- uses: actions-rs/toolchain@v1

        with:

          profile: minimal

      - name: Build

        run: cargo build --verbose --all-features

        env:

        with:

          profile: minimal

          components: clippy, rustfmt

      - name: Cache cargo registry

        uses: actions/cache@v1

        with:

    term::success!(

        "Profile {} created.",

    );

    term::blank();

    term::info!(

        "Your radicle Node ID is {}. This identifies your device.",

    );

    term::blank();

            term::success!("Remote {} set", term::format::highlight(remote));

            term::success!(

                "Remote-tracking branch {} created for {}",

                term::format::tertiary(term::format::node(remote_id))

            );

        }

        if path == cwd {

            term::format::highlight(".")

        } else {

        }

    ));

        ));

        true

    } else if interactive.yes() {

            "Configure 🌱 signing key {} in local checkout?",

            term::format::tertiary(key),

        ))

                if ssh_keys.contains(&ssh_key) {

                    term::success!("Signing key is already in {} file", gitsigners);

                    git::add_gitsigners(repo, [node_id])?;

                }

            }

        let repo = storage.repository(id)?;

        let head = Doc::<Untrusted>::head(signer.public_key(), &repo)?;

        let history = repo.revwalk(head)?.collect::<Vec<_>>();

        for (counter, oid) in history.into_iter().rev().enumerate() {

            let oid = oid?.into();

    term::info!(

        "{}/{} ({}) <- {}/{} ({})",

        term::format::dim(target_peer.id),

        term::format::dim(term::format::node(patches.public_key())),

    );

    // TODO: Test case where the target branch has been re-written passed the merge-base, since the fork was created

    }

    term::blank();

        "╰{}",

        "─".repeat(term::text_width(title_pretty) - 1)

    )));

        }

    }

    term::blank();

    if own.is_empty() {

        term::blank();

    } else {

        for (id, patch) in &mut own {

            term::blank();

        }

    }

    term::blank();

    if other.is_empty() {

        term::blank();

    } else {

        for (id, patch) in &mut other {

            term::blank();

    }

    args.push("rad"); // Push to "rad" remote.

    // Push to storage.

        Ok(output) => term::blob(output),

        Err(err) => return Err(err.into()),

    }

    let id = options.id;

    if let Ok(Some(_)) = storage.get(signer.public_key(), id.to_owned()) {

        if !options.confirm

            || term::confirm(format!(

    let storage = &profile.storage;

    let (_, rid) = radicle::rad::cwd().context("this command must be run within a project")?;

    let project = storage.repository(rid)?.project_of(profile.id())?;

    term::info!(

        "Establishing 🌱 tracking relationship for {}",

    );

    term::blank();

        Ok(_) => process::exit(0),

        Err(err) => {

            if let Some(err) = err {

            }

            process::exit(1);

        }

    opts: TableOptions,

}

        Self {

            rows: Vec::new(),

            widths: [0; W],

        }

    }

        Self {

            rows: Vec::new(),

            widths: [0; W],

        }

    }

impl Arbitrary for hash::Digest {

    fn arbitrary(g: &mut qcheck::Gen) -> Self {

        let bytes: Vec<u8> = Arbitrary::arbitrary(g);

    }

}

    fn test_empty() {

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

        let path = tmp.path().join("cache");

        assert!(cache.is_empty().unwrap());

    }

    /// Verify this announcement's signature.

    pub fn verify(&self) -> bool {

        let msg = wire::serialize(&self.message);

    }

    pub fn matches(&self, filter: &Filter) -> bool {

impl<const T: usize> Encode for &[u8; T] {

    fn encode<W: io::Write + ?Sized>(&self, writer: &mut W) -> Result<usize, io::Error> {

        Ok(mem::size_of::<Self>())

    }

}

                        // Connect to local node and announce refs to the network.

                        // If our node is not running, we simply skip this step, as the

                        // refs will be announced eventually, when the node restarts.

                            conn.announce_refs(url.repo)?;

                        }

                    }

    let sigrefs = project.sign_refs(&signer)?;

    let head = project.set_head()?;

    println!("head: {}", head);

    println!("ok: {}", sigrefs.signature);

impl Profile {

    pub fn init(home: impl AsRef<Path>, passphrase: &str) -> Result<Self, Error> {

        let home = home.as_ref().to_path_buf();

        let keystore = Keystore::new(&home.join("keys"));

        let public_key = keystore.init("radicle", passphrase)?;

    pub fn load() -> Result<Self, Error> {

        let home = self::home()?;

        let keystore = Keystore::new(&home.join("keys"));

        let public_key = keystore

            .public_key()?

        let (_, head) = project_repo.head().unwrap();

        // Test canonical refs.

        assert_eq!(project_repo.raw().refname_to_id("HEAD").unwrap(), *head);

        assert_eq!(

            project_repo

        let addr = socket.local_addr().unwrap();

        let source_path = tmp.path().join("source");

        let target_path = tmp.path().join("target");

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

        let refs = self;

        let msg = refs.canonical();

            Ok(()) => Ok(SignedRefs {

                refs,

                signature,

    pub fn verify(&self, signer: &PublicKey) -> Result<(), crypto::Error> {

        let canonical = self.refs.canonical();

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

            Err(e) => Err(e),

        }