siftlode/backend/tests/test_auth_session.py

"""Auth / session security core (TEST-1), DB-lane.

The wallet impersonation gate, epoch-based session revocation, single-use tokens and the
enumeration-safe uniform 401 are the security mag, and had zero tests (only `_oauth_redirect_uri` was
covered). Starlette's SessionMiddleware round-trips the signed cookie under TestClient, so the whole
browser-less flow is exercisable. Uses the real auth stack via the `client` fixture (NO current_user
override) so login, the wallet gate and epoch revoke are the code under test.

Note: `/api/me` is the bootstrap probe — it returns 200 `{authenticated: False}` when logged out, not a
401. A revoked session is therefore checked on a PROTECTED endpoint (`/api/feed`), which does 401.
"""

from datetime import timedelta

import pytest
from fastapi.testclient import TestClient

from app.auth import ACTIVE_ACCOUNT_HEADER
from app.main import app

_PW = "correct horse battery"

# The `client`/`as_user` fixtures bake in the post-setup `_configured` state, so no per-test patch here.


def _login(client, email, password):
    return client.post("/auth/password-login", json={"email": email, "password": password})


def test_password_login_then_me_is_authenticated(client, make_user):
    make_user(email="alice@example.com", password=_PW)
    assert _login(client, "alice@example.com", _PW).status_code == 200
    me = client.get("/api/me")
    assert me.status_code == 200
    assert me.json()["authenticated"] is True
    assert me.json()["email"] == "alice@example.com"


def test_wrong_password_and_unknown_email_give_a_byte_identical_401(client, make_user):
    make_user(email="bob@example.com", password=_PW)
    wrong_pw = _login(client, "bob@example.com", "not the password")
    unknown = _login(client, "nobody@example.com", _PW)
    assert wrong_pw.status_code == 401 and unknown.status_code == 401
    # Identical body: a wrong password and a non-existent account must be indistinguishable (no
    # account-enumeration oracle).
    assert wrong_pw.json() == unknown.json()


def test_a_non_wallet_account_header_falls_back_to_the_default(client, make_user):
    # The X-Siftlode-Account header may only re-target an account already signed into THIS browser
    # (in the session wallet). A header naming someone else must be ignored, not honored — otherwise
    # it's an impersonation gate hole.
    make_user(email="alice2@example.com", password=_PW)
    mallory = make_user(email="mallory@example.com", password=_PW)
    assert _login(client, "alice2@example.com", _PW).status_code == 200
    me = client.get("/api/me", headers={ACTIVE_ACCOUNT_HEADER: str(mallory.id)})
    assert me.status_code == 200
    assert me.json()["email"] == "alice2@example.com"  # still Alice, not Mallory


def test_a_tab_pinned_to_an_account_signed_out_elsewhere_acts_as_nobody(client, make_user):
    # Two accounts in one browser: a tab pinned to Alice, Bob the default. Alice signs out in another
    # tab. The pinned tab used to go on acting as the default, Bob — its player checkpoints and pref
    # saves landed in his account, and its own Sign out signed HIM out.
    alice = make_user(email="alice3@example.com", password=_PW)
    make_user(email="bob3@example.com", password=_PW)
    assert _login(client, "alice3@example.com", _PW).status_code == 200
    assert _login(client, "bob3@example.com", _PW).status_code == 200  # Bob is now the default
    tab = {ACTIVE_ACCOUNT_HEADER: str(alice.id)}
    assert client.get("/api/feed", headers=tab).status_code == 200
    assert client.post("/auth/logout", headers=tab).status_code == 200  # Alice signs out

    assert client.get("/api/feed", headers=tab).status_code == 401
    assert client.post("/auth/logout", headers=tab).status_code == 200
    assert client.get("/api/feed").status_code == 200  # Bob is still signed in, the session intact
    # The bootstrap probe still answers as the default: how the stale tab learns who it is now.
    assert client.get("/api/me", headers=tab).json()["email"] == "bob3@example.com"


@pytest.mark.parametrize("ended", ["revoked", "suspended"])
def test_a_tab_pinned_to_an_account_whose_session_ended_comes_back_as_the_default(
    client, make_user, db, ended
):
    # A tab pinned to Alice, Bob the default. Alice's session then ends while she is still in this
    # browser's wallet ("log out everywhere" on another device, or an admin suspends her). The tab's
    # bootstrap probe used to answer "signed out": the landing page with Bob still signed in, and no way
    # off it but closing the tab (signing in as anyone else there kept the tab pinned to Alice).
    alice = make_user(email="alice4@example.com", password=_PW)
    make_user(email="bob4@example.com", password=_PW)
    assert _login(client, "alice4@example.com", _PW).status_code == 200
    assert _login(client, "bob4@example.com", _PW).status_code == 200
    tab = {ACTIVE_ACCOUNT_HEADER: str(alice.id)}
    assert client.get("/api/feed", headers=tab).status_code == 200
    if ended == "revoked":
        alice.session_epoch = (alice.session_epoch or 0) + 1
    else:
        alice.is_suspended = True
    db.commit()

    assert client.get("/api/me", headers=tab).json()["email"] == "bob4@example.com"
    assert client.get("/api/feed", headers=tab).status_code == 401  # still nobody, never Bob
    assert client.get("/api/feed").status_code == 200  # Bob's session is intact


@pytest.mark.parametrize("ended", ["revoked", "suspended", "deactivated"])
def test_switching_to_an_account_whose_session_ended_refuses_it_and_drops_it_from_the_list(
    client, make_user, db, monkeypatch, ended
):
    # The account switcher lists this browser's wallet. A revoked account was dropped from it on a refused
    # switch, but a suspended one stayed, refused on every click; a deactivated one was not refused at all —
    # made the default, the next request found it inactive and signed every account here out.
    monkeypatch.setattr("app.routes.me.is_allowed", lambda _db, _email: True)  # both hold an invite
    alice = make_user(email="alice5@example.com", password=_PW)
    make_user(email="bob5@example.com", password=_PW)
    assert _login(client, "alice5@example.com", _PW).status_code == 200
    assert _login(client, "bob5@example.com", _PW).status_code == 200
    if ended == "revoked":
        alice.session_epoch = (alice.session_epoch or 0) + 1
    elif ended == "suspended":
        alice.is_suspended = True
    else:
        alice.is_active = False
    db.commit()

    assert client.post("/api/me/switch", json={"user_id": alice.id}).status_code == 403
    assert [a["email"] for a in client.get("/api/me/accounts").json()] == ["bob5@example.com"]
    assert client.get("/api/feed").status_code == 200  # Bob is still signed in


def test_logout_others_revokes_the_other_session_but_keeps_the_caller(client, make_user):
    # Two independent cookie jars (browsers) signed into the same account. `logout-others` from one
    # bumps the account epoch so the OTHER's cookie is rejected on its next request, while the caller
    # is re-stamped and stays in. Checked on /api/feed (a protected endpoint that 401s on revocation).
    make_user(email="carol@example.com", password=_PW)
    # A second, independent cookie jar; the `client` fixture already routed get_db to the test DB on
    # the shared app, so this instance uses it too — it just has its own session cookie.
    other = TestClient(app)
    assert _login(client, "carol@example.com", _PW).status_code == 200
    assert _login(other, "carol@example.com", _PW).status_code == 200
    assert other.get("/api/feed").status_code == 200  # both valid to start

    assert client.post("/auth/logout-others").status_code == 200
    assert other.get("/api/feed").status_code == 401  # its epoch is now stale
    assert client.get("/api/feed").status_code == 200  # the caller stays signed in


def test_reset_confirm_is_single_use_and_kills_existing_sessions(client, make_user, db):
    from app.routes.auth import _issue_token

    user = make_user(email="dave@example.com", password=_PW)
    assert _login(client, "dave@example.com", _PW).status_code == 200
    assert client.get("/api/feed").status_code == 200  # session valid at the pre-reset epoch

    raw = _issue_token(db, user, "reset", timedelta(hours=1))
    db.commit()
    ok = client.post(
        "/auth/password-reset/confirm", json={"token": raw, "password": "brand new pw!"}
    )
    assert ok.status_code == 200

    # A reset bumps the epoch (compromise response) -> the pre-reset cookie is now rejected.
    assert client.get("/api/feed").status_code == 401
    # The token is single-use: a replay is a clean 400, not a second reset.
    replay = client.post(
        "/auth/password-reset/confirm", json={"token": raw, "password": "another pw!!"}
    )
    assert replay.status_code == 400


def test_approving_an_unverified_account_keeps_its_password(db, make_user):
    # This inverts an earlier rule. Approval used to drop a password set while the email was
    # unverified (SEC-10, account pre-emption). It was dropped because it destroyed the password a
    # legitimate registrant had just chosen, in what is the NORMAL ordering — the admin decides
    # before the user reads their mail — making "your password was cleared for security" the default
    # experience.
    #
    # It was ALSO argued that the revoke was redundant, because password_login refuses an
    # unverified account before it reads is_active. The epic's closing review refuted that: the gate
    # holds only while the address is unverified, and the approval mail exists to get the real
    # owner to end that state. Do not restore that reasoning from this comment — the residual is
    # SEC-16, and the same review tried and reverted a guard for it (see test_review_round.py).
    from app.routes.admin import _activate_user_by_email

    user = make_user(
        email="approved-first@example.com",
        password="chosen at registration",
        email_verified=False,
        is_active=False,
    )
    epoch0 = user.session_epoch or 0

    _activate_user_by_email(db, "approved-first@example.com")

    assert user.is_active is True
    assert user.password_hash is not None
    assert user.password_revoked_at is None
    assert (user.session_epoch or 0) == epoch0  # nothing to revoke, so no epoch bump either


def test_an_approved_but_unverified_account_still_cannot_sign_in(client, make_user):
    # The gate that stops a pre-emptor BEFORE the address is confirmed, whatever the admin decided.
    # It is not the whole story — confirming the address opens it, which is SEC-16 — but it is the
    # invariant this test owns, and a change that let an unverified account sign in would be a
    # straightforwardly worse bug than the residual.
    make_user(
        email="notyet@example.com",
        password="attacker-chosen",
        email_verified=False,
        is_active=True,
    )

    r = _login(client, "notyet@example.com", "attacker-chosen")

    assert r.status_code == 403
    assert r.json()["detail"]["reason"] == "email_unverified"


def test_verifying_afterwards_lets_the_original_password_in(client, db, make_user):
    # The payoff for the legitimate registrant: the password chosen at registration still works once
    # the mailbox is proven — no "your password was cleared for security" detour, no reset round-trip.
    from app.routes.auth import _issue_token

    user = make_user(
        email="ordering@example.com",
        password="chosen at registration",
        email_verified=False,
        is_active=False,
    )
    from app.routes.admin import _activate_user_by_email

    _activate_user_by_email(db, "ordering@example.com")  # admin decides FIRST — the common ordering
    raw = _issue_token(db, user, "verify", timedelta(hours=1))
    db.commit()

    verified = client.post("/auth/verify", json={"token": raw})

    assert verified.status_code == 200
    assert verified.json() == {
        "ok": True,
        "password_reset_required": False,
        "email": "ordering@example.com",
    }
    assert _login(client, "ordering@example.com", "chosen at registration").status_code == 200


def test_activating_a_verified_account_keeps_its_password(db, make_user):
    # The no-SMTP shape: registration marks such an account verified up front, so it was never in
    # scope for the SEC-10 guard even back then. Kept as the other half of the pair.
    from app.routes.admin import _activate_user_by_email

    user = make_user(
        email="legit@example.com", password="my own password", email_verified=True, is_active=False
    )
    _activate_user_by_email(db, "legit@example.com")
    assert user.is_active is True
    assert user.password_hash is not None


def _register_and_fetch(db, email: str):
    """Run the /register background worker, then read the users/invites rows back through a FRESH
    query. The worker owns its own session, so anything it failed to commit is simply not there."""
    from sqlalchemy import select as _select

    from app.models import Invite, User
    from app.routes.auth import _register_account

    _register_account(email, _PW)
    db.expire_all()
    user = db.execute(_select(User).where(User.email == email)).scalar_one_or_none()
    invite = db.execute(_select(Invite).where(Invite.email == email)).scalar_one_or_none()
    return user, invite


def _no_smtp(monkeypatch):
    """Put the worker on the no-SMTP path and capture the admin notice instead of sending it."""
    from app.routes import auth as auth_mod

    notified: list[str] = []
    monkeypatch.setattr(auth_mod.email_mod, "email_enabled", lambda: False)
    monkeypatch.setattr(
        auth_mod.email_mod,
        "send_admin_new_request",
        lambda admins, lang, to: notified.append(to) or True,
    )
    return notified


def test_registration_of_a_pre_approved_email_persists_the_account_without_smtp(
    db, make_user, monkeypatch
):
    # THE regression. An admin whitelists an address, the person registers, and the account silently
    # never existed: upsert_pending_invite leaves an already-approved row alone and returns WITHOUT
    # committing, and the only other commit on this path (_issue_token) is gated on SMTP — so with no
    # working mail the flushed user was rolled back at session close. The sign-up answered "ok",
    # created nothing, and re-registering did the same again.
    from app.models import Invite

    notified = _no_smtp(monkeypatch)
    make_user(email="admin@example.com", role="admin")
    db.add(Invite(email="roland@example.com", status="approved", decided_by="admin@example.com"))
    db.commit()

    user, invite = _register_and_fetch(db, "roland@example.com")

    assert user is not None, "pre-approved registration was rolled back — the account is gone"
    assert user.password_hash is not None
    assert user.email_verified is True  # no SMTP => ownership can't be proven by link
    assert (
        user.is_active is False
    )  # approval is bound to the account by an admin, not by signing up
    # The admin's standing decision is left exactly as it was — is_allowed() still reads "approved",
    # so their Google sign-in keeps working and an anonymous sign-up cannot revoke access.
    assert invite.status == "approved"
    assert invite.decided_by == "admin@example.com"
    # The notify path still fires for an already-approved address — nothing lands in the queue, so
    # it is the only announcement there is. (Whether it is DELIVERED is separate: on a real no-SMTP
    # instance `_send` drops it, which is the open half of the problem, roadmap UX-25.)
    assert notified == ["roland@example.com"]


def test_registration_with_an_already_pending_request_persists_the_account(
    db, make_user, monkeypatch
):
    # The same rollback, reached the other way: someone uses Request access, then registers before
    # the admin has decided. upsert_pending_invite leaves the pending row alone and does not commit.
    from app.models import Invite

    notified = _no_smtp(monkeypatch)
    make_user(email="admin@example.com", role="admin")
    db.add(Invite(email="pia@example.com", status="pending"))
    db.commit()

    user, invite = _register_and_fetch(db, "pia@example.com")

    assert user is not None, "registration was rolled back — the account is gone"
    assert user.is_active is False
    assert invite.status == "pending"
    assert notified == ["pia@example.com"]


def test_an_admin_can_activate_a_pre_approved_registrant(db, monkeypatch):
    # The recovery path for the account above, pinned so it cannot quietly break: re-entering the
    # address in the Access-requests whitelist box (POST /api/admin/invites) runs
    # _activate_user_by_email.
    from app.models import Invite
    from app.routes.admin import _activate_user_by_email

    _no_smtp(monkeypatch)
    db.add(Invite(email="roland@example.com", status="approved", decided_by="admin@example.com"))
    db.commit()
    user, _ = _register_and_fetch(db, "roland@example.com")

    _activate_user_by_email(db, "roland@example.com")

    db.expire_all()
    assert user.is_active is True
    assert user.password_hash is not None  # approval never touches the password


def test_registration_of_an_unknown_email_still_persists_account_and_pending_invite(
    db, make_user, monkeypatch
):
    # Guard, not a regression test: this branch always worked (upsert INSERTs the invite and commits
    # the same transaction). It must keep working — and it is the case that DOES notify the admin.
    notified = _no_smtp(monkeypatch)
    make_user(email="admin@example.com", role="admin")

    user, invite = _register_and_fetch(db, "stranger@example.com")

    assert user is not None
    assert user.is_active is False
    assert invite is not None and invite.status == "pending"
    assert notified == ["stranger@example.com"]


def test_registration_of_a_previously_denied_email_revives_the_request(db, make_user, monkeypatch):
    # Guard: a denied person may ask again — the invite flips back to pending (and commits) so the
    # admin sees a fresh request. The stale decision must not leak into the new account's state.
    from app.models import Invite

    notified = _no_smtp(monkeypatch)
    make_user(email="admin@example.com", role="admin")
    db.add(Invite(email="denis@example.com", status="denied", decided_by="admin@example.com"))
    db.commit()

    user, invite = _register_and_fetch(db, "denis@example.com")

    assert user is not None
    assert user.is_active is False
    assert invite.status == "pending"
    assert invite.decided_at is None and invite.decided_by is None
    assert notified == ["denis@example.com"]


def test_registration_of_a_pre_approved_email_persists_the_account_with_smtp(db, monkeypatch):
    # Guard, not a regression test: with SMTP on, _issue_token's own commit already persisted the
    # user, so this branch was never broken and must stay unbroken.
    from app.models import Invite
    from app.routes import auth as auth_mod

    sent: list[str] = []
    monkeypatch.setattr(auth_mod.email_mod, "email_enabled", lambda: True)
    monkeypatch.setattr(
        auth_mod.email_mod, "send_verify_email", lambda to, lang, link, **kw: sent.append(to)
    )
    monkeypatch.setattr(auth_mod.email_mod, "send_admin_new_request", lambda admins, lang, to: True)
    db.add(Invite(email="rita@example.com", status="approved", decided_by="admin@example.com"))
    db.commit()

    user, invite = _register_and_fetch(db, "rita@example.com")

    assert user is not None
    assert user.email_verified is False  # must confirm the address
    assert user.is_active is False
    assert invite.status == "approved"
    assert sent == ["rita@example.com"]


def test_verifying_an_email_never_grants_access_on_its_own(client, db, make_user):
    # Verification attests the address; it does not decide access. The two gates stay separate.
    from app.models import Invite
    from app.routes.auth import _issue_token

    user = make_user(email="rita@example.com", password=_PW, email_verified=False, is_active=False)
    db.add(Invite(email="rita@example.com", status="approved", decided_by="admin@example.com"))
    db.commit()
    raw = _issue_token(db, user, "verify", timedelta(hours=1))

    assert client.post("/auth/verify", json={"token": raw}).status_code == 200

    db.expire_all()
    assert user.email_verified is True
    assert user.is_active is False
    assert _login(client, "rita@example.com", _PW).status_code == 403


def test_register_route_creates_the_account_end_to_end(client, db, monkeypatch):
    # The tests above call _register_account directly, so nothing covered the ROUTE: its
    # allow_registration gate, its rate limiter and the background.add_task wiring that makes the
    # whole flow reachable at all. TestClient runs BackgroundTasks after the response, so a single
    # POST exercises the real path end to end.
    from sqlalchemy import select as _select

    from app.models import User

    _no_smtp(monkeypatch)

    r = client.post("/auth/register", json={"email": "newbie@example.com", "password": _PW})

    assert r.status_code == 200 and r.json() == {"ok": True, "status": "ok"}
    db.expire_all()
    user = db.execute(_select(User).where(User.email == "newbie@example.com")).scalar_one_or_none()
    assert user is not None, "POST /auth/register answered ok but created nothing"
    assert user.password_hash is not None


def test_register_route_is_refused_when_registration_is_closed(client, db, monkeypatch):
    # The gate is an explicit 403 with nothing created — not a uniform "ok" that silently drops it.
    from sqlalchemy import select as _select

    from app import sysconfig
    from app.models import User

    _no_smtp(monkeypatch)
    sysconfig.set_value(db, "allow_registration", False)

    r = client.post("/auth/register", json={"email": "closed@example.com", "password": _PW})

    assert r.status_code == 403
    db.expire_all()
    assert (
        db.execute(_select(User).where(User.email == "closed@example.com")).scalar_one_or_none()
        is None
    )


# --- SEC-10 lockout: a revoked preset password must stay RECOVERABLE ---------------------------
#
# Regression pack for the prod incident of 2026-09-02. An account registered with a password, then
# stripped of it by the SEC-10 guard, ended up with password_hash = NULL. That is also what a
# Google-only account looks like, and reset eligibility keyed off `password_hash` alone — so the
# account could neither sign in (no password) nor obtain a reset link, and every response on the way
# was a deliberately uniform "ok"/401. `password_revoked_at` is the trace that tells the two apart;
# these pin each step of the way back in.
#
# The admin-approval caller is gone, so Google adoption is the only path that still produces
# this state — plus every account stripped on prod before that change, which is why the whole recovery
# route below must keep working. These tests manufacture the state through the surviving producer.


def _revoke_as_google_adoption(db, user) -> None:
    """Put an account into the SEC-10-revoked state the way the ONLY remaining producer does: the
    Google callback adopting an account whose email was never verified."""
    from app.routes.auth import revoke_preset_password_if_unverified

    revoke_preset_password_if_unverified(user)
    db.commit()


def _capture_reset_links(monkeypatch) -> list[str]:
    """Patch the reset mailer and collect the recipients it is asked to write to."""
    from app.routes import auth as auth_mod

    sent: list[str] = []
    monkeypatch.setattr(
        auth_mod.email_mod, "send_password_reset", lambda to, lang, link: sent.append(to)
    )
    return sent


def test_the_google_adoption_revoke_stamps_password_revoked_at(db, make_user):
    # The guard still fires where it earns its keep: the real owner has just proven ownership through
    # Google, so a password set on the address while it was unverified must not survive.
    victim = make_user(
        email="stamped@example.com",
        password="attacker-chosen",
        email_verified=False,
        is_active=False,
    )
    assert victim.password_revoked_at is None
    epoch0 = victim.session_epoch or 0

    _revoke_as_google_adoption(db, victim)

    assert victim.password_hash is None
    assert victim.password_revoked_at is not None  # …so the reset flow can tell it HAD a password
    assert (victim.session_epoch or 0) == epoch0 + 1  # any session that password minted is killed


def test_an_account_whose_password_was_revoked_can_still_get_a_reset_link(
    db, make_user, monkeypatch
):
    # THE lockout bug: without the stamp this sent nothing, and the account was unrecoverable.
    from app.routes.auth import _send_reset_if_eligible

    victim = make_user(
        email="lockedout@example.com",
        password="chosen at registration",
        email_verified=False,
        is_active=False,
    )
    _revoke_as_google_adoption(db, victim)
    sent = _capture_reset_links(monkeypatch)

    _send_reset_if_eligible("lockedout@example.com")

    assert sent == ["lockedout@example.com"]


def test_a_google_only_account_is_still_not_reset_eligible(db, make_user, monkeypatch):
    # The other side of the rule: an account that NEVER had a password gets no reset link — its owner
    # adds one from Settings while signed in (/auth/set-password), which proves identity by session.
    from app.routes.auth import _send_reset_if_eligible

    make_user(email="googler@example.com", password=None, google_sub="sub-123")
    sent = _capture_reset_links(monkeypatch)

    _send_reset_if_eligible("googler@example.com")

    assert sent == []


def test_completing_a_reset_clears_the_revocation_stamp(client, db, make_user):
    from app.routes.auth import _issue_token

    user = make_user(
        email="recovered@example.com",
        password="chosen at registration",
        email_verified=False,
        is_active=True,  # already approved; reset-confirm verifies the email but never activates
    )
    _revoke_as_google_adoption(db, user)
    raw = _issue_token(db, user, "reset", timedelta(hours=1))
    db.commit()

    ok = client.post(
        "/auth/password-reset/confirm", json={"token": raw, "password": "a brand new one"}
    )

    assert ok.status_code == 200
    db.expire_all()
    assert user.password_hash is not None
    assert user.password_revoked_at is None  # spent — not a permanently reset-eligible account
    assert _login(client, "recovered@example.com", "a brand new one").status_code == 200


def test_verify_tells_a_revoked_account_that_it_needs_a_new_password(client, db, make_user):
    # The banner's input. Saying so leaks nothing: the caller just proved mailbox control by holding a
    # valid single-use verify token. Without it the user meets only the uniform "Invalid email or
    # password" and has no way to learn why the password they chose stopped working.
    from app.routes.auth import _issue_token

    user = make_user(
        email="needspw@example.com",
        password="chosen at registration",
        email_verified=False,
        is_active=False,
    )
    _revoke_as_google_adoption(db, user)
    raw = _issue_token(db, user, "verify", timedelta(hours=1))
    db.commit()

    r = client.post("/auth/verify", json={"token": raw})

    assert r.status_code == 200
    assert r.json() == {
        "ok": True,
        "password_reset_required": True,
        "email": "needspw@example.com",
    }


def test_verify_reports_no_reset_needed_for_an_intact_account(client, db, make_user):
    from app.routes.auth import _issue_token

    user = make_user(email="intact@example.com", email_verified=False, is_active=False)
    raw = _issue_token(db, user, "verify", timedelta(hours=1))
    db.commit()

    r = client.post("/auth/verify", json={"token": raw})

    assert r.status_code == 200
    assert r.json() == {
        "ok": True,
        "password_reset_required": False,
        "email": "intact@example.com",
    }