search: String,

}

    fn from(state: &State) -> Self {

        let header = match state.mode.repository() {

            RepositoryMode::Contextual => state.project.name().to_string(),

    search: String,

}

    fn from(state: &State) -> Self {

        use radicle::issue::State;

    search: String,

}

    fn from(state: &State) -> Self {

        let mut draft = 0;

        let mut open = 0;

    state: Arc<Mutex<AppState>>,

}

    pub fn new(

        storage: Storage,

        review: Review,

    }

}

    fn show_hunk_list(&self, ui: &mut Ui<Message>, frame: &mut Frame) {

        let hunks = self.hunks.lock().unwrap();

        let state = self.state.lock().unwrap();

    }

}

    fn show(&self, ctx: &Context<Message>, frame: &mut Frame) -> Result<(), anyhow::Error> {

        Window::default().show(ctx, |ui| {

            let page = {

    }

}

    type Return = Response;

    fn update(&mut self, message: Message) -> Option<Exit<Self::Return>> {

    use super::*;

    use crate::test;

        pub fn hunks(&self) -> Vec<StatefulHunkItem> {

            self.hunks.lock().unwrap().clone()

        }

        ) -> Result<App<'a>> {

            let draft_store = DraftStore::new(&node.repo.repo, *node.signer.public_key());

            let mut drafts = Cache::no_cache(&draft_store)?;

            let (_, revision) = patch.latest();

            let hunks = ReviewBuilder::new(&node.repo).hunks(revision)?;

        app.update(Message::Accept);

        let state = app.state.lock().unwrap();

        assert_eq!(**state, HunkState::Accepted);

}

pub mod fixtures {

    use anyhow::Result;

    /// 8   7

    /// 9   8     // This is the main function.

    /// 10  9     fn main() {

        let diff = DiffFile {

            oid: commit,

            mode: diff::FileMode::Blob,

        };

        Ok(HunkDiff::Modified {

            header: FileHeader::Modified {

                path: path.to_path_buf(),

                old: diff.clone(),

    /// 15  13

    /// 16  14    use super::ui::{IdSelect, OperationSelect};

    /// 17  15    use super::{IssueOperation, Message};

        let diff = DiffFile {

            oid: commit,

            mode: diff::FileMode::Blob,

        };

        Ok(HunkDiff::Modified {

            header: FileHeader::Modified {

                path: path.to_path_buf(),

                old: diff.clone(),

    /// @@ -1,1 +0,0 @@

    /// - TBD

        let diff = DiffFile {

            oid: commit,

            mode: diff::FileMode::Blob,

        };

        Ok(HunkDiff::Deleted {

            header: FileHeader::Deleted {

                path: path.to_path_buf(),

                old: diff.clone(),

/// TODO(erikli): Implement `show` that returns an `InnerResponse` such that it can

/// used like a group.

where

    R: ToRow<W> + Clone,

{

pub struct TermLine(terminal::Line);

    fn from(val: TermLine) -> Self {

        Line::raw(val.0.to_string())

    }

    pub comments: HunkComments,

}

    fn from(value: (&Repository, &Review, &HunkDiff)) -> Self {

        let (repo, review, item) = value;

        let hi = Highlighter::default();

    }

}

    fn to_row(&self) -> [Cell; 3] {

        let build_stats_spans = |stats: &DiffStats| -> Vec<Span<'_>> {

            let mut cell = vec![];

    }

}

    fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {

        f.debug_struct("HunkItem")

            .field("inner", &self.diff)

    }

}

    fn ui<M>(self, ui: &mut Ui<M>, frame: &mut Frame) -> Response {

        let (area, _) = ui.next_area().unwrap_or_default();

        frame.render_widget(self.content, area);

    }

}

where

    R: ToRow<W> + Clone,

{

                frame.render_stateful_widget(scroller, scroller_area, &mut state);

            }

        }

        *self.selected = state.selected();

/// TODO(erikli): Implement `show` that returns an `InnerResponse` such that it can

/// used like a group.

where

    R: ToRow<W> + Clone,

{

    }

}

    fn ui<M>(self, ui: &mut Ui<M>, frame: &mut Frame) -> Response

    where

        M: Clone,

    }

}

    fn ui<M>(self, ui: &mut Ui<M>, frame: &mut Frame) -> Response

    where

        M: Clone,

    }

}

    fn ui<M>(self, ui: &mut Ui<M>, frame: &mut Frame) -> Response

    where

        M: Clone,

    }

}

    fn ui<M>(self, ui: &mut Ui<M>, frame: &mut Frame) -> Response {

        let (area, area_focus) = ui.next_area().unwrap_or_default();

    }

}

    pub fn show<M>(self, ui: &mut Ui<M>, frame: &mut Frame) -> TextEditOutput

    where

        M: Clone,

    }

}

    fn ui<M>(self, ui: &mut Ui<M>, frame: &mut Frame) -> Response

    where

        M: Clone,

/// define the data, configuration etc. of a widget. They are updated by the framework

/// taking the properties built by the `on_update` callback. The `on_event` callback is

/// used to emit application messages whenever a widget receives an event.

/// The main idea is to build widgets that handle their specific events already,

/// and that are updated with the properties built by the `on_update` callback.

/// Custom logic is added by setting the `on_event` callback. E.g. the `Table` widget

    }

}

    fn default() -> Self {

        let theme = Theme::default();

    }

}

    type Message = M;

    type State = S;

    }

}

    fn default() -> Self {

        let theme = Theme::default();

    }

}

    type Message = M;

    type State = S;

    dim: bool,

}

    fn default() -> Self {

        Self {

            content: String::new().into(),

    area: (u16, u16),

}

    fn default() -> Self {

        Self {

            phantom: PhantomData,

    }

}

    type State = S;

    type Message = M;

    }

}

    fn default() -> Self {

        let theme = Theme::default();

    pub dim: bool,

}

where

    R: ToRow<W>,

{

    }

}

where

    S: 'static,

    M: 'static,

    Id: Clone + Hash + Eq + PartialEq + 'static,