use radicle::prelude::Did;

use radicle::profile;

use radicle::storage;

use radicle::{cob, Node};

use radicle_term::table::TableOptions;

use radicle_term::{Paint, Table, VStack};

    Ok(())

}

    assigned: &Option<Assigned>,

    state: &Option<State>,

    profile: &profile::Profile,

    Ok(Some((meta, description)))

}

    title: Option<String>,

    description: Option<String>,

    tags: Vec<Tag>,

    options: &Options,

    signer: &G,

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

    let Some((meta, description)) = prompt_issue(

    Ok(())

}

    signer: &G,

    repo: &storage::git::Repository,

    id: Rev,

/// [`git2::Repository`]. It is expected that the underlying storage

/// for `object::Storage` will also be `git2::Repository`, but if not

/// please open an issue to change the definition of `Store` :)

where

        + change::Storage<

            StoreError = git::change::error::Create,

            LoadError = git::change::error::Load,

///

/// The `args` are the metadata for this [`CollaborativeObject`]. See

/// [`Create`] for further information.

    storage: &S,

    signer: &G,

    resource: Oid,

    args: Create,

) -> Result<CollaborativeObject, error::Create>

where

    G: crypto::Signer,

{

    let Create { ref typename, .. } = &args;

/// The `typename` is the type of object to be found, while the

/// `object_id` is the identifier for the particular object under that

/// type.

    storage: &S,

    typename: &TypeName,

    oid: &ObjectId,

) -> Result<Option<CollaborativeObject>, error::Retrieve>

where

{

    let tip_refs = storage

        .objects(typename, oid)

/// [`Store`] for further information.

///

/// The `typename` is the type of objects to be listed.

    storage: &S,

    typename: &TypeName,

) -> Result<Vec<CollaborativeObject>, error::Retrieve>

where

{

    let references = storage

        .types(typename)

/// The `typename` is the type of object to be found, while the

/// `object_id` is the identifier for the particular object under that

/// type.

    storage: &S,

    identifier: &S::Identifier,

    typename: &TypeName,

    oid: &ObjectId,

) -> Result<(), error::Remove>

where

{

    storage

        .remove(identifier, typename, oid)

///

/// The `args` are the metadata for this [`CollaborativeObject`]

/// udpate. See [`Update`] for further information.

    storage: &S,

    signer: &G,

    resource: Oid,

    args: Update,

) -> Result<Updated, error::Update>

where

    G: crypto::Signer,

{

    let Update {

/// The [`Reference`]s that refer to the commits that make up a

/// [`crate::CollaborativeObject`].

pub struct Objects(Vec<Reference>);

impl Objects {

    }

}

impl change::Storage for Storage {

    type StoreError = <git2::Repository as change::Storage>::StoreError;

#[cfg(test)]

pub mod test;

pub use cob::{

};

pub use common::*;

pub use op::{ActorId, Op};

    },

    identity::{doc::DocError, Did, Identity, IdentityError},

    prelude::{Doc, ReadRepository},

};

use super::{

    }

}

    pub id: ObjectId,

    proposal: Proposal,

    clock: clock::Lamport,

}

    pub fn new(

        id: ObjectId,

        proposal: Proposal,

        clock: clock::Lamport,

    ) -> Self {

        Self {

            id,

    }

}

    type Target = Proposal;

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

    }

}

}

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

        &self.raw

    }

}

    /// Open a proposals store.

        let raw = store::Store::open(repository)?;

        Ok(Self { raw })

        current: impl Into<Oid>,

        proposed: Doc<Verified>,

        signer: &G,

        let (id, proposal, clock) =

            Transaction::initial("Create proposal", &mut self.raw, signer, |tx| {

                tx.revision(current.into(), proposed)?;

    }

    /// Get a proposal mutably.

        let (proposal, clock) = self

            .raw

            .get(id)?

use crate::cob::{store, ActorId, EntryId, ObjectId, TypeName};

use crate::crypto::Signer;

use crate::prelude::{Did, ReadRepository};

/// Issue operation.

pub type Op = cob::Op<Action>;

    }

}

    id: ObjectId,

    clock: clock::Lamport,

    issue: Issue,

}

    /// Get the issue id.

    pub fn id(&self) -> &ObjectId {

        &self.id

    }

}

    type Target = Issue;

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

    }

}

}

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

        &self.raw

    pub closed: usize,

}

    /// Open an issues store.

        let raw = store::Store::open(repository)?;

        Ok(Self { raw })

    }

    /// Get an issue mutably.

        let (issue, clock) = self

            .raw

            .get(id)?

        tags: &[Tag],

        assignees: &[ActorId],

        signer: &G,

        let (id, issue, clock) =

            Transaction::initial("Create issue", &mut self.raw, signer, |tx| {

                tx.thread(description)?;

use crate::identity::doc::DocError;

use crate::identity::PayloadError;

use crate::prelude::*;

/// The logical clock we use to order operations to patches.

pub use clock::Lamport as Clock;

    }

}

    pub id: ObjectId,

    patch: Patch,

    clock: clock::Lamport,

}

    pub fn new(

        id: ObjectId,

        patch: Patch,

        clock: clock::Lamport,

    ) -> Self {

        Self {

            id,

    }

}

    type Target = Patch;

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

    pub merged: usize,

}

}

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

        &self.raw

    }

}

    /// Open an patches store.

        let raw = store::Store::open(repository)?;

        Ok(Self { raw })

        oid: impl Into<git::Oid>,

        tags: &[Tag],

        signer: &G,

        self._create(

            title,

            description,

        oid: impl Into<git::Oid>,

        tags: &[Tag],

        signer: &G,

        self._create(

            title,

            description,

    }

    /// Get a patch mutably.

        let (patch, clock) = self

            .raw

            .get(id)?

        tags: &[Tag],

        state: State,

        signer: &G,

        let (id, patch, clock) =

            Transaction::initial("Create patch", &mut self.raw, signer, |tx| {

                tx.revision(description, base, oid)?;

}

/// Storage for collaborative objects of a specific type `T` in a single repository.

    identity: git::Oid,

    witness: PhantomData<T>,

}

        self.repo

    }

}

    /// Open a new generic store.

        let identity = repo.identity()?;

        Ok(Self {

    }

}

where

    T::Action: Serialize,

{

    /// Update an object.

    }

    /// Create a new transaction to be used as the initial set of operations for a COB.

        message: &str,

        signer: &G,

        operations: F,

    ) -> Result<(ObjectId, T, Lamport), Error>

    where

        G: Signer,

        F: FnOnce(&mut Self) -> Result<(), Error>,

        T::Action: Serialize + Clone,

    {

        let actor = *signer.public_key();

    /// Commit transaction.

    ///

    /// Returns a list of operations that can be applied onto an in-memory CRDT.

        mut self,

        msg: &str,

        id: ObjectId,

        signer: &G,

    ) -> Result<(Vec<cob::Op<T::Action>>, Lamport, EntryId), Error>

    where

        T::Action: Serialize + Clone,

    {

        let actions = NonEmpty::from_vec(self.actions)

use crate::identity;

use crate::identity::doc::DocError;

use crate::identity::Did;

use crate::storage::git::NAMESPACES_GLOB;

use crate::storage::refs::Refs;

}

/// Allows read-only access to a repository.

    /// Return the repository id.

    fn id(&self) -> Id;

    /// `rad/id` using [`ReadRepository::canonical_identity_head`].

    fn identity_head(&self) -> Result<Oid, IdentityError>;

    /// Compute the canonical `rad/id` of this repository.

    ///

    /// Ignores any existing `rad/id` reference.

        Identity::load(remote, self)

    }

    /// Get the canonical project information.

    pub fn project(&self) -> Result<Project, IdentityError> {

        let head = self.identity_head()?;