lemmy_db_views_community 1.0.0-test-fix-publish-3

use crate::{CommunityView, MultiCommunityView};
use diesel::{
  BoolExpressionMethods,
  ExpressionMethods,
  PgTextExpressionMethods,
  QueryDsl,
  SelectableHelper,
};
use diesel_async::RunQueryDsl;
use i_love_jesus::asc_if;
use lemmy_db_schema::{
  CommunitySortType,
  MultiCommunityListingType,
  MultiCommunitySortType,
  impls::local_user::LocalUserOptionHelper,
  newtypes::{CommunityId, MultiCommunityId},
  source::{
    community::{Community, community_keys as key},
    local_site::LocalSite,
    local_user::LocalUser,
    multi_community::{MultiCommunity, MultiCommunityEntry, multi_community_keys as mkey},
    site::Site,
  },
  utils::{limit_fetch, queries::filters::filter_is_subscribed},
};
use lemmy_db_schema_file::{
  PersonId,
  enums::{CommunityVisibility, ListingType},
  joins::{
    my_community_actions_join,
    my_instance_communities_actions_join,
    my_local_user_admin_join,
    my_multi_community_follower_join,
  },
  schema::{
    community,
    community_actions,
    instance_actions,
    multi_community,
    multi_community_entry,
    multi_community_follow,
    person,
  },
};
use lemmy_diesel_utils::{
  connection::{DbPool, get_conn},
  pagination::{
    CursorData,
    PagedResponse,
    PaginationCursor,
    PaginationCursorConversion,
    paginate_response,
  },
  traits::Crud,
  utils::{LowerKey, fuzzy_search, now, seconds_to_pg_interval},
};
use lemmy_utils::error::{LemmyErrorExt, LemmyErrorType, LemmyResult};

impl CommunityView {
  #[diesel::dsl::auto_type(no_type_alias)]
  fn joins(person_id: Option<PersonId>) -> _ {
    let community_actions_join: my_community_actions_join = my_community_actions_join(person_id);
    let instance_actions_community_join: my_instance_communities_actions_join =
      my_instance_communities_actions_join(person_id);
    let my_local_user_admin_join: my_local_user_admin_join = my_local_user_admin_join(person_id);

    community::table
      .left_join(community_actions_join)
      .left_join(instance_actions_community_join)
      .left_join(my_local_user_admin_join)
  }

  pub async fn read(
    pool: &mut DbPool<'_>,
    community_id: CommunityId,
    my_local_user: Option<&'_ LocalUser>,
    is_mod_or_admin: bool,
  ) -> LemmyResult<Self> {
    let conn = &mut get_conn(pool).await?;
    let mut query = Self::joins(my_local_user.person_id())
      .filter(community::id.eq(community_id))
      .select(Self::as_select())
      .into_boxed();
    if my_local_user.is_none() {
      query = query.filter(community::visibility.ne(CommunityVisibility::LocalOnlyPrivate));
    }

    // Hide deleted and removed for non-admins or mods
    if !is_mod_or_admin {
      query = query.filter(Community::hide_removed_and_deleted());
    }

    query
      .first(conn)
      .await
      .with_lemmy_type(LemmyErrorType::NotFound)
  }
}

impl PaginationCursorConversion for CommunityView {
  type PaginatedType = Community;
  fn to_cursor(&self) -> CursorData {
    CursorData::new_id(self.community.id.0)
  }

  async fn from_cursor(
    data: CursorData,
    pool: &mut DbPool<'_>,
  ) -> LemmyResult<Self::PaginatedType> {
    Community::read(pool, CommunityId(data.id()?)).await
  }
}

#[derive(Default)]
pub struct CommunityQuery<'a> {
  pub listing_type: Option<ListingType>,
  pub sort: Option<CommunitySortType>,
  pub time_range_seconds: Option<i32>,
  pub local_user: Option<&'a LocalUser>,
  pub show_nsfw: Option<bool>,
  pub multi_community_id: Option<MultiCommunityId>,
  pub search_term: Option<String>,
  pub search_title_only: Option<bool>,
  pub page_cursor: Option<PaginationCursor>,
  pub limit: Option<i64>,
}

impl CommunityQuery<'_> {
  pub async fn list(
    self,
    pool: &mut DbPool<'_>,
    site: &Site,
    local_site: &LocalSite,
  ) -> LemmyResult<PagedResponse<CommunityView>> {
    use lemmy_db_schema::CommunitySortType::*;

    let limit = limit_fetch(self.limit, None)?;

    let mut query = CommunityView::joins(self.local_user.person_id())
      .select(CommunityView::as_select())
      .limit(limit)
      .into_boxed();

    // Hide deleted and removed for non-admins
    let is_admin = self.local_user.map(|l| l.admin).unwrap_or_default();
    if !is_admin {
      query = query.filter(Community::hide_removed_and_deleted());
    }
    if self.local_user.is_none() {
      query = query.filter(community::visibility.ne(CommunityVisibility::LocalOnlyPrivate));
    }

    if let Some(listing_type) = self.listing_type {
      query = match listing_type {
        ListingType::All => query,
        ListingType::Subscribed => query.filter(filter_is_subscribed()),
        ListingType::Local => query.filter(community::local.eq(true)),
        ListingType::ModeratorView => {
          query.filter(community_actions::became_moderator_at.is_not_null())
        }
        ListingType::Suggested => {
          // Pre-fetch the suggested community ids, since the join is too costly
          let community_ids =
            if let Some(suggested_multi_id) = local_site.suggested_multi_community_id {
              MultiCommunityEntry::list_community_ids(pool, suggested_multi_id).await?
            } else {
              vec![]
            };

          query.filter(community::id.eq_any(community_ids))
        }
      };
    }

    // Don't show blocked communities and communities on blocked instances. nsfw communities are
    // also hidden (based on profile setting)
    query = query.filter(instance_actions::blocked_communities_at.is_null());
    query = query.filter(community_actions::blocked_at.is_null());
    if !(self.local_user.show_nsfw(site) || self.show_nsfw.unwrap_or_default()) {
      query = query.filter(community::nsfw.eq(false));
    }

    if let Some(multi_community_id) = self.multi_community_id {
      let communities = multi_community_entry::table
        .filter(multi_community_entry::multi_community_id.eq(multi_community_id))
        .select(multi_community_entry::community_id);
      query = query.filter(community::id.eq_any(communities))
    }

    // The search term
    if let Some(search_term) = self.search_term {
      let searcher = fuzzy_search(&search_term);

      let name_or_title_filter = community::name
        .ilike(searcher.clone())
        // Also include the ap_id to allow for instance searching
        .or(community::ap_id.ilike(searcher.clone()))
        .or(community::title.ilike(searcher.clone()));

      query = if self.search_title_only.unwrap_or_default() {
        query.filter(name_or_title_filter)
      } else {
        let body_or_description_filter = community::summary
          .ilike(searcher.clone())
          .or(community::sidebar.ilike(searcher.clone()));
        query.filter(name_or_title_filter.or(body_or_description_filter))
      }
    }

    // Filter by the time range
    if let Some(time_range_seconds) = self.time_range_seconds {
      query = query
        .filter(community::published_at.gt(now() - seconds_to_pg_interval(time_range_seconds)));
    }

    // Only sort by ascending for Old or NameAsc sorts.
    let sort = self.sort.unwrap_or_default();
    let sort_direction = asc_if(sort == Old || sort == NameAsc);

    let mut pq = CommunityView::paginate(query, &self.page_cursor, sort_direction, pool).await?;

    pq = match sort {
      Hot => pq.then_order_by(key::hot_rank),
      Comments => pq.then_order_by(key::comments),
      Posts => pq.then_order_by(key::posts),
      New => pq.then_order_by(key::published_at),
      Old => pq.then_order_by(key::published_at),
      Subscribers => pq.then_order_by(key::subscribers),
      SubscribersLocal => pq.then_order_by(key::subscribers_local),
      ActiveSixMonths => pq.then_order_by(key::users_active_half_year),
      ActiveMonthly => pq.then_order_by(key::users_active_month),
      ActiveWeekly => pq.then_order_by(key::users_active_week),
      ActiveDaily => pq.then_order_by(key::users_active_day),
      NameAsc => pq.then_order_by(LowerKey(key::name)),
      NameDesc => pq.then_order_by(LowerKey(key::name)),
    };

    // finally use unique id as tie breaker
    pq = pq.then_order_by(key::id);

    let conn = &mut get_conn(pool).await?;
    let res = pq
      .load::<CommunityView>(conn)
      .await
      .with_lemmy_type(LemmyErrorType::NotFound)?;
    paginate_response(res, limit, self.page_cursor)
  }
}

// TODO this should be its own view crate
impl MultiCommunityView {
  #[diesel::dsl::auto_type(no_type_alias)]
  fn joins(person_id: Option<PersonId>) -> _ {
    let my_multi_community_follower_join: my_multi_community_follower_join =
      my_multi_community_follower_join(person_id);

    multi_community::table
      .inner_join(person::table)
      .left_join(my_multi_community_follower_join)
  }

  pub async fn read(
    pool: &mut DbPool<'_>,
    id: MultiCommunityId,
    my_person_id: Option<PersonId>,
  ) -> LemmyResult<Self> {
    let conn = &mut get_conn(pool).await?;

    Self::joins(my_person_id)
      .filter(multi_community::id.eq(id))
      .select(Self::as_select())
      .first(conn)
      .await
      .with_lemmy_type(LemmyErrorType::NotFound)
  }
}

impl PaginationCursorConversion for MultiCommunityView {
  type PaginatedType = MultiCommunity;
  fn to_cursor(&self) -> CursorData {
    CursorData::new_id(self.multi.id.0)
  }

  async fn from_cursor(
    data: CursorData,
    pool: &mut DbPool<'_>,
  ) -> LemmyResult<Self::PaginatedType> {
    MultiCommunity::read(pool, MultiCommunityId(data.id()?)).await
  }
}

#[derive(Default)]
pub struct MultiCommunityQuery<'a> {
  pub listing_type: Option<MultiCommunityListingType>,
  pub sort: Option<MultiCommunitySortType>,
  pub time_range_seconds: Option<i32>,
  pub local_user: Option<&'a LocalUser>,
  pub creator_id: Option<PersonId>,
  pub search_term: Option<String>,
  pub search_title_only: Option<bool>,
  pub page_cursor: Option<PaginationCursor>,
  pub limit: Option<i64>,
  pub no_limit: Option<bool>,
}

impl MultiCommunityQuery<'_> {
  pub async fn list(self, pool: &mut DbPool<'_>) -> LemmyResult<PagedResponse<MultiCommunityView>> {
    use lemmy_db_schema::{MultiCommunityListingType::*, MultiCommunitySortType::*};

    let limit = limit_fetch(self.limit, self.no_limit)?;
    let mut query = MultiCommunityView::joins(self.local_user.person_id())
      .select(MultiCommunityView::as_select())
      .limit(limit)
      .into_boxed();

    if let Some(listing_type) = self.listing_type {
      query = match listing_type {
        All => query,
        Subscribed => {
          if let Some(my_person_id) = self.local_user.person_id() {
            query.filter(multi_community_follow::person_id.eq(my_person_id))
          } else {
            query
          }
        }
        Local => query.filter(multi_community::local),
      };
    }

    if let Some(creator_id) = self.creator_id {
      query = query.filter(multi_community::creator_id.eq(creator_id));
    }

    // Filter by the time range
    if let Some(time_range_seconds) = self.time_range_seconds {
      query = query.filter(
        multi_community::published_at.gt(now() - seconds_to_pg_interval(time_range_seconds)),
      );
    }

    // The search term
    if let Some(search_term) = self.search_term {
      let searcher = fuzzy_search(&search_term);

      let name_or_title_filter = multi_community::name
        .ilike(searcher.clone())
        .or(multi_community::title.ilike(searcher.clone()));

      query = if self.search_title_only.unwrap_or_default() {
        query.filter(name_or_title_filter)
      } else {
        let body_or_description_filter = multi_community::summary
          .ilike(searcher.clone())
          .or(multi_community::sidebar.ilike(searcher.clone()));
        query.filter(name_or_title_filter.or(body_or_description_filter))
      }
    }

    // Only sort by ascending for Old or NameAsc sorts.
    let sort = self.sort.unwrap_or_default();
    let sort_direction = asc_if(sort == Old || sort == NameAsc);

    let mut pq =
      MultiCommunityView::paginate(query, &self.page_cursor, sort_direction, pool).await?;

    pq = match sort {
      New => pq.then_order_by(mkey::published_at),
      Old => pq.then_order_by(mkey::published_at),
      Communities => pq.then_order_by(mkey::communities),
      Subscribers => pq.then_order_by(mkey::subscribers),
      SubscribersLocal => pq.then_order_by(mkey::subscribers_local),
      NameAsc => pq.then_order_by(LowerKey(mkey::name)),
      NameDesc => pq.then_order_by(LowerKey(mkey::name)),
    };

    // finally use unique id as tie breaker
    pq = pq.then_order_by(mkey::id);

    let conn = &mut get_conn(pool).await?;
    let res = pq
      .load::<MultiCommunityView>(conn)
      .await
      .with_lemmy_type(LemmyErrorType::NotFound)?;

    paginate_response(res, limit, self.page_cursor)
  }
}

#[cfg(test)]
#[expect(clippy::indexing_slicing)]
mod tests {

  use crate::{
    CommunityView,
    impls::{CommunityQuery, MultiCommunityListingType, MultiCommunityQuery},
  };
  use lemmy_db_schema::{
    CommunitySortType,
    assert_length,
    source::{
      community::{
        Community,
        CommunityActions,
        CommunityFollowerForm,
        CommunityInsertForm,
        CommunityModeratorForm,
        CommunityUpdateForm,
      },
      instance::Instance,
      local_site::{LocalSite, LocalSiteInsertForm},
      local_user::{LocalUser, LocalUserInsertForm},
      multi_community::{MultiCommunity, MultiCommunityFollowForm, MultiCommunityInsertForm},
      person::{Person, PersonInsertForm},
      site::{Site, SiteInsertForm},
    },
    traits::Followable,
  };
  use lemmy_db_schema_file::enums::{CommunityFollowerState, CommunityVisibility};
  use lemmy_diesel_utils::{
    connection::{DbPool, build_db_pool_for_tests},
    traits::Crud,
  };
  use lemmy_utils::error::{LemmyErrorType, LemmyResult};
  use serial_test::serial;
  use std::collections::HashSet;

  struct Data {
    instance: Instance,
    local_user: LocalUser,
    tom: Person,
    communities: [Community; 3],
    multi_1: MultiCommunity,
    multi_2: MultiCommunity,
    site: Site,
    local_site: LocalSite,
  }

  async fn init_data(pool: &mut DbPool<'_>) -> LemmyResult<Data> {
    let instance = Instance::read_or_create(pool, "my_domain.tld").await?;

    let person_name = "tegan".to_string();

    let new_person = PersonInsertForm::test_form(instance.id, &person_name);

    let inserted_person = Person::create(pool, &new_person).await?;

    let local_user_form = LocalUserInsertForm::test_form(inserted_person.id);
    let local_user = LocalUser::create(pool, &local_user_form, vec![]).await?;

    let tom_form = PersonInsertForm::test_form(instance.id, "tom");
    let tom = Person::create(pool, &tom_form).await?;

    let multi_1_form = MultiCommunityInsertForm::new(
      local_user.person_id,
      instance.id,
      "multi1".to_string(),
      String::new(),
    );
    let multi_1 = MultiCommunity::create(pool, &multi_1_form).await?;

    let multi_2_form =
      MultiCommunityInsertForm::new(tom.id, tom.instance_id, "multi2".to_string(), String::new());
    let multi_2 = MultiCommunity::create(pool, &multi_2_form).await?;

    let communities = [
      Community::create(
        pool,
        &CommunityInsertForm::new(
          instance.id,
          "test_community_1".to_string(),
          "nada1".to_owned(),
          "pubkey".to_string(),
        ),
      )
      .await?,
      Community::create(
        pool,
        &CommunityInsertForm::new(
          instance.id,
          "test_community_2".to_string(),
          "nada2".to_owned(),
          "pubkey".to_string(),
        ),
      )
      .await?,
      Community::create(
        pool,
        &CommunityInsertForm {
          sidebar: Some("sidebar here".to_string()),
          ..CommunityInsertForm::new(
            instance.id,
            "test_community_3".to_string(),
            "nada3".to_owned(),
            "pubkey".to_string(),
          )
        },
      )
      .await?,
    ];

    let site_form = SiteInsertForm::new("test site".to_string(), instance.id);
    let site = Site::create(pool, &site_form).await?;
    let system_acct =
      Person::create(pool, &PersonInsertForm::test_form(instance.id, "langs")).await?;
    let local_site_form = LocalSiteInsertForm::new(site.id, system_acct.id);
    let local_site = LocalSite::create(pool, &local_site_form).await?;

    Ok(Data {
      instance,
      local_user,
      tom,
      communities,
      site,
      local_site,
      multi_1,
      multi_2,
    })
  }

  async fn cleanup(data: Data, pool: &mut DbPool<'_>) -> LemmyResult<()> {
    for Community { id, .. } in data.communities {
      Community::delete(pool, id).await?;
    }
    Person::delete(pool, data.local_user.person_id).await?;
    Instance::delete(pool, data.instance.id).await?;

    Ok(())
  }

  #[tokio::test]
  #[serial]
  async fn follow_state() -> LemmyResult<()> {
    let pool = &build_db_pool_for_tests();
    let pool = &mut pool.into();
    let data = init_data(pool).await?;
    let community = &data.communities[0];

    let unauthenticated = CommunityView::read(pool, community.id, None, false).await?;
    assert!(unauthenticated.community_actions.is_none());

    let authenticated =
      CommunityView::read(pool, community.id, Some(&data.local_user), false).await?;
    assert!(authenticated.community_actions.is_none());

    let form = CommunityFollowerForm::new(
      community.id,
      data.local_user.person_id,
      CommunityFollowerState::Pending,
    );
    CommunityActions::follow(pool, &form).await?;

    let with_pending_follow =
      CommunityView::read(pool, community.id, Some(&data.local_user), false).await?;
    assert!(
      with_pending_follow
        .community_actions
        .is_some_and(|x| x.follow_state == Some(CommunityFollowerState::Pending))
    );

    // mark community private and set follow as approval required
    Community::update(
      pool,
      community.id,
      &CommunityUpdateForm {
        visibility: Some(CommunityVisibility::Private),
        ..Default::default()
      },
    )
    .await?;
    let form = CommunityFollowerForm::new(
      community.id,
      data.local_user.person_id,
      CommunityFollowerState::ApprovalRequired,
    );
    CommunityActions::follow(pool, &form).await?;

    let with_approval_required_follow =
      CommunityView::read(pool, community.id, Some(&data.local_user), false).await?;
    assert!(
      with_approval_required_follow
        .community_actions
        .is_some_and(|x| x.follow_state == Some(CommunityFollowerState::ApprovalRequired))
    );

    let form = CommunityFollowerForm::new(
      community.id,
      data.local_user.person_id,
      CommunityFollowerState::Accepted,
    );
    CommunityActions::follow(pool, &form).await?;
    let with_accepted_follow =
      CommunityView::read(pool, community.id, Some(&data.local_user), false).await?;
    assert!(
      with_accepted_follow
        .community_actions
        .is_some_and(|x| x.follow_state == Some(CommunityFollowerState::Accepted))
    );

    cleanup(data, pool).await
  }

  #[tokio::test]
  #[serial]
  async fn local_only_community() -> LemmyResult<()> {
    let pool = &build_db_pool_for_tests();
    let pool = &mut pool.into();
    let data = init_data(pool).await?;

    Community::update(
      pool,
      data.communities[0].id,
      &CommunityUpdateForm {
        visibility: Some(CommunityVisibility::LocalOnlyPrivate),
        ..Default::default()
      },
    )
    .await?;

    let unauthenticated_query = CommunityQuery {
      sort: Some(CommunitySortType::New),
      ..Default::default()
    }
    .list(pool, &data.site, &data.local_site)
    .await?;
    assert_eq!(data.communities.len() - 1, unauthenticated_query.len());

    let authenticated_query = CommunityQuery {
      local_user: Some(&data.local_user),
      sort: Some(CommunitySortType::New),
      ..Default::default()
    }
    .list(pool, &data.site, &data.local_site)
    .await?;
    assert_eq!(data.communities.len(), authenticated_query.len());

    let unauthenticated_community =
      CommunityView::read(pool, data.communities[0].id, None, false).await;
    assert!(unauthenticated_community.is_err());

    let authenticated_community =
      CommunityView::read(pool, data.communities[0].id, Some(&data.local_user), false).await;
    assert!(authenticated_community.is_ok());

    cleanup(data, pool).await
  }

  #[tokio::test]
  #[serial]
  async fn community_sort_name() -> LemmyResult<()> {
    let pool = &build_db_pool_for_tests();
    let pool = &mut pool.into();
    let data = init_data(pool).await?;

    let query = CommunityQuery {
      sort: Some(CommunitySortType::NameAsc),
      ..Default::default()
    };
    let communities = query.list(pool, &data.site, &data.local_site).await?;
    for (i, c) in communities.iter().enumerate().skip(1) {
      let prev = communities.get(i - 1).ok_or(LemmyErrorType::NotFound)?;
      assert!(c.community.title.cmp(&prev.community.title).is_ge());
    }

    let query = CommunityQuery {
      sort: Some(CommunitySortType::NameDesc),
      ..Default::default()
    };
    let communities = query.list(pool, &data.site, &data.local_site).await?;
    for (i, c) in communities.iter().enumerate().skip(1) {
      let prev = communities.get(i - 1).ok_or(LemmyErrorType::NotFound)?;
      assert!(c.community.title.cmp(&prev.community.title).is_le());
    }

    cleanup(data, pool).await
  }

  #[tokio::test]
  #[serial]
  async fn can_mod() -> LemmyResult<()> {
    let pool = &build_db_pool_for_tests();
    let pool = &mut pool.into();
    let data = init_data(pool).await?;

    // Make sure can_mod is false for all of them.
    CommunityQuery {
      local_user: Some(&data.local_user),
      sort: Some(CommunitySortType::New),
      ..Default::default()
    }
    .list(pool, &data.site, &data.local_site)
    .await?
    .iter()
    .for_each(|c| assert!(!c.can_mod));

    let person_id = data.local_user.person_id;

    // Now join the mod team of test community 1 and 2
    let mod_form_1 = CommunityModeratorForm::new(data.communities[0].id, person_id);
    CommunityActions::join(pool, &mod_form_1).await?;

    let mod_form_2 = CommunityModeratorForm::new(data.communities[1].id, person_id);
    CommunityActions::join(pool, &mod_form_2).await?;

    let mod_query = CommunityQuery {
      local_user: Some(&data.local_user),
      ..Default::default()
    }
    .list(pool, &data.site, &data.local_site)
    .await?
    .iter()
    .map(|c| (c.community.name.clone(), c.can_mod))
    .collect::<HashSet<_>>();

    let expected_communities = HashSet::from([
      ("test_community_3".to_owned(), false),
      ("test_community_2".to_owned(), true),
      ("test_community_1".to_owned(), true),
    ]);
    assert_eq!(expected_communities, mod_query);

    cleanup(data, pool).await
  }

  #[tokio::test]
  #[serial]
  async fn test_multi_community_list() -> LemmyResult<()> {
    let pool = &build_db_pool_for_tests();
    let pool = &mut pool.into();
    let data = init_data(pool).await?;

    // list all multis
    let list_all = MultiCommunityQuery::default()
      .list(pool)
      .await?
      .iter()
      .map(|m| m.multi.id)
      .collect::<HashSet<_>>();

    assert_eq!(list_all, HashSet::from([data.multi_1.id, data.multi_2.id]));

    // list multis by owner
    let list_owner = MultiCommunityQuery {
      creator_id: Some(data.local_user.person_id),
      local_user: Some(&data.local_user),
      ..Default::default()
    }
    .list(pool)
    .await?;
    assert_eq!(list_owner.len(), 1);
    assert_eq!(list_owner[0].multi.id, data.multi_1.id);
    assert_eq!(list_owner[0].follow_state, None);

    // Tegan follows multi2
    let follow_form = MultiCommunityFollowForm {
      multi_community_id: data.multi_2.id,
      person_id: data.local_user.person_id,
      follow_state: CommunityFollowerState::Accepted,
    };
    MultiCommunity::follow(pool, &follow_form).await?;

    // list multis followed by user, followed_only
    let list_followed = MultiCommunityQuery {
      local_user: Some(&data.local_user),
      listing_type: Some(MultiCommunityListingType::Subscribed),
      ..Default::default()
    }
    .list(pool)
    .await?;
    assert_eq!(list_followed.len(), 1);
    assert_eq!(list_followed[0].multi.id, data.multi_2.id);
    assert_eq!(list_followed[0].owner.id, data.tom.id);
    assert_eq!(
      list_followed[0].follow_state,
      Some(CommunityFollowerState::Accepted)
    );

    // Unfollow, and make sure its removed
    MultiCommunity::unfollow(pool, data.local_user.person_id, data.multi_2.id).await?;
    let list_followed = MultiCommunityQuery {
      local_user: Some(&data.local_user),
      listing_type: Some(MultiCommunityListingType::Subscribed),
      ..Default::default()
    }
    .list(pool)
    .await?;
    assert_eq!(list_followed.len(), 0);

    cleanup(data, pool).await?;

    Ok(())
  }

  #[tokio::test]
  #[serial]
  async fn search() -> LemmyResult<()> {
    let pool = &build_db_pool_for_tests();
    let pool = &mut pool.into();
    let data = init_data(pool).await?;

    // Using a term
    let community_search_by_name = CommunityQuery {
      search_term: Some("test_community_2".into()),
      ..Default::default()
    }
    .list(pool, &data.site, &data.local_site)
    .await?;

    assert_length!(1, community_search_by_name);
    assert_eq!(
      data.communities[1].id,
      community_search_by_name[0].community.id
    );

    // Searching the sidebar
    let community_search_body = CommunityQuery {
      search_term: Some("sidebar".into()),
      ..Default::default()
    }
    .list(pool, &data.site, &data.local_site)
    .await?;

    assert_length!(1, community_search_body);
    assert_eq!(
      data.communities[2].id,
      community_search_body[0].community.id
    );

    // Test title only search to make sure sidebar doesn't get returned
    // Using a term
    let community_search_title_only = CommunityQuery {
      search_term: Some("sidebar".into()),
      search_title_only: Some(true),
      ..Default::default()
    }
    .list(pool, &data.site, &data.local_site)
    .await?;

    assert!(community_search_title_only.is_empty());

    cleanup(data, pool).await?;

    Ok(())
  }

  #[tokio::test]
  #[serial]
  async fn multi_community_search() -> LemmyResult<()> {
    let pool = &build_db_pool_for_tests();
    let pool = &mut pool.into();
    let data = init_data(pool).await?;

    // Using a term
    let search_by_name = MultiCommunityQuery {
      search_term: Some("multi1".into()),
      ..Default::default()
    }
    .list(pool)
    .await?;

    assert_length!(1, search_by_name);
    assert_eq!(data.multi_1.id, search_by_name[0].multi.id);

    cleanup(data, pool).await?;

    Ok(())
  }
}