Tests: assert verified-by-default API gating
Android UI Tests / ui-tests (push) Has been cancelled

Update AuthGatingAPITests for the backend's new policy (all app-data routes
require a verified email):
- unverified user -> 403 on GET /residences/, /tasks/, /contractors/, /documents/
- unverified user can still reach the sign-up allow-list: GET /auth/me/, and
  public lookups (GET /tasks/categories/)
- verified user -> 200 (positive control)

Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
This commit is contained in:
Trey T
2026-06-06 10:49:45 -05:00
parent 912888f14c
commit c0032ab7e1
+103 -56
View File
@@ -3,30 +3,41 @@ import XCTest
/// Email-verification gating tests against the real backend's `RequireVerified` /// Email-verification gating tests against the real backend's `RequireVerified`
/// middleware. /// middleware.
/// ///
/// The backend policy changed so that ALL app-data endpoints now require a
/// VERIFIED user (not merely an authenticated one). Previously only the
/// share-code generation routes carried the gate; now the broad set of
/// app-data reads/writes (residences, tasks, contractors, documents,
/// notifications, subscription, ) are all gated behind verification.
///
/// The app's UI-test mode bypasses email verification, so the rule /// The app's UI-test mode bypasses email verification, so the rule
/// "an unverified user is blocked from the app" is not exercised by the UI /// "an unverified user is blocked from app data" is not exercised by the UI
/// suite. These tests close that gap by hitting a `RequireVerified`-gated /// suite. These tests close that gap by hitting the gated endpoints directly
/// endpoint directly with a real Kratos session token and asserting the gate /// with a real Kratos session token and asserting the policy:
/// behaves as designed:
/// ///
/// - Test A (negative): an UNVERIFIED account is rejected with **403** by the /// - VERIFIED required (403 for an authenticated-but-unverified user) on the
/// verification gate. /// app-data routes e.g. `GET /residences/`, `GET /tasks/`,
/// - Test B (positive control): a VERIFIED account is NOT blocked (200/list), /// `GET /contractors/`, `GET /documents/`.
/// proving the 403 in Test A is the verification gate and not an unrelated /// - AUTHENTICATED-ONLY (must still work unverified NOT 403):
/// failure. /// `GET /auth/me/`. The sign-up allow-list keeps these reachable so a freshly
/// registered, not-yet-verified user can complete onboarding.
/// - PUBLIC / lookup GETs (reachable without verification): e.g.
/// `GET /tasks/categories/`.
/// ///
/// Both run entirely via the API no app launch required. /// All tests run entirely via the API no app launch required. Because the
/// `RequireVerified` middleware fires BEFORE the handler, a 403 is produced for
/// an unverified caller regardless of whether any data exists so the
/// negative-path reads need no seeded residences/tasks.
final class AuthGatingAPITests: XCTestCase { final class AuthGatingAPITests: XCTestCase {
/// `POST /residences/:id/generate-share-code/` is wrapped with the /// App-data endpoints now gated behind email verification. Each is a read
/// `RequireVerified` middleware in the Go router (see /// (GET) so no body is needed; the gate runs before the handler, so an
/// `setupResidenceRoutes` only the share-code/share-package generation /// unverified caller is rejected with 403 even with no seeded data.
/// routes carry the gate). Because the middleware runs BEFORE the handler, private let verifiedGatedDataPaths = [
/// an unverified caller is rejected with 403 regardless of whether the "/residences/",
/// residence id exists making it a clean, setup-free probe of the gate. "/tasks/",
private func gatedPath(residenceId: Int) -> String { "/contractors/",
"/residences/\(residenceId)/generate-share-code/" "/documents/",
} ]
/// Kratos identity emails created during a test, deleted in tearDown. /// Kratos identity emails created during a test, deleted in tearDown.
private var createdEmails: [String] = [] private var createdEmails: [String] = []
@@ -57,11 +68,11 @@ final class AuthGatingAPITests: XCTestCase {
try super.tearDownWithError() try super.tearDownWithError()
} }
// MARK: - Test A: unverified user is blocked // MARK: - Test 01: unverified user is blocked from app data (broad policy)
/// An unverified account must be rejected by the `RequireVerified` gate with /// An authenticated-but-UNVERIFIED account must be rejected by the
/// a 403 when it tries to reach a gated endpoint. /// `RequireVerified` gate with a 403 on every app-data endpoint.
func test01_unverifiedUserIsBlockedWith403() throws { func test01_unverifiedUserBlockedFromAppData() throws {
let runId = UUID().uuidString.prefix(6) let runId = UUID().uuidString.prefix(6)
let email = "authgate_unverified_\(runId)@test.com" let email = "authgate_unverified_\(runId)@test.com"
createdEmails.append(email) createdEmails.append(email)
@@ -75,29 +86,80 @@ final class AuthGatingAPITests: XCTestCase {
return return
} }
// Hit the RequireVerified-gated endpoint with the unverified session // Each gated data endpoint must return 403 for the unverified caller.
// token. The gate runs before the handler, so a non-existent residence // The gate fires before the handler, so no seeded data is required.
// id (999_999) still produces the 403 from the verification middleware for path in verifiedGatedDataPaths {
// rather than a 404 from the handler no residence setup required.
let result = TestAccountAPIClient.rawRequest( let result = TestAccountAPIClient.rawRequest(
method: "POST", method: "GET",
path: gatedPath(residenceId: 999_999), path: path,
body: [:],
token: session.token token: session.token
) )
XCTAssertEqual( XCTAssertEqual(
result.statusCode, 403, result.statusCode, 403,
"Unverified user should be blocked by the RequireVerified gate with 403, got \(result.statusCode): \(result.errorBody ?? "nil")" "Unverified user should be blocked by RequireVerified on GET \(path) with 403, got \(result.statusCode): \(result.errorBody ?? "nil")"
)
}
}
// MARK: - Test 02: unverified user can still reach sign-up endpoints
/// The sign-up allow-list must keep working for an unverified user, so a
/// freshly registered account can complete onboarding before verifying.
/// `GET /auth/me/` (authenticated-only) and lookup GETs (public) must NOT be
/// blocked by the verification gate.
func test02_unverifiedUserCanReachSignupEndpoints() throws {
let runId = UUID().uuidString.prefix(6)
let email = "authgate_signup_\(runId)@test.com"
createdEmails.append(email)
guard let session = TestAccountAPIClient.createUnverifiedAccount(
username: "authgate_signup_\(runId)",
email: email,
password: "TestPass123!"
) else {
XCTFail("Could not create unverified account")
return
}
// `GET /auth/me/` is authenticated-only an unverified token must still
// succeed (200), proving the sign-up allow-list bypasses the gate.
let me = TestAccountAPIClient.rawRequest(
method: "GET",
path: "/auth/me/",
token: session.token
)
XCTAssertNotEqual(
me.statusCode, 403,
"GET /auth/me/ must NOT be verification-gated for an unverified user, got 403: \(me.errorBody ?? "nil")"
)
XCTAssertEqual(
me.statusCode, 200,
"Unverified user should reach GET /auth/me/ (sign-up allow-list), got \(me.statusCode): \(me.errorBody ?? "nil")"
)
// A lookup GET is public reference data reachable without
// verification (not 401/403) even for an unverified caller.
let categories = TestAccountAPIClient.rawRequest(
method: "GET",
path: "/tasks/categories/",
token: session.token
)
XCTAssertNotEqual(
categories.statusCode, 401,
"Lookup GET /tasks/categories/ should be reachable, got 401: \(categories.errorBody ?? "nil")"
)
XCTAssertNotEqual(
categories.statusCode, 403,
"Lookup GET /tasks/categories/ should not be verification-gated, got 403: \(categories.errorBody ?? "nil")"
) )
} }
// MARK: - Test B: verified user is not blocked (positive control) // MARK: - Test 03: verified user is not blocked (positive control)
/// A verified account must pass the `RequireVerified` gate i.e. the gated /// A VERIFIED account must pass the gate `GET /residences/` must NOT
/// endpoint must NOT return 403. This proves Test A's 403 is the /// return 403 (it returns 200). This proves Test 01's 403s are the
/// verification gate, not an unrelated rejection. /// verification gate and not an unrelated failure.
func test02_verifiedUserIsNotBlocked() throws { func test03_verifiedUserNotBlocked() throws {
let runId = UUID().uuidString.prefix(6) let runId = UUID().uuidString.prefix(6)
let email = "authgate_verified_\(runId)@test.com" let email = "authgate_verified_\(runId)@test.com"
createdEmails.append(email) createdEmails.append(email)
@@ -111,33 +173,18 @@ final class AuthGatingAPITests: XCTestCase {
return return
} }
// The verified caller must own a real residence so the share-code
// handler (which runs AFTER it passes the gate) returns a clean 200
// rather than a 404. This is what makes it a positive control: it
// exercises the gate AND succeeds past it.
guard let residence = TestAccountAPIClient.createResidence(
token: session.token,
name: "AuthGate Verified \(runId)"
) else {
XCTFail("Verified user should be able to create a residence")
return
}
createdResidences.append((token: session.token, id: residence.id))
let result = TestAccountAPIClient.rawRequest( let result = TestAccountAPIClient.rawRequest(
method: "POST", method: "GET",
path: gatedPath(residenceId: residence.id), path: "/residences/",
body: [:],
token: session.token token: session.token
) )
XCTAssertNotEqual( XCTAssertNotEqual(
result.statusCode, 403, result.statusCode, 403,
"Verified user should NOT be blocked by the RequireVerified gate, but got 403: \(result.errorBody ?? "nil")" "Verified user should NOT be blocked by RequireVerified on GET /residences/, but got 403: \(result.errorBody ?? "nil")"
) )
XCTAssertEqual( XCTAssertEqual(
result.statusCode, 200, result.statusCode, 200,
"Verified user should pass the gate and generate a share code (200), got \(result.statusCode): \(result.errorBody ?? "nil")" "Verified user should pass the gate and list residences (200), got \(result.statusCode): \(result.errorBody ?? "nil")"
) )
} }
} }