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jif
595534314f
## Why Concurrent Linux test spawns can inherit writable descriptors for executable fixtures, preventing those fixtures from being executed even after the writing test closes its descriptor. ## What changed Replace direct executable fixture writes and copies across the Rust tests with `codex_utils_cargo_bin::write_executable` and `copy_executable`. These existing helpers complete writes and copies in separate processes on Linux. Remove the empty temporary inode before creating fake bubblewrap executables, and stage tampered bubblewrap bytes in a separate data file before copying them into the executable fixture. Add the required test dependencies. GitOrigin-RevId: c875c83088731a4933ef1574e8d79d8cecc12f54
codex-git-utils
Helpers for interacting with git, including patch application. The crate also
exposes a lightweight baseline API for internal directories that use git only
as a resettable diff mechanism: ensure_git_baseline_repository preserves a
usable root/.git baseline or creates one when it is missing or unusable,
reset_git_repository replaces root/.git with a fresh one-commit baseline,
and diff_since_latest_init returns structured file changes plus a unified
diff from that baseline to the current directory contents.
use std::path::Path;
use codex_git_utils::{apply_git_patch, ApplyGitRequest};
let repo = Path::new("/path/to/repo");
// Apply a patch (omitted here) to the repository.
let request = ApplyGitRequest {
cwd: repo.to_path_buf(),
diff: String::from("...diff contents..."),
revert: false,
preflight: false,
};
let result = apply_git_patch(&request)?;