mock-match-media/dist/index.js

mock window.matchMedia for tests or node

//#region node_modules/.pnpm/media-query-parser@3.0.0-beta.1/node_modules/media-query-parser/dist/ast/ast.js
const isParserError$1 = (e$4) => "object" == typeof e$4 && null !== e$4 && "errid" in e$4;
const splitMediaQueryList = (e$4) => {
	const t$2 = [[]], r$2 = [];
	for (const n$1 of e$4) if ("comma" === n$1.type && 0 === r$2.length) t$2.push([]);
	else {
		switch (n$1.type) {
			case "function":
			case "(":
				r$2.push(")");
				break;
			case "[":
				r$2.push("]");
				break;
			case "{":
				r$2.push("}");
				break;
			case ")":
			case "]":
			case "}":
				r$2.at(-1) === n$1.type && r$2.pop();
				break;
		}
		t$2[t$2.length - 1].push(n$1);
	}
	return t$2;
};
const readMediaQueryList = (e$4) => {
	const t$2 = splitMediaQueryList(e$4);
	if (1 === t$2.length && 0 === t$2[0].length) return {
		type: "query-list",
		mediaQueries: [{ type: "query" }]
	};
	{
		const e$5 = [];
		for (const r$2 of t$2) {
			const t$3 = readMediaQuery(r$2);
			isParserError$1(t$3) ? e$5.push({
				type: "query",
				prefix: "not"
			}) : e$5.push(t$3);
		}
		return {
			type: "query-list",
			mediaQueries: e$5
		};
	}
};
const readMediaQuery = (e$4) => {
	var t$2, r$2, n$1;
	const i$2 = e$4.at(0);
	if (i$2) {
		if ("(" === i$2.type) {
			const r$3 = readMediaCondition(e$4, !0);
			if (isParserError$1(r$3)) {
				const { start: n$2, end: a$1 } = null !== (t$2 = e$4.at(1)) && void 0 !== t$2 ? t$2 : i$2;
				return {
					errid: "EXPECT_FEATURE_OR_CONDITION",
					start: n$2,
					end: a$1,
					child: r$3
				};
			}
			return {
				type: "query",
				mediaCondition: r$3
			};
		}
		if ("ident" === i$2.type) {
			let t$3, a$1;
			const { value: d, end: s$1 } = i$2;
			"only" !== d && "not" !== d || (t$3 = d);
			const o$2 = void 0 === t$3 ? 0 : 1, l$1 = e$4.at(o$2);
			if (!l$1) return {
				errid: "EXPECT_LPAREN_OR_TYPE",
				start: s$1,
				end: s$1
			};
			if ("ident" !== l$1.type) {
				if ("not" === t$3 && "(" === l$1.type) {
					const t$4 = readMediaCondition(e$4.slice(o$2), !0);
					if (isParserError$1(t$4)) {
						const { start: n$2, end: i$3 } = null !== (r$2 = e$4.at(o$2 + 1)) && void 0 !== r$2 ? r$2 : l$1;
						return {
							errid: "EXPECT_CONDITION",
							start: n$2,
							end: i$3,
							child: t$4
						};
					}
					return {
						type: "query",
						mediaCondition: {
							type: "condition",
							operator: "not",
							children: [t$4]
						}
					};
				}
				{
					const { start: e$5, end: t$4 } = l$1;
					return {
						errid: "EXPECT_TYPE",
						start: e$5,
						end: t$4
					};
				}
			}
			{
				const { value: e$5, start: r$3, end: n$2 } = l$1;
				if ("all" === e$5) a$1 = void 0;
				else if ("print" === e$5 || "screen" === e$5) a$1 = e$5;
				else {
					if ("tty" !== e$5 && "tv" !== e$5 && "projection" !== e$5 && "handheld" !== e$5 && "braille" !== e$5 && "embossed" !== e$5 && "aural" !== e$5 && "speech" !== e$5) return {
						errid: "EXPECT_TYPE",
						start: r$3,
						end: n$2
					};
					t$3 = "not" === t$3 ? void 0 : "not", a$1 = void 0;
				}
			}
			if (o$2 + 1 === e$4.length) return {
				type: "query",
				prefix: t$3,
				mediaType: a$1
			};
			{
				const r$3 = e$4[o$2 + 1];
				if ("ident" === r$3.type && "and" === r$3.value) {
					const r$4 = e$4.at(-1), i$3 = e$4.at(o$2 + 2);
					let d$1, s$2 = r$4.end + 1;
					if ("ident" === (null == i$3 ? void 0 : i$3.type) && "not" === i$3.value) {
						s$2 += 1;
						const t$4 = readMediaCondition(e$4.slice(o$2 + 3), !1);
						d$1 = isParserError$1(t$4) ? t$4 : {
							type: "condition",
							operator: "not",
							children: [t$4]
						};
					} else d$1 = readMediaCondition(e$4.slice(o$2 + 2), !1);
					const { start: l$2, end: u$1 } = null !== (n$1 = e$4.at(o$2 + 2)) && void 0 !== n$1 ? n$1 : {
						start: s$2,
						end: s$2
					};
					return isParserError$1(d$1) ? {
						errid: "EXPECT_CONDITION",
						start: l$2,
						end: u$1,
						child: d$1
					} : {
						type: "query",
						prefix: t$3,
						mediaType: a$1,
						mediaCondition: d$1
					};
				}
				return {
					errid: "EXPECT_AND",
					start: r$3.start,
					end: r$3.end
				};
			}
		}
		return {
			errid: "EXPECT_LPAREN_OR_TYPE_OR_MODIFIER",
			start: i$2.start,
			end: i$2.end
		};
	}
	return {
		errid: "EMPTY_QUERY",
		start: 0,
		end: 0
	};
};
const readMediaCondition = (e$4, t$2, r$2) => {
	const n$1 = e$4.at(0);
	if (n$1) {
		if ("(" !== n$1.type) return {
			errid: "EXPECT_LPAREN",
			start: n$1.start,
			end: n$1.end
		};
		let i$2, a$1 = e$4.length - 1, d = 0, s$1 = 0;
		for (const [t$3, r$3] of e$4.entries()) if ("(" === r$3.type ? (s$1 += 1, d = Math.max(d, s$1)) : ")" === r$3.type && (s$1 -= 1), 0 === s$1) {
			a$1 = t$3;
			break;
		}
		if (0 !== s$1) return {
			errid: "MISMATCH_PARENS",
			start: n$1.start,
			end: e$4[e$4.length - 1].end
		};
		const o$2 = e$4.slice(0, a$1 + 1);
		if (i$2 = 1 === d ? readMediaFeature(o$2) : "ident" === o$2[1].type && "not" === o$2[1].value ? readMediaCondition(o$2.slice(2, -1), !0, "not") : readMediaCondition(o$2.slice(1, -1), !0), isParserError$1(i$2)) return {
			errid: "EXPECT_FEATURE_OR_CONDITION",
			start: n$1.start,
			end: o$2[o$2.length - 1].end,
			child: i$2
		};
		if (a$1 === e$4.length - 1) return {
			type: "condition",
			operator: r$2,
			children: [i$2]
		};
		{
			const n$2 = e$4[a$1 + 1];
			if ("ident" !== n$2.type || "and" !== n$2.value && "or" !== n$2.value) return {
				errid: "EXPECT_AND_OR_OR",
				start: n$2.start,
				end: n$2.end
			};
			if (void 0 !== r$2 && r$2 !== n$2.value) return {
				errid: "MIX_AND_WITH_OR",
				start: n$2.start,
				end: n$2.end
			};
			if ("or" === n$2.value && !t$2) return {
				errid: "MIX_AND_WITH_OR",
				start: n$2.start,
				end: n$2.end
			};
			const d$1 = readMediaCondition(e$4.slice(a$1 + 2), t$2, n$2.value);
			return isParserError$1(d$1) ? d$1 : {
				type: "condition",
				operator: n$2.value,
				children: [i$2, ...d$1.children]
			};
		}
	}
	return {
		errid: "EMPTY_CONDITION",
		start: 0,
		end: 0
	};
};
const readMediaFeature = (e$4) => {
	const t$2 = e$4.at(0);
	if (t$2) {
		if ("(" !== t$2.type) return {
			errid: "EXPECT_LPAREN",
			start: t$2.start,
			end: t$2.end
		};
		const r$2 = e$4[e$4.length - 1];
		if (")" !== r$2.type) return {
			errid: "EXPECT_RPAREN",
			start: r$2.end + 1,
			end: r$2.end + 1
		};
		const n$1 = [e$4[0]];
		for (let t$3 = 1; t$3 < e$4.length; t$3++) {
			if (t$3 < e$4.length - 2) {
				const r$3 = e$4[t$3], i$3 = e$4[t$3 + 1], a$1 = e$4[t$3 + 2];
				if ("number" === r$3.type && r$3.value > 0 && "delim" === i$3.type && 47 === i$3.value && "number" === a$1.type && a$1.value > 0) {
					n$1.push({
						type: "ratio",
						numerator: r$3.value,
						denominator: a$1.value,
						hasSpaceBefore: r$3.hasSpaceBefore,
						hasSpaceAfter: a$1.hasSpaceAfter,
						start: r$3.start,
						end: a$1.end
					}), t$3 += 2;
					continue;
				}
			}
			n$1.push(e$4[t$3]);
		}
		const i$2 = n$1[1];
		if ("ident" === i$2.type && 3 === n$1.length) return {
			type: "feature",
			context: "boolean",
			feature: i$2.value
		};
		if (5 === n$1.length && "ident" === n$1[1].type && "colon" === n$1[2].type) {
			const e$5 = n$1[3];
			if ("number" === e$5.type || "dimension" === e$5.type || "ratio" === e$5.type || "ident" === e$5.type) {
				let t$3, r$3 = n$1[1].value;
				const i$3 = r$3.slice(0, 4);
				"min-" === i$3 ? (t$3 = "min", r$3 = r$3.slice(4)) : "max-" === i$3 && (t$3 = "max", r$3 = r$3.slice(4));
				const { hasSpaceBefore: a$1, hasSpaceAfter: d, start: s$1, end: o$2,...l$1 } = e$5;
				return {
					type: "feature",
					context: "value",
					prefix: t$3,
					feature: r$3,
					value: l$1
				};
			}
			return {
				errid: "EXPECT_VALUE",
				start: e$5.start,
				end: e$5.end
			};
		}
		if (n$1.length >= 5) {
			const e$5 = readRange(n$1);
			if (isParserError$1(e$5)) return {
				errid: "EXPECT_RANGE",
				start: t$2.start,
				end: n$1[n$1.length - 1].end,
				child: e$5
			};
			{
				const { feature: t$3,...r$3 } = e$5;
				return {
					type: "feature",
					context: "range",
					feature: t$3,
					range: r$3
				};
			}
		}
		return {
			errid: "INVALID_FEATURE",
			start: t$2.start,
			end: e$4[e$4.length - 1].end
		};
	}
	return {
		errid: "EMPTY_FEATURE",
		start: 0,
		end: 0
	};
};
const readRange = (e$4) => {
	var t$2, r$2, n$1, i$2, a$1, d, s$1, o$2;
	if (e$4.length < 5) return {
		errid: "INVALID_RANGE",
		start: null !== (r$2 = null === (t$2 = e$4.at(0)) || void 0 === t$2 ? void 0 : t$2.start) && void 0 !== r$2 ? r$2 : 0,
		end: null !== (i$2 = null === (n$1 = e$4.at(-1)) || void 0 === n$1 ? void 0 : n$1.end) && void 0 !== i$2 ? i$2 : 0
	};
	if ("(" !== e$4[0].type) return {
		errid: "EXPECT_LPAREN",
		start: e$4[0].start,
		end: e$4[0].end
	};
	const l$1 = e$4[e$4.length - 1];
	if (")" !== l$1.type) return {
		errid: "EXPECT_RPAREN",
		start: l$1.start,
		end: l$1.end
	};
	const u$1 = { feature: "" }, p = "number" === e$4[1].type || "dimension" === e$4[1].type || "ratio" === e$4[1].type || "ident" === e$4[1].type && "infinite" === e$4[1].value;
	if ("delim" === e$4[2].type) {
		if (60 === e$4[2].value) "delim" !== e$4[3].type || 61 !== e$4[3].value || e$4[3].hasSpaceBefore ? u$1[p ? "leftOp" : "rightOp"] = "<" : u$1[p ? "leftOp" : "rightOp"] = "<=";
		else if (62 === e$4[2].value) "delim" !== e$4[3].type || 61 !== e$4[3].value || e$4[3].hasSpaceBefore ? u$1[p ? "leftOp" : "rightOp"] = ">" : u$1[p ? "leftOp" : "rightOp"] = ">=";
		else {
			if (61 !== e$4[2].value) return {
				errid: "INVALID_RANGE",
				start: e$4[0].start,
				end: l$1.end
			};
			u$1[p ? "leftOp" : "rightOp"] = "=";
		}
		if (p) u$1.leftToken = e$4[1];
		else {
			if ("ident" !== e$4[1].type) return {
				errid: "INVALID_RANGE",
				start: e$4[0].start,
				end: l$1.end
			};
			u$1.feature = e$4[1].value;
		}
		const t$3 = 2 + (null !== (d = null === (a$1 = u$1[p ? "leftOp" : "rightOp"]) || void 0 === a$1 ? void 0 : a$1.length) && void 0 !== d ? d : 0), r$3 = e$4[t$3];
		if (p) {
			if ("ident" !== r$3.type) return {
				errid: "INVALID_RANGE",
				start: e$4[0].start,
				end: l$1.end
			};
			if (u$1.feature = r$3.value, e$4.length >= 7) {
				const r$4 = e$4[t$3 + 1], n$3 = e$4[t$3 + 2];
				if ("delim" !== r$4.type) return {
					errid: "INVALID_RANGE",
					start: e$4[0].start,
					end: l$1.end
				};
				{
					const i$4 = r$4.value;
					if (60 === i$4) "delim" !== n$3.type || 61 !== n$3.value || n$3.hasSpaceBefore ? u$1.rightOp = "<" : u$1.rightOp = "<=";
					else {
						if (62 !== i$4) return {
							errid: "INVALID_RANGE",
							start: e$4[0].start,
							end: l$1.end
						};
						"delim" !== n$3.type || 61 !== n$3.value || n$3.hasSpaceBefore ? u$1.rightOp = ">" : u$1.rightOp = ">=";
					}
					const a$2 = t$3 + 1 + (null !== (o$2 = null === (s$1 = u$1.rightOp) || void 0 === s$1 ? void 0 : s$1.length) && void 0 !== o$2 ? o$2 : 0), d$1 = e$4.at(a$2);
					if (a$2 + 2 !== e$4.length) return {
						errid: "INVALID_RANGE",
						start: e$4[0].start,
						end: l$1.end
					};
					u$1.rightToken = d$1;
				}
			} else if (t$3 + 2 !== e$4.length) return {
				errid: "INVALID_RANGE",
				start: e$4[0].start,
				end: l$1.end
			};
		} else u$1.rightToken = r$3;
		let n$2;
		const { leftToken: i$3, leftOp: f, feature: c, rightOp: y, rightToken: h } = u$1;
		let E, v$1;
		if (void 0 !== i$3) {
			if ("ident" === i$3.type) {
				const { type: e$5, value: t$4 } = i$3;
				"infinite" === t$4 && (E = {
					type: e$5,
					value: t$4
				});
			} else if ("number" === i$3.type || "dimension" === i$3.type || "ratio" === i$3.type) {
				const { hasSpaceBefore: e$5, hasSpaceAfter: t$4, start: r$4, end: n$3,...a$2 } = i$3;
				E = a$2;
			}
		}
		if (void 0 !== h) {
			if ("ident" === h.type) {
				const { type: e$5, value: t$4 } = h;
				"infinite" === t$4 && (v$1 = {
					type: e$5,
					value: t$4
				});
			} else if ("number" === h.type || "dimension" === h.type || "ratio" === h.type) {
				const { hasSpaceBefore: e$5, hasSpaceAfter: t$4, start: r$4, end: n$3,...i$4 } = h;
				v$1 = i$4;
			}
		}
		if (void 0 !== E && void 0 !== v$1) if ("<" !== f && "<=" !== f || "<" !== y && "<=" !== y) {
			if (">" !== f && ">=" !== f || ">" !== y && ">=" !== y) return {
				errid: "INVALID_RANGE",
				start: e$4[0].start,
				end: l$1.end
			};
			n$2 = {
				leftToken: E,
				leftOp: f,
				feature: c,
				rightOp: y,
				rightToken: v$1
			};
		} else n$2 = {
			leftToken: E,
			leftOp: f,
			feature: c,
			rightOp: y,
			rightToken: v$1
		};
		else (void 0 === E && void 0 === f && void 0 !== y && void 0 !== v$1 || void 0 !== E && void 0 !== f && void 0 === y && void 0 === v$1) && (n$2 = {
			leftToken: E,
			leftOp: f,
			feature: c,
			rightOp: y,
			rightToken: v$1
		});
		return null != n$2 ? n$2 : {
			errid: "INVALID_RANGE",
			start: e$4[0].start,
			end: l$1.end
		};
	}
	return {
		errid: "INVALID_RANGE",
		start: e$4[0].start,
		end: l$1.end
	};
};

//#endregion
//#region node_modules/.pnpm/media-query-parser@3.0.0-beta.1/node_modules/media-query-parser/dist/flatten/flatten.js
const flattenMediaQueryList = (e$4) => ({
	type: "query-list",
	mediaQueries: e$4.mediaQueries.map((e$5) => flattenMediaQuery(e$5))
});
const flattenMediaQuery = (e$4) => e$4.mediaCondition ? {
	type: "query",
	prefix: e$4.prefix,
	mediaType: e$4.mediaType,
	mediaCondition: flattenMediaCondition(e$4.mediaCondition)
} : e$4;
const flattenMediaCondition = (e$4) => {
	const o$2 = [];
	for (const t$2 of e$4.children) if ("condition" === t$2.type) {
		const i$2 = flattenMediaCondition(t$2);
		void 0 === i$2.operator && 1 === i$2.children.length ? o$2.push(i$2.children[0]) : i$2.operator !== e$4.operator || "and" !== i$2.operator && "or" !== i$2.operator ? o$2.push(i$2) : o$2.push(...i$2.children);
	} else o$2.push(t$2);
	if (1 === o$2.length) {
		const t$2 = o$2[0];
		if ("condition" === t$2.type) {
			if (void 0 === e$4.operator) return t$2;
			if ("not" === e$4.operator && "not" === t$2.operator) return {
				type: "condition",
				children: t$2.children
			};
		}
	}
	return {
		type: "condition",
		operator: e$4.operator,
		children: o$2
	};
};

//#endregion
//#region node_modules/.pnpm/media-query-parser@3.0.0-beta.1/node_modules/media-query-parser/dist/internals.js
const invertParserError = (e$4) => {
	const t$2 = [e$4];
	for (let d = e$4.child; void 0 !== d; d = d.child) t$2.push(d);
	for (let e$5 = t$2.length - 2; e$5 >= 0; e$5--) t$2[e$5 + 1].child = t$2.at(e$5);
	return delete t$2[0].child, t$2.at(-1);
};
const deleteUndefinedValues = (e$4) => {
	switch (e$4.type) {
		case "query-list":
			for (const t$2 of e$4.mediaQueries) deleteUndefinedValues(t$2);
			return e$4;
		case "query": return void 0 === e$4.prefix && delete e$4.prefix, void 0 === e$4.mediaType && delete e$4.mediaType, void 0 === e$4.mediaCondition ? delete e$4.mediaCondition : deleteUndefinedValues(e$4.mediaCondition), e$4;
		case "condition":
			void 0 === e$4.operator && delete e$4.operator;
			for (const t$2 of e$4.children) deleteUndefinedValues(t$2);
			return e$4;
		case "feature": return "value" === e$4.context ? (void 0 === e$4.prefix && delete e$4.prefix, deleteUndefinedValues(e$4.value)) : "range" === e$4.context && (void 0 === e$4.range.leftOp && delete e$4.range.leftOp, void 0 === e$4.range.rightOp && delete e$4.range.rightOp, void 0 === e$4.range.leftToken ? delete e$4.range.leftToken : deleteUndefinedValues(e$4.range.leftToken), void 0 === e$4.range.rightToken ? delete e$4.range.rightToken : deleteUndefinedValues(e$4.range.rightToken)), e$4;
		default: return e$4;
	}
};

//#endregion
//#region node_modules/.pnpm/media-query-parser@3.0.0-beta.1/node_modules/media-query-parser/dist/lexer/codepoints.js
let e$3;
const readCodepoints = (s$1) => {
	const t$2 = (() => {
		let s$2;
		return e$3 ? s$2 = e$3 : (s$2 = new TextEncoder(), e$3 = s$2), s$2;
	})().encode(s$1), r$2 = [], a$1 = t$2.length;
	for (let e$4 = 0; e$4 < a$1; e$4 += 1) {
		const s$2 = t$2.at(e$4);
		if (s$2 < 128) switch (s$2) {
			case 0:
				r$2.push(65533);
				break;
			case 12:
				r$2.push(10);
				break;
			case 13:
				r$2.push(10), 10 === t$2.at(e$4 + 1) && (e$4 += 1);
				break;
			default: r$2.push(s$2);
		}
		else s$2 < 224 ? r$2.push(s$2 << 59 >>> 53 | t$2[++e$4] << 58 >>> 58) : s$2 < 240 ? r$2.push(s$2 << 60 >>> 48 | t$2[++e$4] << 58 >>> 52 | t$2[++e$4] << 58 >>> 58) : r$2.push(s$2 << 61 >>> 43 | t$2[++e$4] << 58 >>> 46 | t$2[++e$4] << 58 >>> 52 | t$2[++e$4] << 58 >>> 58);
	}
	return r$2;
};

//#endregion
//#region node_modules/.pnpm/media-query-parser@3.0.0-beta.1/node_modules/media-query-parser/dist/lexer/process.js
const convertToParserTokens = (e$4) => {
	const t$2 = [];
	let r$2 = !1;
	for (const s$1 of e$4) switch (s$1.type) {
		case "{": return {
			errid: "NO_LCURLY",
			start: s$1.start,
			end: s$1.end
		};
		case "semicolon": return {
			errid: "NO_SEMICOLON",
			start: s$1.start,
			end: s$1.end
		};
		case "whitespace":
			r$2 = !0, t$2.length > 0 && (t$2[t$2.length - 1].hasSpaceAfter = !0);
			break;
		case "EOF": break;
		default: t$2.push({
			...s$1,
			hasSpaceBefore: r$2,
			hasSpaceAfter: !1
		}), r$2 = !1;
	}
	return t$2;
};

//#endregion
//#region node_modules/.pnpm/media-query-parser@3.0.0-beta.1/node_modules/media-query-parser/dist/lexer/tokens.js
const e$2 = 10, t$1 = 32, n = 45, s = 48, u = 57, r$1 = 65, o$1 = 92, l = 97, i$1 = 122, a = 128;
const codepointsToTokens = (f, c = 0) => {
	const p = [];
	for (; c < f.length; c += 1) {
		const d = f.at(c), h = c;
		if (47 === d && 42 === f.at(c + 1)) {
			c += 2;
			for (let e$4 = f.at(c); void 0 !== e$4; e$4 = f.at(++c)) if (42 === e$4 && 47 === f.at(c + 1)) {
				c += 1;
				break;
			}
		} else if (9 === d || d === t$1 || d === e$2) {
			let n$1 = f.at(++c);
			for (; 9 === n$1 || n$1 === t$1 || n$1 === e$2;) n$1 = f.at(++c);
			c -= 1;
			const s$1 = p.at(-1);
			"whitespace" === (null == s$1 ? void 0 : s$1.type) ? (p.pop(), p.push({
				type: "whitespace",
				start: s$1.start,
				end: c
			})) : p.push({
				type: "whitespace",
				start: h,
				end: c
			});
		} else if (34 === d) {
			const e$4 = consumeString(f, c);
			if (null === e$4) return {
				errid: "INVALID_STRING",
				start: c,
				end: c
			};
			const [t$2, n$1] = e$4;
			c = t$2, p.push({
				type: "string",
				value: n$1,
				start: h,
				end: c
			});
		} else if (35 === d) {
			if (c + 1 < f.length) {
				const t$2 = f.at(c + 1);
				if (95 === t$2 || t$2 >= r$1 && t$2 <= 90 || t$2 >= l && t$2 <= i$1 || t$2 >= a || t$2 >= s && t$2 <= u || t$2 === o$1 && c + 2 < f.length && f.at(c + 2) !== e$2) {
					const e$4 = wouldStartIdentifier(f, c + 1) ? "id" : "unrestricted", t$3 = consumeIdentUnsafe(f, c + 1);
					if (null !== t$3) {
						const [n$1, s$1] = t$3;
						c = n$1, p.push({
							type: "hash",
							value: s$1.toLowerCase(),
							flag: e$4,
							start: h,
							end: c
						});
						continue;
					}
				}
			}
			p.push({
				type: "delim",
				value: d,
				start: h,
				end: c
			});
		} else if (39 === d) {
			const e$4 = consumeString(f, c);
			if (null === e$4) return {
				errid: "INVALID_STRING",
				start: c,
				end: c
			};
			const [t$2, n$1] = e$4;
			c = t$2, p.push({
				type: "string",
				value: n$1,
				start: h,
				end: c
			});
		} else if (40 === d) p.push({
			type: "(",
			start: h,
			end: c
		});
		else if (41 === d) p.push({
			type: ")",
			start: h,
			end: c
		});
		else if (43 === d) {
			const e$4 = consumeNumeric(f, c);
			if (null === e$4) p.push({
				type: "delim",
				value: d,
				start: h,
				end: c
			});
			else {
				const [t$2, n$1] = e$4;
				c = t$2, "dimension" === n$1[0] ? p.push({
					type: "dimension",
					value: n$1[1],
					unit: n$1[2].toLowerCase(),
					flag: "number",
					start: h,
					end: c
				}) : "number" === n$1[0] ? p.push({
					type: n$1[0],
					value: n$1[1],
					flag: n$1[2],
					start: h,
					end: c
				}) : p.push({
					type: n$1[0],
					value: n$1[1],
					flag: "number",
					start: h,
					end: c
				});
			}
		} else if (44 === d) p.push({
			type: "comma",
			start: h,
			end: c
		});
		else if (d === n) {
			const e$4 = consumeNumeric(f, c);
			if (null !== e$4) {
				const [t$3, n$1] = e$4;
				c = t$3, "dimension" === n$1[0] ? p.push({
					type: "dimension",
					value: n$1[1],
					unit: n$1[2].toLowerCase(),
					flag: "number",
					start: h,
					end: c
				}) : "number" === n$1[0] ? p.push({
					type: n$1[0],
					value: n$1[1],
					flag: n$1[2],
					start: h,
					end: c
				}) : p.push({
					type: n$1[0],
					value: n$1[1],
					flag: "number",
					start: h,
					end: c
				});
				continue;
			}
			if (c + 2 < f.length) {
				const e$5 = f.at(c + 1), t$3 = f.at(c + 2);
				if (e$5 === n && 62 === t$3) {
					c += 2, p.push({
						type: "CDC",
						start: h,
						end: c
					});
					continue;
				}
			}
			const t$2 = consumeIdentLike(f, c);
			if (null !== t$2) {
				const [e$5, n$1, s$1] = t$2;
				c = e$5, p.push({
					type: s$1,
					value: n$1,
					start: h,
					end: c
				});
				continue;
			}
			p.push({
				type: "delim",
				value: d,
				start: h,
				end: c
			});
		} else if (46 === d) {
			const e$4 = consumeNumeric(f, c);
			if (null !== e$4) {
				const [t$2, n$1] = e$4;
				c = t$2, "dimension" === n$1[0] ? p.push({
					type: "dimension",
					value: n$1[1],
					unit: n$1[2].toLowerCase(),
					flag: "number",
					start: h,
					end: c
				}) : "number" === n$1[0] ? p.push({
					type: n$1[0],
					value: n$1[1],
					flag: n$1[2],
					start: h,
					end: c
				}) : p.push({
					type: n$1[0],
					value: n$1[1],
					flag: "number",
					start: h,
					end: c
				});
				continue;
			}
			p.push({
				type: "delim",
				value: d,
				start: h,
				end: c
			});
		} else if (58 === d) p.push({
			type: "colon",
			start: h,
			end: c
		});
		else if (59 === d) p.push({
			type: "semicolon",
			start: h,
			end: c
		});
		else if (60 === d) {
			if (c + 3 < f.length) {
				const e$4 = f.at(c + 1), t$2 = f.at(c + 2), s$1 = f.at(c + 3);
				if (33 === e$4 && t$2 === n && s$1 === n) {
					c += 3, p.push({
						type: "CDO",
						start: h,
						end: c
					});
					continue;
				}
			}
			p.push({
				type: "delim",
				value: d,
				start: h,
				end: c
			});
		} else if (64 === d) {
			const e$4 = consumeIdent(f, c + 1);
			if (null !== e$4) {
				const [t$2, n$1] = e$4;
				c = t$2, p.push({
					type: "at-keyword",
					value: n$1.toLowerCase(),
					start: h,
					end: c
				});
				continue;
			}
			p.push({
				type: "delim",
				value: d,
				start: h,
				end: c
			});
		} else if (91 === d) p.push({
			type: "[",
			start: h,
			end: c
		});
		else if (93 === d) p.push({
			type: "]",
			start: h,
			end: c
		});
		else if (123 === d) p.push({
			type: "{",
			start: h,
			end: c
		});
		else if (125 === d) p.push({
			type: "}",
			start: h,
			end: c
		});
		else if (d >= s && d <= u) {
			const e$4 = consumeNumeric(f, c), [t$2, n$1] = e$4;
			c = t$2, "dimension" === n$1[0] ? p.push({
				type: "dimension",
				value: n$1[1],
				unit: n$1[2].toLowerCase(),
				flag: "number",
				start: h,
				end: c
			}) : "number" === n$1[0] ? p.push({
				type: n$1[0],
				value: n$1[1],
				flag: n$1[2],
				start: h,
				end: c
			}) : p.push({
				type: n$1[0],
				value: n$1[1],
				flag: "number",
				start: h,
				end: c
			});
		} else if (95 === d || d >= r$1 && d <= 90 || d >= l && d <= i$1 || d >= a || d === o$1) {
			const e$4 = consumeIdentLike(f, c);
			if (null === e$4) p.push({
				type: "delim",
				value: d,
				start: h,
				end: c
			});
			else {
				const [t$2, n$1, s$1] = e$4;
				c = t$2, p.push({
					type: s$1,
					value: n$1,
					start: h,
					end: c
				});
			}
		} else p.push({
			type: "delim",
			value: d,
			start: h,
			end: c
		});
	}
	return p.push({
		type: "EOF",
		start: c,
		end: c
	}), p;
};
const consumeString = (t$2, n$1) => {
	if (t$2.length <= n$1 + 1) return null;
	const s$1 = t$2.at(n$1), u$1 = [];
	for (let r$2 = n$1 + 1; r$2 < t$2.length; r$2 += 1) {
		const n$2 = t$2.at(r$2);
		if (n$2 === s$1) return [r$2, String.fromCodePoint(...u$1)];
		if (n$2 === o$1) {
			const e$4 = consumeEscape(t$2, r$2);
			if (null === e$4) return null;
			const [n$3, s$2] = e$4;
			u$1.push(s$2), r$2 = n$3;
		} else {
			if (n$2 === e$2) return null;
			u$1.push(n$2);
		}
	}
	return null;
};
const wouldStartIdentifier = (t$2, s$1) => {
	const u$1 = t$2.at(s$1);
	if (void 0 === u$1) return !1;
	if (u$1 === n) {
		const u$2 = t$2.at(s$1 + 1);
		if (void 0 === u$2) return !1;
		if (u$2 === n || 95 === u$2 || u$2 >= r$1 && u$2 <= 90 || u$2 >= l && u$2 <= i$1 || u$2 >= a) return !0;
		if (u$2 === o$1) {
			if (t$2.length <= s$1 + 2) return !1;
			return t$2.at(s$1 + 2) !== e$2;
		}
		return !1;
	}
	if (95 === u$1 || u$1 >= r$1 && u$1 <= 90 || u$1 >= l && u$1 <= i$1 || u$1 >= a) return !0;
	if (u$1 === o$1) {
		if (t$2.length <= s$1 + 1) return !1;
		return t$2.at(s$1 + 1) !== e$2;
	}
	return !1;
};
const consumeEscape = (n$1, i$2) => {
	if (n$1.length <= i$2 + 1) return null;
	if (n$1.at(i$2) !== o$1) return null;
	const a$1 = n$1.at(i$2 + 1);
	if (a$1 === e$2) return null;
	if (a$1 >= s && a$1 <= u || a$1 >= r$1 && a$1 <= 70 || a$1 >= l && a$1 <= 102) {
		const o$2 = [a$1], f = Math.min(i$2 + 7, n$1.length);
		let c = i$2 + 2;
		for (; c < f; c += 1) {
			const e$4 = n$1.at(c);
			if (!(e$4 >= s && e$4 <= u || e$4 >= r$1 && e$4 <= 70 || e$4 >= l && e$4 <= 102)) break;
			o$2.push(e$4);
		}
		if (c < n$1.length) {
			const s$1 = n$1.at(c);
			9 !== s$1 && s$1 !== t$1 && s$1 !== e$2 || (c += 1);
		}
		return [c - 1, Number.parseInt(String.fromCodePoint(...o$2), 16)];
	}
	return [i$2 + 1, a$1];
};
const consumeNumeric = (e$4, t$2) => {
	const n$1 = consumeNumber(e$4, t$2);
	if (null === n$1) return null;
	const [s$1, u$1, r$2] = n$1, o$2 = consumeIdent(e$4, s$1 + 1);
	if (null !== o$2) {
		const [e$5, t$3] = o$2;
		return [e$5, [
			"dimension",
			u$1,
			t$3
		]];
	}
	return s$1 + 1 < e$4.length && 37 === e$4.at(s$1 + 1) ? [s$1 + 1, ["percentage", u$1]] : [s$1, [
		"number",
		u$1,
		r$2
	]];
};
const consumeNumber = (e$4, t$2) => {
	const r$2 = e$4.at(t$2);
	if (void 0 === r$2) return null;
	let o$2 = "integer";
	const l$1 = [];
	for (43 !== r$2 && r$2 !== n || (t$2 += 1, r$2 === n && l$1.push(n)); t$2 < e$4.length;) {
		const n$1 = e$4.at(t$2);
		if (!(n$1 >= s && n$1 <= u)) break;
		l$1.push(n$1), t$2 += 1;
	}
	if (t$2 + 1 < e$4.length) {
		const n$1 = e$4.at(t$2), r$3 = e$4.at(t$2 + 1);
		if (46 === n$1 && r$3 >= s && r$3 <= u) for (l$1.push(n$1, r$3), o$2 = "number", t$2 += 2; t$2 < e$4.length;) {
			const n$2 = e$4.at(t$2);
			if (!(n$2 >= s && n$2 <= u)) break;
			l$1.push(n$2), t$2 += 1;
		}
	}
	if (t$2 + 1 < e$4.length) {
		const r$3 = e$4.at(t$2), i$3 = e$4.at(t$2 + 1), a$2 = e$4.at(t$2 + 2);
		if (69 === r$3 || 101 === r$3) {
			let r$4 = !1;
			if (i$3 >= s && i$3 <= u ? (l$1.push(69, i$3), t$2 += 2, r$4 = !0) : (i$3 === n || 43 === i$3) && void 0 !== a$2 && a$2 >= s && a$2 <= u && (l$1.push(69), i$3 === n && l$1.push(n), l$1.push(a$2), t$2 += 3, r$4 = !0), r$4) for (o$2 = "number"; t$2 < e$4.length;) {
				const n$1 = e$4.at(t$2);
				if (!(n$1 >= s && n$1 <= u)) break;
				l$1.push(n$1), t$2 += 1;
			}
		}
	}
	const i$2 = String.fromCodePoint(...l$1);
	let a$1 = "number" === o$2 ? Number.parseFloat(i$2) : Number.parseInt(i$2);
	return 0 === a$1 && (a$1 = 0), Number.isNaN(a$1) ? null : [
		t$2 - 1,
		a$1,
		o$2
	];
};
const consumeIdentUnsafe = (e$4, t$2) => {
	if (e$4.length <= t$2) return null;
	const o$2 = [];
	for (let f = e$4.at(t$2); t$2 < e$4.length; f = e$4.at(++t$2)) {
		if (!(f === n || 95 === f || f >= r$1 && f <= 90 || f >= l && f <= i$1 || f >= a || f >= s && f <= u)) {
			{
				const n$1 = consumeEscape(e$4, t$2);
				if (null !== n$1) {
					const [e$5, s$1] = n$1;
					o$2.push(s$1), t$2 = e$5;
					continue;
				}
			}
			break;
		}
		o$2.push(f);
	}
	return 0 === t$2 ? null : [t$2 - 1, String.fromCodePoint(...o$2)];
};
const consumeIdent = (e$4, t$2) => wouldStartIdentifier(e$4, t$2) ? consumeIdentUnsafe(e$4, t$2) : null;
const consumeUrl = (n$1, s$1) => {
	let u$1 = n$1.at(s$1);
	for (; 9 === u$1 || u$1 === t$1 || u$1 === e$2;) u$1 = n$1.at(++s$1);
	const r$2 = [];
	let l$1 = !1;
	for (; s$1 < n$1.length;) {
		if (41 === u$1) return [s$1, String.fromCodePoint(...r$2)];
		if (34 === u$1 || 39 === u$1 || 40 === u$1) return null;
		if (9 === u$1 || u$1 === t$1 || u$1 === e$2) !l$1 && r$2.length > 0 && (l$1 = !0);
		else if (u$1 === o$1) {
			const e$4 = consumeEscape(n$1, s$1);
			if (null === e$4 || l$1) return null;
			const [t$2, u$2] = e$4;
			r$2.push(u$2), s$1 = t$2;
		} else {
			if (l$1) return null;
			r$2.push(u$1);
		}
		u$1 = n$1.at(++s$1);
	}
	return null;
};
const consumeIdentLike = (n$1, s$1) => {
	const u$1 = consumeIdent(n$1, s$1);
	if (null === u$1) return null;
	const [r$2, o$2] = u$1;
	if ("url" === o$2.toLowerCase()) {
		if (n$1.length > r$2 + 1) {
			if (40 === n$1.at(r$2 + 1)) {
				for (let s$2 = 2; r$2 + s$2 < n$1.length; s$2 += 1) {
					const u$2 = n$1.at(r$2 + s$2);
					if (34 === u$2 || 39 === u$2) return [
						r$2 + 1,
						o$2.toLowerCase(),
						"function"
					];
					if (9 !== u$2 && u$2 !== t$1 && u$2 !== e$2) {
						const e$4 = consumeUrl(n$1, r$2 + s$2);
						if (null === e$4) return null;
						const [t$2, u$3] = e$4;
						return [
							t$2,
							u$3,
							"url"
						];
					}
				}
				return [
					r$2 + 1,
					o$2.toLowerCase(),
					"function"
				];
			}
		}
	} else if (n$1.length > r$2 + 1) {
		if (40 === n$1.at(r$2 + 1)) return [
			r$2 + 1,
			o$2.toLowerCase(),
			"function"
		];
	}
	return [
		r$2,
		o$2.toLowerCase(),
		"ident"
	];
};

//#endregion
//#region node_modules/.pnpm/media-query-parser@3.0.0-beta.1/node_modules/media-query-parser/dist/lexer/lexer.js
const lexer = (m) => {
	const e$4 = codepointsToTokens(readCodepoints(m));
	return isParserError$1(e$4) ? e$4 : convertToParserTokens(e$4);
};

//#endregion
//#region node_modules/.pnpm/media-query-parser@3.0.0-beta.1/node_modules/media-query-parser/dist/utils.js
const isParserError = (r$2) => "object" == typeof r$2 && null !== r$2 && "errid" in r$2;

//#endregion
//#region node_modules/.pnpm/media-query-parser@3.0.0-beta.1/node_modules/media-query-parser/dist/index.js
const parseMediaQueryList = (t$2) => {
	const e$4 = lexer(t$2);
	return isParserError(e$4) ? invertParserError(e$4) : deleteUndefinedValues(flattenMediaQueryList(readMediaQueryList(e$4)));
};

//#endregion
//#region node_modules/.pnpm/media-query-fns@2.1.2/node_modules/media-query-fns/dist/helpers.js
const DISCRETE_FEATURES = {
	"any-hover": {
		none: 1,
		hover: 1
	},
	"any-pointer": {
		none: 1,
		coarse: 1,
		fine: 1
	},
	"color-gamut": {
		srgb: 1,
		p3: 1,
		rec2020: 1
	},
	grid: {
		0: 1,
		1: 1
	},
	hover: {
		none: 1,
		hover: 1
	},
	"overflow-block": {
		none: 1,
		scroll: 1,
		paged: 1
	},
	"overflow-inline": {
		none: 1,
		scroll: 1
	},
	pointer: {
		none: 1,
		coarse: 1,
		fine: 1
	},
	scan: {
		interlace: 1,
		progressive: 1
	},
	update: {
		none: 1,
		slow: 1,
		fast: 1
	},
	"display-mode": {
		fullscreen: 1,
		standalone: 1,
		"minimal-ui": 1,
		browser: 1
	},
	"dynamic-range": {
		standard: 1,
		high: 1
	},
	"environment-blending": {
		opaque: 1,
		additive: 1,
		subtractive: 1
	},
	"forced-colors": {
		none: 1,
		active: 1
	},
	"inverted-colors": {
		none: 1,
		inverted: 1
	},
	"nav-controls": {
		none: 1,
		back: 1
	},
	"prefers-color-scheme": {
		light: 1,
		dark: 1
	},
	"prefers-contrast": {
		"no-preference": 1,
		less: 1,
		more: 1,
		custom: 1
	},
	"prefers-reduced-data": {
		"no-preference": 1,
		reduce: 1
	},
	"prefers-reduced-motion": {
		"no-preference": 1,
		reduce: 1
	},
	"prefers-reduced-transparency": {
		"no-preference": 1,
		reduce: 1
	},
	scripting: {
		none: 1,
		"initial-only": 1,
		enabled: 1
	},
	"video-color-gamut": {
		srgb: 1,
		p3: 1,
		rec2020: 1
	},
	"video-dynamic-range": {
		standard: 1,
		high: 1
	}
};
const RANGE_NUMBER_FEATURES = {
	color: {
		feature: "color",
		type: "integer",
		bounds: [
			!0,
			0,
			Infinity,
			!1
		]
	},
	"color-index": {
		feature: "color-index",
		type: "integer",
		bounds: [
			!0,
			0,
			Infinity,
			!1
		]
	},
	monochrome: {
		feature: "monochrome",
		type: "integer",
		bounds: [
			!0,
			0,
			Infinity,
			!1
		]
	},
	"device-height": {
		feature: "device-height",
		type: "length",
		bounds: [
			!0,
			0,
			Infinity,
			!1
		]
	},
	"device-width": {
		feature: "device-width",
		type: "length",
		bounds: [
			!0,
			0,
			Infinity,
			!1
		]
	},
	height: {
		feature: "height",
		type: "length",
		bounds: [
			!0,
			0,
			Infinity,
			!1
		]
	},
	width: {
		feature: "width",
		type: "length",
		bounds: [
			!0,
			0,
			Infinity,
			!1
		]
	},
	resolution: {
		feature: "resolution",
		type: "resolution",
		bounds: [
			!0,
			0,
			Infinity,
			!1
		]
	},
	"horizontal-viewport-segments": {
		feature: "horizontal-viewport-segments",
		type: "integer",
		bounds: [
			!0,
			0,
			Infinity,
			!1
		]
	},
	"vertical-viewport-segments": {
		feature: "vertical-viewport-segments",
		type: "integer",
		bounds: [
			!0,
			0,
			Infinity,
			!1
		]
	}
};
const RANGE_RATIO_FEATURES = {
	"aspect-ratio": {
		feature: "aspect-ratio",
		type: "ratio",
		bounds: [
			!1,
			[0, 1],
			[Infinity, 1],
			!1
		]
	},
	"device-aspect-ratio": {
		feature: "device-aspect-ratio",
		type: "ratio",
		bounds: [
			!1,
			[0, 1],
			[Infinity, 1],
			!1
		]
	}
};
const permToConditionPairs = (e$4) => Object.entries(e$4).filter((e$5) => void 0 !== e$5[1]);
const e$1 = new Set(Object.keys(DISCRETE_FEATURES));
const hasDiscreteKey = (t$2) => e$1.has(t$2[0]);
const isDiscreteKey = (t$2) => e$1.has(t$2);
const t = new Set(Object.keys(RANGE_RATIO_FEATURES));
const hasRangeRatioKey = (e$4) => t.has(e$4[0]);
const isRangeRatioKey = (e$4) => t.has(e$4);
const o = new Set(Object.keys(RANGE_NUMBER_FEATURES));
const hasRangeNumberKey = (e$4) => o.has(e$4[0]);
const isRangeNumberKey = (e$4) => o.has(e$4);
const hasRangeKey = (e$4) => hasRangeNumberKey(e$4) || hasRangeRatioKey(e$4);
const isRangeKey = (e$4) => isRangeNumberKey(e$4) || isRangeRatioKey(e$4);
const isFeatureKey = (e$4) => isRangeNumberKey(e$4) || isRangeRatioKey(e$4) || isDiscreteKey(e$4);
const attachPair = (e$4, t$2) => {
	e$4[t$2[0]] = t$2[1];
};
const andRanges = (...e$4) => e$4.reduce((e$5, t$2) => "{true}" === e$5 ? t$2 : "{true}" === t$2 ? e$5 : "{false}" === e$5 || "{false}" === t$2 ? "{false}" : ((e$6, t$3) => {
	const [o$2, n$1, r$2, s$1] = e$6, a$1 = "number" == typeof n$1 ? n$1 : n$1[0] / n$1[1], i$2 = "number" == typeof r$2 ? r$2 : r$2[0] / r$2[1], [c, p, u$1, d] = t$3, l$1 = "number" == typeof p ? p : p[0] / p[1], g = "number" == typeof u$1 ? u$1 : u$1[0] / u$1[1];
	let f = o$2 !== c && !o$2;
	a$1 !== l$1 && (f = a$1 > l$1);
	let h = s$1 !== d && !s$1;
	i$2 !== g && (h = i$2 < g);
	const y = f ? o$2 : c, R = f ? n$1 : p, b = h ? r$2 : u$1, m = h ? s$1 : d;
	return R > b || R === b && (!y || !m) ? "{false}" : [
		y,
		R,
		b,
		m
	];
})(e$5, t$2), "{true}");
const boundRange = (e$4) => {
	if (hasRangeRatioKey(e$4)) {
		const { bounds: t$2 } = RANGE_RATIO_FEATURES[e$4[0]], o$2 = andRanges(e$4[1], t$2);
		if ("string" == typeof o$2) return o$2;
		if (o$2[0] === t$2[0] && o$2[1][0] === t$2[1][0] && o$2[1][1] === t$2[1][1] && o$2[2][0] === t$2[2][0] && o$2[2][1] === t$2[2][1] && o$2[3] === t$2[3]) return "{true}";
		{
			const e$5 = o$2[1][0] / o$2[1][1], t$3 = o$2[2][0] / o$2[2][1];
			return e$5 > t$3 || e$5 === t$3 && (!o$2[0] || !o$2[3]) ? "{false}" : o$2;
		}
	}
	{
		const { bounds: t$2 } = RANGE_NUMBER_FEATURES[e$4[0]], o$2 = andRanges(e$4[1], t$2);
		return "string" == typeof o$2 ? o$2 : o$2[0] === t$2[0] && o$2[1] === t$2[1] && o$2[2] === t$2[2] && o$2[3] === t$2[3] ? "{true}" : o$2[1] > o$2[2] || o$2[1] === o$2[2] && (!o$2[0] || !o$2[3]) ? "{false}" : o$2;
	}
};
const notRatioRange = (e$4) => {
	if ("string" == typeof e$4[1]) throw new Error("expected range");
	const { bounds: t$2 } = RANGE_RATIO_FEATURES[e$4[0]], [o$2, n$1, r$2, s$1] = e$4[1], a$1 = n$1[0] / n$1[1], i$2 = r$2[0] / r$2[1], c = t$2[1][0] / t$2[1][1], p = t$2[0], u$1 = t$2[2][0] / t$2[2][1], d = t$2[3], l$1 = i$2 > u$1 || i$2 === u$1 && !(d && !s$1);
	return a$1 < c || a$1 === c && !(p && !o$2) ? l$1 ? "{false}" : [[
		!s$1,
		r$2,
		t$2[2],
		t$2[3]
	]] : l$1 ? [[
		t$2[0],
		t$2[1],
		n$1,
		!o$2
	]] : [[
		t$2[0],
		t$2[1],
		n$1,
		!o$2
	], [
		!s$1,
		r$2,
		t$2[2],
		t$2[3]
	]];
};
function notNumberRange(e$4) {
	if ("string" == typeof e$4[1]) throw new Error("expected range");
	const { bounds: t$2 } = RANGE_NUMBER_FEATURES[e$4[0]], [o$2, n$1, r$2, s$1] = e$4[1], a$1 = t$2[1], i$2 = t$2[0], c = t$2[2], p = t$2[3], u$1 = r$2 > c || r$2 === c && !(p && !s$1);
	return n$1 < a$1 || n$1 === a$1 && !(i$2 && !o$2) ? u$1 ? "{false}" : [[
		!s$1,
		r$2,
		t$2[2],
		t$2[3]
	]] : u$1 ? [[
		t$2[0],
		t$2[1],
		n$1,
		!o$2
	]] : [[
		t$2[0],
		t$2[1],
		n$1,
		!o$2
	], [
		!s$1,
		r$2,
		t$2[2],
		t$2[3]
	]];
}

//#endregion
//#region node_modules/.pnpm/media-query-fns@2.1.2/node_modules/media-query-fns/dist/units.js
const i = {
	widthPx: 1920,
	heightPx: 1080,
	writingMode: "horizontal-tb",
	emPx: 16,
	lhPx: 16,
	exPx: 8,
	chPx: 8,
	capPx: 11,
	icPx: 16
};
const convertToUnit = (e$4, t$2) => {
	if ("number" === e$4.type) return {
		type: "number",
		value: e$4.value
	};
	if ("dimension" === e$4.type) {
		let n$1;
		switch (e$4.unit) {
			case "s":
			case "ms":
				n$1 = "time";
				break;
			case "hz":
			case "khz":
				n$1 = "frequency";
				break;
			case "dpi":
			case "dpcm":
			case "dppx":
			case "x":
				n$1 = "resolution";
				break;
			default: n$1 = "length";
		}
		if ("px" === e$4.unit) return {
			type: "dimension",
			subtype: "length",
			px: e$4.value
		};
		if ("time" === n$1) return {
			type: "dimension",
			subtype: "time",
			ms: "s" === e$4.unit ? Math.round(1e3 * e$4.value) : e$4.value
		};
		if ("frequency" === n$1) return {
			type: "dimension",
			subtype: "frequency",
			hz: "khz" === e$4.unit ? Math.round(1e3 * e$4.value) : e$4.value
		};
		if ("resolution" === n$1) {
			let t$3 = e$4.value;
			return "dpi" === e$4.unit ? t$3 = Number.parseFloat((.0104166667 * e$4.value).toFixed(3)) : "dpcm" === e$4.unit && (t$3 = Number.parseFloat((.0264583333 * e$4.value).toFixed(3))), {
				type: "dimension",
				subtype: "resolution",
				dppx: t$3
			};
		}
		if (e$4.unit in t$2) {
			const n$2 = t$2[e$4.unit];
			return {
				type: "dimension",
				subtype: "length",
				px: Number.parseFloat((e$4.value * n$2).toFixed(3))
			};
		}
		return {
			type: "ident",
			value: "{never}"
		};
	}
	return "ident" === e$4.type ? "infinite" === e$4.value ? { type: "infinite" } : {
		type: "ident",
		value: e$4.value
	} : {
		type: "ratio",
		numerator: e$4.numerator,
		denominator: e$4.denominator
	};
};
const compileStaticUnitConversions = (e$4) => {
	let t$2 = {};
	"number" == typeof e$4.emPx && (t$2 = {
		exPx: Math.round(.5 * e$4.emPx),
		chPx: Math.round(.5 * e$4.emPx),
		capPx: Math.round(.7 * e$4.emPx),
		icPx: Math.round(e$4.emPx)
	});
	const n$1 = {
		...i,
		...t$2,
		...e$4
	}, { widthPx: r$2, heightPx: o$2, writingMode: a$1, emPx: u$1, lhPx: p, exPx: l$1, chPx: m, capPx: s$1, icPx: v$1 } = n$1, f = r$2 / 100, c = o$2 / 100;
	return {
		em: u$1,
		rem: u$1,
		lh: p,
		rlh: p,
		ex: l$1,
		ch: m,
		cap: s$1,
		ic: v$1,
		vw: f,
		vh: c,
		vmin: Math.min(c, f),
		vmax: Math.max(c, f),
		vi: "horizontal-tb" === a$1 ? f : c,
		vb: "horizontal-tb" === a$1 ? c : f,
		cm: 37.79527559,
		mm: .03779527559,
		in: 96,
		q: .009448818898,
		pc: 16,
		pt: 16
	};
};
const r = {
	"<": ">",
	"<=": ">=",
	">": "<",
	">=": "<="
};
const simplifyMediaFeature = (n$1, i$2) => {
	if ("range" === n$1.context) {
		if (isRangeKey(n$1.feature)) {
			const { range: e$4, feature: t$2 } = n$1;
			return void 0 !== e$4.leftToken && void 0 !== e$4.rightToken ? "<" === e$4.leftOp || "<=" === e$4.leftOp ? {
				type: "double",
				name: t$2,
				minOp: e$4.leftOp,
				min: convertToUnit(e$4.leftToken, i$2),
				maxOp: e$4.rightOp,
				max: convertToUnit(e$4.rightToken, i$2)
			} : {
				type: "double",
				name: t$2,
				minOp: ">" === e$4.rightOp ? "<" : "<=",
				min: convertToUnit(e$4.rightToken, i$2),
				maxOp: ">" === e$4.leftOp ? "<" : "<=",
				max: convertToUnit(e$4.leftToken, i$2)
			} : void 0 === e$4.rightToken ? "=" === e$4.leftOp ? {
				type: "equals",
				name: t$2,
				value: convertToUnit(e$4.leftToken, i$2)
			} : {
				type: "single",
				name: t$2,
				op: r[e$4.leftOp],
				value: convertToUnit(e$4.leftToken, i$2)
			} : "=" === e$4.rightOp ? {
				type: "equals",
				name: t$2,
				value: convertToUnit(e$4.rightToken, i$2)
			} : {
				type: "single",
				name: t$2,
				op: e$4.rightOp,
				value: convertToUnit(e$4.rightToken, i$2)
			};
		}
	} else if ("value" === n$1.context) {
		if ("orientation" === n$1.feature) {
			if (void 0 === n$1.prefix && "ident" === n$1.value.type) {
				if ("portrait" === n$1.value.value) return {
					type: "single",
					name: "aspect-ratio",
					op: "<=",
					value: {
						type: "ratio",
						numerator: 1,
						denominator: 1
					}
				};
				if ("landscape" === n$1.value.value) return {
					type: "single",
					name: "aspect-ratio",
					op: ">=",
					value: {
						type: "ratio",
						numerator: 1,
						denominator: 1
					}
				};
			}
		} else if (isFeatureKey(n$1.feature)) {
			if (void 0 === n$1.prefix) return {
				type: "equals",
				name: n$1.feature,
				value: convertToUnit(n$1.value, i$2)
			};
			if (isRangeKey(n$1.feature)) return "min" === n$1.prefix ? {
				type: "single",
				name: n$1.feature,
				op: ">=",
				value: convertToUnit(n$1.value, i$2)
			} : {
				type: "single",
				name: n$1.feature,
				op: "<=",
				value: convertToUnit(n$1.value, i$2)
			};
		}
	} else {
		if ("orientation" === n$1.feature) return {
			type: "double",
			name: "aspect-ratio",
			min: {
				type: "ratio",
				numerator: 0,
				denominator: 1
			},
			minOp: "<",
			maxOp: "<",
			max: {
				type: "ratio",
				numerator: Number.POSITIVE_INFINITY,
				denominator: 1
			}
		};
		if (isFeatureKey(n$1.feature)) return {
			type: "boolean",
			name: n$1.feature
		};
	}
	return {
		type: "invalid",
		name: n$1.feature
	};
};
const getRatio = (e$4) => "number" === e$4.type && e$4.value > 0 ? [e$4.value, 1] : "ratio" === e$4.type ? [e$4.numerator, e$4.denominator] : null;
const getValue = (e$4, t$2, i$2) => {
	const r$2 = RANGE_NUMBER_FEATURES[t$2];
	if ("infinite" === e$4.type) {
		if ("resolution" === t$2) return Number.POSITIVE_INFINITY;
	} else if ("integer" === r$2.type) {
		if ("number" === e$4.type && Number.isInteger(e$4.value)) return e$4.value;
	} else if ("resolution" === r$2.type) {
		if ("dimension" === e$4.type && "resolution" === e$4.subtype) return e$4.dppx;
	} else if ("length" === r$2.type) {
		if ("dimension" === e$4.type && "length" === e$4.subtype) return e$4.px;
		if ("number" === e$4.type && (0 === e$4.value || i$2.shouldAllowNonZeroUnitlessPxLengths)) return e$4.value;
	}
	return null;
};

//#endregion
//#region node_modules/.pnpm/media-query-fns@2.1.2/node_modules/media-query-fns/dist/compile.js
const v = { shouldAllowNonZeroUnitlessPxLengths: !1 };
const andPerms = (e$4, r$2) => {
	const t$2 = [];
	for (const o$2 of e$4) for (const e$5 of r$2) {
		const r$3 = mergePerms(o$2, e$5);
		Object.keys(r$3).length > 0 && t$2.push(r$3);
	}
	return t$2;
};
const mergePerms = (e$4, r$2) => {
	const a$1 = {};
	for (const r$3 of permToConditionPairs(e$4)) void 0 !== r$3[1] && attachPair(a$1, r$3);
	for (const e$5 of permToConditionPairs(r$2)) if (e$5[0] in a$1) {
		if (void 0 !== a$1[e$5[0]]) {
			const r$3 = a$1;
			if ("media-type" === e$5[0]);
			else if ("invalid-features" === e$5[0]) r$3[e$5[0]].push(...e$5[1]);
			else if ("{false}" === r$3[e$5[0]] || "{false}" === e$5[1]) r$3[e$5[0]] = "{false}";
			else if ("{true}" === r$3[e$5[0]]) attachPair(r$3, e$5);
			else if ("{true}" === e$5[1]);
			else {
				const r$4 = a$1;
				hasRangeNumberKey(e$5) || hasRangeRatioKey(e$5) ? attachPair(r$4, [e$5[0], andRanges(r$4[e$5[0]], e$5[1])]) : "color-gamut" === e$5[0] || "video-color-gamut" === e$5[0] ? r$4[e$5[0]] = [
					r$4[e$5[0]][0] && e$5[1][0],
					r$4[e$5[0]][1] && e$5[1][1],
					r$4[e$5[0]][2] && e$5[1][2],
					r$4[e$5[0]][3] && e$5[1][3]
				] : attachPair(r$4, [e$5[0], r$4[e$5[0]] === e$5[1] ? r$4[e$5[0]] : "{false}"]);
			}
		}
	} else attachPair(a$1, e$5);
	return a$1;
};
const notPerms = (e$4) => e$4.map((e$5) => invertPerm(e$5)).reduce((e$5, r$2) => andPerms(e$5, r$2));
const invertPerm = (e$4) => {
	const r$2 = permToConditionPairs(e$4), o$2 = [];
	for (const e$5 of r$2) if (void 0 !== e$5[1]) {
		let r$3, t$2;
		if ("invalid-features" === e$5[0]) return [{ [e$5[0]]: e$5[1] }];
		if ("media-type" === e$5[0]) continue;
		if (r$3 = e$5, "{false}" === e$5[1]) t$2 = [[e$5[0], "{true}"]];
		else if ("{true}" === e$5[1]) t$2 = [[e$5[0], "{false}"]];
		else if (hasDiscreteKey(e$5)) if ("color-gamut" === e$5[0]) {
			const r$4 = e$5[1];
			t$2 = [["color-gamut", [
				!r$4[0],
				!r$4[1],
				!r$4[2],
				!r$4[3]
			]]];
		} else t$2 = "grid" === e$5[0] ? [["grid", 0 === e$5[1] ? 1 : 0]] : Object.keys(DISCRETE_FEATURES[e$5[0]]).filter((r$4) => r$4 !== e$5[1]).map((r$4) => [e$5[0], r$4]);
		else if (hasRangeRatioKey(e$5)) {
			const r$4 = notRatioRange(e$5);
			t$2 = ("{false}" === r$4 ? ["{false}"] : r$4).map((r$5) => [e$5[0], r$5]);
		} else {
			const r$4 = notNumberRange(e$5);
			t$2 = ("{false}" === r$4 ? ["{false}"] : r$4).map((r$5) => [e$5[0], r$5]);
		}
		o$2.push([r$3, t$2]);
	}
	const s$1 = [];
	for (const [, e$5] of o$2) for (const r$3 of e$5) s$1.push({ [r$3[0]]: r$3[1] });
	return s$1;
};
const mediaFeatureToPerms = (e$4, r$2, t$2 = v) => {
	const o$2 = simplifyMediaFeature(e$4, r$2), n$1 = [{ "invalid-features": [e$4.feature] }];
	if ("invalid" === o$2.type) return n$1;
	if ("boolean" === o$2.type) return "color-gamut" === o$2.name ? [{ "color-gamut": [
		!1,
		!0,
		!0,
		!0
	] }] : "grid" === o$2.name ? [{ grid: 1 }] : isDiscreteKey(o$2.name) ? invertPerm({ [o$2.name]: "none" }) : isRangeRatioKey(o$2.name) ? [{ [o$2.name]: [
		!1,
		[0, 1],
		[Number.POSITIVE_INFINITY, 1],
		!0
	] }] : [{ [o$2.name]: [
		!1,
		0,
		Number.POSITIVE_INFINITY,
		!0
	] }];
	if (isDiscreteKey(o$2.name)) {
		if ("equals" === o$2.type) {
			const e$5 = o$2.value;
			if ("grid" === o$2.name) {
				if ("number" === e$5.type && (0 === e$5.value || 1 === e$5.value)) return [{ grid: e$5.value }];
			} else if ("ident" === e$5.type && e$5.value in DISCRETE_FEATURES[o$2.name]) {
				if ("color-gamut" !== o$2.name) return [{ [o$2.name]: e$5.value }];
				{
					const r$3 = [
						"srgb",
						"p3",
						"rec2020"
					].indexOf(e$5.value);
					if (-1 !== r$3) return [{ "color-gamut": [
						!1,
						r$3 <= 0,
						r$3 <= 1,
						r$3 <= 2
					] }];
				}
			}
		}
		return n$1;
	}
	if (isRangeRatioKey(o$2.name)) {
		let e$5 = null;
		if ("equals" === o$2.type) {
			const r$3 = getRatio(o$2.value);
			null !== r$3 && (e$5 = [
				!0,
				r$3,
				r$3,
				!0
			]);
		} else if ("single" === o$2.type) {
			const r$3 = getRatio(o$2.value);
			null !== r$3 && (e$5 = "<" === o$2.op ? [
				!0,
				[Number.NEGATIVE_INFINITY, 1],
				r$3,
				!1
			] : "<=" === o$2.op ? [
				!0,
				[Number.NEGATIVE_INFINITY, 1],
				r$3,
				!0
			] : ">" === o$2.op ? [
				!1,
				r$3,
				[Number.POSITIVE_INFINITY, 1],
				!0
			] : (o$2.op, [
				!0,
				r$3,
				[Number.POSITIVE_INFINITY, 1],
				!0
			]));
		} else if ("double" === o$2.type) {
			const r$3 = getRatio(o$2.min), t$3 = getRatio(o$2.max);
			null !== r$3 && null !== t$3 && (e$5 = [
				"<=" === o$2.minOp || ">=" === o$2.minOp,
				r$3,
				t$3,
				"<=" === o$2.maxOp || ">=" === o$2.maxOp
			]);
		}
		return null === e$5 ? n$1 : [{ [o$2.name]: boundRange([o$2.name, e$5]) }];
	}
	{
		let e$5 = null;
		if ("equals" === o$2.type) {
			const r$3 = getValue(o$2.value, o$2.name, t$2);
			null !== r$3 && (e$5 = [
				!0,
				r$3,
				r$3,
				!0
			]);
		} else if ("single" === o$2.type) {
			const r$3 = getValue(o$2.value, o$2.name, t$2);
			null !== r$3 && (e$5 = "<" === o$2.op ? [
				!0,
				Number.NEGATIVE_INFINITY,
				r$3,
				!1
			] : "<=" === o$2.op ? [
				!0,
				Number.NEGATIVE_INFINITY,
				r$3,
				!0
			] : ">" === o$2.op ? [
				!1,
				r$3,
				Number.POSITIVE_INFINITY,
				!0
			] : [
				!0,
				r$3,
				Number.POSITIVE_INFINITY,
				!0
			]);
		} else if ("double" === o$2.type) {
			const r$3 = getValue(o$2.min, o$2.name, t$2), n$2 = getValue(o$2.max, o$2.name, t$2);
			null !== r$3 && null !== n$2 && (e$5 = [
				"<=" === o$2.minOp,
				r$3,
				n$2,
				"<=" === o$2.maxOp
			]);
		}
		return null === e$5 ? n$1 : [{ [o$2.name]: boundRange([o$2.name, e$5]) }];
	}
};
const mediaConditionToPerms = (e$4, r$2, t$2 = v) => {
	const o$2 = [];
	for (const n$1 of e$4.children) "context" in n$1 ? o$2.push(mediaFeatureToPerms(n$1, r$2, t$2)) : o$2.push(mediaConditionToPerms(n$1, r$2, t$2));
	return "or" === e$4.operator || void 0 === e$4.operator ? o$2.flat() : "and" === e$4.operator ? o$2.reduce((e$5, r$3) => andPerms(e$5, r$3)) : notPerms(o$2[0]);
};
const simplifyPerms = (e$4) => {
	const r$2 = [], o$2 = /* @__PURE__ */ new Set(), n$1 = /* @__PURE__ */ new Set();
	for (const i$2 of e$4) {
		let e$5 = !1;
		if (Array.isArray(i$2["invalid-features"]) && i$2["invalid-features"].length > 0) {
			for (const e$6 of i$2["invalid-features"]) o$2.add(e$6);
			e$5 = !0;
		}
		const a$1 = {};
		for (const r$3 of permToConditionPairs(i$2)) if ("invalid-features" !== r$3[0]) {
			if ("color-gamut" === r$3[0]) {
				const e$6 = r$3[1].toString();
				"false,false,false,false" === e$6 ? r$3[1] = "{false}" : "true,true,true,true" === e$6 && (r$3[1] = "{true}");
			} else hasRangeKey(r$3) && (r$3[1] = boundRange(r$3));
			"{false}" === r$3[1] ? (n$1.add(r$3[0]), e$5 = !0) : "{true}" === r$3[1] || "media-type" === r$3[0] && "all" === r$3[1] || attachPair(a$1, r$3);
		}
		e$5 || r$2.pu