lilleman 0900bf49bd Built-in OAuth2 consent-challenge handler (todo §6); /oauth2/consent grants scopes to a client logging in through us. New src/oauth-consent.ts (pure, sibling of oauth-login.ts): resolveConsentChallenge auto-accepts a first-party client (Hydra metadata.first_party===true) or a Hydra-skipped one, else returns a view to show the themed consent screen; acceptConsent re-reads the challenge so scopes/audience are never client-supplied; rejectConsent → access_denied. The grant carries an OIDC session.id_token with email/name projected from the Kratos identity (whoami traits, omitted when absent). src/hydra-admin.ts gains the consent half (get/accept/reject consent + types; login/consent URL builder folded into one reqUrl(kind,…) + shared put()). Wired in app.ts at GET|POST /oauth2/consent (gated on hydra+kratos): GET shows/auto-accepts (sets the CSRF cookie when fresh), POST is CSRF-guarded (same signed double-submit as /logout) and dispatches allow→accept / else→reject → 303 to Hydra; a stale/consumed challenge (Hydra 4xx) degrades to a recoverable 400, a real outage (5xx) → 500 (mirrors /oauth2/login). views/oauth-consent.ejs + partials/consent-body.ejs reuse the auth-card, listing the requested scopes (friendly labels for the standard OIDC ones) with Allow/Deny submit buttons. Tests-first: hydra-admin consent contracts + oauth-consent skip/first-party/third-party/audience/id_token/refetch/reject matrix + app HTTP integration (auto-accept / screen+CSRF cookie / allow+deny / forged-CSRF→403 / missing→400 / stale→400 / outage→500). Stability-reviewer run as a local PR: APPROVE, no Critical/High. Extended e2e/oauth-login.spec.ts to drive the whole authorization-code flow against real Hydra — login accept → follow login_verifier through Hydra → web's consent screen (third-party e2e-login, scopes listed) → Allow → consent_verifier → client callback with a real code (per-host cookie jars, Hydra resume URLs rebased onto the compose host). typecheck + 262 units + 8 visual + OAuth login+consent E2E green. OAuth2 client registration is the next §6 item.

2026-06-19 10:53:21 +02:00

..

admin

Address whole-project architecture + product reviews (todo §5): make readRoles transitive so group→role grants reach the JWT (matches the Roles 'Effective access' view + OPL model; per-login only), per the user's call; add a zero-JS server-rendered confirm step for delete user/group/role (views/admin/confirm.ejs + shared buildConfirmModel; the Delete control is now a GET link, the delete stays a CSRF-guarded POST); self-lockout guards — no self-delete/deactivate (Users), no self-revoke of the direct admin grant + no delete of the admin role (Roles), each → 400 + inline error (direct-grant paths incl. the seeded admin; group-only-admin lockout = robust last-effective-admin check deferred §9); extract the gate+CSRF preamble copied across the 3 admin handlers into admin-nav.ts requireAdmin/guardedForm; shellUser keeps the email (name = local part, full email beneath). Reviewers: architecture no Critical/High, product 2 Critical + 1 High (all fixed). Deferred (scoped): host route-table→§6, list/template dedup→§5 cleanup, success-flash/empty-states/dangling-refs→§5 polish/§8, safeUrl→§7, 413/https/§N-drift→§9. Tests-first (extended the 3 admin HTTP tests + login/shell-context units); typecheck + 244 units + 8 visual + auth-refresh E2E green; stability-reviewer APPROVE

2026-06-18 19:18:50 +02:00

partials

Built-in OAuth2 consent-challenge handler (todo §6); /oauth2/consent grants scopes to a client logging in through us. New src/oauth-consent.ts (pure, sibling of oauth-login.ts): resolveConsentChallenge auto-accepts a first-party client (Hydra metadata.first_party===true) or a Hydra-skipped one, else returns a view to show the themed consent screen; acceptConsent re-reads the challenge so scopes/audience are never client-supplied; rejectConsent → access_denied. The grant carries an OIDC session.id_token with email/name projected from the Kratos identity (whoami traits, omitted when absent). src/hydra-admin.ts gains the consent half (get/accept/reject consent + types; login/consent URL builder folded into one reqUrl(kind,…) + shared put()). Wired in app.ts at GET|POST /oauth2/consent (gated on hydra+kratos): GET shows/auto-accepts (sets the CSRF cookie when fresh), POST is CSRF-guarded (same signed double-submit as /logout) and dispatches allow→accept / else→reject → 303 to Hydra; a stale/consumed challenge (Hydra 4xx) degrades to a recoverable 400, a real outage (5xx) → 500 (mirrors /oauth2/login). views/oauth-consent.ejs + partials/consent-body.ejs reuse the auth-card, listing the requested scopes (friendly labels for the standard OIDC ones) with Allow/Deny submit buttons. Tests-first: hydra-admin consent contracts + oauth-consent skip/first-party/third-party/audience/id_token/refetch/reject matrix + app HTTP integration (auto-accept / screen+CSRF cookie / allow+deny / forged-CSRF→403 / missing→400 / stale→400 / outage→500). Stability-reviewer run as a local PR: APPROVE, no Critical/High. Extended e2e/oauth-login.spec.ts to drive the whole authorization-code flow against real Hydra — login accept → follow login_verifier through Hydra → web's consent screen (third-party e2e-login, scopes listed) → Allow → consent_verifier → client callback with a real code (per-host cookie jars, Hydra resume URLs rebased onto the compose host). typecheck + 262 units + 8 visual + OAuth login+consent E2E green. OAuth2 client registration is the next §6 item.

2026-06-19 10:53:21 +02:00

403.ejs

Make markup semantic + add semantic DOM principle (todo §1); page <h1>, skip link, row-header <th scope=row>, descriptive error pages

2026-06-15 16:53:07 +02:00

404.ejs

Make markup semantic + add semantic DOM principle (todo §1); page <h1>, skip link, row-header <th scope=row>, descriptive error pages

2026-06-15 16:53:07 +02:00

500.ejs

Make markup semantic + add semantic DOM principle (todo §1); page <h1>, skip link, row-header <th scope=row>, descriptive error pages

2026-06-15 16:53:07 +02:00

auth.ejs

Render SSO buttons per configured Kratos OIDC provider (todo §4); flow-view collects oidc nodes → auth-card submit buttons, server-side visibility, drop mockup #sso-toggle CSS

2026-06-17 18:20:45 +02:00

index.ejs

Secure cookie flags + CSRF for our own POST forms (todo §4); SECURE_COOKIES toggle on session/CSRF cookies; csrf.ts signed double-submit token + body.ts form reader; logout is now a CSRF-guarded POST form

2026-06-18 11:12:32 +02:00

oauth-consent.ejs

Built-in OAuth2 consent-challenge handler (todo §6); /oauth2/consent grants scopes to a client logging in through us. New src/oauth-consent.ts (pure, sibling of oauth-login.ts): resolveConsentChallenge auto-accepts a first-party client (Hydra metadata.first_party===true) or a Hydra-skipped one, else returns a view to show the themed consent screen; acceptConsent re-reads the challenge so scopes/audience are never client-supplied; rejectConsent → access_denied. The grant carries an OIDC session.id_token with email/name projected from the Kratos identity (whoami traits, omitted when absent). src/hydra-admin.ts gains the consent half (get/accept/reject consent + types; login/consent URL builder folded into one reqUrl(kind,…) + shared put()). Wired in app.ts at GET|POST /oauth2/consent (gated on hydra+kratos): GET shows/auto-accepts (sets the CSRF cookie when fresh), POST is CSRF-guarded (same signed double-submit as /logout) and dispatches allow→accept / else→reject → 303 to Hydra; a stale/consumed challenge (Hydra 4xx) degrades to a recoverable 400, a real outage (5xx) → 500 (mirrors /oauth2/login). views/oauth-consent.ejs + partials/consent-body.ejs reuse the auth-card, listing the requested scopes (friendly labels for the standard OIDC ones) with Allow/Deny submit buttons. Tests-first: hydra-admin consent contracts + oauth-consent skip/first-party/third-party/audience/id_token/refetch/reject matrix + app HTTP integration (auto-accept / screen+CSRF cookie / allow+deny / forged-CSRF→403 / missing→400 / stale→400 / outage→500). Stability-reviewer run as a local PR: APPROVE, no Critical/High. Extended e2e/oauth-login.spec.ts to drive the whole authorization-code flow against real Hydra — login accept → follow login_verifier through Hydra → web's consent screen (third-party e2e-login, scopes listed) → Allow → consent_verifier → client callback with a real code (per-host cookie jars, Hydra resume URLs rebased onto the compose host). typecheck + 262 units + 8 visual + OAuth login+consent E2E green. OAuth2 client registration is the next §6 item.

2026-06-19 10:53:21 +02:00