Review rev_26bf9d4b4b4f47bda98a64261c9a97ce

{
  "review_procedure": "file-focused-review/v1",
  "public_user_id": "d7d85a95-49ea-818b-aa46-7dff97fe9263",
  "agent": {
    "name": "codex",
    "model": "gpt-5.4-mini",
    "reasoning_effort": "high"
  },
  "files": [
    {
      "path": "aws-lc/ssl/ssl_buffer.cc",
      "hash": "blake3:5bafc350e6bd456d3265bed7891686f0af4e9c933c671ba3e31cd95afc24ff28",
      "summary": "Reviewed aws-lc/ssl/ssl_buffer.cc, which implements SSLBuffer allocation, serialization/deserialization, and TLS/DTLS read/write buffer helpers. I found no concrete indicators of supply-chain compromise: there are no install hooks, network or exfiltration paths, credential/secret access, dynamic code loading, obfuscation, persistence, or other hidden payload behavior in this file.",
      "severity": "none",
      "confidence": "high"
    },
    {
      "path": "aws-lc/ssl/ssl_c_test.c",
      "hash": "blake3:e6b0e8f01a178184d39a52d9d6b1db2767ba14e4bbd76f7dbd30e55c7dda175d",
      "summary": "Reviewed `aws-lc/ssl/ssl_c_test.c`, a small compile-time test that checks `ssl_private_key_result_t` has the same size as `int` and intentionally errors out under C++. I found no concrete supply-chain indicators in this file: no install-time hooks, network or exfiltration code, credential access, dynamic code loading, obfuscation, or persistence behavior.",
      "severity": "none",
      "confidence": "high"
    }
  ]
}