libfuse_fs/
lib.rs

1// #[macro_use]
2// extern crate log;
3
4pub mod context;
5pub mod overlayfs;
6pub mod passthrough;
7mod server;
8pub mod unionfs;
9mod util;
10
11// Test utilities (only compiled during tests)
12#[cfg(test)]
13pub mod test_utils {
14    /// Macro: unwrap result or skip test when encountering EPERM (Permission denied).
15    ///
16    /// Behavior:
17    /// - On Ok(v): returns v
18    /// - On Err(e) where e -> io::Error has raw_os_error()==EPERM (or PermissionDenied):
19    ///     * If env RUN_PRIVILEGED_TESTS=1 -> panic (treat as hard failure)
20    ///     * Else: print a line indicating skip and `return` from test (so test counted as ignored when used with #[ignore]).
21    /// - On Err(e) other than EPERM -> panic with diagnostic.
22    ///
23    /// Usage examples:
24    /// let handle = unwrap_or_skip_eperm!(some_async_call.await, "mount session");
25    #[macro_export]
26    macro_rules! unwrap_or_skip_eperm {
27        ($expr:expr, $ctx:expr) => {{
28            match $expr {
29                Ok(v) => v,
30                Err(e) => {
31                    let ioerr: std::io::Error = e.into();
32                    let is_eperm = ioerr.raw_os_error() == Some(libc::EPERM)
33                        || ioerr.kind() == std::io::ErrorKind::PermissionDenied;
34                    if is_eperm {
35                        if std::env::var("RUN_PRIVILEGED_TESTS").ok().as_deref() == Some("1") {
36                            panic!(
37                                "{} failed with EPERM while RUN_PRIVILEGED_TESTS=1: {:?}",
38                                $ctx, ioerr
39                            );
40                        } else {
41                            eprintln!("skip (EPERM) {}: {:?}", $ctx, ioerr);
42                            return;
43                        }
44                    }
45                    panic!("{} unexpected error: {:?}", $ctx, ioerr);
46                }
47            }
48        }};
49    }
50}
libfuse_fs/lib.rs

libfuse_fs/
lib.rs
