};

pub struct Options {

    pub remote: Option<Did>,

}

use anyhow::anyhow;

use radicle::storage;

use radicle::storage::WriteStorage;

};

pub struct Options {

    confirm: bool,

}

        use lexopt::prelude::*;

        let mut parser = lexopt::Parser::from_args(args);

        let mut confirm = true;

        while let Some(arg) = parser.next()? {

use radicle::cob;

use radicle::git::raw;

use radicle::identity::doc;

use radicle::node;

use radicle::node::policy::Scope;

use radicle::node::{Handle as _, Node};

#[derive(Debug)]

pub struct Options {

    /// The RID of the repository.

    /// The target directory for the repository to be cloned into.

    directory: Option<PathBuf>,

    /// The seeding scope of the repository.

        use lexopt::prelude::*;

        let mut parser = lexopt::Parser::from_args(args);

        let mut scope = Scope::All;

        let mut mode = sync::RepoSync::default();

        let mut timeout = time::Duration::from_secs(9);

                Value(val) if id.is_none() => {

                    let val = val.to_string_lossy();

                    let val = val.strip_prefix("rad://").unwrap_or(&val);

                    id = Some(val);

                }

    #[error(transparent)]

    Repository(#[from] RepositoryError),

    #[error("repository {0} not found")]

    #[error("no seeds found for {0}")]

}

pub fn clone<G: Signer>(

    directory: Option<PathBuf>,

    scope: Scope,

    mode: sync::RepoSync,

use chrono::prelude::*;

use nonempty::NonEmpty;

use radicle::cob;

use radicle::storage::ReadStorage;

use radicle_cob::object::collaboration::list;

}

pub struct Options {

    op: Operation,

    type_name: cob::TypeName,

}

        let mut op: Option<OperationName> = None;

        let mut type_name: Option<cob::TypeName> = None;

        let mut oid: Option<Rev> = None;

        while let Some(arg) = parser.next()? {

            match arg {

use anyhow::Context as _;

use radicle::rad;

use crate::terminal as term;

};

pub struct Options {

}

impl Args for Options {

use nonempty::NonEmpty;

use radicle::cob::identity::{self, IdentityMut, Revision, RevisionId};

use radicle::identity::{doc, Identity, Visibility};

use radicle::storage::refs;

use radicle::storage::{ReadRepository, ReadStorage as _, WriteRepository};

use radicle::{cob, Profile};

pub struct Options {

    pub op: Operation,

    pub interactive: Interactive,

    pub quiet: bool,

}

        let mut parser = lexopt::Parser::from_args(args);

        let mut op: Option<OperationName> = None;

        let mut revision: Option<Rev> = None;

        let mut title: Option<String> = None;

        let mut description: Option<String> = None;

        let mut delegate: Vec<Did> = Vec::new();

use radicle::crypto::{ssh, Verified};

use radicle::explorer::ExplorerUrl;

use radicle::git::RefString;

use radicle::node::policy::Scope;

use radicle::node::{Event, Handle, NodeId};

use radicle::prelude::Doc;

}

fn sync(

    node: &mut Node,

    config: &profile::Config,

) -> Result<SyncResult<Option<ExplorerUrl>>, radicle::node::Error> {

}

pub fn announce(

    doc: Doc<Verified>,

    node: &mut Node,

    config: &profile::Config,

use anyhow::{anyhow, Context as _};

use chrono::prelude::*;

use radicle::identity::Identity;

use radicle::node::policy::Policy;

use radicle::node::AliasStore as _;

use radicle::storage::refs::RefsAt;

#[derive(Default, Debug, Eq, PartialEq)]

pub struct Options {

    pub target: Target,

}

        use lexopt::prelude::*;

        let mut parser = lexopt::Parser::from_args(args);

        let mut target = Target::default();

        while let Some(arg) = parser.next()? {

                Value(val) if rid.is_none() => {

                    let val = val.to_string_lossy();

                        rid = Some(val);

                    } else if let Ok(val) = PathBuf::from_str(&val) {

                        rid = radicle::rad::at(val)

use anyhow::anyhow;

use radicle::node::{Address, Node, NodeId, PeerAddr};

use crate::terminal as term;

use crate::terminal::args::{Args, Error, Help};

    },

    Routing {

        json: bool,

        nid: Option<NodeId>,

    },

    Start {

        let mut parser = lexopt::Parser::from_args(args);

        let mut op: Option<OperationName> = None;

        let mut nid: Option<NodeId> = None;

        let mut json: bool = false;

        let mut addr: Option<PeerAddr<NodeId, Address>> = None;

        let mut lines: usize = 60;

use radicle::node;

use crate::terminal as term;

use crate::terminal::Element;

pub fn run<S: node::routing::Store>(

    routing: &S,

    nid: Option<NodeId>,

    json: bool,

) -> anyhow::Result<()> {

    Ok(())

}

    let mut t = term::Table::new(term::table::TableOptions::bordered());

    t.push([

        term::format::default(String::from("RID")),

    t.print();

}

    for (rid, nid) in entries {

        println!("{}", serde_json::json!({ "rid": rid, "nid": nid }));

    }

use radicle::identity::{Identity, Visibility};

use radicle::node::Handle as _;

use radicle::storage::{SignRepository, ValidateRepository, WriteRepository, WriteStorage};

use crate::terminal as term;

#[derive(Default, Debug)]

pub struct Options {

}

impl Args for Options {

use crate::project::SetupRemote;

pub fn run(

    nid: &PublicKey,

    name: Option<RefString>,

    tracking: Option<BranchName>,

use std::collections::HashSet;

use radicle::git::Url;

use radicle::node::{Alias, AliasStore as _, NodeId};

use radicle::storage::ReadStorage as _;

use radicle::Profile;

}

pub fn untracked<'a>(

    profile: &Profile,

    tracked: impl Iterator<Item = &'a Tracked>,

) -> anyhow::Result<Vec<Untracked>> {

#[derive(Debug)]

pub enum Operation {

    List,

}

#[derive(Copy, Clone, Debug, PartialEq, Eq, Default)]

        use lexopt::prelude::*;

        let mut parser = lexopt::Parser::from_args(args);

        let mut scope: Option<Scope> = None;

        let mut fetch: Option<bool> = None;

        let mut op: Option<OperationName> = None;

}

pub fn update(

    scope: Scope,

    node: &mut Node,

    profile: &Profile,

    Ok(())

}

    if project::unseed(rid, node, profile)? {

        term::success!("Seeding policy for {} removed", term::format::tertiary(rid));

    }

use radicle::node::AliasStore;

use radicle::node::Seed;

use radicle::node::{FetchResult, FetchResults, Handle as _, Node, SyncStatus};

use radicle::storage::{ReadRepository, ReadStorage};

use radicle_term::Element;

#[derive(Default, Debug)]

pub struct Options {

    pub verbose: bool,

    pub timeout: time::Duration,

    pub sort_by: SortBy,

}

fn sync_status(

    node: &mut Node,

    profile: &Profile,

    options: &Options,

}

fn announce_refs(

    mode: RepoSync,

    timeout: time::Duration,

    mut node: Node,

}

pub fn fetch(

    mode: RepoSync,

    timeout: time::Duration,

    node: &mut Node,

}

fn fetch_all(

    count: usize,

    timeout: time::Duration,

    node: &mut Node,

}

fn fetch_from(

    seed: &NodeId,

    timeout: time::Duration,

    node: &mut Node,

use anyhow::{anyhow, Context as _};

use radicle::git;

use radicle::storage::{ReadRepository, ReadStorage};

use crate::terminal as term;

};

pub struct Options {

    refstr: git::RefString,

    target: Option<git::Oid>,

    nid: Option<NodeId>,

use radicle::git;

use radicle::git::raw as git2;

use radicle::git::{Version, VERSION_REQUIRED};

use radicle::storage::git::transport;

pub use radicle::git::raw::{

}

/// Get the repository's "rad" remote.

    match radicle::rad::remote(repo) {

        Ok((remote, id)) => Ok((remote, id)),

        Err(radicle::rad::RemoteError::NotFound(_)) => Err(anyhow!(

    }

}

    // N.b. ensure that we are removing the remote for the correct RID

    match radicle::rad::remote(repo) {

        Ok((_, rid_)) => {

use std::ops::ControlFlow;

use std::time::Duration;

use radicle::node;

use radicle::node::Handle as _;

use radicle::Node;

use crate::terminal as term;

/// Announce changes to the network.

    match announce_(rid, node) {

        Ok(()) => Ok(()),

        Err(e) if e.is_connection_err() => {

    }

}

    let seeds = node.seeds(rid)?;

    let connected = seeds.connected().map(|s| s.nid).collect::<Vec<_>>();

use radicle::node::{Handle, NodeId};

use radicle::Node;

pub struct SetupRemote<'a> {

    /// Whether or not to setup a remote tracking branch.

    pub tracking: Option<BranchName>,

    /// Whether or not to fetch the remote immediately.

/// Seed a repository by first trying to seed through the node, and if the node isn't running,

/// by updating the policy database directly.

pub fn seed(

    scope: Scope,

    node: &mut Node,

    profile: &Profile,

/// Unseed a repository by first trying to unseed through the node, and if the node isn't running,

/// by updating the policy database directly.

    match node.unseed(rid) {

        Ok(updated) => Ok(updated),

        Err(e) if e.is_connection_err() => {

use radicle::crypto;

use radicle::git::{Oid, RefString};

use radicle::node::{Address, Alias};

use crate::git::Rev;

    NodeId::from_str(&val).map_err(|_| anyhow!("invalid Node ID '{}'", val))

}

    let val = val.to_string_lossy();

}

pub fn pubkey(val: &OsString) -> anyhow::Result<NodeId> {

use radicle::node::routing::Store as _;

use radicle::node::Handle as _;

use radicle::node::{Alias, DEFAULT_TIMEOUT};

use radicle::profile;

use radicle::profile::{Home, PreferredSeeds};

use radicle::storage::{ReadStorage, RemoteRepository};

    let bob = environment.node(config::node("bob"));

    let working = tempfile::tempdir().unwrap();

    let working = working.path();

    // Setup a test repository.

    fixtures::repository(working.join("alice"));

    let eve = environment.node(Config::test(Alias::new("eve")));

    let working = tempfile::tempdir().unwrap();

    let working = working.path();

    // Setup a test repository.

    fixtures::repository(working.join("alice"));

    let distrustful = environment.node(config::seed("distrustful"));

    let working = tempfile::tempdir().unwrap();

    let working = working.path();

    // Setup a test repository.

    fixtures::repository(working.join("alice"));

    let bob = environment.node(Config::test(Alias::new("bob")));

    let working = tempfile::tempdir().unwrap();

    let working = working.path();

    // Setup a test repository.

    fixtures::repository(working.join("alice"));

    let alice = environment.node(Config::test(Alias::new("alice")));

    let bob = environment.node(Config::test(Alias::new("bob")));

    let working = environment.tmp().join("working");

    // Setup a test repository.

    fixtures::repository(working.join("alice"));

    let working = environment.tmp().join("working");

    // Setup a test project.

    fixtures::repository(working.join("acme"));

    test(

        "examples/rad-init.md",

    let alice = environment.node(Config::test(Alias::new("alice")));

    let bob = environment.node(Config::test(Alias::new("bob")));

    let mut eve = environment.node(Config::test(Alias::new("eve")));

    let now = localtime::LocalTime::now().as_secs();

    fixtures::repository(working.join("acme"));

    let bob = environment.node(Config::test(Alias::new("bob")));

    let mut eve = environment.node(Config::test(Alias::new("eve")));

    eve.policies.seed(&rid, Scope::All).unwrap();

    formula(&environment.tmp(), "examples/rad-sync-without-node.md")

    let alice = environment.node(config::node("alice"));

    let bob = environment.node(config::node("bob"));

    let eve = environment.node(config::node("eve"));

    fixtures::repository(working.join("acme"));

        ..Config::test(Alias::new("seed"))

    });

    let working = environment.tmp().join("working");

    let mut alice = alice.spawn();

    let mut bob = bob.spawn();

    let eve = environment.node(Config::test(Alias::new("eve")));

    let working = environment.tmp().join("working");

    let home = alice.home.clone();

    // Setup a test repository.

    fixtures::repository(working.join("alice"));

    let alice = environment.node(Config::test(Alias::new("alice")));

    let bob = environment.node(Config::test(Alias::new("bob")));

    let working = environment.tmp().join("working");

    fixtures::repository(working.join("alice"));

    let alice = environment.node(Config::test(Alias::new("alice")));

    let bob = environment.node(Config::test(Alias::new("bob")));

    let working = environment.tmp().join("working");

    fixtures::repository(working.join("alice"));

    use std::io;

    use radicle::node::policy;

    use radicle::{git, storage};

    use thiserror::Error;

    pub enum Tracking {

        #[error("failed to find policy for {rid}")]

        FailedPolicy {

            #[source]

            err: policy::store::Error,

        },

        #[error("cannot fetch {rid} as it is not seeded")]

        #[error("failed to get tracking nodes for {rid}")]

        FailedNodes {

            #[source]

            err: policy::store::Error,

        },

use radicle::crypto::PublicKey;

use radicle::node::policy::config::Config;

use radicle::node::policy::store::Read;

pub use radicle::node::policy::{Policy, Scope};

}

impl Allowed {

        let entry = config

            .repo_policy(&rid)

            .map_err(|err| error::Policy::FailedPolicy { rid, err })?;

pub mod error {

    use radicle::node::policy;

    use radicle::storage;

    use thiserror::Error;

    pub enum Policy {

        #[error("failed to find policy for {rid}")]

        FailedPolicy {

            #[source]

            err: policy::store::Error,

        },

        #[error("cannot fetch {rid} as it is not seeded")]

        #[error("failed to get followed nodes for {rid}")]

        FailedNodes {

            #[source]

            err: policy::store::Error,

        },

use radicle::cob::issue;

use radicle::cob::patch;

use radicle::node::policy::Scope;

use radicle::node::routing::Store;

use radicle::node::{Handle, NodeId};

        }

    }

        let storage = &self.profile.storage;

        let repo = storage.repository(id)?;

        let (_, head) = repo.head()?;

    use radicle::cob;

    use radicle::git::Oid;

    use radicle::identity::project::Project;

    use radicle::prelude::Did;

    /// Project info.

        pub head: Oid,

        pub patches: cob::patch::PatchCounts,

        pub issues: cob::issue::IssueCounts,

        pub seeding: usize,

    }

}

/// Announce refs to the network for the given RID.

    match node.announce_refs(rid) {

        Ok(_) => Ok(()),

        Err(e) if e.is_connection_err() => Ok(()),

use hyper::StatusCode;

use serde_json::json;

use radicle::node::{policy, Handle, DEFAULT_TIMEOUT};

use radicle::Node;

async fn node_policies_seed_handler(

    State(ctx): State<Context>,

    AuthBearer(token): AuthBearer,

    Query(qs): Query<PoliciesQuery>,

) -> impl IntoResponse {

    api::auth::validate(&ctx, &token).await?;

async fn node_policies_unseed_handler(

    State(ctx): State<Context>,

    AuthBearer(token): AuthBearer,

) -> impl IntoResponse {

    api::auth::validate(&ctx, &token).await?;

    let mut node = Node::new(ctx.profile.socket());

use tower_http::set_header::SetResponseHeaderLayer;

use radicle::cob::{issue, patch, resolve_embed, Embed, Label, Uri};

use radicle::node::routing::Store;

use radicle::node::{AliasStore, Node, NodeId};

use radicle::storage::git::paths;

/// Get project metadata.

/// `GET /projects/:project`

    let info = ctx.project_info(id)?;

    Ok::<_, Error>(Json(info))

/// `GET /projects/:project/commits?since=<sha>`

async fn history_handler(

    State(ctx): State<Context>,

    Query(qs): Query<CommitsQueryString>,

) -> impl IntoResponse {

    let CommitsQueryString {

/// `GET /projects/:project/commits/:sha`

async fn commit_handler(

    State(ctx): State<Context>,

) -> impl IntoResponse {

    let storage = &ctx.profile.storage;

    let repo = Repository::open(paths::repository(storage, &project))?;

/// `GET /projects/:project/diff/:base/:oid`

async fn diff_handler(

    State(ctx): State<Context>,

) -> impl IntoResponse {

    let storage = &ctx.profile.storage;

    let repo = Repository::open(paths::repository(storage, &project))?;

/// `GET /projects/:project/activity`

async fn activity_handler(

    State(ctx): State<Context>,

) -> impl IntoResponse {

    let current_date = chrono::Utc::now().timestamp();

    let one_year_ago = chrono::Duration::weeks(52);

/// `GET /projects/:project/tree/:sha/`

async fn tree_handler_root(

    State(ctx): State<Context>,

) -> impl IntoResponse {

    tree_handler(State(ctx), Path((project, sha, String::new()))).await

}

/// `GET /projects/:project/tree/:sha/*path`

async fn tree_handler(

    State(ctx): State<Context>,

) -> impl IntoResponse {

    if let Some(ref cache) = ctx.cache {

        let cache = &mut cache.tree.lock().await;

/// Get all project remotes.

/// `GET /projects/:project/remotes`

    let storage = &ctx.profile.storage;

    let repo = storage.repository(project)?;

    let delegates = repo.delegates()?;

/// `GET /projects/:project/remotes/:peer`

async fn remote_handler(

    State(ctx): State<Context>,

) -> impl IntoResponse {

    let storage = &ctx.profile.storage;

    let repo = storage.repository(project)?;

/// `GET /projects/:project/blob/:sha/*path`

async fn blob_handler(

    State(ctx): State<Context>,

) -> impl IntoResponse {

    let storage = &ctx.profile.storage;

    let repo = Repository::open(paths::repository(storage, &project))?;

/// `GET /projects/:project/readme/:sha`

async fn readme_handler(

    State(ctx): State<Context>,

) -> impl IntoResponse {

    let storage = &ctx.profile.storage;

    let repo = Repository::open(paths::repository(storage, &project))?;

/// `GET /projects/:project/issues`

async fn issues_handler(

    State(ctx): State<Context>,

    Query(qs): Query<CobsQuery<api::IssueState>>,

) -> impl IntoResponse {

    let CobsQuery {

async fn issue_create_handler(

    State(ctx): State<Context>,

    AuthBearer(token): AuthBearer,

    Json(issue): Json<IssueCreate>,

) -> impl IntoResponse {

    api::auth::validate(&ctx, &token).await?;

async fn issue_update_handler(

    State(ctx): State<Context>,

    AuthBearer(token): AuthBearer,

    Json(action): Json<issue::Action>,

) -> impl IntoResponse {

    api::auth::validate(&ctx, &token).await?;

/// `GET /projects/:project/issues/:id`

async fn issue_handler(

    State(ctx): State<Context>,

) -> impl IntoResponse {

    let storage = &ctx.profile.storage;

    let repo = storage.repository(project)?;

async fn patch_create_handler(

    State(ctx): State<Context>,

    AuthBearer(token): AuthBearer,

    Json(patch): Json<PatchCreate>,

) -> impl IntoResponse {

    api::auth::validate(&ctx, &token).await?;

async fn patch_update_handler(

    State(ctx): State<Context>,

    AuthBearer(token): AuthBearer,

    Json(action): Json<patch::Action>,

) -> impl IntoResponse {

    api::auth::validate(&ctx, &token).await?;

/// `GET /projects/:project/patches`

async fn patches_handler(

    State(ctx): State<Context>,

    Query(qs): Query<CobsQuery<api::PatchState>>,

) -> impl IntoResponse {

    let CobsQuery {

/// `GET /projects/:project/patches/:id`

async fn patch_handler(

    State(ctx): State<Context>,

) -> impl IntoResponse {

    let storage = &ctx.profile.storage;

    let repo = storage.repository(project)?;

use lru::LruCache;

use tokio::sync::Mutex;

use radicle_surf::Oid;

#[derive(Clone)]

pub struct Cache {

}

impl Cache {

use flate2::write::GzDecoder;

use hyper::body::Buf as _;

use radicle::profile::Profile;

use crate::error::GitError as Error;

    Router::new()

        .route("/:project/*request", any(git_handler))

        .with_state((profile, aliases))

}

async fn git_handler(

    AxumPath((project, request)): AxumPath<(String, String)>,

    method: Method,

    headers: HeaderMap,

) -> impl IntoResponse {

    let query = query.0.unwrap_or_default();

    let name = project.strip_suffix(".git").unwrap_or(&project);

        Ok(rid) => rid,

        Err(_) => {

            let Some(rid) = aliases.get(name) else {

    headers: HeaderMap,

    mut body: Bytes,

    remote: net::SocketAddr,

    path: &str,

    query: String,

) -> Result<(StatusCode, HashMap<String, Vec<String>>, Vec<u8>), Error> {

    use axum::extract::connect_info::MockConnectInfo;

    use axum::http::StatusCode;

    use crate::test::{self, get, RID};

        let ctx = test::seed(tmp.path());

        let app = super::router(

            ctx.profile().to_owned(),

        )

        .layer(MockConnectInfo(SocketAddr::from(([0, 0, 0, 0], 8080))));

use tower_http::trace::TraceLayer;

use tracing::Span;

use radicle::Profile;

use tracing_extra::{tracing_middleware, ColoredStatus, Paint, RequestId, TracingInfo};

#[derive(Debug, Clone)]

pub struct Options {

    pub listen: SocketAddr,

    pub cache: Option<NonZeroUsize>,

}

use std::num::NonZeroUsize;

use std::{collections::HashMap, process};

use radicle_httpd as httpd;

#[tokio::main]

            }

            Long("alias") | Short('a') => {

                let alias: String = parser.value()?.parse()?;

                aliases.insert(alias, id);

            }

use hyper::HeaderMap;

use tower_http::cors;

use radicle::profile::Profile;

use radicle::storage::{ReadRepository, ReadStorage};

use radicle_surf::{Oid, Repository};

}

async fn file_by_path_handler(

    State(profile): State<Arc<Profile>>,

) -> impl IntoResponse {

    let storage = &profile.storage;

}

async fn file_by_oid_handler(

    State(profile): State<Arc<Profile>>,

    Query(qs): Query<RawQuery>,

) -> impl IntoResponse {

use radicle::node::Handle;

use serde_json as json;

use crate::node::NodeId;

use crate::node::{Command, CommandResult};

use crate::runtime;

}

fn fetch<W: Write, H: Handle<Error = runtime::HandleError>>(

    node: NodeId,

    timeout: time::Duration,

    mut writer: W,

    use std::thread;

    use super::*;

    use crate::node::Handle;

    use crate::node::{Alias, Node, NodeId};

    use crate::service::policy::Scope;

        let tmp = tempfile::tempdir().unwrap();

        let handle = test::handle::Handle::default();

        let socket = tmp.path().join("alice.sock");

        let listener = UnixListener::bind(&socket).unwrap();

        thread::spawn({

    fn test_seed_unseed() {

        let tmp = tempfile::tempdir().unwrap();

        let socket = tmp.path().join("node.sock");

        let peer = test::arbitrary::gen::<NodeId>(1);

        let listener = UnixListener::bind(&socket).unwrap();

        let mut handle = Node::new(&socket);

    pub use crate::bounded::BoundedVec;

    pub use crate::crypto::{PublicKey, Signature, Signer};

    pub use crate::deserializer::Deserializer;

    pub use crate::node::Address;

    pub use crate::service::filter::Filter;

    pub use crate::service::{DisconnectReason, Event, Message, Network, NodeId};

use reactor::poller::popol::PopolWaker;

use thiserror::Error;

use crate::node::{Alias, Command, FetchResult};

use crate::profile::Home;

use crate::runtime::Emitter;

            .map_err(Error::from)

    }

        let (sender, receiver) = chan::bounded(1);

        self.command(service::Command::Seeds(id, sender))?;

        receiver.recv().map_err(Error::from)

    fn fetch(

        &mut self,

        from: NodeId,

        timeout: time::Duration,

    ) -> Result<FetchResult, Error> {

        receiver.recv().map_err(Error::from)

    }

        let (sender, receiver) = chan::bounded(1);

        self.command(service::Command::Seed(id, scope, sender))?;

        receiver.recv().map_err(Error::from)

    }

        let (sender, receiver) = chan::bounded(1);

        self.command(service::Command::Unseed(id, sender))?;

        receiver.recv().map_err(Error::from)

    }

        let (sender, receiver) = chan::bounded(1);

        self.command(service::Command::AnnounceRefs(id, sender))?;

        receiver.recv().map_err(Error::from)

use crate::crypto;

use crate::crypto::{Signer, Verified};

use crate::node::routing;

use crate::node::routing::InsertResult;

use crate::node::{

#[derive(Default)]

struct SyncedRouting {

    /// Repo entries added.

    /// Repo entries removed.

    /// Repo entries updated (time).

}

impl SyncedRouting {

/// Commands sent to the service by the operator.

pub enum Command {

    /// Announce repository references for given repository to peers.

    /// Announce local repositories to peers.

    AnnounceInventory,

    /// Announce local inventory to peers.

    /// Get the node configuration.

    Config(chan::Sender<Config>),

    /// Lookup seeds for the given repository in the routing table.

    /// Fetch the given repository from the network.

    /// Seed the given repository.

    /// Unseed the given repository.

    /// Follow the given node.

    Follow(NodeId, Option<Alias>, chan::Sender<bool>),

    /// Unfollow the given node.

#[derive(Debug)]

struct QueuedFetch {

    /// Repo being fetched.

    /// Peer being fetched from.

    from: NodeId,

    /// Result channel.

    /// Source of entropy.

    rng: Rng,

    /// Ongoing fetches.

    /// Fetch queue.

    queue: VecDeque<QueuedFetch>,

    /// Request/connection rate limitter.

    /// Seed a repository.

    /// Returns whether or not the repo policy was updated.

        let updated = self.policies.seed(id, scope)?;

        self.filter.insert(id);

    /// Returns whether or not the repo policy was updated.

    /// Note that when unseeding, we don't announce anything to the network. This is because by

    /// simply not announcing it anymore, it will eventually be pruned by nodes.

        let updated = self.policies.unseed(id)?;

        // Nb. This is potentially slow if we have lots of repos. We should probably

        // only re-compute the filter when we've unseeded a certain amount of repos

    }

    /// Lookup a repository, both locally and in the routing table.

        let remote = self.db.routing().get(&rid)?.iter().cloned().collect();

        Ok(Lookup {

    /// another node's announcement.

    fn fetch_refs_at(

        &mut self,

        from: NodeId,

        refs: NonEmpty<RefsAt>,

        timeout: time::Duration,

    /// Initiate an outgoing fetch for some repository.

    fn fetch(

        &mut self,

        from: NodeId,

        timeout: time::Duration,

        channel: Option<chan::Sender<FetchResult>>,

    fn _fetch(

        &mut self,

        from: NodeId,

        refs_at: Vec<RefsAt>,

        timeout: time::Duration,

    fn try_fetch(

        &mut self,

        from: &NodeId,

        refs_at: Vec<RefsAt>,

        timeout: time::Duration,

    pub fn fetched(

        &mut self,

        remote: NodeId,

        result: Result<fetch::FetchResult, FetchError>,

    ) {

    /// given inventory.

    fn sync_routing(

        &mut self,

        from: NodeId,

        timestamp: Timestamp,

    ) -> Result<SyncedRouting, Error> {

        let mut synced = SyncedRouting::default();

        for (rid, result) in self.db.routing_mut().insert(inventory, from, timestamp)? {

            match result {

    /// Return a refs announcement including the given remotes.

    fn refs_announcement_for(

        &self,

        remotes: impl IntoIterator<Item = NodeId>,

    ) -> Result<(Announcement, Vec<RefsAt>), Error> {

        let repo = self.storage.repository(rid)?;

    /// Announce local refs for given id.

    fn announce_refs(

        &mut self,

        remotes: impl IntoIterator<Item = NodeId>,

    ) -> Result<Vec<RefsAt>, Error> {

        let repo = self.storage.repository(rid)?;

        true

    }

        let mut seeds = Seeds::new(self.rng.clone());

        // First build a list from peers that have synced our own refs, if any.

    ////////////////////////////////////////////////////////////////////////////

    /// Announce our inventory to all connected peers.

        let time = if self.clock > self.last_announce {

            self.clock.as_millis()

        } else if self.last_announce - self.clock < LocalDuration::from_secs(1) {

    /// Get the existing sessions.

    fn sessions(&self) -> &Sessions;

    /// Get a repository from storage.

    /// Get the clock.

    fn clock(&self) -> &LocalTime;

    /// Get the clock mutably.

        &self.sessions

    }

        self.storage.get(rid)

    }

pub use bloomy::BloomFilter;

/// Size in bytes of *large* bloom filter.

/// It can store about 13'675 items with a false positive rate of 1%.

/// The [`Default`] instance has all bits set to `1`, ie. it will match

/// everything.

#[derive(Clone, PartialEq, Eq, Debug)]

impl Default for Filter {

    fn default() -> Self {

    /// Create a new filter with the given items.

    ///

    /// Uses the iterator's size hint to determine the size of the filter.

        let iterator = ids.into_iter();

        let (min, _) = iterator.size_hint();

        let size = bloomy::bloom::optimal_bits(min, FILTER_FP_RATE) / 8;

}

impl Deref for Filter {

    fn deref(&self) -> &Self::Target {

        &self.0

    }

}

        Self(bloom)

    }

}

    #[test]

    fn test_sizes() {

        let f = Filter::new(ids.iter().cloned().take(10));

        assert_eq!(f.size(), FILTER_SIZE_S);

        assert_eq!(f.size(), FILTER_SIZE_L);

        // Just checking that iterators over hash sets give correct size hints.

        assert_eq!(hs.iter().size_hint(), (42, Some(42)));

    }

}

    }

}

    if inventory.len() > Inventory::max() {

        error!(

    /// Fetch repository data from a peer.

    Fetch {

        /// Repo being fetched.

        /// Remote node being fetched from.

        remote: NodeId,

        /// Namespaces being fetched.

    pub fn fetch(

        &mut self,

        remote: &mut Session,

        namespaces: Namespaces,

        refs_at: Vec<RefsAt>,

        timeout: time::Duration,

use radicle::storage::ReadRepository;

use crate::crypto;

use crate::node;

use crate::node::{Address, Alias};

use crate::prelude::BoundedVec;

#[derive(Debug, Clone, PartialEq, Eq)]

pub struct RefsAnnouncement {

    /// Repository identifier.

    /// Updated `rad/sigrefs`.

    pub refs: BoundedVec<RefsAt, REF_REMOTE_LIMIT>,

    /// Time of announcement.

#[derive(Debug, Clone, PartialEq, Eq)]

pub struct InventoryAnnouncement {

    /// Node inventory.

    /// Time of announcement.

    pub timestamp: Timestamp,

}

pub enum Info {

    /// Tell a node that sent a refs announcement that it was already synced at the given `Oid`,

    /// for this particular `rid`.

}

/// Announcement messages are messages that are relayed between peers.

    }

    #[quickcheck]

        let signer = MockSigner::new(&mut fastrand::Rng::new());

        let timestamp = 0;

        let at = raw::Oid::zero().into();

use crate::node::Severity;

use crate::service::message;

use crate::service::message::Message;

use crate::Link;