementChild, { Exception: (e3) => (r2 = e3.getAttribute("exceptionCode"), { ExceptionText: (e4) => {
    n4 = e4.textContent;
  } }) }), r2)
    throw new s(`wfs-layer:${r2}`, n4);
}

export {
  C,
  D,
  W,
  X,
  z2 as z,
  K
};
//# sourceMappingURL=chunk-Z32FUDOP.js.map