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let wasm_mod;let ref = { deref() {} };
{  const path = new URL(import.meta.url.replace('.js', '.wasm'));  wasm_mod = new WebAssembly.Module(await ('file:' === path.protocol ? Deno.readFile(path) : fetch(path).then(r => r.arrayBuffer())));}
function wasm() {  return ref.deref() || (ref = new WeakRef(new WebAssembly.Instance(wasm_mod).exports)).deref();}
class mem {  static length() { return wasm().wlen(); }  static alloc(size) { return wasm().walloc(size); }  static free(ptr, size) { return wasm().wfree(ptr, size); }  static u8(ptr, size) { return new Uint8Array(wasm().memory.buffer, ptr, size); }  static u32(ptr, size) { return new Uint32Array(wasm().memory.buffer, ptr, size); }
  static copy_and_free(ptr, size) {    let slice = mem.u8(ptr, size).slice();    return (wasm().wfree(ptr, size), slice);  }}
export function rasterize(buffer, fit, scale) {  const _w = wasm();
  const bptr = mem.alloc(buffer.length);  mem.u8(bptr, buffer.length).set(buffer);  const ptr = wasm().rasterize(bptr, buffer.length, fit, scale);
  if (0 === ptr) throw new Error('svg: failed to parse');  if (1 === ptr) throw new Error('svg: failed to rasterize');
  const framebuffer = {    width: wasm().rasterize_width(ptr),    height: wasm().rasterize_height(ptr),    buffer: mem.u8(wasm().rasterize_buffer(ptr), mem.length()).slice(),  }
  return (wasm().rasterize_free(ptr), framebuffer);}