import { readFile } from 'node:fs/promises';
import { isAbsolute } from 'node:path';
import { fileURLToPath } from 'node:url';
import '@astrojs/internal-helpers/path';
import { A as AstroError, f as NoImageMetadata, F as FailedToFetchRemoteImageDimensions, g as ExpectedImageOptions, h as ExpectedImage, i as ExpectedNotESMImage, r as resolveSrc, j as isRemoteImage, k as isCoreRemotePath, l as isESMImportedImage, m as isLocalService, D as DEFAULT_HASH_PROPS, n as InvalidImageService, o as ImageMissingAlt, p as isRemoteAllowed } from '../chunks/astro/assets-service_BZIICsh3.mjs';
import { c as createComponent, m as maybeRenderHead, a as addAttribute, s as spreadAttributes, r as renderTemplate, b as createAstro } from '../chunks/astro/server_DrnzQWw3.mjs';
import 'clsx';
import * as mime from 'mrmime';
export { renderers } from '../renderers.mjs';

function isImageMetadata(src) {
  return src.fsPath && !("fsPath" in src);
}

const decoder = new TextDecoder();
const toUTF8String = (input, start = 0, end = input.length) => decoder.decode(input.slice(start, end));
const toHexString = (input, start = 0, end = input.length) => input.slice(start, end).reduce((memo, i) => memo + ("0" + i.toString(16)).slice(-2), "");
const readInt16LE = (input, offset = 0) => {
  const val = input[offset] + input[offset + 1] * 2 ** 8;
  return val | (val & 2 ** 15) * 131070;
};
const readUInt16BE = (input, offset = 0) => input[offset] * 2 ** 8 + input[offset + 1];
const readUInt16LE = (input, offset = 0) => input[offset] + input[offset + 1] * 2 ** 8;
const readUInt24LE = (input, offset = 0) => input[offset] + input[offset + 1] * 2 ** 8 + input[offset + 2] * 2 ** 16;
const readInt32LE = (input, offset = 0) => input[offset] + input[offset + 1] * 2 ** 8 + input[offset + 2] * 2 ** 16 + (input[offset + 3] << 24);
const readUInt32BE = (input, offset = 0) => input[offset] * 2 ** 24 + input[offset + 1] * 2 ** 16 + input[offset + 2] * 2 ** 8 + input[offset + 3];
const readUInt32LE = (input, offset = 0) => input[offset] + input[offset + 1] * 2 ** 8 + input[offset + 2] * 2 ** 16 + input[offset + 3] * 2 ** 24;
const methods = {
  readUInt16BE,
  readUInt16LE,
  readUInt32BE,
  readUInt32LE
};
function readUInt(input, bits, offset, isBigEndian) {
  offset = offset || 0;
  const endian = isBigEndian ? "BE" : "LE";
  const methodName = "readUInt" + bits + endian;
  return methods[methodName](input, offset);
}
function readBox(buffer, offset) {
  if (buffer.length - offset < 4) return;
  const boxSize = readUInt32BE(buffer, offset);
  if (buffer.length - offset < boxSize) return;
  return {
    name: toUTF8String(buffer, 4 + offset, 8 + offset),
    offset,
    size: boxSize
  };
}
function findBox(buffer, boxName, offset) {
  while (offset < buffer.length) {
    const box = readBox(buffer, offset);
    if (!box) break;
    if (box.name === boxName) return box;
    offset += box.size;
  }
}

const BMP = {
  validate: (input) => toUTF8String(input, 0, 2) === "BM",
  calculate: (input) => ({
    height: Math.abs(readInt32LE(input, 22)),
    width: readUInt32LE(input, 18)
  })
};

const TYPE_ICON = 1;
const SIZE_HEADER$1 = 2 + 2 + 2;
const SIZE_IMAGE_ENTRY = 1 + 1 + 1 + 1 + 2 + 2 + 4 + 4;
function getSizeFromOffset(input, offset) {
  const value = input[offset];
  return value === 0 ? 256 : value;
}
function getImageSize$1(input, imageIndex) {
  const offset = SIZE_HEADER$1 + imageIndex * SIZE_IMAGE_ENTRY;
  return {
    height: getSizeFromOffset(input, offset + 1),
    width: getSizeFromOffset(input, offset)
  };
}
const ICO = {
  validate(input) {
    const reserved = readUInt16LE(input, 0);
    const imageCount = readUInt16LE(input, 4);
    if (reserved !== 0 || imageCount === 0) return false;
    const imageType = readUInt16LE(input, 2);
    return imageType === TYPE_ICON;
  },
  calculate(input) {
    const nbImages = readUInt16LE(input, 4);
    const imageSize = getImageSize$1(input, 0);
    if (nbImages === 1) return imageSize;
    const imgs = [imageSize];
    for (let imageIndex = 1; imageIndex < nbImages; imageIndex += 1) {
      imgs.push(getImageSize$1(input, imageIndex));
    }
    return {
      height: imageSize.height,
      images: imgs,
      width: imageSize.width
    };
  }
};

const TYPE_CURSOR = 2;
const CUR = {
  validate(input) {
    const reserved = readUInt16LE(input, 0);
    const imageCount = readUInt16LE(input, 4);
    if (reserved !== 0 || imageCount === 0) return false;
    const imageType = readUInt16LE(input, 2);
    return imageType === TYPE_CURSOR;
  },
  calculate: (input) => ICO.calculate(input)
};

const DDS = {
  validate: (input) => readUInt32LE(input, 0) === 542327876,
  calculate: (input) => ({
    height: readUInt32LE(input, 12),
    width: readUInt32LE(input, 16)
  })
};

const gifRegexp = /^GIF8[79]a/;
const GIF = {
  validate: (input) => gifRegexp.test(toUTF8String(input, 0, 6)),
  calculate: (input) => ({
    height: readUInt16LE(input, 8),
    width: readUInt16LE(input, 6)
  })
};

const brandMap = {
  avif: "avif",
  mif1: "heif",
  msf1: "heif",
  // hief-sequence
  heic: "heic",
  heix: "heic",
  hevc: "heic",
  // heic-sequence
  hevx: "heic"
  // heic-sequence
};
function detectBrands(buffer, start, end) {
  let brandsDetected = {};
  for (let i = start; i <= end; i += 4) {
    const brand = toUTF8String(buffer, i, i + 4);
    if (brand in brandMap) {
      brandsDetected[brand] = 1;
    }
  }
  if ("avif" in brandsDetected) {
    return "avif";
  } else if ("heic" in brandsDetected || "heix" in brandsDetected || "hevc" in brandsDetected || "hevx" in brandsDetected) {
    return "heic";
  } else if ("mif1" in brandsDetected || "msf1" in brandsDetected) {
    return "heif";
  }
}
const HEIF = {
  validate(buffer) {
    const ftype = toUTF8String(buffer, 4, 8);
    const brand = toUTF8String(buffer, 8, 12);
    return "ftyp" === ftype && brand in brandMap;
  },
  calculate(buffer) {
    const metaBox = findBox(buffer, "meta", 0);
    const iprpBox = metaBox && findBox(buffer, "iprp", metaBox.offset + 12);
    const ipcoBox = iprpBox && findBox(buffer, "ipco", iprpBox.offset + 8);
    const ispeBox = ipcoBox && findBox(buffer, "ispe", ipcoBox.offset + 8);
    if (ispeBox) {
      return {
        height: readUInt32BE(buffer, ispeBox.offset + 16),
        width: readUInt32BE(buffer, ispeBox.offset + 12),
        type: detectBrands(buffer, 8, metaBox.offset)
      };
    }
    throw new TypeError("Invalid HEIF, no size found");
  }
};

const SIZE_HEADER = 4 + 4;
const FILE_LENGTH_OFFSET = 4;
const ENTRY_LENGTH_OFFSET = 4;
const ICON_TYPE_SIZE = {
  ICON: 32,
  "ICN#": 32,
  // m => 16 x 16
  "icm#": 16,
  icm4: 16,
  icm8: 16,
  // s => 16 x 16
  "ics#": 16,
  ics4: 16,
  ics8: 16,
  is32: 16,
  s8mk: 16,
  icp4: 16,
  // l => 32 x 32
  icl4: 32,
  icl8: 32,
  il32: 32,
  l8mk: 32,
  icp5: 32,
  ic11: 32,
  // h => 48 x 48
  ich4: 48,
  ich8: 48,
  ih32: 48,
  h8mk: 48,
  // . => 64 x 64
  icp6: 64,
  ic12: 32,
  // t => 128 x 128
  it32: 128,
  t8mk: 128,
  ic07: 128,
  // . => 256 x 256
  ic08: 256,
  ic13: 256,
  // . => 512 x 512
  ic09: 512,
  ic14: 512,
  // . => 1024 x 1024
  ic10: 1024
};
function readImageHeader(input, imageOffset) {
  const imageLengthOffset = imageOffset + ENTRY_LENGTH_OFFSET;
  return [
    toUTF8String(input, imageOffset, imageLengthOffset),
    readUInt32BE(input, imageLengthOffset)
  ];
}
function getImageSize(type) {
  const size = ICON_TYPE_SIZE[type];
  return { width: size, height: size, type };
}
const ICNS = {
  validate: (input) => toUTF8String(input, 0, 4) === "icns",
  calculate(input) {
    const inputLength = input.length;
    const fileLength = readUInt32BE(input, FILE_LENGTH_OFFSET);
    let imageOffset = SIZE_HEADER;
    let imageHeader = readImageHeader(input, imageOffset);
    let imageSize = getImageSize(imageHeader[0]);
    imageOffset += imageHeader[1];
    if (imageOffset === fileLength) return imageSize;
    const result = {
      height: imageSize.height,
      images: [imageSize],
      width: imageSize.width
    };
    while (imageOffset < fileLength && imageOffset < inputLength) {
      imageHeader = readImageHeader(input, imageOffset);
      imageSize = getImageSize(imageHeader[0]);
      imageOffset += imageHeader[1];
      result.images.push(imageSize);
    }
    return result;
  }
};

const J2C = {
  // TODO: this doesn't seem right. SIZ marker doesn't have to be right after the SOC
  validate: (input) => toHexString(input, 0, 4) === "ff4fff51",
  calculate: (input) => ({
    height: readUInt32BE(input, 12),
    width: readUInt32BE(input, 8)
  })
};

const JP2 = {
  validate(input) {
    if (readUInt32BE(input, 4) !== 1783636e3 || readUInt32BE(input, 0) < 1) return false;
    const ftypBox = findBox(input, "ftyp", 0);
    if (!ftypBox) return false;
    return readUInt32BE(input, ftypBox.offset + 4) === 1718909296;
  },
  calculate(input) {
    const jp2hBox = findBox(input, "jp2h", 0);
    const ihdrBox = jp2hBox && findBox(input, "ihdr", jp2hBox.offset + 8);
    if (ihdrBox) {
      return {
        height: readUInt32BE(input, ihdrBox.offset + 8),
        width: readUInt32BE(input, ihdrBox.offset + 12)
      };
    }
    throw new TypeError("Unsupported JPEG 2000 format");
  }
};

const EXIF_MARKER = "45786966";
const APP1_DATA_SIZE_BYTES = 2;
const EXIF_HEADER_BYTES = 6;
const TIFF_BYTE_ALIGN_BYTES = 2;
const BIG_ENDIAN_BYTE_ALIGN = "4d4d";
const LITTLE_ENDIAN_BYTE_ALIGN = "4949";
const IDF_ENTRY_BYTES = 12;
const NUM_DIRECTORY_ENTRIES_BYTES = 2;
function isEXIF(input) {
  return toHexString(input, 2, 6) === EXIF_MARKER;
}
function extractSize(input, index) {
  return {
    height: readUInt16BE(input, index),
    width: readUInt16BE(input, index + 2)
  };
}
function extractOrientation(exifBlock, isBigEndian) {
  const idfOffset = 8;
  const offset = EXIF_HEADER_BYTES + idfOffset;
  const idfDirectoryEntries = readUInt(exifBlock, 16, offset, isBigEndian);
  for (let directoryEntryNumber = 0; directoryEntryNumber < idfDirectoryEntries; directoryEntryNumber++) {
    const start = offset + NUM_DIRECTORY_ENTRIES_BYTES + directoryEntryNumber * IDF_ENTRY_BYTES;
    const end = start + IDF_ENTRY_BYTES;
    if (start > exifBlock.length) {
      return;
    }
    const block = exifBlock.slice(start, end);
    const tagNumber = readUInt(block, 16, 0, isBigEndian);
    if (tagNumber === 274) {
      const dataFormat = readUInt(block, 16, 2, isBigEndian);
      if (dataFormat !== 3) {
        return;
      }
      const numberOfComponents = readUInt(block, 32, 4, isBigEndian);
      if (numberOfComponents !== 1) {
        return;
      }
      return readUInt(block, 16, 8, isBigEndian);
    }
  }
}
function validateExifBlock(input, index) {
  const exifBlock = input.slice(APP1_DATA_SIZE_BYTES, index);
  const byteAlign = toHexString(
    exifBlock,
    EXIF_HEADER_BYTES,
    EXIF_HEADER_BYTES + TIFF_BYTE_ALIGN_BYTES
  );
  const isBigEndian = byteAlign === BIG_ENDIAN_BYTE_ALIGN;
  const isLittleEndian = byteAlign === LITTLE_ENDIAN_BYTE_ALIGN;
  if (isBigEndian || isLittleEndian) {
    return extractOrientation(exifBlock, isBigEndian);
  }
}
function validateInput(input, index) {
  if (index > input.length) {
    throw new TypeError("Corrupt JPG, exceeded buffer limits");
  }
}
const JPG = {
  validate: (input) => toHexString(input, 0, 2) === "ffd8",
  calculate(input) {
    input = input.slice(4);
    let orientation;
    let next;
    while (input.length) {
      const i = readUInt16BE(input, 0);
      if (input[i] !== 255) {
        input = input.slice(i);
        continue;
      }
      if (isEXIF(input)) {
        orientation = validateExifBlock(input, i);
      }
      validateInput(input, i);
      next = input[i + 1];
      if (next === 192 || next === 193 || next === 194) {
        const size = extractSize(input, i + 5);
        if (!orientation) {
          return size;
        }
        return {
          height: size.height,
          orientation,
          width: size.width
        };
      }
      input = input.slice(i + 2);
    }
    throw new TypeError("Invalid JPG, no size found");
  }
};

const KTX = {
  validate: (input) => {
    const signature = toUTF8String(input, 1, 7);
    return ["KTX 11", "KTX 20"].includes(signature);
  },
  calculate: (input) => {
    const type = input[5] === 49 ? "ktx" : "ktx2";
    const offset = type === "ktx" ? 36 : 20;
    return {
      height: readUInt32LE(input, offset + 4),
      width: readUInt32LE(input, offset),
      type
    };
  }
};

const pngSignature = "PNG\r\n\n";
const pngImageHeaderChunkName = "IHDR";
const pngFriedChunkName = "CgBI";
const PNG = {
  validate(input) {
    if (pngSignature === toUTF8String(input, 1, 8)) {
      let chunkName = toUTF8String(input, 12, 16);
      if (chunkName === pngFriedChunkName) {
        chunkName = toUTF8String(input, 28, 32);
      }
      if (chunkName !== pngImageHeaderChunkName) {
        throw new TypeError("Invalid PNG");
      }
      return true;
    }
    return false;
  },
  calculate(input) {
    if (toUTF8String(input, 12, 16) === pngFriedChunkName) {
      return {
        height: readUInt32BE(input, 36),
        width: readUInt32BE(input, 32)
      };
    }
    return {
      height: readUInt32BE(input, 20),
      width: readUInt32BE(input, 16)
    };
  }
};

const PNMTypes = {
  P1: "pbm/ascii",
  P2: "pgm/ascii",
  P3: "ppm/ascii",
  P4: "pbm",
  P5: "pgm",
  P6: "ppm",
  P7: "pam",
  PF: "pfm"
};
const handlers = {
  default: (lines) => {
    let dimensions = [];
    while (lines.length > 0) {
      const line = lines.shift();
      if (line[0] === "#") {
        continue;
      }
      dimensions = line.split(" ");
      break;
    }
    if (dimensions.length === 2) {
      return {
        height: parseInt(dimensions[1], 10),
        width: parseInt(dimensions[0], 10)
      };
    } else {
      throw new TypeError("Invalid PNM");
    }
  },
  pam: (lines) => {
    const size = {};
    while (lines.length > 0) {
      const line = lines.shift();
      if (line.length > 16 || line.charCodeAt(0) > 128) {
        continue;
      }
      const [key, value] = line.split(" ");
      if (key && value) {
        size[key.toLowerCase()] = parseInt(value, 10);
      }
      if (size.height && size.width) {
        break;
      }
    }
    if (size.height && size.width) {
      return {
        height: size.height,
        width: size.width
      };
    } else {
      throw new TypeError("Invalid PAM");
    }
  }
};
const PNM = {
  validate: (input) => toUTF8String(input, 0, 2) in PNMTypes,
  calculate(input) {
    const signature = toUTF8String(input, 0, 2);
    const type = PNMTypes[signature];
    const lines = toUTF8String(input, 3).split(/[\r\n]+/);
    const handler = handlers[type] || handlers.default;
    return handler(lines);
  }
};

const PSD = {
  validate: (input) => toUTF8String(input, 0, 4) === "8BPS",
  calculate: (input) => ({
    height: readUInt32BE(input, 14),
    width: readUInt32BE(input, 18)
  })
};

const svgReg = /<svg\s([^>"']|"[^"]*"|'[^']*')*>/;
const extractorRegExps = {
  height: /\sheight=(['"])([^%]+?)\1/,
  root: svgReg,
  viewbox: /\sviewBox=(['"])(.+?)\1/i,
  width: /\swidth=(['"])([^%]+?)\1/
};
const INCH_CM = 2.54;
const units = {
  in: 96,
  cm: 96 / INCH_CM,
  em: 16,
  ex: 8,
  m: 96 / INCH_CM * 100,
  mm: 96 / INCH_CM / 10,
  pc: 96 / 72 / 12,
  pt: 96 / 72,
  px: 1
};
const unitsReg = new RegExp(
  `^([0-9.]+(?:e\\d+)?)(${Object.keys(units).join("|")})?$`
);
function parseLength(len) {
  const m = unitsReg.exec(len);
  if (!m) {
    return void 0;
  }
  return Math.round(Number(m[1]) * (units[m[2]] || 1));
}
function parseViewbox(viewbox) {
  const bounds = viewbox.split(" ");
  return {
    height: parseLength(bounds[3]),
    width: parseLength(bounds[2])
  };
}
function parseAttributes(root) {
  const width = extractorRegExps.width.exec(root);
  const height = extractorRegExps.height.exec(root);
  const viewbox = extractorRegExps.viewbox.exec(root);
  return {
    height: height && parseLength(height[2]),
    viewbox: viewbox && parseViewbox(viewbox[2]),
    width: width && parseLength(width[2])
  };
}
function calculateByDimensions(attrs) {
  return {
    height: attrs.height,
    width: attrs.width
  };
}
function calculateByViewbox(attrs, viewbox) {
  const ratio = viewbox.width / viewbox.height;
  if (attrs.width) {
    return {
      height: Math.floor(attrs.width / ratio),
      width: attrs.width
    };
  }
  if (attrs.height) {
    return {
      height: attrs.height,
      width: Math.floor(attrs.height * ratio)
    };
  }
  return {
    height: viewbox.height,
    width: viewbox.width
  };
}
const SVG = {
  // Scan only the first kilo-byte to speed up the check on larger files
  validate: (input) => svgReg.test(toUTF8String(input, 0, 1e3)),
  calculate(input) {
    const root = extractorRegExps.root.exec(toUTF8String(input));
    if (root) {
      const attrs = parseAttributes(root[0]);
      if (attrs.width && attrs.height) {
        return calculateByDimensions(attrs);
      }
      if (attrs.viewbox) {
        return calculateByViewbox(attrs, attrs.viewbox);
      }
    }
    throw new TypeError("Invalid SVG");
  }
};

const TGA = {
  validate(input) {
    return readUInt16LE(input, 0) === 0 && readUInt16LE(input, 4) === 0;
  },
  calculate(input) {
    return {
      height: readUInt16LE(input, 14),
      width: readUInt16LE(input, 12)
    };
  }
};

function readIFD(input, isBigEndian) {
  const ifdOffset = readUInt(input, 32, 4, isBigEndian);
  return input.slice(ifdOffset + 2);
}
function readValue(input, isBigEndian) {
  const low = readUInt(input, 16, 8, isBigEndian);
  const high = readUInt(input, 16, 10, isBigEndian);
  return (high << 16) + low;
}
function nextTag(input) {
  if (input.length > 24) {
    return input.slice(12);
  }
}
function extractTags(input, isBigEndian) {
  const tags = {};
  let temp = input;
  while (temp && temp.length) {
    const code = readUInt(temp, 16, 0, isBigEndian);
    const type = readUInt(temp, 16, 2, isBigEndian);
    const length = readUInt(temp, 32, 4, isBigEndian);
    if (code === 0) {
      break;
    } else {
      if (length === 1 && (type === 3 || type === 4)) {
        tags[code] = readValue(temp, isBigEndian);
      }
      temp = nextTag(temp);
    }
  }
  return tags;
}
function determineEndianness(input) {
  const signature = toUTF8String(input, 0, 2);
  if ("II" === signature) {
    return "LE";
  } else if ("MM" === signature) {
    return "BE";
  }
}
const signatures = [
  // '492049', // currently not supported
  "49492a00",
  // Little endian
  "4d4d002a"
  // Big Endian
  // '4d4d002a', // BigTIFF > 4GB. currently not supported
];
const TIFF = {
  validate: (input) => signatures.includes(toHexString(input, 0, 4)),
  calculate(input) {
    const isBigEndian = determineEndianness(input) === "BE";
    const ifdBuffer = readIFD(input, isBigEndian);
    const tags = extractTags(ifdBuffer, isBigEndian);
    const width = tags[256];
    const height = tags[257];
    if (!width || !height) {
      throw new TypeError("Invalid Tiff. Missing tags");
    }
    return { height, width };
  }
};

function calculateExtended(input) {
  return {
    height: 1 + readUInt24LE(input, 7),
    width: 1 + readUInt24LE(input, 4)
  };
}
function calculateLossless(input) {
  return {
    height: 1 + ((input[4] & 15) << 10 | input[3] << 2 | (input[2] & 192) >> 6),
    width: 1 + ((input[2] & 63) << 8 | input[1])
  };
}
function calculateLossy(input) {
  return {
    height: readInt16LE(input, 8) & 16383,
    width: readInt16LE(input, 6) & 16383
  };
}
const WEBP = {
  validate(input) {
    const riffHeader = "RIFF" === toUTF8String(input, 0, 4);
    const webpHeader = "WEBP" === toUTF8String(input, 8, 12);
    const vp8Header = "VP8" === toUTF8String(input, 12, 15);
    return riffHeader && webpHeader && vp8Header;
  },
  calculate(input) {
    const chunkHeader = toUTF8String(input, 12, 16);
    input = input.slice(20, 30);
    if (chunkHeader === "VP8X") {
      const extendedHeader = input[0];
      const validStart = (extendedHeader & 192) === 0;
      const validEnd = (extendedHeader & 1) === 0;
      if (validStart && validEnd) {
        return calculateExtended(input);
      } else {
        throw new TypeError("Invalid WebP");
      }
    }
    if (chunkHeader === "VP8 " && input[0] !== 47) {
      return calculateLossy(input);
    }
    const signature = toHexString(input, 3, 6);
    if (chunkHeader === "VP8L" && signature !== "9d012a") {
      return calculateLossless(input);
    }
    throw new TypeError("Invalid WebP");
  }
};

const typeHandlers = /* @__PURE__ */ new Map([
  ["bmp", BMP],
  ["cur", CUR],
  ["dds", DDS],
  ["gif", GIF],
  ["heif", HEIF],
  ["icns", ICNS],
  ["ico", ICO],
  ["j2c", J2C],
  ["jp2", JP2],
  ["jpg", JPG],
  ["ktx", KTX],
  ["png", PNG],
  ["pnm", PNM],
  ["psd", PSD],
  ["svg", SVG],
  ["tga", TGA],
  ["tiff", TIFF],
  ["webp", WEBP]
]);
const types = Array.from(typeHandlers.keys());

const firstBytes = /* @__PURE__ */ new Map([
  [56, "psd"],
  [66, "bmp"],
  [68, "dds"],
  [71, "gif"],
  [73, "tiff"],
  [77, "tiff"],
  [82, "webp"],
  [105, "icns"],
  [137, "png"],
  [255, "jpg"]
]);
function detector(input) {
  const byte = input[0];
  const type = firstBytes.get(byte);
  if (type && typeHandlers.get(type).validate(input)) {
    return type;
  }
  return types.find((fileType) => typeHandlers.get(fileType).validate(input));
}

const globalOptions = {
  disabledTypes: []
};
function lookup(input) {
  const type = detector(input);
  if (typeof type !== "undefined") {
    if (globalOptions.disabledTypes.includes(type)) {
      throw new TypeError("disabled file type: " + type);
    }
    const size = typeHandlers.get(type).calculate(input);
    if (size !== void 0) {
      size.type = size.type ?? type;
      return size;
    }
  }
  throw new TypeError("unsupported file type: " + type);
}

async function imageMetadata(data, src) {
  try {
    const result = lookup(data);
    if (!result.height || !result.width || !result.type) {
      throw new AstroError({
        ...NoImageMetadata,
        message: NoImageMetadata.message(src)
      });
    }
    const { width, height, type, orientation } = result;
    const isPortrait = (orientation || 0) >= 5;
    return {
      width: isPortrait ? height : width,
      height: isPortrait ? width : height,
      format: type,
      orientation
    };
  } catch {
    throw new AstroError({
      ...NoImageMetadata,
      message: NoImageMetadata.message(src)
    });
  }
}

async function inferRemoteSize(url) {
  const response = await fetch(url);
  if (!response.body || !response.ok) {
    throw new AstroError({
      ...FailedToFetchRemoteImageDimensions,
      message: FailedToFetchRemoteImageDimensions.message(url)
    });
  }
  const reader = response.body.getReader();
  let done, value;
  let accumulatedChunks = new Uint8Array();
  while (!done) {
    const readResult = await reader.read();
    done = readResult.done;
    if (done) break;
    if (readResult.value) {
      value = readResult.value;
      let tmp = new Uint8Array(accumulatedChunks.length + value.length);
      tmp.set(accumulatedChunks, 0);
      tmp.set(value, accumulatedChunks.length);
      accumulatedChunks = tmp;
      try {
        const dimensions = await imageMetadata(accumulatedChunks, url);
        if (dimensions) {
          await reader.cancel();
          return dimensions;
        }
      } catch {
      }
    }
  }
  throw new AstroError({
    ...NoImageMetadata,
    message: NoImageMetadata.message(url)
  });
}

async function getConfiguredImageService() {
  if (!globalThis?.astroAsset?.imageService) {
    const { default: service } = await import(
      // @ts-expect-error
      '../chunks/astro/assets-service_BZIICsh3.mjs'
    ).then(n => n.Q).catch((e) => {
      const error = new AstroError(InvalidImageService);
      error.cause = e;
      throw error;
    });
    if (!globalThis.astroAsset) globalThis.astroAsset = {};
    globalThis.astroAsset.imageService = service;
    return service;
  }
  return globalThis.astroAsset.imageService;
}
async function getImage$1(options, imageConfig) {
  if (!options || typeof options !== "object") {
    throw new AstroError({
      ...ExpectedImageOptions,
      message: ExpectedImageOptions.message(JSON.stringify(options))
    });
  }
  if (typeof options.src === "undefined") {
    throw new AstroError({
      ...ExpectedImage,
      message: ExpectedImage.message(
        options.src,
        "undefined",
        JSON.stringify(options)
      )
    });
  }
  if (isImageMetadata(options)) {
    throw new AstroError(ExpectedNotESMImage);
  }
  const service = await getConfiguredImageService();
  const resolvedOptions = {
    ...options,
    src: await resolveSrc(options.src)
  };
  if (options.inferSize && isRemoteImage(resolvedOptions.src) && isCoreRemotePath(resolvedOptions.src)) {
    const result = await inferRemoteSize(resolvedOptions.src);
    resolvedOptions.width ??= result.width;
    resolvedOptions.height ??= result.height;
    delete resolvedOptions.inferSize;
  }
  const originalFilePath = isESMImportedImage(resolvedOptions.src) ? resolvedOptions.src.fsPath : void 0;
  const clonedSrc = isESMImportedImage(resolvedOptions.src) ? (
    // @ts-expect-error - clone is a private, hidden prop
    resolvedOptions.src.clone ?? resolvedOptions.src
  ) : resolvedOptions.src;
  resolvedOptions.src = clonedSrc;
  const validatedOptions = service.validateOptions ? await service.validateOptions(resolvedOptions, imageConfig) : resolvedOptions;
  const srcSetTransforms = service.getSrcSet ? await service.getSrcSet(validatedOptions, imageConfig) : [];
  let imageURL = await service.getURL(validatedOptions, imageConfig);
  let srcSets = await Promise.all(
    srcSetTransforms.map(async (srcSet) => ({
      transform: srcSet.transform,
      url: await service.getURL(srcSet.transform, imageConfig),
      descriptor: srcSet.descriptor,
      attributes: srcSet.attributes
    }))
  );
  if (isLocalService(service) && globalThis.astroAsset.addStaticImage && !(isRemoteImage(validatedOptions.src) && imageURL === validatedOptions.src)) {
    const propsToHash = service.propertiesToHash ?? DEFAULT_HASH_PROPS;
    imageURL = globalThis.astroAsset.addStaticImage(
      validatedOptions,
      propsToHash,
      originalFilePath
    );
    srcSets = srcSetTransforms.map((srcSet) => ({
      transform: srcSet.transform,
      url: globalThis.astroAsset.addStaticImage(srcSet.transform, propsToHash, originalFilePath),
      descriptor: srcSet.descriptor,
      attributes: srcSet.attributes
    }));
  }
  return {
    rawOptions: resolvedOptions,
    options: validatedOptions,
    src: imageURL,
    srcSet: {
      values: srcSets,
      attribute: srcSets.map((srcSet) => `${srcSet.url} ${srcSet.descriptor}`).join(", ")
    },
    attributes: service.getHTMLAttributes !== void 0 ? await service.getHTMLAttributes(validatedOptions, imageConfig) : {}
  };
}

const $$Astro$1 = createAstro();
const $$Image = createComponent(async ($$result, $$props, $$slots) => {
  const Astro2 = $$result.createAstro($$Astro$1, $$props, $$slots);
  Astro2.self = $$Image;
  const props = Astro2.props;
  if (props.alt === void 0 || props.alt === null) {
    throw new AstroError(ImageMissingAlt);
  }
  if (typeof props.width === "string") {
    props.width = parseInt(props.width);
  }
  if (typeof props.height === "string") {
    props.height = parseInt(props.height);
  }
  const image = await getImage(props);
  const additionalAttributes = {};
  if (image.srcSet.values.length > 0) {
    additionalAttributes.srcset = image.srcSet.attribute;
  }
  return renderTemplate`${maybeRenderHead()}<img${addAttribute(image.src, "src")}${spreadAttributes(additionalAttributes)}${spreadAttributes(image.attributes)}>`;
}, "/Users/drfelfel/ruseemrooz/node_modules/astro/components/Image.astro", void 0);

const $$Astro = createAstro();
const $$Picture = createComponent(async ($$result, $$props, $$slots) => {
  const Astro2 = $$result.createAstro($$Astro, $$props, $$slots);
  Astro2.self = $$Picture;
  const defaultFormats = ["webp"];
  const defaultFallbackFormat = "png";
  const specialFormatsFallback = ["gif", "svg", "jpg", "jpeg"];
  const { formats = defaultFormats, pictureAttributes = {}, fallbackFormat, ...props } = Astro2.props;
  if (props.alt === void 0 || props.alt === null) {
    throw new AstroError(ImageMissingAlt);
  }
  const scopedStyleClass = props.class?.match(/\bastro-\w{8}\b/)?.[0];
  if (scopedStyleClass) {
    if (pictureAttributes.class) {
      pictureAttributes.class = `${pictureAttributes.class} ${scopedStyleClass}`;
    } else {
      pictureAttributes.class = scopedStyleClass;
    }
  }
  for (const key in props) {
    if (key.startsWith("data-astro-cid")) {
      pictureAttributes[key] = props[key];
    }
  }
  const originalSrc = await resolveSrc(props.src);
  const optimizedImages = await Promise.all(
    formats.map(
      async (format) => await getImage({
        ...props,
        src: originalSrc,
        format,
        widths: props.widths,
        densities: props.densities
      })
    )
  );
  let resultFallbackFormat = fallbackFormat ?? defaultFallbackFormat;
  if (!fallbackFormat && isESMImportedImage(originalSrc) && specialFormatsFallback.includes(originalSrc.format)) {
    resultFallbackFormat = originalSrc.format;
  }
  const fallbackImage = await getImage({
    ...props,
    format: resultFallbackFormat,
    widths: props.widths,
    densities: props.densities
  });
  const imgAdditionalAttributes = {};
  const sourceAdditionalAttributes = {};
  if (props.sizes) {
    sourceAdditionalAttributes.sizes = props.sizes;
  }
  if (fallbackImage.srcSet.values.length > 0) {
    imgAdditionalAttributes.srcset = fallbackImage.srcSet.attribute;
  }
  return renderTemplate`${maybeRenderHead()}<picture${spreadAttributes(pictureAttributes)}> ${Object.entries(optimizedImages).map(([_, image]) => {
    const srcsetAttribute = props.densities || !props.densities && !props.widths ? `${image.src}${image.srcSet.values.length > 0 ? ", " + image.srcSet.attribute : ""}` : image.srcSet.attribute;
    return renderTemplate`<source${addAttribute(srcsetAttribute, "srcset")}${addAttribute(mime.lookup(image.options.format ?? image.src) ?? `image/${image.options.format}`, "type")}${spreadAttributes(sourceAdditionalAttributes)}>`;
  })} <img${addAttribute(fallbackImage.src, "src")}${spreadAttributes(imgAdditionalAttributes)}${spreadAttributes(fallbackImage.attributes)}> </picture>`;
}, "/Users/drfelfel/ruseemrooz/node_modules/astro/components/Picture.astro", void 0);

const imageConfig = {"service":{"entrypoint":"astro/assets/services/sharp","config":{}},"domains":[],"remotePatterns":[],"endpoint":"astro/assets/endpoint/node"};
					// This is used by the @astrojs/node integration to locate images.
					// It's unused on other platforms, but on some platforms like Netlify (and presumably also Vercel)
					// new URL("dist/...") is interpreted by the bundler as a signal to include that directory
					// in the Lambda bundle, which would bloat the bundle with images.
					// To prevent this, we mark the URL construction as pure,
					// so that it's tree-shaken away for all platforms that don't need it.
					const outDir = /* #__PURE__ */ new URL("file:///Users/drfelfel/ruseemrooz/dist/client/");
					const assetsDir = /* #__PURE__ */ new URL("_astro", outDir);
					const getImage = async (options) => await getImage$1(options, imageConfig);

const fnv1a52 = (str) => {
  const len = str.length;
  let i = 0, t0 = 0, v0 = 8997, t1 = 0, v1 = 33826, t2 = 0, v2 = 40164, t3 = 0, v3 = 52210;
  while (i < len) {
    v0 ^= str.charCodeAt(i++);
    t0 = v0 * 435;
    t1 = v1 * 435;
    t2 = v2 * 435;
    t3 = v3 * 435;
    t2 += v0 << 8;
    t3 += v1 << 8;
    t1 += t0 >>> 16;
    v0 = t0 & 65535;
    t2 += t1 >>> 16;
    v1 = t1 & 65535;
    v3 = t3 + (t2 >>> 16) & 65535;
    v2 = t2 & 65535;
  }
  return (v3 & 15) * 281474976710656 + v2 * 4294967296 + v1 * 65536 + (v0 ^ v3 >> 4);
};
const etag = (payload, weak = false) => {
  const prefix = weak ? 'W/"' : '"';
  return prefix + fnv1a52(payload).toString(36) + payload.length.toString(36) + '"';
};

async function loadLocalImage(src, url) {
  const assetsDirPath = fileURLToPath(assetsDir);
  let fileUrl;
  {
    try {
      const idx = url.pathname.indexOf("/_image");
      if (idx > 0) {
        src = src.slice(idx);
      }
      fileUrl = new URL("." + src, outDir);
      const filePath = fileURLToPath(fileUrl);
      if (!isAbsolute(filePath) || !filePath.startsWith(assetsDirPath)) {
        return void 0;
      }
    } catch {
      return void 0;
    }
  }
  let buffer = void 0;
  try {
    buffer = await readFile(fileUrl);
  } catch {
    try {
      const sourceUrl = new URL(src, url.origin);
      buffer = await loadRemoteImage(sourceUrl);
    } catch (err) {
      console.error("Could not process image request:", err);
      return void 0;
    }
  }
  return buffer;
}
async function loadRemoteImage(src) {
  try {
    const res = await fetch(src);
    if (!res.ok) {
      return void 0;
    }
    return Buffer.from(await res.arrayBuffer());
  } catch {
    return void 0;
  }
}
const GET = async ({ request }) => {
  try {
    const imageService = await getConfiguredImageService();
    if (!("transform" in imageService)) {
      throw new Error("Configured image service is not a local service");
    }
    const url = new URL(request.url);
    const transform = await imageService.parseURL(url, imageConfig);
    if (!transform?.src) {
      const err = new Error(
        "Incorrect transform returned by `parseURL`. Expected a transform with a `src` property."
      );
      console.error("Could not parse image transform from URL:", err);
      return new Response("Internal Server Error", { status: 500 });
    }
    let inputBuffer = void 0;
    if (isCoreRemotePath(transform.src)) {
      if (isRemoteAllowed(transform.src, imageConfig) === false) {
        return new Response("Forbidden", { status: 403 });
      }
      inputBuffer = await loadRemoteImage(new URL(transform.src));
    } else {
      inputBuffer = await loadLocalImage(transform.src, url);
    }
    if (!inputBuffer) {
      return new Response("Internal Server Error", { status: 500 });
    }
    const { data, format } = await imageService.transform(inputBuffer, transform, imageConfig);
    return new Response(data, {
      status: 200,
      headers: {
        "Content-Type": mime.lookup(format) ?? `image/${format}`,
        "Cache-Control": "public, max-age=31536000",
        ETag: etag(data.toString()),
        Date: (/* @__PURE__ */ new Date()).toUTCString()
      }
    });
  } catch (err) {
    console.error("Could not process image request:", err);
    return new Response(
      `Internal Server Error`,
      {
        status: 500
      }
    );
  }
};

const _page = /*#__PURE__*/Object.freeze(/*#__PURE__*/Object.defineProperty({
  __proto__: null,
  GET
}, Symbol.toStringTag, { value: 'Module' }));

const page = () => _page;

export { page };
