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# cbindgen config for the FSKit Swift bridging header.
#
# The generator scans `src/fskit/c_abi.rs` (the single source of
# truth for the FSKit C ABI) and writes a header that the Swift
# adapter at `swift/HeddleFSKit/HeddleFSKit.swift` consumes via
# its bridging header path.
#
# Style choices:
# * `language = "C"` — Swift's bridging header expects plain C.
# * `cpp_compat = true` — emit `extern "C" { ... }` guards so the
# same header is also safe to include from C++ (cheap insurance).
# * `include_guard` instead of `pragma_once` — Apple's bridging
# headers conventionally use macro guards, and Xcode's indexer
# handles them slightly more reliably across SDK versions.
# * `no_includes = true` + explicit `sys_includes` — cbindgen's
# default kitchen-sink (`stdarg.h`, `stdbool.h`, `stdlib.h`)
# is unnecessary here; we only need `stdint.h` and `stddef.h`.
= "C"
= true
= true
= ["stdint.h", "stddef.h"]
= "HEDDLE_FSKIT_BRIDGING_H"
= false
= 80
= 4
= "type"
# Banner reviewers see at the top of the generated header.
= """// HeddleFSKit-Bridging.h
//
// GENERATED FROM `crates/mount/src/fskit/c_abi.rs` BY cbindgen.
// DO NOT EDIT BY HAND — re-run `cargo build -p mount --features fskit`.
//
// This is the C ABI surface that the Rust `fskit` shell calls into.
// The Swift implementation lives in `HeddleFSKit.swift`; the
// authoritative Rust declarations live in `crates/mount/src/fskit/c_abi.rs`.
// A change in Rust regenerates this header on the next build, and
// any drift between the Rust ABI and Swift's call sites becomes a
// `swiftc` compile error rather than runtime undefined behaviour."""
# Don't pull in dependency crates' types — the C ABI in `c_abi.rs`
# is self-contained (only `std::ffi` types, all of which cbindgen
# maps to plain C primitives).
[]
= false