rust-bitcoin

This commit is a minor code cleanup in test code only. It replaces verbose match statements with the shorter matches! macro in two unit tests. The change does not affect production code, behavior, or security.

This commit only adds an extra test case to an existing unit test. It does not change any production code, so it cannot introduce or fix a security vulnerability by itself. The new assertion checks that a block with an invalid witness commitment is rejected by the validation function, which is a normal correctness test rather than a security patch.

This commit simply deletes five old benchmark test files that were accidentally left behind after benchmarks were moved to a newer testing framework. It removes unused code and has no effect on the actual Bitcoin hashing library or its users.

This commit adds standard encoding and decoding support for a Bitcoin peer-to-peer network message called CFHeaders (compact filter headers). It is a routine implementation of serialization traits and does not appear to fix or introduce any security issue.

This commit adds missing data-encoding (serialization/deserialization) support for a Bitcoin peer-to-peer message type called CFCheckpt. It is a routine feature implementation, not a security fix. There is no indication in the commit or supplied references that this addresses a vulnerability, a bug, or a security-relevant issue.

This commit adds standard encoding and decoding support for two existing hash-like types (FilterHash and FilterHeader) used in Bitcoin peer-to-peer messages. It is a routine feature addition that wires up serialization traits; there is no indication it fixes a vulnerability or introduces unsafe behavior.

This commit adds standard encoding and decoding support for a Bitcoin peer-to-peer message called CFilter. It is a routine feature addition that lets the library serialize and deserialize compact-filter messages. There is no indication in the commit that this fixes a security bug or introduces a vulnerability.

This commit adds standard encoding and decoding support for a Bitcoin peer-to-peer message type called GetCFCheckpt. It is a routine feature addition with no visible security bug or fix.

This commit adds standard encoding and decoding support for a Bitcoin peer-to-peer message called GetCFHeaders. It is a routine feature addition with no visible security bug, missing check, or unsafe code. The change simply lets the library serialize and deserialize this message type in the same way it already handles related messages.

This commit adds new Rust code to encode and decode a Bitcoin peer-to-peer message called GetCFilters. It is a routine feature implementation with no visible security bug. The change does not fix a vulnerability, alter existing security behavior, or introduce suspicious logic such as unchecked lengths or unsafe code.

This commit is a documentation-only cleanup. It fixes spelling mistakes, grammar, and typos in code comments, README files, and rustdoc strings. No executable code, logic, or security behavior was changed.

This commit fixes only spelling mistakes in documentation and a test comment. There are no code behavior changes, no security fixes, and no functional changes to the library.

This commit only fixes two mistakes in code comments. One comment incorrectly named a previously called function, and another comment had a wrong arithmetic result for the maximum time value. No actual code behavior changes, so there is no security impact.

This commit adds standard encoding and decoding traits for the legacy Bitcoin P2P `Alert` message type in the rust-bitcoin library. It is a routine feature implementation that lets `Alert` be serialized and deserialized like other network messages. There is no indication in the commit or supplied references that this fixes a security bug or introduces a vulnerability.

This commit adds a new way to serialize and deserialize the Inventory message type used in Bitcoin peer-to-peer networking. It is a straightforward refactoring that mirrors the existing consensus encoding logic, moving it to a new internal encoding crate. There is no indication of a security bug being fixed or introduced.

This commit fixes a bug in a 256-bit unsigned integer multiplication routine used by the Rust Bitcoin library. The old code produced wrong multiplication results and failed to detect when the result exceeded 256 bits. Because this arithmetic is used in Bitcoin's difficulty retargeting calculations, incorrect results could theoretically lead to wrong difficulty estimates, though the practical attack path is limited.

This commit adds a Rust compiler hint called #[track_caller] to an internal helper function. It does not change program behavior, fix a bug, or alter any security boundary. It only improves the quality of panic/error location reporting if the code ever panics.

This is a minor change to a GitHub Actions CI workflow. It narrows the set of files included in a diff used by an automated mutation-testing tool (cargo-mutants) so that only Rust source files (*.rs) are considered. It does not change any production code, cryptographic logic, network handling, or user-facing behavior.

This commit adds new serialization/deserialization code for the Bitcoin P2P `UserAgent` field. It is a routine refactor that introduces a new internal encoding trait implementation alongside the existing one. There is no indication of a security bug in the change itself.

This commit adds a faster way to calculate SHA-256 hashes on modern 64-bit ARM processors (like Apple's M chips, AWS Graviton, and recent smartphones) by using built-in CPU instructions called ARM SHA2 crypto extensions. It mirrors an earlier change that did the same thing for x86 processors. There is no indication in the commit that this fixes a security bug; it is a performance improvement.

This commit adds new serialization/deserialization code for the `ProtocolVersion` type in the peer-to-peer networking module. It is a routine feature addition that mirrors existing patterns and does not fix any known bug or security issue.

This commit adds standard encoding and decoding support for ServiceFlags, a data type used in Bitcoin peer-to-peer messages. It is a routine feature addition with no visible security bug. The change simply lets the library serialize and deserialize ServiceFlags using a new internal encoding framework.

This commit fixes a bug where a specific PSBT error—'PsbtUtxoOutOfbounds'—was not handled during transaction extraction, causing the program to panic (crash) instead of returning a proper error. The fix makes the code treat this error the same as a missing UTXO, returning a controlled error message instead of hitting an 'unreachable' panic path. It is a robustness fix that prevents crashes when processing malformed or inconsistent PSBT data.

This is a routine performance improvement: it removes an unnecessary data copy when encoding an unchecked Bitcoin block. There is no security issue visible in the change.

This commit only changes test code in the rust-bitcoin project. It removes feature gates so that some merkle tree tests can run without the 'std' (standard library) feature. There is no change to production code, no security fix, and no vulnerability introduced.