fix(test): suppress OpenSSL builtin-compressions LSan leak on Node 26

[szegedi]

What

Adds an LSan suppression for the OpenSSL builtin-compressions one-time-init leak that is failing the ASAN job on Node.js 26.

Why

The ASAN (26) job fails with:

==XXXX==ERROR: LeakSanitizer: detected memory leaks
Direct leak of 24 byte(s) in 1 object(s) allocated from:
    #1 CRYPTO_malloc
    #2 ossl_load_builtin_compressions
    #3 context_init
    ...
    #12 OPENSSL_init_crypto
    #13 node::InitializeOncePerProcessInternal(...)

Node 26's OpenSSL populates a global builtin-compressions list during OPENSSL_init_crypto that is never freed at process exit. This is the same class of benign, one-time process-init leak we already suppress via leak:CRYPTO_zalloc — but this path allocates via CRYPTO_malloc and so isn't matched by the existing rule.

How

Suppress the specific ossl_load_builtin_compressions frame rather than broadening to CRYPTO_malloc. CRYPTO_malloc is OpenSSL's general-purpose allocator used throughout, so suppressing it would risk masking genuine leaks in crypto code paths; the ossl_load_builtin_compressions frame pinpoints exactly this init leak.

🤖 Generated with Claude Code

[datadog-prod-us1-3]

✨ Fix all issues with BitsAI

⚠️ Warnings

🚦 3 Pipeline jobs failed

Build | build / alpine-test-26     

Build | build-successful     

Pull Request Labels | label     

Useful? React with 👍 / 👎

_{This comment will be updated automatically if new data arrives.
🔗 Commit SHA: add14b6 | Docs | Datadog PR Page | Give us feedback!}

[github-actions]

Overall package size

Self size: 2.19 MB
Deduped: 2.89 MB
No deduping: 2.89 MB

Dependency sizes

| name | version | self size | total size | |------|---------|-----------|------------| | pprof-format | 2.2.2 | 500.53 kB | 500.53 kB | | source-map | 0.7.6 | 185.63 kB | 185.63 kB | | node-gyp-build | 4.8.4 | 13.86 kB | 13.86 kB |

_{🤖 This report was automatically generated by heaviest-objects-in-the-universe}

[szegedi]

Folded into #360 (cherry-picked as a separate commit there). The wall-profiler UAF fix and this LSan suppression each block the other's CI from going green, so they need to land together.