crates/contracts/src/scopes.rs · flagon-io/g1t

Scope::SecurityRead => "See secret scanning, code scanning and vulnerability alerts, custom patterns, the dependency graph and SBOM, and security settings",

389

Scope::SecurityWrite => "Dismiss and reopen alerts, bypass push protection, review bypass requests, manage custom patterns, upload SARIF and change security settings",

390

Scope::PackagesRead => "Pull container images and install private packages",

391

Scope::PackagesWrite => "Push container images and publish packages",

392

Scope::PackagesDelete => "Delete and restore packages and their versions",

393

Scope::IssuesRead => "Read issues, comments and plans",

394

Scope::IssuesWrite => "Open, edit, close and comment on issues",

395

Scope::PullRequestsRead => "Read pull requests, their changes, sessions and merge queues",

396

Scope::PullRequestsWrite => "Open, review, close and merge pull requests",

397

Scope::AgentsRun => "Put g1t agents to work and message them, which uses the workspace's money",

398

Scope::WorkflowsRead => "Read workflows, runs and logs",

399

Scope::WorkflowsWrite => "Run, cancel, rerun and turn workflows on or off",

400

Scope::WorkflowFilesWrite => "Add, change and delete workflow files under .g1t/workflows and .github/workflows, with git or the API",

401

Scope::ChecksRead => "Read commits' statuses, check runs, check suites and annotations",

402

Scope::ChecksWrite => "Report statuses and check runs on commits, and ask for checks to run again",

403

Scope::DeploymentsRead => "See deployments, their statuses and environments",

404

Scope::DeploymentsWrite => "Report deployments and their statuses, from any CI",

405

Scope::ObservabilityRead => "See projects' requests, logs, traces, errors and metrics, and their observability settings, ingest tokens and exports",

406

Scope::ObservabilityWrite => "Resolve and ignore errors, and change projects' observability settings, ingest tokens and exports",

407

Scope::MemoryRead => "Recall memory and search the workspace's context",

408

Scope::MemoryWrite => "Save memory for the next agent",

409

Scope::AccountRead => "Read your email addresses, invites, invitations, pinned projects and stars",

410

Scope::AccountWrite => "Change your email addresses, make invites, answer invitations, pin projects and star repositories",

411

Scope::NotificationsRead => "See your inbox, its threads, and what you subscribe to and watch",

412

Scope::NotificationsWrite => "Mark notifications read, done, saved or snoozed, subscribe to threads and watch repositories",

413

Scope::ChatRead => "Read the conversations you are in: channels, direct messages, threads and reactions, live",

414

Scope::ChatWrite => "Send, edit and delete your messages, react, mark conversations read, and answer cards in chat",

415

Scope::WorkspaceRead => "Read workspace settings, invites, integrations, model routes, teams and rulesets",

416

Scope::WorkspaceAdmin => "Create and delete workspaces, invite members, connect integrations, create, change and delete teams, and change the workspace's rulesets",

417

Scope::BillingRead => "See a workspace's usage, budget, AI credit and invoices",

418

Scope::BillingWrite => "Change a workspace's budget and buy AI credit",

419

Scope::AccessRead => "See who has access to repositories",

420

Scope::AccessAdmin => "Give and take away access to repositories, a team's included",

421

Scope::WebhooksRead => "See webhooks and their deliveries",

422

Scope::WebhooksAdmin => "Create, change and delete webhooks",

423

Scope::SecretsRead => "List secrets (never their values) and read variables",

424

Scope::SecretsAdmin => "Set and delete secrets and variables",

425

Scope::RunnersRead => "See self-hosted runners, their groups and where agents run",

426

Scope::RunnersAdmin => "Register and remove self-hosted runners, change their groups and settings",

427

Scope::ModelsRead => "See the workspace's AI Gateway requests: their models, tokens, cost and status",

428

Scope::ModelsWrite => "Send model requests through the AI Gateway, which uses the workspace's AI credit",

429

Scope::ArtifactsRead => "List, read and search artifacts you can see, their versions, and the numbers their dashboards show",

430

Scope::ArtifactsWrite => "Create, rename, move, edit, trash and restore artifacts, and propose changes to them",

431

Scope::ArtifactsAdmin => "Share artifacts, change who can open them, and delete them for good",

}

}

/// Whether tokens are offered it yet: its resource's [`Resource::offered`].

436

pub fn offered(self) -> bool {

437

self.resource().offered()

}

}

/// Every scope tokens are offered, in table order: what OAuth advertises.

442

pub fn offered_scopes() -> Vec<Scope> {

443

Scope::ALL.into_iter().filter(|scope| scope.offered()).collect()

444

}

445

446

impl Serialize for Scope {

447

fn serialize<S: serde::Serializer>(&self, serializer: S) -> Result<S::Ok, S::Error> {

448

serializer.serialize_str(self.as_str())

}

}

impl<'de> Deserialize<'de> for Scope {

453

fn deserialize<D: serde::Deserializer<'de>>(deserializer: D) -> Result<Self, D::Error> {

454

let text = String::deserialize(deserializer)?;

455

Scope::parse(&text).ok_or_else(|| serde::de::Error::custom(format!("unknown scope {text}")))

}

}

/// Scopes as written in a token's row or an OAuth request: separated by

460

/// spaces or commas. Unknown names are left out, so a client asking for a

461

/// scope from a newer version gets the rest.

462

pub fn parse_scopes(text: &str) -> Vec<Scope> {

463

let mut scopes: Vec<Scope> = text

464

.split(|c: char| c.is_whitespace() || c == ',')

465

.filter_map(Scope::parse)

466

.filter(|scope| scope.offered())

467

.collect();

468

normalize(&mut scopes);

scopes

}

/// In table order, without repeats.

473

pub fn normalize(scopes: &mut Vec<Scope>) {

474

let given = std::mem::take(scopes);

475

scopes.extend(Scope::ALL.into_iter().filter(|scope| given.contains(scope)));

476

}

477

478

/// Space-separated, as stored and as OAuth writes them.

479

pub fn scopes_text(scopes: &[Scope]) -> String {

480

scopes.iter().map(|scope| scope.as_str()).collect::<Vec<_>>().join(" ")

481

}

482

483

/// Where a resource sits on the token form, and which tokens may hold it.

484

#[derive(Clone, Copy, Debug, PartialEq, Eq, Serialize, Deserialize)]

485

#[serde(rename_all = "snake_case")]

486

pub enum ResourceGroup {

487

/// About repositories: what they hold and how they are run.

488

Repository,

489

/// About a workspace itself.

490

Workspace,

491

/// About the person: only a personal token may hold these.

Account,

}

impl ResourceGroup {

pub const ALL: [ResourceGroup; 3] = [ResourceGroup::Repository, ResourceGroup::Workspace, ResourceGroup::Account];

497

498

pub fn as_str(self) -> &'static str {

499

match self {

500

ResourceGroup::Repository => "repository",

501

ResourceGroup::Workspace => "workspace",

502

ResourceGroup::Account => "account",

}

}

}

impl Resource {

pub fn group(self) -> ResourceGroup {

509

match self {

510

Resource::Account | Resource::Notifications | Resource::Chat => ResourceGroup::Account,

511

Resource::Workspace | Resource::Billing | Resource::Runners | Resource::Models | Resource::Artifacts => ResourceGroup::Workspace,

512

_ => ResourceGroup::Repository,

}

}

pub fn parse(text: &str) -> Option<Resource> {

517

let text = text.trim().to_ascii_lowercase();

518

Resource::ALL.into_iter().find(|resource| resource.as_str() == text)

519

}

520

521

/// Its scopes, least first.

522

pub fn scopes(self) -> Vec<Scope> {

523

Scope::ALL.into_iter().filter(|scope| scope.resource() == self).collect()

}

}

// --- Permissions --------------------------------------------------------------

528

//

529

// A token's permissions are its scopes read per resource: each resource

530

// at none or one level (`{"issues": "write", "repo": "read"}`). A level

531

// includes the ones below it, so the highest scope held of each resource

532

// says everything; that is what a token stores. Personal tokens and a

533

// workspace's own tokens are made, shown and checked this way alike.

534

535

/// The highest scope of each resource held, in table order: the fewest

536

/// scopes that give the same access, as tokens store them.

537

pub fn top_scopes(scopes: &[Scope]) -> Vec<Scope> {

538

let mut top: Vec<Scope> = Vec::new();

539

for resource in Resource::ALL {

540

if let Some(best) = scopes.iter().filter(|scope| scope.resource() == resource).max_by_key(|scope| scope.level()) {

top.push(*best);

}

}

normalize(&mut top);

top

}

/// Every resource at its highest level: all a token can be given.

549

pub fn everything() -> Vec<Scope> {

550

top_scopes(&offered_scopes())

551

}

552

553

/// Scopes as permissions: each resource held, by name, at its highest

554

/// level held.

555

pub fn permissions_of(scopes: &[Scope]) -> std::collections::BTreeMap<String, String> {

556

top_scopes(scopes)

557

.into_iter()

558

.map(|scope| (scope.resource().as_str().to_owned(), scope.level().as_str().to_owned()))

.collect()

}

/// Permissions as asked for (`{"issues": "write"}`, `none` or empty left

563

/// out) into the scopes a token stores, or why they cannot be. `personal`

564

/// is whether the token is a person's: only theirs may hold account ones.

565

pub fn resolve_permissions(asked: &std::collections::BTreeMap<String, String>, personal: bool) -> Result<Vec<Scope>, String> {

566

let mut scopes = Vec::new();

567

for (name, level) in asked {

568

let Some(resource) = Resource::parse(name).filter(|resource| resource.offered()) else {

569

return Err(format!("There is no permission called {name}."));

570

};

571

let level = level.trim().to_ascii_lowercase();

572

if level.is_empty() || level == "none" {

573

continue;

574

}

575

let Some(scope) = Scope::parse(&format!("{}:{level}", resource.as_str())) else {

576

let levels: Vec<&str> = resource.scopes().iter().map(|scope| scope.level().as_str()).collect();

577

return Err(format!("{} is none or {}, not {level}.", resource.as_str(), levels.join(", ")));

578

};

579

if resource.group() == ResourceGroup::Account && !personal {

580

return Err(format!("{} is about a person's account: a workspace's token cannot hold it.", resource.as_str()));

}

scopes.push(scope);

}

Ok(top_scopes(&scopes))

585

}

586

587

/// What a token stores for full access, which is not a scope a client can

588

/// ask for by name.

589

pub const FULL_ACCESS: &str = "*";

590

591

/// Starting points for choosing scopes.

592

#[derive(Clone, Copy, Debug, PartialEq, Eq)]

pub enum Preset {

ReadOnly,

Agent,

Ci,

Full,

}

impl Preset {

pub const ALL: [Preset; 4] = [Preset::ReadOnly, Preset::Agent, Preset::Ci, Preset::Full];

602

603

pub fn as_str(self) -> &'static str {

604

match self {

605

Preset::ReadOnly => "read_only",

606

Preset::Agent => "agent",

607

Preset::Ci => "ci",

608

Preset::Full => "full",

}

}

pub fn label(self) -> &'static str {

613

match self {

614

Preset::ReadOnly => "Read only",

615

Preset::Agent => "Agent",

616

Preset::Ci => "CI",

617

Preset::Full => "Full access",

}

}

/// Its scopes; `None` for full access.

622

pub fn scopes(self) -> Option<Vec<Scope>> {

623

// Chat is not in any: a person's conversations go to an application

624

// only when it asks for them by name.

let reads = || {

Scope::ALL

.into_iter()

.filter(|scope| scope.level() == Level::Read && scope.offered() && scope.resource() != Resource::Chat)

629

};

630

match self {

631

Preset::ReadOnly => Some(reads().collect()),

632

Preset::Agent => {

633

// Not the machines work runs on: an agent has no business

634

// knowing a workspace's own runners.

635

let mut scopes: Vec<Scope> = reads().filter(|scope| scope.resource() != Resource::Runners).collect();

636

// And answering what needs the person it works for: marking

637

// it done, subscribing, watching.

scopes.extend([

Scope::CodeWrite,

Scope::IssuesWrite,

Scope::PullRequestsWrite,

642

Scope::AgentsRun,

643

Scope::MemoryWrite,

644

Scope::NotificationsWrite,

645

]);

646

normalize(&mut scopes);

647

Some(scopes)

648

}

649

Preset::Ci => Some(vec![

Scope::RepoRead,

Scope::CodeRead,

Scope::CodeWrite,

Scope::PackagesRead,

Scope::PackagesWrite,

655

Scope::WorkflowsRead,

656

Scope::WorkflowsWrite,

657

Scope::ChecksRead,

658

Scope::ChecksWrite,

659

Scope::DeploymentsRead,

660

Scope::DeploymentsWrite,

661

]),

662

Preset::Full => None,

}

}

}

/// What an OAuth client gets when it asks for nothing in particular: the

668

/// agent preset. Never an admin scope.

669

pub fn oauth_default() -> Vec<Scope> {

670

Preset::Agent.scopes().unwrap_or_default()

671

}

672

673

/// Set on a [`crate::User`] resolved from an access token: what the token

674

/// may do. Absent on a signed-in session, which may do whatever its person

675

/// can.

676

#[derive(Clone, Debug, Default, PartialEq, Eq, Serialize, Deserialize)]

677

pub struct TokenAccess {

678

/// The token's id, as audit entries and errors name it.

679

#[serde(default)]

680

pub token_id: String,

681

/// Its scopes, as `resource:level`. Absent: full access, everything the

682

/// person (or workspace) can do.

683

#[serde(default, skip_serializing_if = "Option::is_none")]

684

pub scopes: Option<Vec<String>>,

685

/// Made before tokens had scopes: full access until someone narrows it.

686

#[serde(default, skip_serializing_if = "std::ops::Not::not")]

687

pub legacy: bool,

688

/// Set on a workflow job's token (`G1T_TOKEN`): the one repository it

689

/// reaches, as `owner/name`. Every other is refused, whatever its owner

690

/// could reach.

691

#[serde(default, skip_serializing_if = "Option::is_none")]

692

pub repo: Option<String>,

693

/// Set on a workflow job's token: the run and job it was made for. The

694

/// audit log records its changes as that job's, and what it changes

695

/// starts no workflows (only `workflow_dispatch` and

696

/// `repository_dispatch` do), so a workflow cannot set itself off.

697

#[serde(default, skip_serializing_if = "Option::is_none")]

698

pub job: Option<JobToken>,

699

/// The token's name, as its owner gave it, so a log can say which

700

/// token made a request. Absent where whoever resolved it did not say.

701

#[serde(default, skip_serializing_if = "Option::is_none")]

702

pub name: Option<String>,

703

/// Set on a token narrowed to less than its owner can reach: one

704

/// workspace (all, selected or none of its private repositories), or

705

/// none at all (its owner's account and public repositories). Absent

706

/// on a token that reaches every workspace its owner can.

707

///

708

/// The wire key is `fine_grained`, kept from before tokens were one

709

/// kind, so services deployed at different moments agree on it.

710

#[serde(rename = "fine_grained", default, skip_serializing_if = "Option::is_none")]

711

pub reach: Option<TokenReach>,

712

/// Set on a workspace's own token that an owner gave Admin when making

713

/// it. Without it a workspace's token has Write on the workspace's

714

/// repositories, as a member would (see [`crate::access`]).

715

#[serde(default, skip_serializing_if = "std::ops::Not::not")]

716

pub admin: bool,

717

/// Set on what a repository's deploy key resolves to: the key's id. Its

718

/// `repo` is the one repository it reaches.

719

#[serde(default, skip_serializing_if = "Option::is_none")]

720

pub deploy_key: Option<String>,

721

/// Set on a person's token whose owner let it use the website (g1t.sh)

722

/// as them, sent as `Authorization: Bearer`. Not a scope: no preset,

723

/// full access or OAuth grant includes it, and git, the API and MCP

724

/// ignore it.

725

#[serde(default, skip_serializing_if = "std::ops::Not::not")]

pub website: bool,

}

/// Which repositories a token reaches in the workspace it is made for.

730

#[derive(Clone, Copy, Debug, Default, PartialEq, Eq, Serialize, Deserialize)]

731

#[serde(rename_all = "snake_case")]

732

pub enum RepositorySelection {

733

/// Every repository of the workspace, ones made later included.

734

#[default]

735

All,

736

/// The repositories chosen, by id.

737

Selected,

738

/// None of the workspace's private repositories: public repositories,

739

/// read-only, and the workspace's own settings its permissions allow.

740

/// With no workspace: the owner's account and public repositories only.

Public,

}

impl RepositorySelection {

745

pub fn as_str(self) -> &'static str {

746

match self {

747

RepositorySelection::All => "all",

748

RepositorySelection::Selected => "selected",

749

RepositorySelection::Public => "public",

}

}

pub fn parse(text: &str) -> Option<RepositorySelection> {

754

match text.trim().to_ascii_lowercase().as_str() {

755

"all" => Some(RepositorySelection::All),

756

"selected" => Some(RepositorySelection::Selected),

757

"public" | "public_only" | "none" => Some(RepositorySelection::Public),

_ => None,

}

}

}

/// What a narrowed token reaches, as identity resolves it on each use.

764

#[derive(Clone, Debug, Default, PartialEq, Eq, Serialize, Deserialize)]

765

pub struct TokenReach {

766

/// The workspace whose repositories and settings it reaches, by slug as

767

/// it is now. Absent: its owner's account only, with public

768

/// repositories read-only.

769

#[serde(default, skip_serializing_if = "Option::is_none")]

770

pub workspace: Option<String>,

771

#[serde(default)]

772

pub repositories: RepositorySelection,

773

/// With [`RepositorySelection::Selected`]: the repositories' ids.

774

#[serde(default, skip_serializing_if = "Vec::is_empty")]

775

pub repo_ids: Vec<String>,

}

impl TokenReach {

/// Whether it reaches the repository with this id in the workspace

780

/// `namespace` for more than what anyone may do with a public one.

781

pub fn covers(&self, repo_id: &str, namespace: &str) -> bool {

782

let Some(workspace) = self.workspace.as_deref() else {

783

return false;

784

};

785

if !workspace.eq_ignore_ascii_case(namespace) {

786

return false;

787

}

788

match self.repositories {

789

RepositorySelection::All => true,

790

RepositorySelection::Selected => self.repo_ids.iter().any(|id| id == repo_id),

791

RepositorySelection::Public => false,

}

}

/// Whether it is made for the workspace `slug`.

796

pub fn owned_by(&self, slug: &str) -> bool {

797

self.workspace.as_deref().is_some_and(|workspace| workspace.eq_ignore_ascii_case(slug))

}

}

/// Where workflow files live. Adding, changing or deleting a file under

802

/// one, with git or through g1t, needs [`Scope::WorkflowFilesWrite`] from a

803

/// token: what GitHub's `workflow` scope and `workflows` permission do.

804

pub const WORKFLOW_DIRS: [&str; 2] = [".g1t/workflows/", ".github/workflows/"];

805

806

/// Whether `path` is a workflow file, or a file in one's directory.

807

pub fn is_workflow_file(path: &str) -> bool {

808

let path = path.trim_start_matches('/');

809

WORKFLOW_DIRS.iter().any(|dir| {

810

path.len() >= dir.len() && path.is_char_boundary(dir.len()) && path[..dir.len()].eq_ignore_ascii_case(dir)

811

}) || WORKFLOW_DIRS.iter().any(|dir| path.eq_ignore_ascii_case(dir.trim_end_matches('/')))

812

}

813

814

/// Whether a token may add, change or delete the files at `paths`: a

815

/// refusal naming the first workflow file it may not touch, else `None`.

816

/// A signed-in person (no token) is never refused here; their role decides.

817

pub fn decide_workflow_files<'a>(access: Option<&TokenAccess>, paths: impl IntoIterator<Item = &'a str>) -> Option<Decision> {

818

let access = access?;

819

if access.allows(Scope::WorkflowFilesWrite) && access.job.is_none() {

820

return None;

821

}

822

let path = paths.into_iter().find(|path| is_workflow_file(path))?;

823

let why = if access.job.is_some() {

824

"a workflow job's token can never add or change workflow files".to_owned()

825

} else {

826

format!("it needs the {} scope", Scope::WorkflowFilesWrite.as_str())

};

Some(Decision::deny(

"token:workflows",

format!("This access token cannot change the workflow file {path}: {why}."),

))

}

/// The workflow job a token was made for.

835

#[derive(Clone, Debug, Default, PartialEq, Eq, Serialize, Deserialize)]

836

pub struct JobToken {

837

/// The run, `run_…`.

838

pub run_id: String,

839

/// The job, `job_…`.

840

pub job_id: String,

841

/// Whether it may open pull requests and approve them, by its

842

/// repository's and workspace's choice ("Allow g1t Actions to create and

843

/// approve pull requests"). Off unless chosen.

844

#[serde(default)]

845

pub pull_requests: bool,

}

impl TokenAccess {

/// Full access to everything: the access tokens made before scopes had.

850

pub fn full() -> Self {

851

TokenAccess::default()

852

}

853

854

/// Whether it may reach the repository `owner/name`: every token but a

855

/// workflow job's, which reaches its own repository only.

856

pub fn reaches(&self, repo: &str) -> bool {

857

self.repo.as_deref().is_none_or(|only| only.eq_ignore_ascii_case(repo))

858

}

859

860

pub fn is_full(&self) -> bool {

861

self.scopes.is_none()

862

}

863

864

/// The scopes it holds, or `None` for full access.

865

pub fn granted(&self) -> Option<Vec<Scope>> {

866

self.scopes

867

.as_ref()

868

.map(|scopes| scopes.iter().filter_map(|scope| Scope::parse(scope)).collect())

869

}

870

871

pub fn allows(&self, needed: Scope) -> bool {

872

match self.granted() {

873

None => true,

874

Some(granted) => granted.iter().any(|held| held.includes(needed)),

}

}

/// Whether it reaches the repository with this id in `namespace` for

879

/// more than reading a public one: every token but a narrowed one

880

/// outside its workspace or repository selection. Its owner's role

881

/// still decides; see [`crate::access`].

882

pub fn covers_repo(&self, repo_id: &str, namespace: &str) -> bool {

883

self.reach.as_ref().is_none_or(|reach| reach.covers(repo_id, namespace))

}

}

/// Every operation of the API and MCP server, with the scope it needs. An

888

/// operation in [`NO_SCOPE`] needs none. The API checks that every one of

889

/// its operations is in exactly one of the two.

890

pub const OPERATIONS: &[(&str, Scope)] = &[

891

// Your account.

892

("list_emails", Scope::AccountRead),

893

("add_email", Scope::AccountWrite),

894

("confirm_email", Scope::AccountWrite),

895

("remove_email", Scope::AccountWrite),

896

("update_email_settings", Scope::AccountWrite),

897

("list_invites", Scope::AccountRead),

898

("create_invite", Scope::AccountWrite),

899

("revoke_invite", Scope::AccountWrite),

900

("list_invitations", Scope::AccountRead),

901

("accept_invitation", Scope::AccountWrite),

902

("decline_invitation", Scope::AccountWrite),

903

("list_my_repo_invitations", Scope::AccountRead),

904

("accept_repo_invitation", Scope::AccountWrite),

905

("decline_repo_invitation", Scope::AccountWrite),

906

// Your pinned projects: a preference of your account.

907

("list_pinned_projects", Scope::AccountRead),

908

("pin_project", Scope::AccountWrite),

909

// Your stars: a preference of your account.

910

("list_starred", Scope::AccountRead),

911

("check_starred", Scope::AccountRead),

912

("star_repo", Scope::AccountWrite),

913

("unstar_repo", Scope::AccountWrite),

914

("unpin_project", Scope::AccountWrite),

915

("reorder_pinned_projects", Scope::AccountWrite),

916

// Your inbox: notifications, subscriptions and watching.

917

("list_notifications", Scope::NotificationsRead),

918

("get_notification_thread", Scope::NotificationsRead),

919

("get_thread_subscription", Scope::NotificationsRead),

920

("get_repo_subscription", Scope::NotificationsRead),

921

("list_watched_repos", Scope::NotificationsRead),

922

("mark_notifications_read", Scope::NotificationsWrite),

923

("mark_thread_read", Scope::NotificationsWrite),

924

("mark_thread_done", Scope::NotificationsWrite),

925

("save_thread", Scope::NotificationsWrite),

926

("snooze_thread", Scope::NotificationsWrite),

927

("set_thread_subscription", Scope::NotificationsWrite),

928

("delete_thread_subscription", Scope::NotificationsWrite),

929

("set_repo_subscription", Scope::NotificationsWrite),

930

("delete_repo_subscription", Scope::NotificationsWrite),

931

// Workspaces, their invites and integrations.

932

("create_workspace", Scope::WorkspaceAdmin),

933

("delete_workspace", Scope::WorkspaceAdmin),

934

("get_workspace", Scope::WorkspaceRead),

935

("update_workspace", Scope::WorkspaceAdmin),

936

// Its members, and who owns it.

937

("list_members", Scope::WorkspaceRead),

938

("update_member", Scope::WorkspaceAdmin),

939

("remove_member", Scope::WorkspaceAdmin),

940

("transfer_ownership", Scope::WorkspaceAdmin),

941

("leave_workspace", Scope::AccountWrite),

942

("list_workspace_invites", Scope::WorkspaceRead),

943

("invite_member", Scope::WorkspaceAdmin),

944

("revoke_workspace_invite", Scope::WorkspaceAdmin),

945

("list_integrations", Scope::WorkspaceRead),

946

("connect_integration", Scope::WorkspaceAdmin),

947

("update_integration", Scope::WorkspaceAdmin),

948

("disconnect_integration", Scope::WorkspaceAdmin),

949

("test_integration", Scope::WorkspaceAdmin),

950

("get_model_routes", Scope::WorkspaceRead),

951

("set_model_routes", Scope::WorkspaceAdmin),

952

// Customize: the marketplaces a workspace reads, the plugins it installs

953

// and the connectors it signs in. Members see them, owners change them,

954

// and a job's agent token reads the bundle its Claude Code loads.

955

("list_marketplaces", Scope::WorkspaceRead),

956

("add_marketplace", Scope::WorkspaceAdmin),

957

("remove_marketplace", Scope::WorkspaceAdmin),

958

("refresh_marketplace", Scope::WorkspaceAdmin),

959

("discover", Scope::WorkspaceRead),

960

("list_plugins", Scope::WorkspaceRead),

961

("get_plugin", Scope::WorkspaceRead),

962

("install_plugin", Scope::WorkspaceAdmin),

963

("set_plugin_enabled", Scope::WorkspaceAdmin),

964

("uninstall_plugin", Scope::WorkspaceAdmin),

965

("update_plugin", Scope::WorkspaceAdmin),

966

("list_plugin_agents", Scope::WorkspaceRead),

967

("list_connectors", Scope::WorkspaceRead),

968

("get_connector", Scope::WorkspaceRead),

969

("add_connector", Scope::WorkspaceAdmin),

970

("set_connector_key", Scope::WorkspaceAdmin),

971

("remove_connector", Scope::WorkspaceAdmin),

972

("refresh_connector", Scope::WorkspaceAdmin),

973

("grant_connector", Scope::WorkspaceAdmin),

974

("revoke_connector", Scope::WorkspaceAdmin),

975

("customize_bundle", Scope::AgentsRun),

976

// Teams: reading them, and managing them. A team's role on a

977

// repository is who has access.

978

("list_teams", Scope::WorkspaceRead),

979

("get_team", Scope::WorkspaceRead),

980

("list_team_members", Scope::WorkspaceRead),

981

("list_child_teams", Scope::WorkspaceRead),

982

("list_team_repos", Scope::WorkspaceRead),

983

("list_user_teams", Scope::WorkspaceRead),

984

("create_team", Scope::WorkspaceAdmin),

985

("list_workspace_rulesets", Scope::WorkspaceRead),

986

("get_workspace_ruleset", Scope::WorkspaceRead),

987

("list_workspace_rule_evaluations", Scope::WorkspaceRead),

988

("create_workspace_ruleset", Scope::WorkspaceAdmin),

989

("update_workspace_ruleset", Scope::WorkspaceAdmin),

990

("delete_workspace_ruleset", Scope::WorkspaceAdmin),

991

("update_team", Scope::WorkspaceAdmin),

992

("delete_team", Scope::WorkspaceAdmin),

993

("set_team_member", Scope::WorkspaceAdmin),

994

("remove_team_member", Scope::WorkspaceAdmin),

995

("set_team_review_assignment", Scope::WorkspaceAdmin),

996

// A workspace's billing: usage, budget, AI credit and invoices.

997

("get_usage", Scope::BillingRead),

998

("get_budget", Scope::BillingRead),

999

("get_ai_credit", Scope::BillingRead),

1000

("list_invoices", Scope::BillingRead),

1001

("get_billing_details", Scope::BillingRead),

1002

("set_budget", Scope::BillingWrite),

1003

("buy_ai_credit", Scope::BillingWrite),

1004

// Repositories.

1005

("list_repos", Scope::RepoRead),

1006

("get_repo", Scope::RepoRead),

1007

// A repository's files, as clone and fetch need.

1008

("download_tarball_archive", Scope::CodeRead),

1009

("download_zipball_archive", Scope::CodeRead),

1010

// Projects follow their repositories.

1011

("list_projects", Scope::RepoRead),

1012

("get_project", Scope::RepoRead),

1013

("search", Scope::RepoRead),

1014

("list_events", Scope::RepoRead),

1015

// What the default branch says about a repository, who starred it, and

1016

// its releases.

1017

("get_languages", Scope::RepoRead),

1018

("list_contributors", Scope::RepoRead),

1019

("get_license", Scope::RepoRead),

1020

("list_stargazers", Scope::RepoRead),

1021

("list_releases", Scope::RepoRead),

1022

("get_latest_release", Scope::RepoRead),

1023

("get_release_by_tag", Scope::RepoRead),

1024

("get_release", Scope::RepoRead),

1025

("create_release", Scope::RepoWrite),

1026

("update_release", Scope::RepoWrite),

1027

("delete_release", Scope::RepoWrite),

1028

("list_labels", Scope::RepoRead),

1029

("list_milestones", Scope::RepoRead),

1030

("get_milestone", Scope::RepoRead),

1031

("create_label", Scope::IssuesWrite),

1032

("update_label", Scope::IssuesWrite),

1033

("delete_label", Scope::IssuesWrite),

1034

("add_default_labels", Scope::IssuesWrite),

1035

("create_milestone", Scope::IssuesWrite),

1036

("update_milestone", Scope::IssuesWrite),

1037

("delete_milestone", Scope::IssuesWrite),

1038

("get_repo_settings", Scope::RepoRead),

1039

("list_check_names", Scope::RepoRead),

1040

("list_deleted_repos", Scope::RepoRead),

1041

("list_security_alerts", Scope::RepoRead),

1042

("get_codeowners_errors", Scope::RepoRead),

1043

("create_repo", Scope::RepoWrite),

1044

("update_repo", Scope::RepoWrite),

1045

("update_project", Scope::RepoWrite),

1046

("update_repo_settings", Scope::RepoWrite),

1047

// Rulesets: reading them is reading the repository; changing them

1048

// changes what everyone, agents included, may do, so it is admin.

1049

("list_repo_rulesets", Scope::RepoRead),

1050

("get_repo_ruleset", Scope::RepoRead),

1051

("get_branch_rules", Scope::RepoRead),

1052

("list_rule_evaluations", Scope::RepoRead),

1053

("create_repo_ruleset", Scope::RepoAdmin),

1054

("update_repo_ruleset", Scope::RepoAdmin),

1055

("delete_repo_ruleset", Scope::RepoAdmin),

1056

("rename_branch", Scope::RepoWrite),

1057

("create_branch", Scope::RepoWrite),

1058

("delete_branch", Scope::RepoWrite),

1059

("rename_repo", Scope::RepoAdmin),

1060

("transfer_repo", Scope::RepoAdmin),

1061

("archive_repo", Scope::RepoAdmin),

1062

("unarchive_repo", Scope::RepoAdmin),

1063

("set_repo_visibility", Scope::RepoAdmin),

1064

("delete_repo", Scope::RepoAdmin),

1065

("restore_repo", Scope::RepoAdmin),

1066

("purge_repo", Scope::RepoAdmin),

1067

// A dismissed secret is let through push protection.

1068

("dismiss_security_alert", Scope::RepoAdmin),

1069

("reopen_security_alert", Scope::RepoAdmin),

1070

// The security suite: alerts, push protection, patterns, code

1071

// scanning, the supply chain and settings.

1072

("list_secret_scanning_alerts", Scope::SecurityRead),

1073

("get_secret_scanning_alert", Scope::SecurityRead),

1074

("list_secret_scanning_locations", Scope::SecurityRead),

1075

("list_bypass_requests", Scope::SecurityRead),

1076

("list_custom_patterns", Scope::SecurityRead),

1077

("list_code_scanning_alerts", Scope::SecurityRead),

1078

("get_code_scanning_alert", Scope::SecurityRead),

1079

("list_code_scanning_analyses", Scope::SecurityRead),

1080

("get_sarif_upload", Scope::SecurityRead),

1081

("list_vulnerability_alerts", Scope::SecurityRead),

1082

("get_vulnerability_alert", Scope::SecurityRead),

1083

("get_dependency_graph", Scope::SecurityRead),

1084

("get_sbom", Scope::SecurityRead),

1085

("compare_dependencies", Scope::SecurityRead),

1086

("get_security_settings", Scope::SecurityRead),

1087

("get_workspace_security_settings", Scope::SecurityRead),

1088

("get_security_overview", Scope::SecurityRead),

1089

("list_security_advisories", Scope::SecurityRead),

1090

("get_security_advisory", Scope::SecurityRead),

1091

("list_vulnerability_reports", Scope::SecurityRead),

1092

("update_secret_scanning_alert", Scope::SecurityWrite),

1093

("bypass_push_protection", Scope::SecurityWrite),

1094

("check_secret_validity", Scope::SecurityWrite),

1095

("review_bypass_request", Scope::SecurityWrite),

1096

("create_custom_pattern", Scope::SecurityWrite),

1097

("update_custom_pattern", Scope::SecurityWrite),

1098

("delete_custom_pattern", Scope::SecurityWrite),

1099

("dry_run_custom_pattern", Scope::SecurityWrite),

1100

("update_code_scanning_alert", Scope::SecurityWrite),

1101

("upload_sarif", Scope::SecurityWrite),

1102

("update_vulnerability_alert", Scope::SecurityWrite),

1103

("fix_security_alert", Scope::SecurityWrite),

1104

("update_security_settings", Scope::SecurityWrite),

1105

("update_workspace_security_settings", Scope::SecurityWrite),

1106

("create_security_advisory", Scope::SecurityWrite),

1107

("update_security_advisory", Scope::SecurityWrite),

1108

("set_security_advisory_state", Scope::SecurityWrite),

1109

("report_vulnerability", Scope::SecurityWrite),

1110

("review_vulnerability_report", Scope::SecurityWrite),

1111

// Issues and plans.

1112

("list_issues", Scope::IssuesRead),

1113

("get_issue", Scope::IssuesRead),

1114

("get_plan", Scope::IssuesRead),

1115

("create_issue", Scope::IssuesWrite),

1116

("update_issue", Scope::IssuesWrite),

1117

("list_issue_labels", Scope::IssuesRead),

1118

("add_issue_labels", Scope::IssuesWrite),

1119

("set_issue_labels", Scope::IssuesWrite),

1120

("remove_issue_labels", Scope::IssuesWrite),

1121

("close_issue", Scope::IssuesWrite),

1122

("reopen_issue", Scope::IssuesWrite),

1123

("add_comment", Scope::IssuesWrite),

1124

("edit_comment", Scope::IssuesWrite),

1125

("delete_comment", Scope::IssuesWrite),

1126

("import_issue", Scope::IssuesWrite),

1127

("apply_plan", Scope::IssuesWrite),

1128

// Pull requests.

1129

("list_pull_requests", Scope::PullRequestsRead),

1130

("get_pull_request", Scope::PullRequestsRead),

1131

("get_pull_request_changes", Scope::PullRequestsRead),

1132

("read_session", Scope::PullRequestsRead),

1133

("get_merge_queue", Scope::PullRequestsRead),

1134

("create_pull_request", Scope::PullRequestsWrite),

1135

("update_pull_request", Scope::PullRequestsWrite),

1136

("record_session", Scope::PullRequestsWrite),

1137

("mark_pull_request_ready", Scope::PullRequestsWrite),

1138

("close_pull_request", Scope::PullRequestsWrite),

1139

("reopen_pull_request", Scope::PullRequestsWrite),

1140

("convert_pull_request_to_draft", Scope::PullRequestsWrite),

1141

("review_pull_request", Scope::PullRequestsWrite),

1142

("merge_pull_request", Scope::PullRequestsWrite),

1143

("request_reviewers", Scope::PullRequestsWrite),

1144

("remove_requested_reviewers", Scope::PullRequestsWrite),

1145

// g1t's agents.

1146

("assign_issue", Scope::AgentsRun),

1147

("delegate", Scope::AgentsRun),

1148

("plan_work", Scope::AgentsRun),

1149

("message_agent", Scope::AgentsRun),

1150

("answer_message", Scope::AgentsRun),

1151

// A workspace agent's own computer: waking it spends the workspace's

1152

// money, so the same scope covers reading and managing it.

1153

("get_agent_computer", Scope::AgentsRun),

1154

("wake_agent_computer", Scope::AgentsRun),

1155

("sleep_agent_computer", Scope::AgentsRun),

1156

("reset_agent_computer", Scope::AgentsRun),

1157

("list_agent_computer_commands", Scope::AgentsRun),

1158

("take_messages", Scope::AgentsRun),

1159

// Workflows.

1160

("list_workflows", Scope::WorkflowsRead),

1161

("list_workflow_runs", Scope::WorkflowsRead),

1162

("get_workflow_run", Scope::WorkflowsRead),

1163

("get_job_logs", Scope::WorkflowsRead),

1164

("dispatch_workflow", Scope::WorkflowsWrite),

1165

("cancel_workflow_run", Scope::WorkflowsWrite),

1166

("rerun_workflow_run", Scope::WorkflowsWrite),

1167

("update_workflow", Scope::WorkflowsWrite),

1168

("list_artifacts", Scope::WorkflowsRead),

1169

("list_workflow_run_artifacts", Scope::WorkflowsRead),

1170

("get_artifact", Scope::WorkflowsRead),

1171

("download_artifact", Scope::WorkflowsRead),

1172

("get_artifact_retention", Scope::WorkflowsRead),

1173

("delete_artifact", Scope::WorkflowsWrite),

1174

("set_artifact_retention", Scope::WorkflowsWrite),

1175

// Checks: statuses, check runs and check suites on commits.

1176

("list_commit_statuses", Scope::ChecksRead),

1177

("get_combined_status", Scope::ChecksRead),

1178

("list_check_runs_for_ref", Scope::ChecksRead),

1179

("get_check_run", Scope::ChecksRead),

1180

("list_check_run_annotations", Scope::ChecksRead),

1181

("list_check_suites_for_ref", Scope::ChecksRead),

1182

("get_check_suite", Scope::ChecksRead),

1183

("create_commit_status", Scope::ChecksWrite),

1184

("create_check_run", Scope::ChecksWrite),

1185

("update_check_run", Scope::ChecksWrite),

1186

("rerequest_check_run", Scope::ChecksWrite),

1187

("rerequest_check_suite", Scope::ChecksWrite),

1188

// Deployments, wherever they run: reading them, and reporting them.

1189

("list_deployments", Scope::DeploymentsRead),

1190

("get_deployment", Scope::DeploymentsRead),

1191

("list_deployment_statuses", Scope::DeploymentsRead),

1192

("list_environments", Scope::DeploymentsRead),

1193

("get_environment", Scope::DeploymentsRead),

1194

("create_deployment", Scope::DeploymentsWrite),

1195

("create_deployment_status", Scope::DeploymentsWrite),

1196

("start_deployment_build", Scope::DeploymentsWrite),

1197

// Observability: what a project's software did, and how it is collected.

1198

("get_observability_overview", Scope::ObservabilityRead),

1199

("list_requests", Scope::ObservabilityRead),

1200

("get_request", Scope::ObservabilityRead),

1201

("list_logs", Scope::ObservabilityRead),

1202

("list_traces", Scope::ObservabilityRead),

1203

("get_trace", Scope::ObservabilityRead),

1204

("list_errors", Scope::ObservabilityRead),

1205

("list_metrics", Scope::ObservabilityRead),

1206

("get_metric", Scope::ObservabilityRead),

1207

("get_observability_settings", Scope::ObservabilityRead),

1208

("list_ingest_tokens", Scope::ObservabilityRead),

1209

("list_telemetry_exports", Scope::ObservabilityRead),

1210

("get_observability_usage", Scope::ObservabilityRead),

1211

("update_error", Scope::ObservabilityWrite),

1212

("update_observability_settings", Scope::ObservabilityWrite),

1213

("create_ingest_token", Scope::ObservabilityWrite),

1214

("delete_ingest_token", Scope::ObservabilityWrite),

1215

("create_telemetry_export", Scope::ObservabilityWrite),

1216

("update_telemetry_export", Scope::ObservabilityWrite),

1217

("delete_telemetry_export", Scope::ObservabilityWrite),

1218

// What keeps runs safe: the runs environments hold and reviewing them,

1219

// approving a pull request's run, and a repository's own rules for

1220

// its environments and tokens, which are an admin's.

1221

("get_pending_deployments", Scope::WorkflowsRead),

1222

("review_pending_deployments", Scope::WorkflowsWrite),

1223

("approve_workflow_run", Scope::WorkflowsWrite),

1224

("get_workflow_permissions", Scope::RepoRead),

1225

("get_fork_pr_approval", Scope::RepoRead),

1226

("get_actions_access", Scope::RepoRead),

1227

("update_environment", Scope::RepoAdmin),

1228

("delete_environment", Scope::RepoAdmin),

1229

("set_workflow_permissions", Scope::RepoAdmin),

1230

("set_fork_pr_approval", Scope::RepoAdmin),

1231

("set_actions_access", Scope::RepoAdmin),

1232

// Starting workflows from outside, as a push would.

1233

("create_repository_dispatch", Scope::CodeWrite),

1234

// A workspace's policy for its repositories' tokens.

1235

("get_workspace_workflow_permissions", Scope::WorkspaceRead),

1236

("set_workspace_workflow_permissions", Scope::WorkspaceAdmin),

1237

// The workflows a workspace runs in its repositories: its owners'.

1238

("list_workspace_managed_workflows", Scope::WorkspaceRead),

1239

("create_workspace_managed_workflow", Scope::WorkspaceAdmin),

1240

("update_workspace_managed_workflow", Scope::WorkspaceAdmin),

1241

("delete_workspace_managed_workflow", Scope::WorkspaceAdmin),

1242

// A workspace's rules for personal access tokens, and the members'

1243

// tokens that reach it: who has access.

1244

("get_token_policy", Scope::WorkspaceRead),

1245

("set_token_policy", Scope::WorkspaceAdmin),

1246

("list_member_tokens", Scope::AccessRead),

1247

("list_token_requests", Scope::AccessRead),

1248

("review_token_request", Scope::AccessAdmin),

1249

("revoke_member_token", Scope::AccessAdmin),

1250

// Memory and the context hub.

1251

("recall", Scope::MemoryRead),

1252

("search_context", Scope::MemoryRead),

1253

("get_entity", Scope::MemoryRead),

1254

("get_context", Scope::MemoryRead),

1255

("remember", Scope::MemoryWrite),

1256

// Who has access.

1257

("list_collaborators", Scope::AccessRead),

1258

("get_collaborator_permission", Scope::AccessRead),

1259

("list_repo_invitations", Scope::AccessRead),

1260

("list_outside_collaborators", Scope::AccessRead),

1261

("add_collaborator", Scope::AccessAdmin),

1262

("update_collaborator", Scope::AccessAdmin),

1263

("remove_collaborator", Scope::AccessAdmin),

1264

("revoke_repo_invitation", Scope::AccessAdmin),

1265

("set_base_permission", Scope::AccessAdmin),

1266

("set_team_repo", Scope::AccessAdmin),

1267

("remove_team_repo", Scope::AccessAdmin),

1268

// Deploy keys: each lets a machine reach one repository, so they

1269

// are part of who has access.

1270

("list_deploy_keys", Scope::AccessRead),

1271

("get_deploy_key", Scope::AccessRead),

1272

("create_deploy_key", Scope::AccessAdmin),

1273

("delete_deploy_key", Scope::AccessAdmin),

1274

// Webhooks.

1275

("list_webhooks", Scope::WebhooksRead),

1276

("list_webhook_deliveries", Scope::WebhooksRead),

1277

("create_webhook", Scope::WebhooksAdmin),

1278

("update_webhook", Scope::WebhooksAdmin),

1279

("delete_webhook", Scope::WebhooksAdmin),

1280

("ping_webhook", Scope::WebhooksAdmin),

1281

("redeliver_webhook", Scope::WebhooksAdmin),

1282

// Secrets and variables.

1283

("list_actions_secrets", Scope::SecretsRead),

1284

("list_actions_variables", Scope::SecretsRead),

1285

("set_actions_secret", Scope::SecretsAdmin),

1286

("delete_actions_secret", Scope::SecretsAdmin),

1287

("set_actions_variable", Scope::SecretsAdmin),

1288

("delete_actions_variable", Scope::SecretsAdmin),

1289

// Self-hosted runners.

1290

("list_runners", Scope::RunnersRead),

1291

("list_runner_groups", Scope::RunnersRead),

1292

("get_runner_settings", Scope::RunnersRead),

1293

("create_runner_registration_token", Scope::RunnersAdmin),

1294

("remove_runner", Scope::RunnersAdmin),

1295

("create_runner_group", Scope::RunnersAdmin),

1296

("update_runner_group", Scope::RunnersAdmin),

1297

("delete_runner_group", Scope::RunnersAdmin),

1298

("update_runner_settings", Scope::RunnersAdmin),

1299

// Packages: reading them, their versions and who may use them needs

1300

// `packages:read`; changing their settings, access and Manage Actions

1301

// access `packages:write` (and the Admin role on the package, which the

1302

// packages service checks); deleting and restoring packages and

1303

// versions `packages:delete`, as the registries' own deletes do.

1304

("list_packages", Scope::PackagesRead),

1305

("get_package", Scope::PackagesRead),

1306

("list_package_versions", Scope::PackagesRead),

1307

("get_package_version", Scope::PackagesRead),

1308

("list_package_access", Scope::PackagesRead),

1309

("list_package_actions_access", Scope::PackagesRead),

1310

("update_package", Scope::PackagesWrite),

1311

("link_package", Scope::PackagesWrite),

1312

("unlink_package", Scope::PackagesWrite),

1313

("set_package_access", Scope::PackagesWrite),

1314

("remove_package_access", Scope::PackagesWrite),

1315

("set_package_actions_access", Scope::PackagesWrite),

1316

("remove_package_actions_access", Scope::PackagesWrite),

1317

("delete_package", Scope::PackagesDelete),

1318

("restore_package", Scope::PackagesDelete),

1319

("delete_package_version", Scope::PackagesDelete),

1320

("restore_package_version", Scope::PackagesDelete),

1321

// The AI Gateway. Sending a request to a model needs `models:write`,

1322

// checked by the model proxy at models.g1t.sh, not here.

1323

("list_gateway_requests", Scope::ModelsRead),

1324

// Artifacts mode's docs, slides, designs and dashboards (the `artifact`

1325

// MCP tool). Reading takes artifacts:read, making and changing them

1326

// artifacts:write, and sharing them or deleting them for good

1327

// artifacts:admin. The artifacts service then checks the person's own role

1328

// on each one.

1329

("list_workspace_artifacts", Scope::ArtifactsRead),

1330

("search_workspace_artifacts", Scope::ArtifactsRead),

1331

("get_workspace_artifact", Scope::ArtifactsRead),

1332

("get_workspace_artifact_content", Scope::ArtifactsRead),

1333

("list_workspace_artifact_versions", Scope::ArtifactsRead),

1334

("get_workspace_artifact_access", Scope::ArtifactsRead),

1335

("list_workspace_artifact_templates", Scope::ArtifactsRead),

1336

("list_workspace_artifact_spaces", Scope::ArtifactsRead),

1337

("query_workspace_dataset", Scope::ArtifactsRead),

1338

("create_workspace_artifact", Scope::ArtifactsWrite),

1339

("update_workspace_artifact", Scope::ArtifactsWrite),

1340

("edit_workspace_artifact", Scope::ArtifactsWrite),

1341

("trash_workspace_artifact", Scope::ArtifactsWrite),

1342

("restore_workspace_artifact", Scope::ArtifactsWrite),

1343

("restore_workspace_artifact_version", Scope::ArtifactsWrite),

1344

("set_workspace_artifact_access", Scope::ArtifactsAdmin),

1345

("purge_workspace_artifact", Scope::ArtifactsAdmin),

1346

];

1347

1348

/// Operations any token may use: saying who it is.

1349

pub const NO_SCOPE: &[&str] = &["whoami"];

1350

1351

/// The scope `operation` needs. `None` for one in [`NO_SCOPE`]; an

1352

/// operation in neither list needs full access.

1353

pub fn scope_for(operation: &str) -> Option<Scope> {

1354

OPERATIONS

1355

.iter()

1356

.find(|(name, _)| *name == operation)

1357

.map(|(_, scope)| *scope)

1358

}

1359

1360

/// What a token needs for `operation` with this input beyond its own

1361

/// scope: starting agents from an operation that can, and making a

1362

/// repository public or private.

1363

pub fn extra_scopes(operation: &str, input: &serde_json::Value) -> Vec<Scope> {

1364

let mut extra = Vec::new();

1365

let assigns = input["assign"].as_bool() == Some(true)

1366

|| input["agent"].as_bool() == Some(true)

1367

|| input["assign_agent"].as_bool() == Some(true);

1368

if assigns && matches!(operation, "apply_plan" | "import_issue" | "create_issue") {

1369

extra.push(Scope::AgentsRun);

1370

}

1371

// Fixing an alert opens an issue and puts g1t on it.

1372

if operation == "fix_security_alert" {

1373

extra.extend([Scope::IssuesWrite, Scope::AgentsRun]);

1374

}

1375

// Opening the issue an agent is put on.

1376

if operation == "delegate" {

1377

extra.push(Scope::IssuesWrite);

1378

}

1379

// A workspace's base permission is who has access.

1380

if operation == "update_workspace" && input.get("base_permission").is_some_and(|v| !v.is_null()) {

1381

extra.push(Scope::AccessAdmin);

1382

}

1383

// Asking a g1t Actions job or run to run again reruns its workflow.

1384

if matches!(operation, "rerequest_check_run" | "rerequest_check_suite")

1385

&& input["id"].as_str().is_some_and(|id| id.starts_with("job_") || id.starts_with("run_"))

1386

{

1387

extra.push(Scope::WorkflowsWrite);

1388

}

1389

if operation == "update_repo" && (input.get("private").is_some_and(|v| !v.is_null()) || input.get("default_branch").is_some_and(|v| !v.is_null())) {

1390

extra.push(Scope::RepoAdmin);

}

extra

}

/// The scopes a call needs, its own first.

1396

pub fn needed(operation: &str, input: &serde_json::Value) -> Vec<Scope> {

1397

scope_for(operation)

1398

.into_iter()

1399

.chain(extra_scopes(operation, input))

.collect()

}

/// Whether `access` may use `operation` with `input`. The person's (or

1404

/// workspace's) role is checked after this, by the service that owns what

1405

/// was asked about.

1406

pub fn decide(access: &TokenAccess, operation: &str, input: &serde_json::Value) -> Decision {

1407

let rule = if access.legacy { "token:legacy" } else { "token:scope" };

1408

// A workflow job may open or approve pull requests only where its

1409

// repository and workspace let it, as on GitHub.

1410

if let Some(job) = &access.job

1411

&& !job.pull_requests

1412

&& (operation == "create_pull_request" || (operation == "review_pull_request" && input["verdict"].as_str() == Some("approve")))

1413

{

1414

return Decision::deny(

1415

"token:pull-requests",

1416

"A workflow job cannot open or approve pull requests here: an admin can allow it under Settings, Actions.",

1417

);

1418

}

1419

if let Some(only) = access.repo.as_deref()

1420

&& !NO_SCOPE.contains(&operation)

1421

{

1422

match input["repo"].as_str() {

1423

Some(repo) if access.reaches(repo) => {}

1424

Some(repo) => {

1425

return Decision::deny("token:repository", format!("This token is a workflow job's in {only}: it cannot reach {repo}."));

1426

}

1427

None => {

1428

return Decision::deny("token:repository", format!("This token is a workflow job's: it reaches only {only}, and {operation} is not about one repository."));

}

}

}

// A token made for one workspace (or none) only reads outside it:

1433

// public repositories, as anyone may. Inside it, its repository

1434

// selection is checked with its owner's role (`access::granted`).

1435

if let Some(reach) = &access.reach

1436

&& let Some(repo) = input["repo"].as_str()

1437

&& !NO_SCOPE.contains(&operation)

1438

{

1439

let namespace = repo.split('/').next().unwrap_or_default();

1440

let changes = needed(operation, input).iter().any(|scope| scope.level() != Level::Read);

1441

if changes && !reach.owned_by(namespace) {

1442

let made_for = reach.workspace.as_deref().map_or_else(|| "your account only".to_owned(), |workspace| format!("the workspace {workspace}"));

1443

return Decision::deny(

1444

"token:resource-owner",

1445

format!("This access token is made for {made_for}: elsewhere it can only read public repositories, and {repo} is not in its reach."),

);

}

}

if access.scopes.is_some() {

1450

let known = NO_SCOPE.contains(&operation) || scope_for(operation).is_some();

1451

if !known {

1452

return Decision::deny("token:scope", format!("This access token cannot use {operation}: it needs full access."));

1453

}

1454

if let Some(missing) = needed(operation, input).into_iter().find(|scope| !access.allows(*scope)) {

1455

return Decision::deny(

1456

"token:scope",

1457

format!("This access token needs the {} scope to use {operation}.", missing.as_str()),

);

}

}

Decision::allow(rule)

1462

}

1463

1464

/// Whether a token may use the repository `owner/name` at all: a refusal

1465

/// for a workflow job's token or a deploy key in another repository,

1466

/// else `None`. Git and

1467

/// the package registries ask this before [`decide_git`] and

1468

/// [`decide_packages`].

1469

pub fn decide_repo(access: &TokenAccess, repo: &str) -> Option<Decision> {

1470

let only = access.repo.as_deref()?;

1471

let why = if access.deploy_key.is_some() {

1472

format!("This deploy key is for {only}: it cannot reach {repo}.")

1473

} else {

1474

format!("This token is a workflow job's in {only}: it cannot reach {repo}.")

1475

};

1476

(!access.reaches(repo)).then(|| Decision::deny("token:repository", why))

1477

}

1478

1479

/// Whether a token may clone or fetch (`write` false), or push to (`write`

1480

/// true), a repository with git. `public` is whether anyone may read it,

1481

/// which needs no scope.

1482

pub fn decide_git(access: &TokenAccess, write: bool, public: bool) -> Decision {

1483

let needed = if write { Scope::CodeWrite } else { Scope::CodeRead };

1484

if !access.allows(needed) && (write || !public) {

1485

if access.deploy_key.is_some() {

1486

return Decision::deny(

1487

"token:scope",

1488

"This deploy key is read-only. An admin of the repository can add it again with write access to push with it.",

1489

);

1490

}

1491

return Decision::deny(

1492

"token:scope",

1493

format!("This access token needs the {} scope to {} with git.", needed.as_str(), if write { "push" } else { "clone or fetch a private repository" }),

1494

);

1495

}

1496

Decision::allow(if access.legacy { "token:legacy" } else { "token:scope" })

1497

}

1498

1499

/// Whether a token may pull (`Level::Read`), push or publish

1500

/// (`Level::Write`), or delete (`Level::Delete`) packages. `public` is

1501

/// whether anyone may pull the package, which needs no scope.

1502

pub fn decide_packages(access: &TokenAccess, level: Level, public: bool) -> Decision {

1503

let (needed, doing) = match level {

1504

Level::Read => (Scope::PackagesRead, "pull a private package"),

1505

Level::Delete | Level::Admin => (Scope::PackagesDelete, "delete packages"),

1506

Level::Write | Level::Run => (Scope::PackagesWrite, "push or publish packages"),

1507

};

1508

if !access.allows(needed) && !(level == Level::Read && public) {

1509

return Decision::deny(

1510

"token:scope",

1511

format!("This access token needs the {} scope to {doing}.", needed.as_str()),

1512

);

1513

}

1514

Decision::allow(if access.legacy { "token:legacy" } else { "token:scope" })

}

#[cfg(test)]

mod tests {

use super::*;

use serde_json::json;

1521

1522

fn token(scopes: &[Scope]) -> TokenAccess {

1523

TokenAccess {

1524

token_id: "tok_1".to_owned(),

1525

scopes: Some(scopes.iter().map(|scope| scope.as_str().to_owned()).collect()),

1526

legacy: false,

1527

name: None,

1528

..TokenAccess::default()

}

}

#[test]

fn every_scope_reads_back_and_belongs_to_a_resource() {

1534

for scope in Scope::ALL {

1535

assert_eq!(Scope::parse(scope.as_str()), Some(scope));

1536

assert!(scope.as_str().starts_with(scope.resource().as_str()));

1537

assert!(scope.includes(scope));

1538

}

1539

assert_eq!(Scope::parse(" Issues:Write "), Some(Scope::IssuesWrite));

1540

assert_eq!(Scope::parse("issues"), None);

}

#[test]

fn a_higher_level_includes_the_lower_ones_of_its_resource_only() {

1545

assert!(Scope::RepoAdmin.includes(Scope::RepoRead));

1546

assert!(Scope::RepoAdmin.includes(Scope::RepoWrite));

1547

assert!(Scope::IssuesWrite.includes(Scope::IssuesRead));

1548

assert!(!Scope::IssuesRead.includes(Scope::IssuesWrite));

1549

assert!(!Scope::RepoAdmin.includes(Scope::CodeWrite));

1550

assert!(!Scope::PullRequestsWrite.includes(Scope::IssuesWrite));

}

#[test]

fn operations_are_listed_once_and_never_also_free() {

1555

let mut seen = std::collections::HashSet::new();

1556

for (name, _) in OPERATIONS {

1557

assert!(seen.insert(*name), "{name} twice");

1558

assert!(!NO_SCOPE.contains(name), "{name}");

}

}

#[test]

fn scopes_are_parsed_from_oauth_text_leaving_out_unknown_ones() {

1564

assert_eq!(

1565

parse_scopes("issues:write repo:read,bogus:thing issues:write"),

1566

vec![Scope::RepoRead, Scope::IssuesWrite]

1567

);

1568

assert_eq!(scopes_text(&[Scope::RepoRead, Scope::IssuesWrite]), "repo:read issues:write");

}

#[test]

fn the_oauth_default_is_the_agent_preset_and_never_admin() {

1573

let scopes = oauth_default();

1574

assert!(scopes.contains(&Scope::IssuesWrite));

1575

assert!(scopes.contains(&Scope::PullRequestsWrite));

1576

assert!(scopes.contains(&Scope::AgentsRun));

1577

assert!(scopes.iter().all(|scope| !scope.dangerous()), "{scopes:?}");

1578

for read in Scope::ALL.into_iter().filter(|scope| scope.level() == Level::Read && scope.offered()) {

1579

// Every read offered but the machines work runs on, and chat.

1580

assert_eq!(scopes.contains(&read), read != Scope::RunnersRead && read != Scope::ChatRead, "{read:?}");

1581

}

1582

assert!(Preset::ReadOnly.scopes().unwrap().iter().all(|scope| scope.level() == Level::Read));

1583

assert_eq!(Preset::Full.scopes(), None);

}

#[test]

fn billing_is_read_by_presets_and_changed_by_none_but_full_access() {

1588

assert!(Preset::ReadOnly.scopes().unwrap().contains(&Scope::BillingRead));

1589

for preset in [Preset::ReadOnly, Preset::Agent, Preset::Ci] {

1590

assert!(!preset.scopes().unwrap().contains(&Scope::BillingWrite), "{}", preset.as_str());

1591

}

1592

assert_eq!(scope_for("set_budget"), Some(Scope::BillingWrite));

1593

assert_eq!(scope_for("buy_ai_credit"), Some(Scope::BillingWrite));

1594

assert_eq!(scope_for("get_usage"), Some(Scope::BillingRead));

1595

let reader = token(&[Scope::BillingRead]);

1596

assert!(decide(&reader, "list_invoices", &json!({})).allowed);

1597

assert!(decide(&reader, "set_budget", &json!({})).reason.unwrap().contains("billing:write"));

}

#[test]

fn the_ai_gateway_spends_only_with_models_write_which_no_preset_gives() {

1602

// Reading the log is a read like any other.

1603

assert_eq!(scope_for("list_gateway_requests"), Some(Scope::ModelsRead));

1604

assert!(Preset::ReadOnly.scopes().unwrap().contains(&Scope::ModelsRead));

1605

// Sending requests spends the workspace's AI credit: chosen on purpose.

1606

for preset in [Preset::ReadOnly, Preset::Agent, Preset::Ci] {

1607

assert!(!preset.scopes().unwrap().contains(&Scope::ModelsWrite), "{}", preset.as_str());

1608

}

1609

assert!(Scope::ModelsWrite.includes(Scope::ModelsRead));

1610

assert!(!Scope::ModelsWrite.dangerous());

1611

assert!(token(&[Scope::ModelsWrite]).allows(Scope::ModelsWrite));

1612

assert!(!token(&[Scope::BillingWrite]).allows(Scope::ModelsWrite));

1613

assert!(TokenAccess::full().allows(Scope::ModelsWrite));

}

#[test]

fn artifacts_are_offered_read_by_presets_and_shared_only_with_admin() {

1618

for scope in [Scope::ArtifactsRead, Scope::ArtifactsWrite, Scope::ArtifactsAdmin] {

1619

assert_eq!(scope.resource(), Resource::Artifacts);

1620

assert!(scope.offered());

1621

assert!(offered_scopes().contains(&scope));

1622

assert_eq!(parse_scopes(scope.as_str()), vec![scope]);

1623

assert!(OPERATIONS.iter().any(|(_, needed)| *needed == scope), "{scope:?} gates nothing");

1624

}

1625

// Reading them is a read like any other; changing them is chosen.

1626

for preset in [Preset::ReadOnly, Preset::Agent] {

1627

let scopes = preset.scopes().unwrap();

1628

assert!(scopes.contains(&Scope::ArtifactsRead), "{}", preset.as_str());

1629

assert!(!scopes.contains(&Scope::ArtifactsWrite) && !scopes.contains(&Scope::ArtifactsAdmin), "{}", preset.as_str());

1630

}

1631

assert!(!Preset::Ci.scopes().unwrap().contains(&Scope::ArtifactsRead));

1632

assert!(everything().contains(&Scope::ArtifactsAdmin));

1633

assert!(Scope::ArtifactsAdmin.includes(Scope::ArtifactsWrite));

1634

assert!(Scope::ArtifactsAdmin.dangerous());

1635

assert!(!Scope::ArtifactsWrite.dangerous());

1636

assert_eq!(Resource::Artifacts.group(), ResourceGroup::Workspace);

1637

let asked = std::collections::BTreeMap::from([("artifacts".to_owned(), "write".to_owned())]);

1638

assert_eq!(resolve_permissions(&asked, true), Ok(vec![Scope::ArtifactsWrite]));

1639

assert_eq!(offered_scopes().len(), Scope::ALL.len());

1640

// Sharing and deleting for good need admin; editing needs write.

1641

assert_eq!(scope_for("set_workspace_artifact_access"), Some(Scope::ArtifactsAdmin));

1642

assert_eq!(scope_for("purge_workspace_artifact"), Some(Scope::ArtifactsAdmin));

1643

assert_eq!(scope_for("edit_workspace_artifact"), Some(Scope::ArtifactsWrite));

1644

assert_eq!(scope_for("get_workspace_artifact_content"), Some(Scope::ArtifactsRead));

1645

let writer = token(&[Scope::ArtifactsWrite]);

1646

assert!(decide(&writer, "edit_workspace_artifact", &json!({})).allowed);

1647

assert!(decide(&writer, "list_workspace_artifacts", &json!({})).allowed, "write includes read");

1648

assert!(decide(&writer, "set_workspace_artifact_access", &json!({})).reason.unwrap().contains("artifacts:admin"));

1649

// Workflow runs' artifacts are another thing, with their own scope.

1650

let reader = token(&[Scope::ArtifactsRead]);

1651

assert!(!decide(&reader, "list_artifacts", &json!({ "repo": "acme/web" })).allowed);

1652

assert!(!decide(&token(&[Scope::WorkflowsRead]), "list_workspace_artifacts", &json!({})).allowed);

}

#[test]

fn chat_is_a_persons_own_and_given_only_when_asked_for() {

1657

for scope in [Scope::ChatRead, Scope::ChatWrite] {

1658

assert_eq!(scope.resource(), Resource::Chat);

1659

assert!(!scope.dangerous());

1660

assert_eq!(Scope::parse(scope.as_str()), Some(scope));

1661

}

1662

assert_eq!(Resource::Chat.label(), "Chat");

1663

assert_eq!(Resource::Chat.group(), ResourceGroup::Account);

1664

assert!(Scope::ChatWrite.includes(Scope::ChatRead));

1665

assert!(!Scope::ChatRead.includes(Scope::ChatWrite));

1666

// No preset, and so no OAuth default, gives it.

1667

for preset in Preset::ALL {

1668

let scopes = preset.scopes().unwrap_or_default();

1669

assert!(!scopes.iter().any(|scope| scope.resource() == Resource::Chat), "{}", preset.as_str());

1670

}

1671

assert!(!oauth_default().iter().any(|scope| scope.resource() == Resource::Chat));

1672

// An application that asks for it by name gets it; full access holds it.

1673

assert_eq!(parse_scopes("chat:read chat:write"), vec![Scope::ChatRead, Scope::ChatWrite]);

1674

assert!(offered_scopes().contains(&Scope::ChatWrite));

1675

assert!(everything().contains(&Scope::ChatWrite));

1676

assert!(TokenAccess::full().allows(Scope::ChatWrite));

1677

// Only a person's token may hold it.

1678

let asked = std::collections::BTreeMap::from([("chat".to_owned(), "write".to_owned())]);

1679

assert_eq!(resolve_permissions(&asked, true), Ok(vec![Scope::ChatWrite]));

1680

assert!(resolve_permissions(&asked, false).is_err());

}

#[test]

fn checks_are_reported_with_checks_write_which_ci_gets() {

1685

assert_eq!(scope_for("create_check_run"), Some(Scope::ChecksWrite));

1686

assert_eq!(scope_for("create_commit_status"), Some(Scope::ChecksWrite));

1687

assert_eq!(scope_for("list_check_runs_for_ref"), Some(Scope::ChecksRead));

1688

let ci = Preset::Ci.scopes().unwrap();

1689

assert!(ci.contains(&Scope::ChecksWrite));

1690

assert!(!Preset::Agent.scopes().unwrap().contains(&Scope::ChecksWrite));

1691

let reporter = token(&[Scope::ChecksWrite]);

1692

assert!(decide(&reporter, "update_check_run", &json!({ "id": "cr_1" })).allowed);

1693

assert!(decide(&reporter, "rerequest_check_run", &json!({ "id": "cr_1" })).allowed);

1694

// A g1t Actions job runs again as its workflow does.

1695

let refused = decide(&reporter, "rerequest_check_run", &json!({ "id": "job_1" }));

1696

assert!(refused.reason.unwrap().contains("workflows:write"));

}

#[test]

fn a_job_token_reaches_its_repository_only() {

1701

let job = TokenAccess {

1702

repo: Some("acme/web".into()),

1703

job: Some(JobToken { run_id: "run_1".into(), job_id: "job_1".into(), pull_requests: false }),

1704

..token(&[Scope::RepoRead, Scope::IssuesWrite, Scope::IssuesRead, Scope::PullRequestsWrite])

1705

};

1706

assert!(decide(&job, "create_issue", &json!({ "repo": "acme/web" })).allowed);

1707

assert!(decide(&job, "create_issue", &json!({ "repo": "Acme/Web" })).allowed, "names compare without case");

1708

let elsewhere = decide(&job, "create_issue", &json!({ "repo": "acme/api" }));

1709

assert!(!elsewhere.allowed);

1710

assert_eq!(elsewhere.rule, "token:repository");

1711

// Nothing beyond the one repository, a workspace's listing included.

1712

assert!(!decide(&job, "list_repos", &json!({})).allowed);

1713

assert!(decide(&job, "whoami", &json!({})).allowed);

1714

// Its scopes still hold inside it.

1715

assert!(!decide(&job, "create_pull_request", &json!({ "repo": "acme/web" })).allowed);

1716

assert!(decide_repo(&job, "acme/web").is_none());

1717

assert!(!decide_repo(&job, "acme/api").unwrap().allowed);

1718

assert!(decide_repo(&token(&[Scope::CodeRead]), "acme/api").is_none(), "other tokens reach what their owner can");

1719

// Opening and approving pull requests is off unless allowed.

1720

assert_eq!(decide(&job, "create_pull_request", &json!({ "repo": "acme/web" })).rule, "token:pull-requests");

1721

assert!(!decide(&job, "review_pull_request", &json!({ "repo": "acme/web", "verdict": "approve" })).allowed);

1722

assert!(decide(&job, "review_pull_request", &json!({ "repo": "acme/web", "verdict": "request_changes" })).allowed);

1723

let allowed = TokenAccess { job: Some(JobToken { pull_requests: true, ..job.job.clone().unwrap() }), ..job.clone() };

1724

assert!(decide(&allowed, "create_pull_request", &json!({ "repo": "acme/web" })).allowed);

}

#[test]

fn workflow_files_need_their_own_scope() {

1729

for path in [".g1t/workflows/ci.yml", ".github/workflows/deploy.yaml", "/.github/workflows/x.yml", ".GitHub/Workflows/ci.yml", ".github/workflows"] {

1730

assert!(is_workflow_file(path), "{path}");

1731

}

1732

for path in ["README.md", ".github/CODEOWNERS", ".github/workflowsx/ci.yml", "docs/.github/workflows/ci.yml", ".g1t/actions/ci.yml"] {

1733

assert!(!is_workflow_file(path), "{path}");

1734

}

1735

let code = token(&[Scope::CodeWrite]);

1736

let refused = decide_workflow_files(Some(&code), ["README.md", ".github/workflows/ci.yml"]).unwrap();

1737

assert_eq!(refused.rule, "token:workflows");

1738

assert!(refused.reason.as_deref().unwrap().contains(".github/workflows/ci.yml"));

1739

assert!(refused.reason.as_deref().unwrap().contains("workflow_files:write"));

1740

assert!(decide_workflow_files(Some(&code), ["README.md"]).is_none());

1741

assert!(decide_workflow_files(Some(&token(&[Scope::CodeWrite, Scope::WorkflowFilesWrite])), [".g1t/workflows/ci.yml"]).is_none());

1742

assert!(decide_workflow_files(Some(&TokenAccess::full()), [".g1t/workflows/ci.yml"]).is_none(), "full access");

1743

assert!(decide_workflow_files(None, [".g1t/workflows/ci.yml"]).is_none(), "a signed-in person");

1744

// A job's token never may, as GITHUB_TOKEN never may.

1745

let job = TokenAccess { job: Some(JobToken::default()), ..TokenAccess::full() };

1746

assert!(decide_workflow_files(Some(&job), [".g1t/workflows/ci.yml"]).unwrap().reason.unwrap().contains("job"));

1747

// Nothing in a preset changes workflow files but full access.

1748

for preset in [Preset::ReadOnly, Preset::Agent, Preset::Ci] {

1749

assert!(!preset.scopes().unwrap().contains(&Scope::WorkflowFilesWrite), "{}", preset.as_str());

1750

}

1751

assert!(!Scope::WorkflowFilesWrite.includes(Scope::WorkflowsWrite) && !Scope::WorkflowsWrite.includes(Scope::WorkflowFilesWrite));

}

#[test]

fn a_narrowed_token_only_reads_outside_its_workspace() {

1756

let reach = TokenReach { workspace: Some("acme".into()), repositories: RepositorySelection::All, repo_ids: Vec::new() };

1757

let fine = TokenAccess { reach: Some(reach), ..token(&[Scope::RepoRead, Scope::IssuesRead, Scope::IssuesWrite]) };

1758

assert!(decide(&fine, "create_issue", &json!({ "repo": "acme/web" })).allowed);

1759

assert!(decide(&fine, "create_issue", &json!({ "repo": "Acme/web" })).allowed);

1760

let elsewhere = decide(&fine, "create_issue", &json!({ "repo": "globex/site" }));

1761

assert_eq!(elsewhere.rule, "token:resource-owner");

1762

assert!(elsewhere.reason.unwrap().contains("acme"));

1763

assert!(decide(&fine, "get_issue", &json!({ "repo": "globex/site" })).allowed, "public repositories elsewhere read");

1764

assert!(!decide(&fine, "create_pull_request", &json!({ "repo": "acme/web" })).allowed, "its scopes still hold");

1765

let mine = TokenAccess { reach: Some(TokenReach::default()), ..token(&[Scope::IssuesWrite]) };

1766

assert!(decide(&mine, "create_issue", &json!({ "repo": "acme/web" })).reason.unwrap().contains("your account"));

1767

assert!(fine.covers_repo("rep_1", "acme") && !fine.covers_repo("rep_1", "globex"));

1768

let selected = TokenReach { workspace: Some("acme".into()), repositories: RepositorySelection::Selected, repo_ids: vec!["rep_1".into()] };

1769

assert!(selected.covers("rep_1", "ACME") && !selected.covers("rep_2", "acme"));

1770

let public = TokenReach { repositories: RepositorySelection::Public, ..selected.clone() };

1771

assert!(!public.covers("rep_1", "acme") && public.owned_by("acme"));

1772

assert!(token(&[]).covers_repo("rep_1", "anything"), "a token for every workspace reaches what its owner can");

1773

assert_eq!(RepositorySelection::parse("public_only"), Some(RepositorySelection::Public));

}

#[test]

fn permissions_are_scopes_read_per_resource() {

1778

let asked: std::collections::BTreeMap<String, String> =

1779

[("issues", "write"), ("repo", "read"), ("code", "none"), ("packages", "delete")].iter().map(|(a, b)| ((*a).to_owned(), (*b).to_owned())).collect();

1780

let scopes = resolve_permissions(&asked, true).unwrap();

1781

assert_eq!(scopes, vec![Scope::RepoRead, Scope::PackagesDelete, Scope::IssuesWrite]);

1782

let back = permissions_of(&scopes);

1783

assert_eq!(back.get("issues").map(String::as_str), Some("write"));

1784

assert_eq!(back.get("packages").map(String::as_str), Some("delete"));

1785

assert!(!back.contains_key("code"));

1786

// Lower levels held beside a higher one say nothing more.

1787

assert_eq!(top_scopes(&[Scope::RepoRead, Scope::RepoAdmin, Scope::RepoWrite]), vec![Scope::RepoAdmin]);

1788

// Every offered resource's top, and nothing a level can lose.

1789

let all = everything();

1790

assert_eq!(all.len(), Resource::ALL.into_iter().filter(|resource| resource.offered()).count());

1791

for scope in offered_scopes() {

1792

assert!(all.iter().any(|held| held.includes(scope)), "{scope:?}");

}

}

#[test]

fn permissions_are_checked_by_name_level_and_owner() {

1798

let one = |name: &str, level: &str| -> std::collections::BTreeMap<String, String> { [(name.to_owned(), level.to_owned())].into() };

1799

assert!(resolve_permissions(&one("wiki", "read"), true).unwrap_err().contains("wiki"));

1800

assert!(resolve_permissions(&one("issues", "admin"), true).unwrap_err().contains("read, write"));

1801

assert!(resolve_permissions(&one("workflow_files", "read"), true).is_err(), "workflow files are written only");

1802

assert!(resolve_permissions(&one("notifications", "read"), false).unwrap_err().contains("account"));

1803

assert_eq!(resolve_permissions(&one("notifications", "read"), true).unwrap(), vec![Scope::NotificationsRead]);

1804

assert_eq!(resolve_permissions(&one("agents", "run"), false).unwrap(), vec![Scope::AgentsRun]);

1805

for resource in Resource::ALL {

1806

assert_eq!(Resource::parse(resource.as_str()), Some(resource));

1807

assert!(!resource.scopes().is_empty());

}

}

#[test]

fn a_legacy_token_can_do_everything() {

1813

let legacy = TokenAccess { legacy: true, ..TokenAccess::full() };

1814

for (operation, _) in OPERATIONS {

1815

assert!(decide(&legacy, operation, &json!({})).allowed, "{operation}");

1816

}

1817

assert_eq!(decide(&legacy, "delete_repo", &json!({})).rule, "token:legacy");

}

#[test]

fn a_missing_scope_is_named() {

1822

let read = token(&[Scope::IssuesRead]);

1823

assert!(decide(&read, "get_issue", &json!({})).allowed);

1824

assert!(decide(&read, "whoami", &json!({})).allowed);

1825

let refused = decide(&read, "create_issue", &json!({}));

1826

assert!(!refused.allowed);

1827

assert_eq!(refused.reason.as_deref(), Some("This access token needs the issues:write scope to use create_issue."));

1828

// An operation the table does not know needs full access.

1829

assert!(!decide(&read, "something_new", &json!({})).allowed);

}

#[test]

fn starting_agents_from_another_operation_needs_agents_run() {

1834

let writer = token(&[Scope::IssuesWrite]);

1835

assert!(decide(&writer, "apply_plan", &json!({})).allowed);

1836

let refused = decide(&writer, "apply_plan", &json!({ "assign": true }));

1837

assert!(refused.reason.unwrap().contains("agents:run"));

1838

let maintainer = token(&[Scope::RepoWrite]);

1839

assert!(decide(&maintainer, "update_repo", &json!({ "description": "x" })).allowed);

1840

assert!(!decide(&maintainer, "update_repo", &json!({ "private": true })).allowed);

}

#[test]

fn a_workspaces_base_permission_needs_access_admin_too() {

1845

let admin = token(&[Scope::WorkspaceAdmin]);

1846

assert!(decide(&admin, "update_workspace", &json!({ "name": "Acme" })).allowed);

1847

let refused = decide(&admin, "update_workspace", &json!({ "name": "Acme", "base_permission": "read" }));

1848

assert!(refused.reason.unwrap().contains("access:admin"));

1849

let both = token(&[Scope::WorkspaceAdmin, Scope::AccessAdmin]);

1850

assert!(decide(&both, "update_workspace", &json!({ "base_permission": "read" })).allowed);

1851

assert!(!decide(&token(&[Scope::WorkspaceRead]), "update_workspace", &json!({ "name": "Acme" })).allowed);

}

#[test]

fn delegating_needs_both_agents_and_issues() {

1856

let agents = token(&[Scope::AgentsRun]);

1857

assert!(decide(&agents, "delegate", &json!({})).reason.unwrap().contains("issues:write"));

1858

let both = token(&[Scope::AgentsRun, Scope::IssuesWrite]);

1859

assert!(decide(&both, "delegate", &json!({})).allowed);

}

#[test]

fn git_push_needs_code_write_and_private_reads_need_code_read() {

1864

let reader = token(&[Scope::CodeRead]);

1865

assert!(decide_git(&reader, false, false).allowed);

1866

let refused = decide_git(&reader, true, false);

1867

assert!(!refused.allowed);

1868

assert!(refused.reason.unwrap().contains("code:write"));

1869

let issues = token(&[Scope::IssuesWrite]);

1870

assert!(!decide_git(&issues, false, false).allowed);

1871

assert!(decide_git(&issues, false, true).allowed, "public code needs no scope");

1872

assert!(!decide_git(&issues, true, true).allowed, "pushing to public code still needs code:write");

1873

let writer = token(&[Scope::CodeWrite]);

1874

assert!(decide_git(&writer, true, false).allowed);

1875

assert!(decide_git(&writer, false, false).allowed, "code:write includes code:read");

1876

assert!(decide_git(&TokenAccess::full(), true, false).allowed);

}

#[test]

fn packages_need_their_own_scopes_and_public_pulls_none() {

1881

let reader = token(&[Scope::PackagesRead]);

1882

assert!(decide_packages(&reader, Level::Read, false).allowed);

1883

assert!(!decide_packages(&reader, Level::Write, false).allowed);

1884

let code = token(&[Scope::CodeWrite]);

1885

assert!(!decide_packages(&code, Level::Read, false).allowed, "code scopes are not package scopes");

1886

assert!(decide_packages(&code, Level::Read, true).allowed, "public packages pull with any token");

1887

let writer = token(&[Scope::PackagesWrite]);

1888

assert!(decide_packages(&writer, Level::Write, false).allowed);

1889

assert!(decide_packages(&writer, Level::Read, false).allowed, "packages:write includes packages:read");

1890

let refused = decide_packages(&writer, Level::Delete, false);

1891

assert!(refused.reason.unwrap().contains("packages:delete"));

1892

assert!(decide_packages(&token(&[Scope::PackagesDelete]), Level::Write, false).allowed);

1893

assert!(Scope::PackagesDelete.dangerous());

1894

// Tokens made before these scopes, and full-access ones, keep working.

1895

let legacy = TokenAccess { legacy: true, ..TokenAccess::full() };

1896

assert!(decide_packages(&legacy, Level::Delete, false).allowed);

1897

assert!(decide_packages(&TokenAccess::full(), Level::Write, false).allowed);

}

#[test]

fn token_access_travels_as_json() {

1902

let access = token(&[Scope::IssuesRead]);

1903

let wire = serde_json::to_value(&access).unwrap();

1904

assert_eq!(wire["scopes"], json!(["issues:read"]));

1905

assert!(wire.get("resources").is_none());

1906

let back: TokenAccess = serde_json::from_value(wire).unwrap();

1907

assert_eq!(back, access);

1908

let full: TokenAccess = serde_json::from_value(json!({})).unwrap();

1909

assert!(full.is_full());

1910

// A reach written by an older version is ignored: a token reaches

1911

// whatever its owner can.

1912

let older: TokenAccess = serde_json::from_value(json!({

1913

"token_id": "tok_1",

1914

"scopes": ["issues:read"],

1915

"resources": { "kind": "repositories", "repositories": ["acme/rocket"] },

1916

}))

1917

.unwrap();

1918

assert_eq!(older, access);

1919

// Using the website is off unless set, and said only when on.

1920

assert!(!access.website);

1921

assert!(wire_of(&access).get("website").is_none());

1922

let website = TokenAccess { website: true, ..access };

1923

assert_eq!(wire_of(&website)["website"], json!(true));

1924

// Never part of full access.

1925

assert!(!TokenAccess::full().website);

1926

}

1927

1928

fn wire_of(access: &TokenAccess) -> serde_json::Value {

1929

serde_json::to_value(access).unwrap()

1930

}

1931

1932

/// The site's copy of the table, `packages/contracts/src/scopes.ts`,

1933

/// lists the same scopes in the same order, the same operations with

1934

/// the same scopes, and the same presets.

1935

#[test]

1936

fn the_typescript_mirror_has_the_same_table() {

1937

let ts = include_str!("../../../packages/contracts/src/scopes.ts");

1938

let section = |start: &str| {

1939

ts.split_once(start)

1940

.and_then(|(_, rest)| rest.split_once("] as const"))

1941

.map(|(table, _)| table)

1942

.unwrap_or_else(|| panic!("{start} in scopes.ts"))

1943

};

1944

let names = |table: &str| -> Vec<String> {

section(table)

.lines()

.collect()

};

// Offered scopes in `SCOPES`, the rest in `UPCOMING_SCOPES`.

1951

let offered: Vec<String> = Scope::ALL.iter().filter(|scope| scope.offered()).map(|scope| scope.as_str().to_owned()).collect();

1952

let upcoming: Vec<String> = Scope::ALL.iter().filter(|scope| !scope.offered()).map(|scope| scope.as_str().to_owned()).collect();

1953

assert_eq!(names("export const SCOPES = ["), offered);

1954

assert_eq!(names("export const UPCOMING_SCOPES"), upcoming);

1955

let operations: Vec<(String, String)> = section("export const OPERATION_SCOPES = [")

1956

.lines()

1957

.filter_map(|line| {

1958

let mut quoted = line.split('"').skip(1).step_by(2);

1959

Some((quoted.next()?.to_owned(), quoted.next()?.to_owned()))

1960

})

1961

.collect();

1962

let expected: Vec<(String, String)> = OPERATIONS

1963

.iter()

1964

.map(|(name, scope)| ((*name).to_owned(), scope.as_str().to_owned()))

1965

.collect();

1966

assert_eq!(operations, expected);

1967

for preset in Preset::ALL {

1968

let list = section(&format!("{}: [", preset.as_str()));

1969

let mirrored: Vec<&str> = list

1970

.split(',')

1971

.map(|item| item.trim().trim_matches('"'))

1972

.filter(|item| !item.is_empty())

1973

.collect();

1974

let expected: Vec<&str> = preset

1975

.scopes()

1976

.map(|scopes| scopes.iter().map(|scope| scope.as_str()).collect())

1977

.unwrap_or_else(|| vec!["*"]);

1978

assert_eq!(mirrored, expected, "{}", preset.as_str());

1979

}

1980

// Each resource with its group, in the same order: offered ones in

1981

// `SCOPE_RESOURCES`, the rest in `UPCOMING_RESOURCES`.

1982

for (table, offered) in [("export const SCOPE_RESOURCES", true), ("export const UPCOMING_RESOURCES", false)] {

1983

let resources = ts

1984

.split_once(table)

1985

.and_then(|(_, rest)| rest.split_once("

1986

];"))

1987

.map(|(table, _)| table)

1988

.unwrap_or_else(|| panic!("{table} in scopes.ts"));

1989

let rows: Vec<&str> = resources.lines().filter(|line| line.trim_start().starts_with("{ resource:")).collect();

1990

let expected: Vec<Resource> = Resource::ALL.into_iter().filter(|resource| resource.offered() == offered).collect();

1991

assert_eq!(rows.len(), expected.len(), "{table}");

1992

for (row, resource) in rows.iter().zip(expected) {

1993

assert!(row.contains(&format!("resource: \"{}\"", resource.as_str())), "{row}");

1994

assert!(row.contains(&format!("group: \"{}\"", resource.group().as_str())), "{row}");

}

}

}

}