package secret

Changes

0.1.3 (2026-09-07)

• Provide secret.unix on Win32, using native handle and socket I/O directly against zeroizable secret memory.
• Make Windows portability CI required and run the direct-I/O tests there.

0.1.2 (2026-09-02)

• Remove the upper bound on the OCaml version. It excluded every release from 5.6 onwards without a known incompatibility, which is what opam-repository asks packages not to do.

Otherwise documentation only: the README gained the header diagram. No library code changed from 0.1.1.

0.1.1 (2026-09-01)

• Build on the whole declared dune range. 0.1.0 required dune 3.24 even though it depends on dune >= 3.8: dune before 3.15 rejects a select target that is also named in modules, and older dune expands %{exe:...} to a bare basename, which the tests then failed to resolve.
• Require dune-configurator 3.8 or later; it previously had no lower bound.
• Run the exit-time zeroization tests on Windows.

The library itself is unchanged: src/ and unix/ are identical to 0.1.0, and this release fixes only packaging metadata and the test suite.

0.1.0 (2026-09-01)

• Add out-of-heap secret buffers with explicit destruction, finalization, and exit-time zeroization.
• Add constant-time equality, redacted printing, and controlled views.
• Add optional guard pages, canaries, page locking, dump exclusion, and fork policies with per-value status reporting.
• Add scratch buffers, minor-heap scrubbing, process hardening, and direct Unix file-descriptor I/O.
• Keep owners alive for scoped views and permanently retain destroyed unscoped view storage so it can never expose a later secret. Retained and pooled blocks stay reachable, so leak checkers report them as reachable memory, and parked_count reports how many blocks are permanently retained.
• Define concurrent reads as supported while requiring caller synchronization for mutation, destruction, process-wide wiping, and blocking I/O.
• Install secret.h for C consumers.
• Add an executable Mirage Crypto adoption proof covering AES and ChaCha20 migration semantics, known-answer compatibility, and process-memory residue.