microsandbox 0.7.0

`microsandbox` is the core library for the microsandbox project.
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#[test]
#[cfg(feature = "local")]
fn rust_root_compat_exports_stay_available() {
    // Compile-time tripwire for public root exports restored after the
    // backend-routing refactor. The function items are not invoked.
    let _ = microsandbox::Image::get;
    let _ = microsandbox::Image::list;
    let _ = microsandbox::Image::inspect;
    let _ = microsandbox::Image::remove;
    let _ = microsandbox::Image::prune;
    let _ = microsandbox::all_sandbox_metrics;

    let _: Option<microsandbox::ImagePruneReport> = None;
    let _: Option<microsandbox::SandboxMetrics> = None;
}

#[test]
#[cfg(feature = "local")]
fn rust_config_and_runtime_setup_surface_stays_available() {
    let _ = microsandbox::setup::resolve_runtime;
    let _ = microsandbox::setup::install_runtime;
    let _ = microsandbox::setup::ensure_runtime;
    let _: Option<microsandbox::setup::ResolvedRuntime> = None;
    let _: Option<microsandbox::setup::InstallOptions> = None;
    let _ = microsandbox::config::config;
    let _ = microsandbox::config::resolve_msb_path;
    let _ = microsandbox::config::resolve_libkrunfw_path;
    let _ = microsandbox::config::GlobalConfig::resolve_msb_path;
    let _ = microsandbox::config::GlobalConfig::resolve_libkrunfw_path;

    #[allow(deprecated)]
    let _: Option<microsandbox::config::LocalConfig> = None;
}

#[cfg(feature = "ssh")]
#[test]
fn rust_ssh_compat_export_stays_available() {
    let _: Option<microsandbox::SandboxSshOps> = None;
}

#[test]
fn rust_identity_and_generated_patch_surface_is_backend_neutral() {
    use microsandbox::sandbox::{DestroyOptions, RestartOptions, SandboxHandle, SandboxId};

    let _: Option<SandboxId> = None;
    let _ = SandboxHandle::id;
    let _ = SandboxHandle::connect_or_start;
    let _ = SandboxHandle::wait_for_status;
    let _ = SandboxHandle::restart;
    let _ = SandboxHandle::destroy;
    let _ = (RestartOptions::default(), DestroyOptions::default());
    let _ = microsandbox::SandboxConfigPatch::new()
        .resources(microsandbox::SandboxResourcesPatch::new().cpus(2));
}

#[allow(dead_code)]
async fn rust_sandbox_fs_handle_api_stays_available(
    fs: &microsandbox::sandbox::SandboxFsOps<'_>,
    entry: microsandbox::sandbox::FsEntry,
    metadata: microsandbox::sandbox::FsMetadata,
) -> microsandbox::MicrosandboxResult<()> {
    use microsandbox::sandbox::{FsHandle, FsOpenOptions, FsSetAttrs};

    let _: Option<FsHandle> = None;
    let file = fs.open_file("/tmp/file", FsOpenOptions::default()).await?;
    let dir = fs.open_dir("/tmp").await?;

    let _ = fs.read_handle(file, 0, None).await?;
    let mut read_stream = fs.read_handle_stream(file, 0, Some(1)).await?;
    let _ = read_stream.recv().await?;

    fs.write_handle(file, 0, b"hello").await?;
    let write_stream = fs.write_handle_stream(file, 0, None).await?;
    write_stream.close().await?;

    let _ = fs.read_dir_handle(dir, None).await?;
    let _ = fs.read_dir(dir, None).await?;

    let _ = fs.stat_handle(file).await?;
    let _ = fs.fstat(file).await?;
    fs.set_stat_handle(file, FsSetAttrs::default()).await?;
    fs.fset_stat(file, FsSetAttrs::default()).await?;

    let _ = fs.real_path(".").await?;
    fs.remove_empty_dir("/tmp/empty").await?;
    fs.close_handle(file).await?;
    fs.close_handle(dir).await?;

    let _ = (entry.uid, entry.gid, entry.accessed);
    let _ = (metadata.uid, metadata.gid, metadata.accessed);

    Ok(())
}