use super::{
    Arc, AwaitingAttachedRunsc, BENCHMARK_GUEST, BTreeMap, BundleDigest, CommittedSandboxRuntime,
    ConfigurationLoadRequest, ContainerId, CoordinatorId, Domain, DomainStoreMutation,
    DurableDecision, File, Generation, GenerationId, GitRoutingCoordinator,
    HostCoordinatorDomainStore, HostPath, HostProcessOwnershipSlot, Ipv4Addr, MatrixError,
    NETWORK_NAMESPACE_PATH, NetworkCoordinator, NetworkSidecarId, Path, PathBuf,
    ProcessOwnershipContext, ResolvedDomainConfiguration, RootProcess, RunscCommand,
    RuntimeGitRoutingAuthority, RuntimeGitRoutingLaunch, RuntimeNetworkLaunch,
    RuntimeSupervisorLaunch, SandboxBuildRequest, SandboxBundle, SandboxCoordinator, SandboxId,
    SocketAddr, SocketAddrExt, TargetCommand, TcpListener, TempDir, UnixListener, UserNamespaceMap,
    build_sandbox_bundle, build_sandbox_bundle_with_workspace, child_broker,
    current_mount_identity, current_process_identity, default_sandbox_layout, derive_ipv4_policy,
    failure, fs, hex, host_path, load_trusted_configuration, lock_file,
    stage_benchmark_rootfs_and_control, stage_rootfs_and_control, try_exclusive_flock,
};

pub(super) struct Fixture {
    _tree: Option<TempDir>,
    pub(super) configuration: ResolvedDomainConfiguration,
    pub(super) store: Arc<HostCoordinatorDomainStore>,
    pub(super) bundle: SandboxBundle,
    pub(super) activity: PathBuf,
    pub(super) benchmark_results: Option<PathBuf>,
    git_routing: Option<GitRoutingFixture>,
}

impl Fixture {
    pub(super) fn new() -> Result<Self, MatrixError> {
        let tree = tempfile::tempdir()?;
        let root = tree.path().to_path_buf();
        Self::build(&root, Some(tree), false)
    }

    pub(super) fn new_git_routed() -> Result<Self, MatrixError> {
        let tree = tempfile::tempdir()?;
        let root = tree.path().to_path_buf();
        Self::build(&root, Some(tree), true)
    }

    pub(super) fn in_directory(root: &Path) -> Result<Self, MatrixError> {
        Self::build(root, None, false)
    }

    #[allow(clippy::too_many_arguments)]
    pub(super) fn build_benchmark(
        root: &Path,
        workspace: &Path,
        host_root: &Path,
        output: &Path,
        repository: &Path,
        cargo_home: &Path,
        rustup_home: &Path,
        uv_bin: &Path,
        sample_arguments: &[std::ffi::OsString],
    ) -> Result<Self, MatrixError> {
        let configuration_directory = root.join("configuration");
        let runtime = root.join("runtime");
        for directory in [&configuration_directory, &runtime] {
            fs::create_dir_all(directory)?;
        }
        let configuration_path = configuration_directory.join("lazaret.toml");
        let paths = [
            root,
            workspace,
            host_root,
            output,
            repository,
            cargo_home,
            rustup_home,
            uv_bin,
        ];
        if paths.iter().any(|path| {
            path.to_str()
                .is_none_or(|value| value.contains(['\n', '\r', '"']))
        }) {
            return Err(failure("benchmark composition path is not TOML-safe"));
        }
        fs::write(
            &configuration_path,
            format!(
                "schema = \"lazaret-trusted-host-config-v1\"\n\n[storage]\ndata_root = \"{}\"\n\n[network]\ndefault_allow = [\"192.0.2.10/32\"]\n\n[profiles.default]\nimage = \"example.invalid/runtime-fixture:v1\"\npersistent_dirs = [\"/tooling\", \"/fixtures\"]\nenv = {{ PATH = \"env:BENCHMARK_PATH\", CARGO_HOME = \"env:BENCHMARK_CARGO_HOME\", RUSTUP_HOME = \"env:BENCHMARK_RUSTUP_HOME\", CARGO_BUILD_JOBS = \"env:BENCHMARK_CARGO_BUILD_JOBS\" }}\nvolumes = [\n  {{ host = \"{}\", container = \"/tooling/usr\", kind = \"directory\", access = \"read-only\" }},\n  {{ host = \"{}\", container = \"/fixtures/host\", kind = \"directory\", access = \"read-only\" }},\n  {{ host = \"{}\", container = \"/fixtures/output\", kind = \"directory\", access = \"read-write\" }},\n  {{ host = \"{}\", container = \"/fixtures/repository\", kind = \"directory\", access = \"read-only\" }},\n  {{ host = \"{}\", container = \"/tooling/cargo\", kind = \"directory\", access = \"read-only\" }},\n  {{ host = \"{}\", container = \"/tooling/rustup\", kind = \"directory\", access = \"read-only\" }},\n  {{ host = \"{}\", container = \"/tooling/uv-bin\", kind = \"directory\", access = \"read-only\" }},\n]\n
",
                root.join("data").display(),
                Path::new("/usr").display(),
                host_root.display(),
                output.display(),
                repository.display(),
                cargo_home.display(),
                rustup_home.display(),
                uv_bin.display(),
            ),
        )?;
        let environment = BTreeMap::from([
            (
                "BENCHMARK_PATH".into(),
                "/tooling/cargo/bin:/tooling/uv-bin:/usr/bin:/bin".into(),
            ),
            ("BENCHMARK_CARGO_HOME".into(), "/tooling/cargo".into()),
            ("BENCHMARK_RUSTUP_HOME".into(), "/tooling/rustup".into()),
            ("BENCHMARK_CARGO_BUILD_JOBS".into(), "2".into()),
        ]);
        let configuration = load_trusted_configuration(ConfigurationLoadRequest {
            explicit_configuration_path: Some(configuration_path),
            selected_profile: "default".into(),
            workspace: workspace.to_path_buf(),
            home: root.join("home"),
            xdg_config_home: None,
            xdg_data_home: None,
            xdg_runtime_dir: runtime,
            environment,
            sandbox_layout: default_sandbox_layout().map_err(failure)?,
        })
        .map_err(failure)?;
        let runtime_domain = host_path(configuration.runtime_domain_root().canonical_label());
        let results = output.to_path_buf();
        stage_benchmark_rootfs_and_control(&runtime_domain)?;
        let mut guest_arguments = vec![
            BENCHMARK_GUEST.to_owned(),
            "/fixtures/output".to_owned(),
            "/usr/bin/python3".to_owned(),
            "/fixtures/repository/tools/ignored_workspace_benchmark.py".to_owned(),
            "sample".to_owned(),
        ];
        guest_arguments.extend(
            sample_arguments
                .iter()
                .map(|argument| argument.to_string_lossy().into_owned()),
        );
        let root_process =
            RootProcess::new("/bin/runtime-composition", guest_arguments).map_err(failure)?;
        let namespace =
            lazaret_linux::filesystem::namespace_identity(Path::new(NETWORK_NAMESPACE_PATH))?;
        let bundle = build_sandbox_bundle(SandboxBuildRequest {
            configuration: &configuration,
            container_id: ContainerId::new([6; 32]),
            expected_network_namespace: namespace,
            root_process,
            terminal: None,
            prepared_root: runtime_domain.join("prepared-root"),
        })
        .map_err(failure)?;
        Self::finish_build(
            None,
            configuration,
            bundle,
            workspace.join("activity"),
            Some(results),
            None,
        )
    }

    fn build(
        root: &Path,
        tree: Option<TempDir>,
        route_git_workspace: bool,
    ) -> Result<Self, MatrixError> {
        let configuration_directory = root.join("configuration");
        let workspace = root.join("workspace");
        let runtime = root.join("runtime");
        fs::create_dir(&configuration_directory)?;
        fs::create_dir(&workspace)?;
        fs::create_dir(&runtime)?;
        let git_routing = route_git_workspace
            .then(|| GitRoutingFixture::create(root, &workspace))
            .transpose()?;
        let configuration_path = configuration_directory.join("lazaret.toml");
        fs::write(
            &configuration_path,
            format!(
                "schema = \"lazaret-trusted-host-config-v1\"\n\n[storage]\ndata_root = \"{}\"\n\n[network]\ndefault_allow = [\"192.0.2.10/32\"]\n\n[profiles.default]\nimage = \"example.invalid/runtime-fixture:v1\"\npersistent_dirs = []\nenv = {{ PROFILE_SENTINEL = \"env:HOST_PROFILE_SENTINEL\" }}\n
",
                root.join("data").display()
            ),
        )?;
        let configuration = load_trusted_configuration(ConfigurationLoadRequest {
            explicit_configuration_path: Some(configuration_path),
            selected_profile: "default".into(),
            workspace: workspace.clone(),
            home: root.join("home"),
            xdg_config_home: None,
            xdg_data_home: None,
            xdg_runtime_dir: runtime,
            environment: BTreeMap::from([("HOST_PROFILE_SENTINEL".into(), "profile-value".into())]),
            sandbox_layout: default_sandbox_layout().map_err(failure)?,
        })
        .map_err(failure)?;
        let runtime_domain = host_path(configuration.runtime_domain_root().canonical_label());
        let container_id = ContainerId::new([6; 32]);
        stage_rootfs_and_control(&runtime_domain, container_id)?;
        let root_process = RootProcess::new(
            "/bin/sh",
            [
                "-c".to_owned(),
                "while :; do echo x >> /workspace/activity; /bin/sleep 0.02; done".to_owned(),
            ],
        )
        .map_err(failure)?;
        let namespace =
            lazaret_linux::filesystem::namespace_identity(Path::new(NETWORK_NAMESPACE_PATH))?;
        let request = SandboxBuildRequest {
            configuration: &configuration,
            container_id,
            expected_network_namespace: namespace,
            root_process,
            terminal: None,
            prepared_root: runtime_domain.join("prepared-root"),
        };
        let bundle = match &git_routing {
            Some(git_routing) => {
                build_sandbox_bundle_with_workspace(request, git_routing.mountpoint.clone())
            }
            None => build_sandbox_bundle(request),
        }
        .map_err(failure)?;
        Self::finish_build(
            tree,
            configuration,
            bundle,
            workspace.join("activity"),
            None,
            git_routing,
        )
    }

    fn finish_build(
        tree: Option<TempDir>,
        configuration: ResolvedDomainConfiguration,
        bundle: SandboxBundle,
        activity: PathBuf,
        benchmark_results: Option<PathBuf>,
        git_routing: Option<GitRoutingFixture>,
    ) -> Result<Self, MatrixError> {
        let runtime_domain = host_path(configuration.runtime_domain_root().canonical_label());
        let container_id = ContainerId::new([6; 32]);
        let bundle_path = runtime_domain
            .join("bundles")
            .join(hex(container_id.as_bytes()));
        fs::create_dir_all(&bundle_path)?;
        fs::write(bundle_path.join("config.json"), bundle.specification_json())?;
        fs::create_dir_all(runtime_domain.join("runsc"))?;
        let domain = Domain {
            domain_id: configuration.domain_id(),
            profile_name: configuration.selected_profile().to_owned(),
            canonical_workspace: configuration.workspace().canonical_label().clone(),
        };
        let persistent_domain = host_path(configuration.persistent_domain_root().canonical_label());
        let lock = try_exclusive_flock(lock_file(&persistent_domain.join("domain.lock")))?;
        let store = Arc::new(
            HostCoordinatorDomainStore::open(lock, &persistent_domain.join("domain.redb"), &domain)
                .map_err(failure)?,
        );
        store
            .apply(&[DomainStoreMutation::PutGeneration(Generation {
                domain_id: configuration.domain_id(),
                generation_id: GenerationId::new(7),
                configuration_fingerprint: configuration.configuration_fingerprint(),
                coordinator_id: CoordinatorId::new([3; 32]),
                network_sidecar_id: NetworkSidecarId::new([4; 32]),
                sandbox_id: SandboxId::new([5; 32]),
                durable_decision: DurableDecision::None,
            })])
            .map_err(failure)?;
        SandboxCoordinator::new(&store)
            .begin_intent(
                GenerationId::new(7),
                container_id,
                &runtime_domain.join("runsc"),
                current_mount_identity(&runtime_domain.join("runsc"))?,
                BundleDigest::new([7; 32]),
                current_process_identity()?,
            )
            .map_err(failure)?;
        Ok(Self {
            _tree: tree,
            configuration,
            store,
            bundle,
            activity,
            benchmark_results,
            git_routing,
        })
    }

    pub(super) fn launch_pending(&self) -> Result<AwaitingAttachedRunsc, MatrixError> {
        self.launch_pending_with_command(self.bundle.command())
    }

    pub(super) fn launch_pending_with_command(
        &self,
        command: &RunscCommand,
    ) -> Result<AwaitingAttachedRunsc, MatrixError> {
        let mut launch = RuntimeSupervisorLaunch::from_runsc_command(
            ProcessOwnershipContext {
                domain_id: self.configuration.domain_id(),
                generation_id: GenerationId::new(7),
                coordinator_id: CoordinatorId::new([3; 32]),
                slot: lazaret_core::records::HostProcessOwnershipSlot::SandboxRuntimeSupervisor,
            },
            command,
        )?;
        if let Some(git_routing) = &self.git_routing {
            launch = launch.with_git_routing(git_routing.launch()?)?;
        }
        launch = launch
            .with_user_namespace_map(UserNamespaceMap::resolve_current().map_err(failure)?)?;
        let mut pending =
            AwaitingAttachedRunsc::launch(&SandboxCoordinator::new(&self.store), &launch)
                .map_err(failure)?;
        if let Some(git_routing) = &self.git_routing {
            let coordinator = GitRoutingCoordinator::new(&self.store);
            coordinator
                .begin_intent(
                    GenerationId::new(7),
                    HostPath::new(
                        git_routing
                            .mountpoint
                            .as_os_str()
                            .as_encoded_bytes()
                            .to_vec(),
                    ),
                    HostPath::new(
                        git_routing
                            .workspace
                            .as_os_str()
                            .as_encoded_bytes()
                            .to_vec(),
                    ),
                    HostPath::new(git_routing.isolated.as_os_str().as_encoded_bytes().to_vec()),
                )
                .map_err(failure)?;
            pending.start_git_routing(&coordinator).map_err(failure)?;
        }
        Ok(pending)
    }

    pub(super) fn alternate_bundle(&self) -> Result<SandboxBundle, MatrixError> {
        let namespace =
            lazaret_linux::filesystem::namespace_identity(Path::new(NETWORK_NAMESPACE_PATH))?;
        build_sandbox_bundle(SandboxBuildRequest {
            configuration: &self.configuration,
            container_id: ContainerId::new([6; 32]),
            expected_network_namespace: namespace,
            root_process: RootProcess::new(
                "/bin/sh",
                [
                    "-c".to_owned(),
                    "echo cross-bundle >> /workspace/activity".to_owned(),
                ],
            )
            .map_err(failure)?,
            terminal: None,
            prepared_root: host_path(self.configuration.runtime_domain_root().canonical_label())
                .join("prepared-root"),
        })
        .map_err(failure)
    }

    pub(super) fn launch_committed(&self) -> Result<CommittedSandboxRuntime, MatrixError> {
        let handoff = self
            .bundle
            .capture_handoff_authority(&self.configuration)
            .map_err(failure)?;
        let mut pending = self.launch_pending()?;
        let staged = pending
            .receive_staged(&SandboxCoordinator::new(&self.store))
            .map_err(failure)?;
        pending
            .acknowledge(staged, &handoff)
            .map_err(failure)?
            .commit(&SandboxCoordinator::new(&self.store))
            .map_err(failure)
    }
}

struct GitRoutingFixture {
    workspace: PathBuf,
    isolated: PathBuf,
    mountpoint: PathBuf,
    git_common: PathBuf,
    transient_hooks: PathBuf,
    transient_config: PathBuf,
}

impl GitRoutingFixture {
    fn create(root: &Path, workspace: &Path) -> Result<Self, MatrixError> {
        child_broker()
            .run_transient(
                &TargetCommand::new("git")
                    .argument("init")
                    .argument("--quiet")
                    .argument("--initial-branch=main")
                    .argument(workspace),
            )
            .map_err(failure)?;
        let routing = root.join("git-routing");
        let isolated = routing.join("isolated");
        let mountpoint = routing.join("workspace");
        let transient_hooks = routing.join("hooks");
        let transient_config = routing.join("config");
        for directory in [&isolated, &mountpoint, &transient_hooks] {
            fs::create_dir_all(directory)?;
        }
        fs::write(&transient_config, b"")?;
        Ok(Self {
            workspace: workspace.to_path_buf(),
            isolated,
            mountpoint,
            git_common: workspace.join(".git"),
            transient_hooks,
            transient_config,
        })
    }

    fn launch(&self) -> Result<RuntimeGitRoutingLaunch, MatrixError> {
        RuntimeGitRoutingLaunch::new(RuntimeGitRoutingAuthority {
            workspace: File::open(&self.workspace)?,
            workspace_label: self.workspace.clone(),
            isolated: File::open(&self.isolated)?,
            mountpoint: File::open(&self.mountpoint)?,
            mountpoint_label: self.mountpoint.clone(),
            git_common: File::open(&self.git_common)?,
            git_common_label: self.git_common.clone(),
            transient_hooks: File::open(&self.transient_hooks)?,
            transient_hooks_label: self.transient_hooks.clone(),
            transient_config: File::options()
                .read(true)
                .write(true)
                .open(&self.transient_config)?,
            transient_config_label: self.transient_config.clone(),
            global_excludes: None,
            isolate_ignored: true,
        })
        .map_err(failure)
    }
}

pub(super) struct NetworkFixture {
    _tree: TempDir,
    _host_loopback: TcpListener,
    _host_abstract: UnixListener,
    pub(super) configuration: ResolvedDomainConfiguration,
    pub(super) store: HostCoordinatorDomainStore,
    pub(super) bundle: SandboxBundle,
    pub(super) policy: lazaret_core::network::CanonicalDerivedNetworkPolicy,
}

impl NetworkFixture {
    pub(super) fn new() -> Result<Self, MatrixError> {
        let tree = tempfile::tempdir()?;
        let root = tree.path();
        let workspace = root.join("workspace");
        let runtime = root.join("runtime");
        let configuration = network_configuration(root, &workspace, &runtime)?;
        let runtime_domain = host_path(configuration.runtime_domain_root().canonical_label());
        let container_id = ContainerId::new([16; 32]);
        stage_rootfs_and_control(&runtime_domain, container_id)?;
        let rootfs = runtime_domain.join("prepared-root");
        fs::copy(
            std::env::current_exe()?,
            rootfs.join("bin/lazaret-network-probe"),
        )?;
        fs::write(
            runtime_domain.join("state-anchor/runtime-files/resolv.conf"),
            b"nameserver 10.137.54.3\n",
        )?;
        let host_loopback = TcpListener::bind((Ipv4Addr::LOCALHOST, 0))?;
        let host_loopback_port = host_loopback.local_addr()?.port();
        let abstract_name = format!("lazaret-network-v3-{}", std::process::id()).into_bytes();
        let host_abstract =
            UnixListener::bind_addr(&SocketAddr::from_abstract_name(&abstract_name)?)?;
        let _ = (host_loopback_port, abstract_name);
        let root_process = RootProcess::new(
            lazaret_runtime_supervisor::sandbox::SANDBOX_INIT_DESTINATION,
            vec![lazaret_host_coordinator::sandbox_init::PRIVATE_SANDBOX_INIT_ROLE.into()],
        )
        .map_err(failure)?;
        let namespace =
            lazaret_linux::filesystem::namespace_identity(Path::new(NETWORK_NAMESPACE_PATH))?;
        let bundle = build_sandbox_bundle(SandboxBuildRequest {
            configuration: &configuration,
            container_id,
            expected_network_namespace: namespace,
            root_process,
            terminal: None,
            prepared_root: runtime_domain.join("prepared-root"),
        })
        .map_err(failure)?;
        let bundle_path = runtime_domain
            .join("bundles")
            .join(hex(container_id.as_bytes()));
        fs::create_dir_all(&bundle_path)?;
        fs::write(bundle_path.join("config.json"), bundle.specification_json())?;
        fs::create_dir_all(runtime_domain.join("runsc"))?;
        let store = network_store(&configuration, &runtime_domain, container_id)?;
        let policy = derive_ipv4_policy(&configuration).map_err(failure)?;
        Ok(Self {
            _tree: tree,
            _host_loopback: host_loopback,
            _host_abstract: host_abstract,
            configuration,
            store,
            bundle,
            policy,
        })
    }

    pub(super) fn launch(&self) -> Result<CommittedSandboxRuntime, MatrixError> {
        self.launch_with_permitted([1, 1, 1, 1], 443)
    }

    pub(super) fn launch_with_permitted(
        &self,
        _permitted_address: [u8; 4],
        _permitted_port: u16,
    ) -> Result<CommittedSandboxRuntime, MatrixError> {
        let handoff = self
            .bundle
            .capture_handoff_authority(&self.configuration)
            .map_err(failure)?;
        let launch = RuntimeSupervisorLaunch::from_networked_runsc_command(
            ProcessOwnershipContext {
                domain_id: self.configuration.domain_id(),
                generation_id: GenerationId::new(7),
                coordinator_id: CoordinatorId::new([13; 32]),
                slot: HostProcessOwnershipSlot::SandboxRuntimeSupervisor,
            },
            self.bundle.command(),
            RuntimeNetworkLaunch {
                policy: &self.policy,
                configuration_fingerprint: self.configuration.configuration_fingerprint(),
                network_sidecar_id: NetworkSidecarId::new([14; 32]),
            },
        )?
        .with_user_namespace_map(UserNamespaceMap::resolve_current().map_err(failure)?)?;
        let sandbox = SandboxCoordinator::new(&self.store);
        let network = NetworkCoordinator::new(&self.store);
        let mut pending = AwaitingAttachedRunsc::launch_networked(&sandbox, &network, &launch)
            .map_err(failure)?;
        pending.receive_helper_staged(&network).map_err(failure)?;
        pending
            .receive_network_attestation(&network, &self.policy)
            .map_err(failure)?;
        let staged = pending.receive_staged(&sandbox).map_err(failure)?;
        let (runtime, _) = pending
            .acknowledge(staged, &handoff)
            .map_err(failure)?
            .commit_networked(&sandbox, &network, &self.policy)
            .map_err(failure)?;
        Ok(runtime)
    }
}

fn network_configuration(
    root: &Path,
    workspace: &Path,
    runtime: &Path,
) -> Result<ResolvedDomainConfiguration, MatrixError> {
    let configuration_directory = root.join("configuration");
    fs::create_dir(&configuration_directory)?;
    fs::create_dir(workspace)?;
    fs::create_dir(runtime)?;
    let configuration_path = configuration_directory.join("lazaret.toml");
    fs::write(
        &configuration_path,
        format!(
            "schema = \"lazaret-trusted-host-config-v1\"\n\n[storage]\ndata_root = \"{}\"\n\n[network]\ndefault_allow = [\"192.0.2.10/32\"]\n\n[profiles.default]\nimage = \"example.invalid/network-fixture:v1\"\npersistent_dirs = []\n
",
            root.join("data").display()
        ),
    )?;
    load_trusted_configuration(ConfigurationLoadRequest {
        explicit_configuration_path: Some(configuration_path),
        selected_profile: "default".into(),
        workspace: workspace.to_path_buf(),
        home: root.join("home"),
        xdg_config_home: None,
        xdg_data_home: None,
        xdg_runtime_dir: runtime.to_path_buf(),
        environment: BTreeMap::new(),
        sandbox_layout: default_sandbox_layout().map_err(failure)?,
    })
    .map_err(failure)
}

fn network_store(
    configuration: &ResolvedDomainConfiguration,
    runtime_domain: &Path,
    container_id: ContainerId,
) -> Result<HostCoordinatorDomainStore, MatrixError> {
    let domain = Domain {
        domain_id: configuration.domain_id(),
        profile_name: configuration.selected_profile().to_owned(),
        canonical_workspace: configuration.workspace().canonical_label().clone(),
    };
    let persistent_domain = host_path(configuration.persistent_domain_root().canonical_label());
    let lock = try_exclusive_flock(lock_file(&persistent_domain.join("domain.lock")))?;
    let store =
        HostCoordinatorDomainStore::open(lock, &persistent_domain.join("domain.redb"), &domain)
            .map_err(failure)?;
    store
        .apply(&[DomainStoreMutation::PutGeneration(Generation {
            domain_id: configuration.domain_id(),
            generation_id: GenerationId::new(7),
            configuration_fingerprint: configuration.configuration_fingerprint(),
            coordinator_id: CoordinatorId::new([13; 32]),
            network_sidecar_id: NetworkSidecarId::new([14; 32]),
            sandbox_id: SandboxId::new([15; 32]),
            durable_decision: DurableDecision::None,
        })])
        .map_err(failure)?;
    SandboxCoordinator::new(&store)
        .begin_intent(
            GenerationId::new(7),
            container_id,
            &runtime_domain.join("runsc"),
            current_mount_identity(&runtime_domain.join("runsc"))?,
            BundleDigest::new([17; 32]),
            current_process_identity()?,
        )
        .map_err(failure)?;
    Ok(store)
}