{
  "original_protected_helper": {
    "path": "browser/preprocess.mjs",
    "bytes": 9084,
    "sha256": "ecac4508ce345ccc0dde47b51e1692f1c3f43348181f52d1551814fcbcbd6a13"
  },
  "new_helper": {
    "source": "../../webbrain/src/chrome/src/providers/d1-preprocess.js",
    "destination": "runtime/d1-preprocess.js",
    "bytes": 9407,
    "sha256": "00569ab7cae839e0e3b54b92a319aa0b5591a87c5dec67dac48cabe2d1464d9e"
  },
  "changes": [
    {
      "before": "const no=c.false ?? c.no,yes=c.true ?? c.yes;",
      "after": "const no=Object.hasOwn(c,'false')?c.false:c.no,yes=Object.hasOwn(c,'true')?c.true:c.yes;",
      "purpose": "Python dict.get present-null false/true criteria semantics"
    },
    {
      "before": "  return JSON.stringify(value);\n}",
      "after": "  if(typeof value==='number') {\n    if(!Number.isFinite(value)) throw new Error('D1 JSON numbers must be finite');\n    if(!Number.isInteger(value)&&Math.abs(value)<1e-4) return value.toExponential().replace(/e([+-])(\\d+)$/,(all,sign,digits)=>'e'+sign+digits.padStart(2,'0'));\n  }\n  return JSON.stringify(value);\n}",
      "purpose": "Finite small fractional Python-style exponent serialization"
    }
  ],
  "numeric_type_caveat": "JS Number cannot recover Python int versus integral-float distinctions; use preformatted strings for exact source lexical semantics",
  "old_helper_untouched": true,
  "other_helper_bytes_exact": true
}