hyperhive/swarm-controller/src/forge/objects.rs

//! The swarm-wide forge objects: the three seeded orgs (plus every mirror's
//! owner org), the `operators` merge-gate team in `agents` and
//! `agent-configs`, the merge gate on every `agent-configs` repo's `main`, the
//! operator-declared pull-mirrors, `internal/docs`, `internal/knowledge`
//! (public, README-seeded) and the `agent-configs` org avatar.
//!
//! Every hive's `hive-c0re` used to ensure these in its boot sweep, but only
//! the one hive co-located with the forge container ever did (the sweep bails
//! without a local `hive-forge` container), and only as `core`, a site-admin
//! token that hive should not need. They are one set per forge, not per hive,
//! so they are ensured here, at start and every [`RECONCILE_INTERVAL`] after.
//!
//! Split into observe → [`plan`] → apply so the decision is pure: [`plan`]
//! takes what the forge reported and returns the writes, which is what the
//! tests pin. The IO on either side only reads or executes.
//!
//! A pass that fails anywhere logs each failure at `warn` plus a summary line,
//! and the next tick retries. Nothing here stops the daemon.

use std::collections::BTreeMap;
use std::path::PathBuf;
use std::sync::Arc;

use anyhow::{Context, Result};
use base64::Engine as _;
use forgejo_api::structs::{
    BranchProtection, ChangeFileOperation, ChangeFileOperationOperation, ChangeFilesOptions,
    CreateOrgOption, CreateTeamOption, CreateTeamOptionPermission, EditBranchProtectionOption,
    EditRepoOption, EditTeamOption, EditTeamOptionPermission, MigrateRepoOptions,
    MigrateRepoOptionsService, Team, TeamPermission, UpdateUserAvatarOption,
};
use forgejo_api::{ApiErrorKind, ForgejoError};
use reqwest::StatusCode;
use serde::Deserialize;

use super::{
    CONFIG_ORG, Client, KNOWLEDGE_ORG, KNOWLEDGE_REPO, OPERATORS_TEAM, base64_encode,
    folds_into_success, is_ambiguous_validation_failure, is_confirmed_conflict,
};

/// Forgejo org that owns agent-created repos. Agents can't create repos with
/// their own token (`max_repo_creation = 0`); a repo an agent asks for is
/// created here and the agent added as a **write** member (not owner/admin).
/// Because the org, not the agent, owns the repo, perms stay centrally
/// managed and branch protection (referencing [`OPERATORS_TEAM`]) can block
/// the author from merging their own PR.
const AGENTS_ORG: &str = "agents";

/// Org hosting the operator-curated shared repos. Same org as the knowledge
/// repo's, named separately for the docs repo it also holds.
pub(super) const SHARED_ORG: &str = KNOWLEDGE_ORG;

/// The shared docs repo inside [`SHARED_ORG`]. **Private**: every agent gets
/// read-only collaborator access, granted per agent by [`super::docs_grant`].
/// Agents use it as a common reference without the operator having to bake
/// content into the system prompt.
pub(super) const SHARED_DOCS_REPO: &str = "docs";

/// The orgs ensured on every pass. The meta repo lives at `core/meta`, the
/// `core` user's own namespace, so no org is needed for it (and it is not a
/// swarm object: it stays with `hive-c0re`).
const SEEDED_ORGS: [&str; 3] = [CONFIG_ORG, SHARED_ORG, AGENTS_ORG];

/// Where the [`OPERATORS_TEAM`] must exist. Gitea teams are org-scoped, so a
/// config-repo branch-protection rule referencing `operators` needs the team
/// in `agent-configs` too. Missing it there 422'd every config-repo
/// protection apply, leaving those repos unprotected, so operator-merged
/// config PRs bypassed the deploy pipeline and silently didn't apply.
const OPERATORS_TEAM_ORGS: [&str; 2] = [AGENTS_ORG, CONFIG_ORG];

const OPERATORS_TEAM_DESCRIPTION: &str = "hyperhive operators — merge gate for agent repos";

/// Repo-unit access flags for the `operators` team. Explicit list so Forgejo
/// doesn't reject a null/absent `units` field; a `write`-permission team needs
/// at least `repo.code` + `repo.pulls` to review and merge PRs.
const OPERATORS_TEAM_UNITS: [&str; 7] = [
    "repo.code",
    "repo.issues",
    "repo.pulls",
    "repo.releases",
    "repo.wiki",
    "repo.projects",
    "repo.packages",
];

/// Periodic sync interval for pull-mirrors. Forgejo syncs mirrors on-access by
/// default, which re-introduces external DNS latency on every `git clone`. A
/// fixed periodic interval isolates CI from transient DNS
/// failures — a stale mirror is acceptable; a broken clone because of a
/// momentary DNS blip is not. Written in the form Forgejo echoes back, so an
/// unchanged mirror compares equal and is not re-patched.
const MIRROR_INTERVAL: &str = "8h0m0s";

/// README pushed to a freshly created, still-empty `internal/knowledge`.
/// Short explanation + empty table-of-contents with an HTML comment
/// instructing contributors to add entries when they create new files.
const KNOWLEDGE_README: &str = "\
# knowledge

Hive-wide reference documents: conventions, runbooks, and anything that \
every agent should know.

## How to contribute

1. Fork this repo into your own namespace on the forge.
2. Create a branch, add or update a document.
3. Open a pull request — the operator reviews and merges.
4. Every agent container updates automatically on merge.

Do **not** push directly to `main` — agents have read-only access.

## Contents

<!-- Add an entry here each time you create a new document:
- [Title](path/to/file.md) - one-line description
-->
";

/// The operator-declared pull-mirrors (nix `deploy.forgejo.mirrors`, plus the
/// `actions/*` entries `deploy.forgejo.actionsFromSelf` adds), JSON-encoded by `hive-forge/default.nix`.
/// Absent or empty means no mirrors.
const MIRRORS_ENV: &str = "SWARM_CONTROLLER_FORGE_MIRRORS";

/// The `agent-configs` org avatar PNG, set by `swarm-controller.nix` from
/// `deploy.swarm-controller.configOrgAvatarPng` or the bundled default.
const AVATAR_PNG_ENV: &str = "SWARM_CONTROLLER_CONFIG_ORG_AVATAR_PNG";

/// Marker file under the state directory: the org avatar has been uploaded.
/// One-shot so every pass does not re-upload the same image; delete it to
/// force a re-upload after changing the PNG.
const AVATAR_MARKER: &str = "forge-config-org-avatar-set";

/// How often the pass re-runs. The objects rarely change, so this is about how
/// long a failed pass (the forge still starting, most often) waits for its
/// retry. Matches `config_pr`'s poll: the same forge, a similar handful of
/// reads, the same staleness tolerance.
const RECONCILE_INTERVAL: std::time::Duration = std::time::Duration::from_mins(5);

/// One operator-declared pull-mirror, as the env carries it.
#[derive(Deserialize)]
struct MirrorEntry {
    /// Upstream clone URL to mirror from (e.g. `https://github.com/actions/checkout`).
    upstream: String,
    /// Local `<owner>/<repo>` the mirror is created at.
    dest: String,
}

/// A pull-mirror to ensure, with its `dest` already split.
#[derive(Clone, Debug, PartialEq)]
struct MirrorSpec {
    owner: String,
    repo: String,
    upstream: String,
}

/// A plain (non-mirror) repo to ensure.
#[derive(Clone, Debug, PartialEq)]
struct RepoSpec {
    owner: &'static str,
    name: &'static str,
    private: bool,
    /// Push [`KNOWLEDGE_README`] while the repo is still empty.
    seed_readme: bool,
}

/// Everything a pass should make true. Built once per process: its inputs are
/// env vars, which do not change under a running daemon.
#[derive(Clone, Debug)]
pub struct Desired {
    /// Seeded orgs first, then mirror owners, without duplicates.
    orgs: Vec<String>,
    repos: Vec<RepoSpec>,
    mirrors: Vec<MirrorSpec>,
    /// `None` when no avatar is configured, which the nix module never does
    /// on a host with forge access; logged at build time.
    avatar_png: Option<PathBuf>,
    /// Where [`AVATAR_MARKER`] lives.
    state_dir: PathBuf,
    /// Converge every config repo's `main` rule on [`config_rule_edit`].
    config_rules: bool,
}

impl Desired {
    fn new(mirrors: Vec<MirrorSpec>, avatar_png: Option<PathBuf>, state_dir: PathBuf) -> Self {
        let mut orgs: Vec<String> = SEEDED_ORGS.iter().map(|&o| o.to_owned()).collect();
        for m in &mirrors {
            // The mirror can't land without its owner existing.
            if !orgs.contains(&m.owner) {
                orgs.push(m.owner.clone());
            }
        }
        Self {
            orgs,
            repos: vec![
                RepoSpec {
                    owner: SHARED_ORG,
                    name: SHARED_DOCS_REPO,
                    private: true,
                    seed_readme: false,
                },
                // Public, so any agent with a forge account can fork it and
                // open PRs without an explicit collaborator grant. A repo
                // that exists as private (an older deployment) is patched
                // to public.
                RepoSpec {
                    owner: KNOWLEDGE_ORG,
                    name: KNOWLEDGE_REPO,
                    private: false,
                    seed_readme: true,
                },
            ],
            mirrors,
            avatar_png,
            state_dir,
            config_rules: true,
        }
    }

    /// Read [`MIRRORS_ENV`] and [`AVATAR_PNG_ENV`]. A malformed mirror list
    /// or entry is logged and skipped, never fatal, so one bad entry cannot
    /// stop the orgs and the merge-gate team from being ensured.
    pub fn from_env() -> Self {
        let mirrors = std::env::var(MIRRORS_ENV)
            .ok()
            .map(|raw| parse_mirrors(&raw))
            .unwrap_or_default();
        let avatar_png = std::env::var_os(AVATAR_PNG_ENV).map(PathBuf::from);
        if avatar_png.is_none() {
            tracing::warn!(
                "{AVATAR_PNG_ENV} unset; the {CONFIG_ORG} org avatar will not be set \
                 (the nix module sets it whenever forge access is configured)"
            );
        }
        Self::new(mirrors, avatar_png, crate::webhook::state_dir())
    }

    /// Just the merge gate's prerequisites: the `agent-configs` org and the
    /// `operators` team in it. What [`Client::ensure_merge_gate_prerequisites`]
    /// reconciles ahead of a config repo's branch protection.
    fn merge_gate_only() -> Self {
        Self {
            orgs: vec![CONFIG_ORG.to_owned()],
            repos: Vec::new(),
            mirrors: Vec::new(),
            avatar_png: None,
            state_dir: PathBuf::new(),
            config_rules: false,
        }
    }

    fn team_orgs(&self) -> impl Iterator<Item = &'static str> + '_ {
        OPERATORS_TEAM_ORGS
            .into_iter()
            .filter(|org| self.orgs.iter().any(|o| o == org))
    }

    fn avatar_marker(&self) -> PathBuf {
        self.state_dir.join(AVATAR_MARKER)
    }
}

/// Parse the mirror env. Invalid JSON skips every mirror; an entry whose
/// `dest` is not `<owner>/<repo>` skips just that entry. Both warn.
fn parse_mirrors(raw: &str) -> Vec<MirrorSpec> {
    if raw.trim().is_empty() {
        return Vec::new();
    }
    let entries: Vec<MirrorEntry> = match serde_json::from_str(raw) {
        Ok(m) => m,
        Err(e) => {
            tracing::warn!(error = %e, "swarm forge: {MIRRORS_ENV} is not valid JSON; skipping mirror seed");
            return Vec::new();
        }
    };
    entries
        .into_iter()
        .filter_map(|m| {
            let Some((owner, repo)) = m.dest.split_once('/') else {
                tracing::warn!(dest = %m.dest, "swarm forge: mirror dest is not <owner>/<repo>; skipping");
                return None;
            };
            Some(MirrorSpec {
                owner: owner.to_owned(),
                repo: repo.to_owned(),
                upstream: m.upstream,
            })
        })
        .collect()
}

/// What a read found. `Unknown` means the read itself failed (already
/// logged); the planner writes nothing for such an object this pass rather
/// than guess, and the next pass reads again.
#[derive(Clone, Debug, PartialEq)]
enum Seen<T> {
    Absent,
    Present(T),
    Unknown,
}

/// The [`OPERATORS_TEAM`] as found in one org.
#[derive(Clone, Debug, PartialEq)]
struct TeamState {
    id: i64,
    /// Whether every setting this module manages already has its desired
    /// value. Membership is not one of them: the operator manages that.
    matches: bool,
}

/// The parts of a repo this module manages.
#[derive(Clone, Debug, PartialEq)]
struct RepoState {
    private: bool,
    empty: bool,
    mirror_interval: Option<String>,
}

/// Everything a pass read, keyed the way [`plan`] looks it up.
#[derive(Clone, Debug, Default)]
struct Observed {
    orgs: BTreeMap<String, Seen<()>>,
    teams: BTreeMap<String, Seen<TeamState>>,
    repos: BTreeMap<(String, String), Seen<RepoState>>,
    avatar_set: bool,
    /// Per config repo, whether its `main` rule already matches
    /// [`config_rule_edit`]. `Absent` is a repo with no `main` rule.
    config_rules: BTreeMap<String, Seen<bool>>,
    /// The config org's repo list could not be read, so `config_rules` is
    /// empty without meaning every rule matches.
    config_repos_unread: bool,
}

impl Observed {
    fn org(&self, org: &str) -> &Seen<()> {
        self.orgs.get(org).unwrap_or(&Seen::Unknown)
    }

    /// A repo in an org that does not exist does not exist either: no read
    /// is made for it, and the planner creates it after the org.
    fn repo(&self, owner: &str, name: &str) -> Seen<&RepoState> {
        match self.org(owner) {
            Seen::Absent => Seen::Absent,
            Seen::Unknown => Seen::Unknown,
            Seen::Present(()) => match self.repos.get(&(owner.to_owned(), name.to_owned())) {
                Some(Seen::Present(r)) => Seen::Present(r),
                Some(Seen::Absent) => Seen::Absent,
                Some(Seen::Unknown) | None => Seen::Unknown,
            },
        }
    }

    fn team(&self, org: &str) -> Seen<&TeamState> {
        match self.org(org) {
            Seen::Absent => Seen::Absent,
            Seen::Unknown => Seen::Unknown,
            Seen::Present(()) => match self.teams.get(org) {
                Some(Seen::Present(t)) => Seen::Present(t),
                Some(Seen::Absent) => Seen::Absent,
                Some(Seen::Unknown) | None => Seen::Unknown,
            },
        }
    }
}

/// One write. Ordered by [`plan`] so an org always precedes what lives in it.
#[derive(Clone, Debug, PartialEq)]
enum Action {
    CreateOrg {
        org: String,
    },
    CreateTeam {
        org: String,
    },
    /// The team exists with the wrong shape (an older or hand-edited one):
    /// PATCH it to the desired settings.
    ReconcileTeam {
        org: String,
        id: i64,
    },
    /// PATCH a config repo's `main` rule to [`config_rule_edit`].
    ConvergeConfigRule {
        repo: String,
    },
    CreateRepo {
        owner: String,
        name: String,
        private: bool,
    },
    SetRepoPublic {
        owner: String,
        name: String,
    },
    SeedReadme {
        owner: String,
        name: String,
    },
    CreateMirror {
        owner: String,
        repo: String,
        upstream: String,
    },
    /// Mirrors seeded before the interval was introduced (or with another
    /// value) converge on [`MIRROR_INTERVAL`].
    SetMirrorInterval {
        owner: String,
        repo: String,
    },
    SetConfigOrgAvatar {
        png: PathBuf,
    },
}

impl Action {
    /// The org this write needs to exist first, if it is not the one
    /// creating it.
    fn needs_org(&self) -> Option<&str> {
        match self {
            Self::CreateOrg { .. } => None,
            Self::CreateTeam { org } | Self::ReconcileTeam { org, .. } => Some(org),
            Self::CreateRepo { owner, .. }
            | Self::SetRepoPublic { owner, .. }
            | Self::SeedReadme { owner, .. }
            | Self::CreateMirror { owner, .. }
            | Self::SetMirrorInterval { owner, .. } => Some(owner),
            Self::ConvergeConfigRule { .. } | Self::SetConfigOrgAvatar { .. } => Some(CONFIG_ORG),
        }
    }
}

/// Decide the writes that take `observed` to `desired`. Pure. An object whose
/// read failed gets no write; one that already has its desired state gets
/// none either, so a converged forge sees no writes at all.
fn plan(desired: &Desired, observed: &Observed) -> Vec<Action> {
    let mut actions = Vec::new();
    for org in &desired.orgs {
        if *observed.org(org) == Seen::Absent {
            actions.push(Action::CreateOrg { org: org.clone() });
        }
    }
    for org in desired.team_orgs() {
        match observed.team(org) {
            Seen::Absent => actions.push(Action::CreateTeam {
                org: org.to_owned(),
            }),
            Seen::Present(t) if !t.matches => actions.push(Action::ReconcileTeam {
                org: org.to_owned(),
                id: t.id,
            }),
            Seen::Present(_) | Seen::Unknown => {}
        }
    }
    // After the teams: the rule names the config org's `operators` team.
    for (repo, rule) in &observed.config_rules {
        if *rule == Seen::Present(false) {
            actions.push(Action::ConvergeConfigRule { repo: repo.clone() });
        }
    }
    for r in &desired.repos {
        let (owner, name) = (r.owner.to_owned(), r.name.to_owned());
        let (create, set_public, seed) = match observed.repo(r.owner, r.name) {
            Seen::Absent => (true, false, r.seed_readme),
            Seen::Present(s) => (false, !r.private && s.private, r.seed_readme && s.empty),
            Seen::Unknown => (false, false, false),
        };
        if create {
            actions.push(Action::CreateRepo {
                owner: owner.clone(),
                name: name.clone(),
                private: r.private,
            });
        }
        if set_public {
            actions.push(Action::SetRepoPublic {
                owner: owner.clone(),
                name: name.clone(),
            });
        }
        if seed {
            actions.push(Action::SeedReadme { owner, name });
        }
    }
    for m in &desired.mirrors {
        match observed.repo(&m.owner, &m.repo) {
            Seen::Absent => actions.push(Action::CreateMirror {
                owner: m.owner.clone(),
                repo: m.repo.clone(),
                upstream: m.upstream.clone(),
            }),
            Seen::Present(s) if s.mirror_interval.as_deref() != Some(MIRROR_INTERVAL) => {
                actions.push(Action::SetMirrorInterval {
                    owner: m.owner.clone(),
                    repo: m.repo.clone(),
                });
            }
            Seen::Present(_) | Seen::Unknown => {}
        }
    }
    if let Some(png) = &desired.avatar_png
        && !observed.avatar_set
    {
        actions.push(Action::SetConfigOrgAvatar { png: png.clone() });
    }
    actions
}

/// Whether `t` has every setting [`Client::create_operators_team`] would
/// give it. Units compare as a set: Forgejo does not promise their order.
fn team_matches(t: &Team) -> bool {
    let units_match = t.units.as_ref().is_some_and(|units| {
        let mut have: Vec<&str> = units.iter().map(String::as_str).collect();
        let mut want = OPERATORS_TEAM_UNITS.to_vec();
        have.sort_unstable();
        want.sort_unstable();
        have == want
    });
    units_match
        && t.permission == Some(TeamPermission::Write)
        && t.includes_all_repositories == Some(true)
        && t.can_create_org_repo == Some(false)
        && t.description.as_deref() == Some(OPERATORS_TEAM_DESCRIPTION)
}

/// The merge gate on every config repo's `main`: the `operators` team approves
/// and merges, and no user does. The empty user list removes any user an
/// older rule carries.
///
/// Forgejo replaces each list this sends wholesale and keeps every field left
/// `None` as the rule has it, `required_approvals` included.
fn config_rule_edit() -> EditBranchProtectionOption {
    EditBranchProtectionOption {
        apply_to_admins: None,
        approvals_whitelist_teams: Some(vec![OPERATORS_TEAM.to_owned()]),
        approvals_whitelist_username: None,
        block_on_official_review_requests: None,
        block_on_outdated_branch: None,
        block_on_rejected_reviews: None,
        dismiss_stale_approvals: None,
        enable_approvals_whitelist: Some(true),
        enable_merge_whitelist: Some(true),
        enable_push: None,
        enable_push_whitelist: None,
        enable_status_check: None,
        ignore_stale_approvals: None,
        merge_whitelist_teams: Some(vec![OPERATORS_TEAM.to_owned()]),
        merge_whitelist_usernames: Some(Vec::new()),
        protected_file_patterns: None,
        push_whitelist_deploy_keys: None,
        push_whitelist_teams: None,
        push_whitelist_usernames: None,
        require_signed_commits: None,
        required_approvals: None,
        status_check_contexts: None,
        unprotected_file_patterns: None,
    }
}

/// Whether `rule` already has every field [`config_rule_edit`] sets.
fn config_rule_matches(rule: &BranchProtection) -> bool {
    let only = |list: &Option<Vec<String>>, want: &str| matches!(list.as_deref(), Some([entry]) if entry == want);
    rule.enable_merge_whitelist == Some(true)
        && only(&rule.merge_whitelist_teams, OPERATORS_TEAM)
        && rule
            .merge_whitelist_usernames
            .as_deref()
            .is_none_or(<[String]>::is_empty)
        && rule.enable_approvals_whitelist == Some(true)
        && only(&rule.approvals_whitelist_teams, OPERATORS_TEAM)
}

/// Whether an error is Forgejo saying 404: the object is absent, as opposed
/// to a transport, auth or server failure.
fn is_not_found(e: &ForgejoError) -> bool {
    match e {
        ForgejoError::ApiError(api) => matches!(api.error_kind(), ApiErrorKind::NotFound { .. }),
        ForgejoError::UnexpectedStatusCode(s) => *s == StatusCode::NOT_FOUND,
        _ => false,
    }
}

/// Fold a read into [`Seen`], logging a failure that is not a 404.
fn seen<T, U>(res: Result<T, ForgejoError>, what: &str, f: impl FnOnce(T) -> U) -> Seen<U> {
    match res {
        Ok(v) => Seen::Present(f(v)),
        Err(e) if is_not_found(&e) => Seen::Absent,
        Err(e) => {
            tracing::warn!(error = %e, "swarm forge objects: reading {what} failed; skipping it this pass");
            Seen::Unknown
        }
    }
}

/// `EditRepoOption` with every field unset — repo edits only ever change the
/// one field the caller sets on top (Forgejo leaves `None` fields untouched).
fn sparse_edit_repo_option() -> EditRepoOption {
    EditRepoOption {
        allow_fast_forward_only_merge: None,
        allow_manual_merge: None,
        allow_merge_commits: None,
        allow_rebase: None,
        allow_rebase_explicit: None,
        allow_rebase_update: None,
        allow_squash_merge: None,
        archived: None,
        autodetect_manual_merge: None,
        default_allow_maintainer_edit: None,
        default_branch: None,
        default_delete_branch_after_merge: None,
        default_merge_style: None,
        default_update_style: None,
        description: None,
        enable_prune: None,
        external_tracker: None,
        external_wiki: None,
        globally_editable_wiki: None,
        has_actions: None,
        has_issues: None,
        has_packages: None,
        has_projects: None,
        has_pull_requests: None,
        has_releases: None,
        has_wiki: None,
        ignore_whitespace_conflicts: None,
        internal_tracker: None,
        mirror_interval: None,
        name: None,
        private: None,
        template: None,
        website: None,
        wiki_branch: None,
    }
}

/// How a pass went, for the one summary line.
#[derive(Debug, Default, PartialEq)]
struct PassOutcome {
    applied: usize,
    failed: usize,
}

impl Client {
    /// Read the current state of every object `desired` names.
    async fn observe(&self, desired: &Desired) -> Observed {
        let mut observed = Observed::default();
        for org in &desired.orgs {
            let org_seen = seen(self.api.org_get(org).await, &format!("org {org}"), drop);
            observed.orgs.insert(org.clone(), org_seen);
        }
        for org in desired.team_orgs() {
            if *observed.org(org) != Seen::Present(()) {
                continue;
            }
            let teams = seen(
                self.api.org_list_teams(org).await,
                &format!("teams of {org}"),
                |(_headers, teams)| teams,
            );
            let team = match teams {
                Seen::Present(teams) => teams
                    .into_iter()
                    .find(|t| t.name.as_deref() == Some(OPERATORS_TEAM))
                    .map_or(Seen::Absent, |t| match t.id {
                        Some(id) => Seen::Present(TeamState {
                            id,
                            matches: team_matches(&t),
                        }),
                        None => Seen::Unknown,
                    }),
                Seen::Absent => Seen::Absent,
                Seen::Unknown => Seen::Unknown,
            };
            observed.teams.insert(org.to_owned(), team);
        }
        let repo_keys = desired
            .repos
            .iter()
            .map(|r| (r.owner.to_owned(), r.name.to_owned()))
            .chain(
                desired
                    .mirrors
                    .iter()
                    .map(|m| (m.owner.clone(), m.repo.clone())),
            );
        for (owner, name) in repo_keys {
            if *observed.org(&owner) != Seen::Present(()) {
                continue;
            }
            let repo = seen(
                self.api.repo_get(&owner, &name).await,
                &format!("repo {owner}/{name}"),
                |r| RepoState {
                    private: r.private.unwrap_or(false),
                    empty: r.empty.unwrap_or(false),
                    mirror_interval: r.mirror_interval,
                },
            );
            observed.repos.insert((owner, name), repo);
        }
        observed.avatar_set = desired.avatar_png.is_some() && desired.avatar_marker().exists();
        if desired.config_rules && *observed.org(CONFIG_ORG) == Seen::Present(()) {
            self.observe_config_rules(&mut observed).await;
        }
        observed
    }

    /// Read every config repo's `main` rule into `observed.config_rules`.
    async fn observe_config_rules(&self, observed: &mut Observed) {
        let repos = match self.api.org_list_repos(CONFIG_ORG).all().await {
            Ok(repos) => repos,
            Err(e) => {
                tracing::warn!(error = %e, "swarm forge objects: listing {CONFIG_ORG} repos failed; skipping their branch rules this pass");
                observed.config_repos_unread = true;
                return;
            }
        };
        for name in repos.into_iter().filter_map(|r| r.name) {
            let rule = seen(
                self.api
                    .repo_get_branch_protection(CONFIG_ORG, &name, "main")
                    .await,
                &format!("branch protection of {CONFIG_ORG}/{name}"),
                |rule| config_rule_matches(&rule),
            );
            observed.config_rules.insert(name, rule);
        }
    }

    /// Execute `actions` in order. An action whose org failed to be created
    /// this pass is skipped: it would fail anyway, and its org's failure is
    /// the line worth reading.
    async fn apply(&self, desired: &Desired, actions: &[Action]) -> PassOutcome {
        let mut outcome = PassOutcome::default();
        let mut failed_orgs: Vec<&str> = Vec::new();
        for action in actions {
            if let Some(org) = action.needs_org()
                && failed_orgs.contains(&org)
            {
                tracing::warn!(?action, %org, "swarm forge objects: skipped, its org could not be created");
                outcome.failed += 1;
                continue;
            }
            match self.apply_one(desired, action).await {
                Ok(()) => outcome.applied += 1,
                Err(e) => {
                    tracing::warn!(?action, error = %format!("{e:#}"), "swarm forge objects: write failed; retrying next pass");
                    outcome.failed += 1;
                    if let Action::CreateOrg { org } = action {
                        failed_orgs.push(org);
                    }
                }
            }
        }
        outcome
    }

    async fn apply_one(&self, desired: &Desired, action: &Action) -> Result<()> {
        match action {
            Action::CreateOrg { org } => self.create_org(org).await,
            Action::CreateTeam { org } => self.create_operators_team(org).await,
            Action::ReconcileTeam { org, id } => self.reconcile_operators_team(org, *id).await,
            Action::ConvergeConfigRule { repo } => {
                self.api
                    .repo_edit_branch_protection(CONFIG_ORG, repo, "main", config_rule_edit())
                    .await
                    .with_context(|| format!("converge {CONFIG_ORG}/{repo} main branch rule"))?;
                tracing::info!(%repo, "swarm forge objects: config repo merge gate converged");
                Ok(())
            }
            Action::CreateRepo {
                owner,
                name,
                private,
            } => self.create_shared_repo(owner, name, *private).await,
            Action::SetRepoPublic { owner, name } => {
                let mut edit = sparse_edit_repo_option();
                edit.private = Some(false);
                self.api
                    .repo_edit(owner, name, edit)
                    .await
                    .with_context(|| format!("edit {owner}/{name} (set public)"))?;
                tracing::info!(%owner, %name, "swarm forge objects: repo set to public");
                Ok(())
            }
            Action::SeedReadme { owner, name } => self.seed_readme(owner, name).await,
            Action::CreateMirror {
                owner,
                repo,
                upstream,
            } => self.create_mirror(owner, repo, upstream).await,
            Action::SetMirrorInterval { owner, repo } => {
                let mut edit = sparse_edit_repo_option();
                edit.mirror_interval = Some(MIRROR_INTERVAL.to_owned());
                self.api
                    .repo_edit(owner, repo, edit)
                    .await
                    .with_context(|| format!("set mirror_interval on {owner}/{repo}"))?;
                tracing::info!(%owner, %repo, interval = MIRROR_INTERVAL, "swarm forge objects: pull-mirror interval updated");
                Ok(())
            }
            Action::SetConfigOrgAvatar { png } => {
                self.set_config_org_avatar(png, &desired.avatar_marker())
                    .await
            }
        }
    }

    /// Create `org`. A 409, or a 422 with the org confirmed present, is a
    /// race with another writer and counts as done.
    async fn create_org(&self, org: &str) -> Result<()> {
        let option = CreateOrgOption {
            description: None,
            email: None,
            full_name: None,
            location: None,
            repo_admin_change_team_access: None,
            username: org.to_owned(),
            visibility: None,
            website: None,
        };
        match self.api.org_create(option).await {
            Ok(_) => {
                tracing::info!(%org, "swarm forge objects: created org");
                Ok(())
            }
            Err(e) => {
                let existing =
                    is_ambiguous_validation_failure(&e) && self.api.org_get(org).await.is_ok();
                if folds_into_success(&e, existing) {
                    Ok(())
                } else {
                    Err(e).with_context(|| format!("create org {org}"))
                }
            }
        }
    }

    /// Provision the [`OPERATORS_TEAM`] inside `org` as an **empty** team.
    /// Branch protection on that org's repos references it as the
    /// merge/approval whitelist; the operator adds herself as a member via the
    /// forge UI. `includes_all_repositories` so the gate applies to every repo
    /// in the org; `write` is enough to approve + merge. This module never
    /// manages membership.
    ///
    /// A 422 from `org_create_team` that is not a duplicate is a real
    /// validation error (bad request shape, missing units) and surfaces, so it
    /// can be fixed rather than leave the team silently uncreated every pass.
    async fn create_operators_team(&self, org: &str) -> Result<()> {
        let team = CreateTeamOption {
            can_create_org_repo: Some(false),
            description: Some(OPERATORS_TEAM_DESCRIPTION.to_owned()),
            includes_all_repositories: Some(true),
            name: OPERATORS_TEAM.to_owned(),
            permission: Some(CreateTeamOptionPermission::Write),
            units: Some(OPERATORS_TEAM_UNITS.map(str::to_owned).to_vec()),
            units_map: None,
        };
        match self.api.org_create_team(org, team).await {
            Ok(_) => {
                tracing::info!(%org, "swarm forge objects: created {OPERATORS_TEAM} team");
                Ok(())
            }
            // Forgejo signals a duplicate team as a 409 OR (this build) a 422
            // `validation failed: team already exists`. Confirm the 422 by
            // listing; the next pass reconciles its settings if they differ.
            Err(e) => {
                let existing = is_ambiguous_validation_failure(&e)
                    && self.api.org_list_teams(org).await.is_ok_and(|(_, teams)| {
                        teams
                            .iter()
                            .any(|t| t.name.as_deref() == Some(OPERATORS_TEAM))
                    });
                if folds_into_success(&e, existing) {
                    Ok(())
                } else {
                    Err(e).with_context(|| format!("create team {org}/{OPERATORS_TEAM}"))
                }
            }
        }
    }

    /// PATCH an existing [`OPERATORS_TEAM`] to the desired settings, so a
    /// team created with an older or wrong shape self-heals. Members are a
    /// separate endpoint and untouched here.
    async fn reconcile_operators_team(&self, org: &str, id: i64) -> Result<()> {
        let edit = EditTeamOption {
            can_create_org_repo: Some(false),
            description: Some(OPERATORS_TEAM_DESCRIPTION.to_owned()),
            includes_all_repositories: Some(true),
            name: OPERATORS_TEAM.to_owned(),
            permission: Some(EditTeamOptionPermission::Write),
            units: Some(OPERATORS_TEAM_UNITS.map(str::to_owned).to_vec()),
            units_map: None,
        };
        self.api
            .org_edit_team(id, edit)
            .await
            .with_context(|| format!("reconcile {org}/{OPERATORS_TEAM} team settings"))?;
        tracing::info!(%org, "swarm forge objects: reconciled {OPERATORS_TEAM} team settings");
        Ok(())
    }

    /// Create `owner/name`, empty, defaulting to `main`.
    async fn create_shared_repo(&self, owner: &str, name: &str, private: bool) -> Result<()> {
        match self
            .api
            .create_org_repo(owner, Self::repo_option(name, private))
            .await
        {
            Ok(_) => {
                tracing::info!(%owner, %name, private, "swarm forge objects: created repo");
                Ok(())
            }
            Err(e) => {
                let existing = is_ambiguous_validation_failure(&e)
                    && self.api.repo_get(owner, name).await.is_ok();
                if folds_into_success(&e, existing) {
                    Ok(())
                } else {
                    Err(e).with_context(|| format!("create repo {owner}/{name}"))
                }
            }
        }
    }

    /// Commit [`KNOWLEDGE_README`] to the empty repo's default branch. Only
    /// planned while the repo reports itself empty, so a README the operator
    /// has since edited is never overwritten.
    async fn seed_readme(&self, owner: &str, name: &str) -> Result<()> {
        let files = vec![ChangeFileOperation {
            content: Some(base64_encode(KNOWLEDGE_README)),
            from_path: None,
            operation: ChangeFileOperationOperation::Create,
            path: "README.md".to_owned(),
            sha: None,
        }];
        self.api
            .repo_change_files(
                owner,
                name,
                ChangeFilesOptions {
                    author: None,
                    branch: None,
                    committer: None,
                    dates: None,
                    files,
                    force_overwrite_new_branch: None,
                    message: Some("init: seed README".to_owned()),
                    new_branch: None,
                    signoff: None,
                },
            )
            .await
            .with_context(|| format!("seed README.md in {owner}/{name}"))?;
        tracing::info!(%owner, %name, "swarm forge objects: seeded README.md");
        Ok(())
    }

    /// Create `owner/repo` as a pull-mirror of `upstream` via the migrate API.
    /// Only a 409 folds into success (a race created it since the read). NOT
    /// 422: for the migrate endpoint 422 is a validation error (bad
    /// `clone_addr` / service), so it must surface rather than be swallowed as
    /// "already exists".
    async fn create_mirror(&self, owner: &str, repo: &str, upstream: &str) -> Result<()> {
        let opts = MigrateRepoOptions {
            auth_password: None,
            auth_token: None,
            auth_username: None,
            clone_addr: upstream.to_owned(),
            description: None,
            issues: None,
            labels: None,
            lfs: None,
            lfs_endpoint: None,
            milestones: None,
            mirror: Some(true),
            // Periodic refresh instead of on-access sync — keeps CI isolated
            // from external DNS failures at clone time.
            mirror_interval: Some(MIRROR_INTERVAL.to_owned()),
            private: Some(false),
            pull_requests: None,
            releases: None,
            repo_name: repo.to_owned(),
            repo_owner: Some(owner.to_owned()),
            service: Some(MigrateRepoOptionsService::Git),
            uid: None,
            wiki: None,
        };
        match self.api.repo_migrate(opts).await {
            Ok(_) => {
                tracing::info!(%owner, %repo, %upstream, interval = MIRROR_INTERVAL, "swarm forge objects: created pull-mirror");
                Ok(())
            }
            Err(e) if is_confirmed_conflict(&e) => Ok(()),
            Err(e) => Err(e).with_context(|| format!("migrate pull-mirror {owner}/{repo}")),
        }
    }

    /// Upload `png` as the `agent-configs` org avatar, then write `marker` so
    /// later passes skip it. Best-effort: the forge runs fine with the default
    /// identicon, and a marker that fails to write only costs a re-upload.
    async fn set_config_org_avatar(
        &self,
        png: &std::path::Path,
        marker: &std::path::Path,
    ) -> Result<()> {
        let bytes = tokio::fs::read(png)
            .await
            .with_context(|| format!("read {CONFIG_ORG} avatar PNG from {}", png.display()))?;
        self.api
            .org_update_avatar(
                CONFIG_ORG,
                UpdateUserAvatarOption {
                    image: Some(base64::engine::general_purpose::STANDARD.encode(&bytes)),
                },
            )
            .await
            .with_context(|| format!("set {CONFIG_ORG} avatar"))?;
        if let Err(e) = std::fs::write(marker, "") {
            tracing::warn!(error = %e, marker = %marker.display(), "swarm forge objects: avatar set, but its marker could not be written");
        }
        tracing::info!(org = CONFIG_ORG, "swarm forge objects: set org avatar");
        Ok(())
    }

    /// One observe → plan → apply pass over `desired`.
    async fn reconcile(&self, desired: &Desired) -> PassOutcome {
        let observed = self.observe(desired).await;
        let unknown = observed
            .orgs
            .values()
            .filter(|s| **s == Seen::Unknown)
            .count()
            + observed
                .teams
                .values()
                .filter(|s| **s == Seen::Unknown)
                .count()
            + observed
                .repos
                .values()
                .filter(|s| **s == Seen::Unknown)
                .count()
            + observed
                .config_rules
                .values()
                .filter(|s| **s == Seen::Unknown)
                .count()
            + usize::from(observed.config_repos_unread);
        let actions = plan(desired, &observed);
        let mut outcome = self.apply(desired, &actions).await;
        outcome.failed += unknown;
        outcome
    }

    /// Make sure the `agent-configs` org and its `operators` team exist, so a
    /// branch-protection rule naming the team can be applied. The periodic
    /// pass normally has done this long before, but an agent can be created
    /// while that pass is still failing (a controller that started with the
    /// forge), so [`Client::create_repo`] checks first rather than rely on
    /// the order.
    pub(super) async fn ensure_merge_gate_prerequisites(&self) -> Result<()> {
        let outcome = self.reconcile(&Desired::merge_gate_only()).await;
        if outcome.failed > 0 {
            anyhow::bail!(
                "the {CONFIG_ORG} org or its {OPERATORS_TEAM} team could not be ensured \
                 ({} failure(s), logged above)",
                outcome.failed
            );
        }
        Ok(())
    }
}

/// Ensure the swarm-wide forge objects now and every [`RECONCILE_INTERVAL`].
///
/// The first tick fires immediately (`tokio::time::interval`'s default), the
/// same shape as `config_pr::spawn`. A pass that fails leaves a `warn` per
/// failed object plus the summary line below in the controller's journal, and
/// is retried on the next tick; it never stops the daemon.
pub fn spawn(client: Arc<Client>) {
    let desired = Desired::from_env();
    tokio::spawn(async move {
        let mut ticker = tokio::time::interval(RECONCILE_INTERVAL);
        loop {
            ticker.tick().await;
            let Some(outcome) =
                super::within_forge_deadline("swarm forge objects", client.reconcile(&desired))
                    .await
            else {
                continue;
            };
            if outcome.failed > 0 {
                tracing::warn!(
                    applied = outcome.applied,
                    failed = outcome.failed,
                    retry_in_s = RECONCILE_INTERVAL.as_secs(),
                    "swarm forge objects: pass incomplete; retrying next tick"
                );
            } else if outcome.applied > 0 {
                tracing::info!(
                    applied = outcome.applied,
                    "swarm forge objects: pass converged"
                );
            } else {
                tracing::debug!("swarm forge objects: already converged");
            }
        }
    });
}

#[cfg(test)]
mod tests {
    use super::*;

    fn mirror(owner: &str, repo: &str) -> MirrorSpec {
        MirrorSpec {
            owner: owner.to_owned(),
            repo: repo.to_owned(),
            upstream: format!("https://example.invalid/{repo}"),
        }
    }

    fn desired() -> Desired {
        Desired::new(
            vec![mirror("actions", "checkout")],
            Some(PathBuf::from("/avatar.png")),
            PathBuf::from("/state"),
        )
    }

    fn repo_state(private: bool, empty: bool, interval: Option<&str>) -> RepoState {
        RepoState {
            private,
            empty,
            mirror_interval: interval.map(str::to_owned),
        }
    }

    /// Every object of [`desired`] present with its desired settings.
    fn converged() -> Observed {
        let mut o = Observed::default();
        for org in [CONFIG_ORG, SHARED_ORG, AGENTS_ORG, "actions"] {
            o.orgs.insert(org.to_owned(), Seen::Present(()));
        }
        for (id, org) in [(1, AGENTS_ORG), (2, CONFIG_ORG)] {
            o.teams.insert(
                org.to_owned(),
                Seen::Present(TeamState { id, matches: true }),
            );
        }
        let key = |a: &str, b: &str| (a.to_owned(), b.to_owned());
        o.repos.insert(
            key(SHARED_ORG, SHARED_DOCS_REPO),
            Seen::Present(repo_state(true, true, None)),
        );
        o.repos.insert(
            key(KNOWLEDGE_ORG, KNOWLEDGE_REPO),
            Seen::Present(repo_state(false, false, None)),
        );
        o.repos.insert(
            key("actions", "checkout"),
            Seen::Present(repo_state(false, false, Some(MIRROR_INTERVAL))),
        );
        o.avatar_set = true;
        o
    }

    /// Every object of [`desired`] reported absent.
    fn nothing() -> Observed {
        let mut o = Observed::default();
        for org in [CONFIG_ORG, SHARED_ORG, AGENTS_ORG, "actions"] {
            o.orgs.insert(org.to_owned(), Seen::Absent);
        }
        o
    }

    fn s(v: &str) -> String {
        v.to_owned()
    }

    #[test]
    fn nothing_exists_so_everything_is_created_orgs_first() {
        assert_eq!(
            plan(&desired(), &nothing()),
            vec![
                Action::CreateOrg { org: s(CONFIG_ORG) },
                Action::CreateOrg { org: s(SHARED_ORG) },
                Action::CreateOrg { org: s(AGENTS_ORG) },
                Action::CreateOrg { org: s("actions") },
                Action::CreateTeam { org: s(AGENTS_ORG) },
                Action::CreateTeam { org: s(CONFIG_ORG) },
                Action::CreateRepo {
                    owner: s(SHARED_ORG),
                    name: s(SHARED_DOCS_REPO),
                    private: true,
                },
                Action::CreateRepo {
                    owner: s(KNOWLEDGE_ORG),
                    name: s(KNOWLEDGE_REPO),
                    private: false,
                },
                Action::SeedReadme {
                    owner: s(KNOWLEDGE_ORG),
                    name: s(KNOWLEDGE_REPO),
                },
                Action::CreateMirror {
                    owner: s("actions"),
                    repo: s("checkout"),
                    upstream: s("https://example.invalid/checkout"),
                },
                Action::SetConfigOrgAvatar {
                    png: PathBuf::from("/avatar.png"),
                },
            ]
        );
    }

    #[test]
    fn everything_exists_so_nothing_is_written() {
        assert_eq!(plan(&desired(), &converged()), Vec::<Action>::new());
    }

    #[test]
    fn partial_state_writes_only_the_gaps() {
        let mut o = converged();
        // The team is missing in agent-configs only, the agents one has an
        // old shape, knowledge is private and still empty, the mirror
        // predates the interval, and the avatar was never uploaded.
        o.teams.insert(s(CONFIG_ORG), Seen::Absent);
        o.teams.insert(
            s(AGENTS_ORG),
            Seen::Present(TeamState {
                id: 7,
                matches: false,
            }),
        );
        o.repos.insert(
            (s(KNOWLEDGE_ORG), s(KNOWLEDGE_REPO)),
            Seen::Present(repo_state(true, true, None)),
        );
        o.repos.insert(
            (s("actions"), s("checkout")),
            Seen::Present(repo_state(false, false, None)),
        );
        o.avatar_set = false;
        assert_eq!(
            plan(&desired(), &o),
            vec![
                Action::ReconcileTeam {
                    org: s(AGENTS_ORG),
                    id: 7,
                },
                Action::CreateTeam { org: s(CONFIG_ORG) },
                Action::SetRepoPublic {
                    owner: s(KNOWLEDGE_ORG),
                    name: s(KNOWLEDGE_REPO),
                },
                Action::SeedReadme {
                    owner: s(KNOWLEDGE_ORG),
                    name: s(KNOWLEDGE_REPO),
                },
                Action::SetMirrorInterval {
                    owner: s("actions"),
                    repo: s("checkout"),
                },
                Action::SetConfigOrgAvatar {
                    png: PathBuf::from("/avatar.png"),
                },
            ]
        );
    }

    #[test]
    fn an_unreadable_object_gets_no_write() {
        let mut o = nothing();
        o.orgs.insert(s(SHARED_ORG), Seen::Unknown);
        let actions = plan(&desired(), &o);
        assert!(!actions.contains(&Action::CreateOrg { org: s(SHARED_ORG) }));
        assert!(
            !actions.iter().any(|a| a.needs_org() == Some(SHARED_ORG)),
            "nothing inside an org whose state is unknown: {actions:?}"
        );
    }

    #[test]
    fn the_merge_gate_subset_is_the_config_org_and_its_team() {
        let mut o = Observed::default();
        o.orgs.insert(s(CONFIG_ORG), Seen::Absent);
        assert_eq!(
            plan(&Desired::merge_gate_only(), &o),
            vec![
                Action::CreateOrg { org: s(CONFIG_ORG) },
                Action::CreateTeam { org: s(CONFIG_ORG) },
            ]
        );
    }

    #[test]
    fn only_a_config_rule_that_does_not_match_is_converged() {
        let mut o = converged();
        o.config_rules.insert(s("atlas"), Seen::Present(true));
        o.config_rules.insert(s("damocles"), Seen::Present(false));
        o.config_rules.insert(s("iris"), Seen::Absent);
        o.config_rules.insert(s("argus"), Seen::Unknown);
        assert_eq!(
            plan(&desired(), &o),
            vec![Action::ConvergeConfigRule {
                repo: s("damocles")
            }]
        );
    }

    fn rule(merge_users: &[&str]) -> BranchProtection {
        serde_json::from_value(serde_json::json!({
            "enable_merge_whitelist": true,
            "merge_whitelist_teams": [OPERATORS_TEAM],
            "merge_whitelist_usernames": merge_users,
            "enable_approvals_whitelist": true,
            "approvals_whitelist_teams": [OPERATORS_TEAM],
        }))
        .expect("branch protection json")
    }

    #[test]
    fn a_config_rule_matches_only_with_operators_and_no_user() {
        assert!(config_rule_matches(&rule(&[])));
        let mut users_absent = rule(&[]);
        users_absent.merge_whitelist_usernames = None;
        assert!(config_rule_matches(&users_absent));
        assert!(!config_rule_matches(&rule(&["core"])));
        let mut no_team = rule(&[]);
        no_team.merge_whitelist_teams = None;
        assert!(!config_rule_matches(&no_team));
        let mut approvals_off = rule(&[]);
        approvals_off.enable_approvals_whitelist = Some(false);
        assert!(!config_rule_matches(&approvals_off));
    }

    /// The edit is what the match checks for, so one PATCH converges a rule.
    #[test]
    fn the_config_rule_edit_produces_a_matching_rule() {
        let edit = config_rule_edit();
        let applied: BranchProtection = serde_json::from_value(serde_json::json!({
            "enable_merge_whitelist": edit.enable_merge_whitelist,
            "merge_whitelist_teams": edit.merge_whitelist_teams,
            "merge_whitelist_usernames": edit.merge_whitelist_usernames,
            "enable_approvals_whitelist": edit.enable_approvals_whitelist,
            "approvals_whitelist_teams": edit.approvals_whitelist_teams,
        }))
        .expect("branch protection json");
        assert!(config_rule_matches(&applied));
    }

    #[test]
    fn mirror_owners_join_the_seeded_orgs_once() {
        let d = Desired::new(
            vec![mirror("actions", "checkout"), mirror("actions", "cache")],
            None,
            PathBuf::new(),
        );
        assert_eq!(d.orgs, [CONFIG_ORG, SHARED_ORG, AGENTS_ORG, "actions"]);
    }

    #[test]
    fn a_malformed_mirror_entry_is_dropped_alone() {
        let parsed = parse_mirrors(
            r#"[{"upstream":"https://x/a","dest":"no-slash"},{"upstream":"https://x/b","dest":"o/b"}]"#,
        );
        assert_eq!(
            parsed,
            vec![MirrorSpec {
                owner: s("o"),
                repo: s("b"),
                upstream: s("https://x/b"),
            }]
        );
        assert!(parse_mirrors("not json").is_empty());
        assert!(parse_mirrors("").is_empty());
    }

    fn team(units: &[&str]) -> Team {
        serde_json::from_value(serde_json::json!({
            "id": 1,
            "name": OPERATORS_TEAM,
            "description": OPERATORS_TEAM_DESCRIPTION,
            "permission": "write",
            "includes_all_repositories": true,
            "can_create_org_repo": false,
            "units": units,
        }))
        .expect("team json")
    }

    #[test]
    fn team_units_compare_as_a_set() {
        let mut reversed = OPERATORS_TEAM_UNITS;
        reversed.reverse();
        assert!(team_matches(&team(&reversed)));
        assert!(!team_matches(&team(&OPERATORS_TEAM_UNITS[1..])));
    }
}