## New Features

- Fix the signed references reading process by correctly choosing the first,

  non-replayed commit. This only occurs if duplicate signatures are found and

  the process needs to find the first legitimate commit of the namespace.

use clap::Parser;

use radicle::identity::doc::RepoId;

use radicle::identity::IdError;

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

use radicle::prelude::*;

use crate::terminal;

const ABOUT: &str = "Clone a Radicle repository";

    /// Valid arguments are for example "10s", "5min" or "2h 37min"

    #[arg(long, value_parser = humantime::parse_duration, default_value = "9s")]

    timeout: std::time::Duration,

}

impl From<SyncArgs> for SyncSettings {

        SyncSettings {

            timeout: args.timeout,

            seeds: args.seeds.into_iter().collect(),

            ..SyncSettings::default()

        }

    }

        }

        if let Some((nid, addr)) = fetcher.next_fetch() {

            spinner.emit_fetching(&nid, &addr, &progress);

            match fetcher.fetch_complete(nid, result) {

                std::ops::ControlFlow::Continue(update) => {

                    spinner.emit_progress(&update);

use radicle::{

    node::{sync, NodeId},

    prelude::RepoId,

};

use crate::node::SyncSettings;

const ABOUT: &str = "Sync repositories to the network";

    /// <RID> is ignored with `--inventory`

    #[arg(long, short)]

    inventory: bool,

}

impl SyncArgs {

        } else {

            assert!(!args.inventory);

            let direction = args.direction();

            let mut settings = SyncSettings::default()

            if !args.seeds.is_empty() {

                settings.seeds = args.seeds.into_iter().collect();

            }

pub mod project;

pub mod terminal;

mod warning;

extern crate radicle_localtime as localtime;

use radicle::node::sync;

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

use radicle::{Node, Profile};

use crate::terminal as term;

    pub seeds: BTreeSet<NodeId>,

    /// How long to wait for syncing to complete.

    pub timeout: time::Duration,

}

impl SyncSettings {

        self

    }

    /// Set replicas.

    #[must_use]

    pub fn replicas(mut self, replicas: sync::ReplicationFactor) -> Self {

            replicas: sync::ReplicationFactor::default(),

            seeds: BTreeSet::new(),

            timeout: DEFAULT_SYNC_TIMEOUT,

        }

    }

}

    radicle::assert_matches!(

        bob.handle

            .unwrap(),

        radicle::node::FetchResult::Success { .. }

    );

    alice.connect(&seed).connect(&bob);

    bob.connect(&seed);

    alice.routes_to(&[(acme, seed.id)]);

    formula(&environment.tempdir(), "examples/rad-id-threshold.md")

        .unwrap()

        .connect(&distrustful)

        .converge([&seed, &distrustful]);

    distrustful

        .handle

        .unwrap();

    formula(&environment.tempdir(), "examples/rad-id-collaboration.md")

    bob.connect(&alice).converge([&alice]);

    eve.connect(&alice).converge([&alice]);

    bob.fork(acme, bob.home.path()).unwrap();

    bob.announce(acme, 1, bob.home.path()).unwrap();

use std::path::PathBuf;

use std::{io, net, time};

#[cfg(unix)]

use std::os::unix::net::{UnixListener, UnixStream};

#[cfg(windows)]

                CommandResult::ok().to_writer(writer).ok();

            }

        },

        }

        Command::Config => {

            let config = handle.config()?;

    id: RepoId,

    node: NodeId,

    timeout: time::Duration,

    mut writer: W,

    handle: &mut H,

) -> Result<(), CommandError> {

        Ok(result) => {

            json::to_writer(&mut writer, &result)?;

        }

use radicle::node::policy;

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

use radicle::node::{ConnectOptions, ConnectResult, Seeds};

use serde_json::json;

use thiserror::Error;

        id: RepoId,

        from: NodeId,

        timeout: time::Duration,

    ) -> Result<FetchResult, Error> {

        let (responder, receiver) = service::command::Responder::oneshot();

        Ok(receiver.recv()??)

    }

use radicle::crypto::PublicKey;

use radicle::git::Oid;

use crate::identity::RepoId;

use crate::node::{Alias, Config, ConnectOptions, ConnectResult, Event, FetchResult, Seeds};

        _id: RepoId,

        _from: NodeId,

        _timeout: time::Duration,

    ) -> Result<FetchResult, Self::Error> {

        Ok(FetchResult::Success {

            updated: vec![],

    alice.connect_to(&bob);

    // Send the first fetch.

    alice.command(cmd);

    // Send the 2nd fetch that will be queued.

    alice.command(cmd);

    // Send the 3rd fetch that will be queued.

    alice.command(cmd);

    // The first fetch is initiated.

    alice.connect_to(&carol);

    // Send the first fetch.

    alice.command(cmd);

    // Send the 2nd fetch that will be queued.

    alice.command(cmd);

    // Send the 3rd fetch that will be queued.

    alice.command(cmd);

    // Peers Alice will fetch from.

    let seeds = alice.handle.seeds_for(acme, None).unwrap();

    assert!(seeds.is_connected(&bob.id));

    assert!(result.is_success());

    let updated = match result {

    converge([&alice, &bob]);

    alice.handle.seed(acme, Scope::All).unwrap();

    assert_matches!(result, FetchResult::Success { .. });

    alice.handle.follow(*carol.public_key(), None).unwrap();

    alice.handle.seed(acme, Scope::Followed).unwrap();

    // Fetch is successful despite not fetching Carol's refs, since she isn't a delegate.

    assert!(result.is_success());

    let updated = bob.handle.seed(acme, Scope::All).unwrap();

    assert!(updated);

    assert!(result.is_success());

    log::debug!(target: "test", "Fetch complete with {}", alice.id);

        std::fs::remove_dir_all(path).unwrap();

    }

    assert!(!alice.storage.contains(&acme).unwrap());

    assert!(result.is_success());

    let alice_repo = alice.storage.repository(acme).unwrap();

    assert!(bob.handle.seed(acme, Scope::Followed).unwrap());

    assert!(result.is_success());

    log::debug!(target: "test", "Fetch complete with {}", bob.id);

    alice.issue(acme, Title::new("Don't fetch self").unwrap(), "Use ^");

    assert!(result.is_success())

}

        assert!(bob.handle.follow(*nid, None).unwrap());

    }

    assert!(result.is_success());

    log::debug!(target: "test", "Fetch complete with {}", bob.id);

    assert!(bob.handle.seed(acme, Scope::Followed).unwrap());

    assert!(bob.handle.follow(*carol.public_key(), None).unwrap());

    assert!(result.is_success());

    log::debug!(target: "test", "Fetch complete with {}", bob.id);

    rad::fork_remote(acme, &alice.id, &carol, &bob.storage).unwrap();

        Title::new("Missing Remote").unwrap(),

        "Fixing the missing remote issue",

    );

    assert!(result.is_success());

    log::debug!(target: "test", "Fetch complete with {}", bob.id);

}

    assert!(bob.handle.seed(acme, Scope::Followed).unwrap());

    assert!(bob.handle.follow(alice.id, None).unwrap());

    assert!(result.is_success());

    log::debug!(target: "test", "Fetch complete with {}", bob.id);

        .unwrap();

    // Fetch shouldn't prune any of our own refs.

    let (updated, _) = result.success().unwrap();

    assert_eq!(updated, vec![]);

    let seeds = alice.handle.seeds_for(acme, None).unwrap();

    assert!(seeds.is_connected(&bob.id));

    assert!(result.is_success());

    rad::fork(acme, &alice.signer, &alice.storage).unwrap();

    transport::local::register(alice.storage.clone());

    let _ = alice.handle.seed(acme, Scope::All).unwrap();

    assert!(result.is_success());

    // Fetch again! This time, everything's up to date.

    assert_matches!(

        result.success(),

        Some((updates, _fetched)) if updates.iter().all(|update| matches!(update, RefUpdate::Skipped { .. }))

    transport::local::register(alice.storage.clone());

    let _ = alice.handle.seed(acme, Scope::All).unwrap();

    assert!(result.is_success());

    // Bob stops seeding the repository

    assert!(bob.handle.unseed(acme).unwrap());

    // Alice attempts to fetch but is unauthorized

    assert_matches!(result, FetchResult::Failed { .. });

}

    converge([&alice, &bob, &eve]);

    // Eve fetches the initial project from Bob.

    // Alice fetches it too.

    let bob_sigrefs = bob

        .storage

        .repository(rid)

        "Updated sigrefs are harshing my vibes",

    );

    // Alice fetches from Bob.

    let bob_sigrefs = bob

        .storage

        .repository(rid)

    }

    assert_matches!(

        FetchResult::Success { updated, .. }

        if updated.iter().all(|u| u.is_skipped())

    );

    eve.connect(&alice);

    converge([&alice, &bob, &eve]);

    assert!(bob.storage.contains(&rid).unwrap());

    rad::fork(rid, &bob.signer, &bob.storage).unwrap();

    assert!(eve.storage.contains(&rid).unwrap());

    rad::fork(rid, &eve.signer, &eve.storage).unwrap();

        .handle

        .follow(eve.id, Some(Alias::new("eve")))

        .unwrap();

    let repo = alice.storage.repository(rid).unwrap();

    assert!(repo.remote(&eve.id).is_ok());

    log::debug!(target: "test", "Bob fetches from Eve..");

    assert_matches!(

        FetchResult::Success { .. }

    );

    let repo = bob.storage.repository(rid).unwrap();

    // Get the current state of eve's refs in alice's storage

    log::debug!(target: "test", "Alice fetches from Eve..");

    assert_matches!(

        FetchResult::Success { .. }

    );

    let repo = alice.storage.repository(rid).unwrap();

        .follow(bob.id, Some(Alias::new("bob")))

        .unwrap();

    assert_matches!(

        FetchResult::Success { .. }

    );

    eve.connect(&alice);

    converge([&alice, &bob, &eve]);

    assert!(bob.storage.contains(&rid).unwrap());

    rad::fork(rid, &bob.signer, &bob.storage).unwrap();

    assert!(eve.storage.contains(&rid).unwrap());

    rad::fork(rid, &eve.signer, &eve.storage).unwrap();

        .handle

        .follow(eve.id, Some(Alias::new("eve")))

        .unwrap();

    let repo = alice.storage.repository(rid).unwrap();

    assert!(repo.remote(&eve.id).is_ok());

    log::debug!(target: "test", "Bob fetches from Eve..");

    assert_matches!(

        FetchResult::Success { .. }

    );

    let repo = bob.storage.repository(rid).unwrap();

    // Get the current state of eve's refs in alice's storage

    log::debug!(target: "test", "Alice fetches from Eve..");

    assert_matches!(

        FetchResult::Success { .. }

    );

    let repo = eve.storage.repository(rid).unwrap();

    eve.handle.follow(bob.id, Some(Alias::new("bob"))).unwrap();

    assert_matches!(

        FetchResult::Success { .. }

    );

    alice.connect(&bob);

    converge([&alice, &bob]);

    assert!(bob.storage.contains(&rid).unwrap());

    // Fetching from still works despite not having

        Title::new("Hello, Acme").unwrap(),

        "Popping in to say hello",

    );

    {

        let repo = bob.storage.repository(rid).unwrap();

    // Fetching from her will still succeed.

    assert_matches!(

        FetchResult::Success { .. }

    );

    let repo = bob.storage.repository(rid).unwrap();

    converge([&seed]);

    bob.connect(&seed);

    bob_events

        .wait(

            |e| {

    // a) Bob's default branch is still missing

    // b) Bob's issue is there

    assert_matches!(

        FetchResult::Success { .. }

    );

    {

    // Do the same for Alice

    assert_matches!(

        FetchResult::Success { .. }

    );

    {

    // Check that Bob can still fetch from the seed

    assert_matches!(

        FetchResult::Success { .. }

    );

}

    alice.connect(&eve);

    converge([&alice, &bob, &eve]);

    assert!(bob.storage.contains(&rid).unwrap());

    rad::fork(rid, &bob.signer, &bob.storage).unwrap();

    assert!(eve.storage.contains(&rid).unwrap());

    rad::fork(rid, &eve.signer, &eve.storage).unwrap();

        .handle

        .follow(eve.id, Some(Alias::new("eve")))

        .unwrap();

    let repo = alice.storage.repository(rid).unwrap();

    assert!(repo.remote(&eve.id).is_ok());

    let repo = alice.storage.repository(rid).unwrap();

    // interfere

    log::debug!(target: "test", "Alice fetches from Eve..");

    assert_matches!(

        FetchResult::Success { .. }

    );

    let repo = alice.storage.repository(rid).unwrap();

    let updated = bob.handle.seed(acme, Scope::All).unwrap();

    assert!(updated);

    assert!(!result.is_success());

    let FetchResult::Failed { reason } = result else {

    bob.handle.seed(rid, Scope::All).unwrap();

    alice.connect(&bob);

    assert!(result.is_success());

    let default_branch: git::fmt::Qualified = {

    // Bob and Eve have the same state for the repository

    bob.handle.seed(rid, Scope::Followed).unwrap();

    alice_laptop.handle.seed(rid, Scope::All).unwrap();

    alice_laptop

        .handle

        .unwrap();

    // Alice pushes new references to her laptop

    let issue = alice_laptop.issue(

    // Eve will fetch these references since her scope is "all"

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

    eve.handle

        .unwrap();

    assert!(has_issue(&eve, &issue));

    //

    // Bob does not have the issue because Alice does not have the updates from

    // Alice's Laptop.

    assert!(matches!(result, FetchResult::Success { .. }));

    assert!(!has_issue(&bob, &issue));

    let repo = bob.storage.repository(rid).unwrap();

    // Bob fetches from Eve, the identity document should remain the same, but

    // since Bob now knows that Alice's Laptop is a delegate, the issue should

    // be fetched.

    assert!(matches!(result, FetchResult::Success { .. }));

    assert!(has_issue(&bob, &issue));

    let repo = bob.storage.repository(rid).unwrap();

    let result = alice

        .handle

        .unwrap();

    assert_matches!(result, FetchResult::Failed { .. });

    alice.connect(&bob);

    converge([&alice, &bob]);

    assert!(bob.storage.contains(&rid).unwrap());

    rad::fork(rid, &bob.signer, &bob.storage).unwrap();

    log::debug!(target: "test", "Bob fetches from Alice..");

    assert_matches!(

        FetchResult::Success { .. }

    );

    let repo = bob.storage.repository(rid).unwrap();

                    resp.err(e).ok();

                }

            },

                self.fetch(rid, seed, vec![], config, Some(resp));

            }

            Command::Seed(rid, scope, resp) => {

use radicle::node::FetchResult;

use radicle::node::Seeds;

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

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

use radicle_core::{NodeId, RepoId};

use thiserror::Error;

    /// sync status for given namespaces.

    Seeds(RepoId, HashSet<PublicKey>, Responder<Seeds>),

    /// Fetch the given repository from the network.

    /// Seed the given repository.

    Seed(RepoId, Scope, Responder<bool>),

    /// Unseed the given repository.

        rid: RepoId,

        node_id: NodeId,

        duration: time::Duration,

    ) -> (Self, Receiver<Result<FetchResult>>) {

        let (responder, receiver) = Responder::oneshot();

    }

    pub fn seed(rid: RepoId, scope: Scope) -> (Self, Receiver<Result<bool>>) {

            Self::Config(_) => write!(f, "Config"),

            Self::ListenAddrs(_) => write!(f, "ListenAddrs"),

            Self::Seeds(id, _, _) => write!(f, "Seeds({id})"),

            Self::Seed(id, scope, _) => write!(f, "Seed({id}, {scope})"),

            Self::Unseed(id, _) => write!(f, "Unseed({id})"),

            Self::Follow(id, _, _) => write!(f, "Follow({id})"),

use crate::git;

use crate::identity::RepoId;

use crate::profile;

use crate::storage::RefUpdate;

pub use address::KnownAddress;

        id: RepoId,

        from: NodeId,

        timeout: time::Duration,

    ) -> Result<FetchResult, Self::Error>;

    /// Start seeding the given repo. May update the scope. Does nothing if the

    /// repo is already seeded.

        rid: RepoId,

        from: NodeId,

        timeout: time::Duration,

    ) -> Result<FetchResult, Error> {

        let result = self

            .call(

                    rid,

                    nid: from,

                    timeout,

                },

                DEFAULT_TIMEOUT.max(timeout),

            )?

use crate::crypto::PublicKey;

use crate::identity::RepoId;

use super::events::Event;

use super::NodeId;

        rid: RepoId,

        nid: NodeId,

        timeout: time::Duration,

    },

    /// Seed the given repository.