b18b2280ef
7 Commits
| Author | SHA1 | Message | Date | |
|---|---|---|---|---|
Ahmed Darrazi
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538c6ea268 | feat(066): centralize RBAC UI enforcement with UiEnforcement | ||
| d90fb0f963 |
065-tenant-rbac-v1 (#79)
PR Body Implements Spec 065 “Tenant RBAC v1” with capabilities-first RBAC, tenant membership scoping (Option 3), and consistent Filament action semantics. Key decisions / rules Tenancy Option 3: tenant switching is tenantless (ChooseTenant), tenant-scoped routes stay scoped, non-members get 404 (not 403). RBAC model: canonical capability registry + role→capability map + Gates for each capability (no role-string checks in UI logic). UX policy: for tenant members lacking permission → actions are visible but disabled + tooltip (avoid click→403). Security still enforced server-side. What’s included Capabilities foundation: Central capability registry (Capabilities::*) Role→capability mapping (RoleCapabilityMap) Gate registration + resolver/manager updates to support tenant-scoped authorization Filament enforcement hardening across the app: Tenant registration & tenant CRUD properly gated Backup/restore/policy flows aligned to “visible-but-disabled” where applicable Provider operations (health check / inventory sync / compliance snapshot) guarded and normalized Directory groups + inventory sync start surfaces normalized Policy version maintenance actions (archive/restore/prune/force delete) gated SpecKit artifacts for 065: spec.md, plan/tasks updates, checklists, enforcement hitlist Security guarantees Non-member → 404 via tenant scoping/membership guards. Member without capability → 403 on execution, even if UI is disabled. No destructive actions execute without proper authorization checks. Tests Adds/updates Pest coverage for: Tenant scoping & membership denial behavior Role matrix expectations (owner/manager/operator/readonly) Filament surface checks (visible/disabled actions, no side effects) Provider/Inventory/Groups run-start authorization Verified locally with targeted vendor/bin/sail artisan test --compact … Deployment / ops notes No new services required. Safe change: behavior is authorization + UI semantics; no breaking route changes intended. Co-authored-by: Ahmed Darrazi <ahmeddarrazi@MacBookPro.fritz.box> Reviewed-on: #79 |
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| a97beefda3 |
056-remove-legacy-bulkops (#65)
Kurzbeschreibung Versteckt die Rerun-Row-Action für archivierte (soft-deleted) RestoreRuns und verhindert damit fehlerhafte Neu-Starts aus dem Archiv; ergänzt einen Regressionstest. Änderungen Code: RestoreRunResource.php — Sichtbarkeit der rerun-Action geprüft auf ! $record->trashed() und defensive Abbruchprüfung im Action-Handler. Tests: RestoreRunRerunTest.php — neuer Test rerun action is hidden for archived restore runs. Warum Archivierte RestoreRuns durften nicht neu gestartet werden; UI zeigte trotzdem die Option. Das führte zu verwirrendem Verhalten und möglichen Fehlern beim Enqueueing. Verifikation / QA Unit/Feature: ./vendor/bin/sail artisan test tests/Feature/RestoreRunRerunTest.php Stil/format: ./vendor/bin/pint --dirty Manuell (UI): Als Tenant-Admin Filament → Restore Runs öffnen. Filter Archived aktivieren (oder Trashed filter auswählen). Sicherstellen, dass für archivierte Einträge die Rerun-Action nicht sichtbar ist. Auf einem aktiven (nicht-archivierten) Run prüfen, dass Rerun sichtbar bleibt und wie erwartet eine neue RestoreRun erzeugt. Wichtige Hinweise Kein DB-Migration required. Diese PR enthält nur den UI-/Filament-Fix; die zuvor gemachten operative Fixes für Queue/adapter-Reconciliation bleiben ebenfalls auf dem Branch (z. B. frühere commits während der Debugging-Session). T055 (Schema squash) wurde bewusst zurückgestellt und ist nicht Teil dieses PRs. Merge-Checklist Tests lokal laufen (RestoreRunRerunTest grünt) Pint läuft ohne ungepatchte Fehler Branch gepusht: 056-remove-legacy-bulkops (PR-URL: https://git.cloudarix.de/ahmido/TenantAtlas/compare/dev...056-remove-legacy-bulkops) Co-authored-by: Ahmed Darrazi <ahmeddarrazi@adsmac.local> Reviewed-on: #65 |
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| bd6df1f343 |
055-ops-ux-rollout (#64)
Kurzbeschreibung Implementiert Feature 055 — Ops‑UX Constitution Rollout v1.3.0. Behebt: globales BulkOperationProgress-Widget benötigt keinen manuellen Refresh mehr; ETA/Elapsed aktualisieren korrekt; Widget verschwindet automatisch. Verbesserungen: zuverlässiges polling (Alpine factory + Livewire fallback), sofortiger Enqueue‑Signal-Dispatch, Failure‑Message‑Sanitization, neue Guard‑ und Regressionstests, Specs/Tasks aktualisiert. Was geändert wurde (Auszug) InventoryLanding.php bulk-operation-progress.blade.php OperationUxPresenter.php SyncRestoreRunToOperationRun.php PolicyResource.php PolicyVersionResource.php RestoreRunResource.php tests/Feature/OpsUx/* (PollerRegistration, TerminalNotificationFailureMessageTest, CanonicalViewRunLinksTest, OperationCatalogCoverageTest, UnknownOperationTypeLabelTest) InventorySyncButtonTest.php tasks.md Tests Neue Tests hinzugefügt; php artisan test --group=ops-ux lokal grün (alle relevanten Tests laufen). How to verify manually Auf Branch wechseln: 055-ops-ux-rollout In Filament: Inventory → Sync (oder relevante Bulk‑Aktion) auslösen. Beobachten: Progress‑Widget erscheint sofort, ETA/Elapsed aktualisiert, Widget verschwindet nach Fertigstellung ohne Browser‑Refresh. Optional: ./vendor/bin/sail exec app php artisan test --filter=OpsUx oder php artisan test --group=ops-ux Besonderheiten / Hinweise Einzelne, synchrone Policy‑Actions (ignore/restore/PolicyVersion single archive/restore/forceDelete) sind absichtlich inline und erzeugen kein OperationRun. Bulk‑Aktionen und restore.execute werden als Runs modelliert. Wenn gewünscht, kann ich die inline‑Actions auf OperationRunService umstellen, damit sie in Monitoring → Operations sichtbar werden. Remote: Branch ist bereits gepusht (origin/055-ops-ux-rollout). PR kann in Gitea erstellt werden. Links Specs & tasks: tasks.md Monitoring page: Operations.php Co-authored-by: Ahmed Darrazi <ahmeddarrazi@adsmac.local> Reviewed-on: #64 |
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| 3030dd9af2 |
054-unify-runs-suitewide (#63)
Summary Kurz: Implementiert Feature 054 — canonical OperationRun-flow, Monitoring UI, dispatch-safety, notifications, dedupe, plus small UX safety clarifications (RBAC group search delegated; Restore group mapping DB-only). What Changed Core service: OperationRun lifecycle, dedupe and dispatch helpers — OperationRunService.php. Model + migration: OperationRun model and migration — OperationRun.php, 2026_01_16_180642_create_operation_runs_table.php. Notifications: queued + terminal DB notifications (initiator-only) — OperationRunQueued.php, OperationRunCompleted.php. Monitoring UI: Filament list/detail + Livewire pieces (DB-only render) — OperationRunResource.php and related pages/views. Start surfaces / Jobs: instrumented start surfaces, job middleware, and job updates to use canonical runs — multiple app/Jobs/* and app/Filament/* updates (see tests for full coverage). RBAC + Restore UX clarifications: RBAC group search is delegated-Graph-based and disabled without delegated token; Restore group mapping remains DB-only (directory cache) and helper text always visible — TenantResource.php, RestoreRunResource.php. Specs / Constitution: updated spec & quickstart and added one-line constitution guideline about Graph usage: spec.md quickstart.md constitution.md Tests & Verification Unit / Feature tests added/updated for run lifecycle, notifications, idempotency, and UI guards: see tests/Feature/* (notably OperationRunServiceTest, MonitoringOperationsTest, OperationRunNotificationTest, and various Filament feature tests). Full test run locally: ./vendor/bin/sail artisan test → 587 passed, 5 skipped. Migrations Adds create_operation_runs_table migration; run php artisan migrate in staging after review. Notes / Rationale Monitoring pages are explicitly DB-only at render time (no Graph calls). Start surfaces enqueue work only and return a “View run” link. Delegated Graph access is used only for explicit user actions (RBAC group search); restore mapping intentionally uses cached DB data only to avoid render-time Graph calls. Dispatch wrapper marks runs failed immediately if background dispatch throws synchronously to avoid misleading “queued” states. Upgrade / Deploy Considerations Run migrations: ./vendor/bin/sail artisan migrate. Background workers should be running to process queued jobs (recommended to monitor queue health during rollout). No secret or token persistence changes. PR checklist Tests updated/added for changed behavior Specs updated: 054-unify-runs-suitewide docs + quickstart Constitution note added (.specify) Pint formatting applied Co-authored-by: Ahmed Darrazi <ahmeddarrazi@adsmac.local> Reviewed-on: #63 |
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| 30ad57baab |
feat/053-unify-runs-monitoring (#60)
Summary This PR introduces Unified Operations Runs + Monitoring Hub (053). Goal: Standardize how long-running operations are tracked and monitored using the existing tenant-scoped run record (BulkOperationRun) as the canonical “operation run”, and surface it in a single Monitoring → Operations hub (view-only, tenant-scoped, role-aware). Phase 1 adoption scope (per spec): • Drift generation (drift.generate) • Backup Set “Add Policies” (backup_set.add_policies) Note: This PR does not convert every run type yet (e.g. GroupSyncRuns / InventorySyncRuns remain separate for now). This is intentionally incremental. ⸻ What changed Monitoring / Operations hub • Moved/organized run monitoring under Monitoring → Operations • Added: • status buckets (queued / running / succeeded / partially succeeded / failed) • filters (run type, status bucket, time range) • run detail “Related” links (e.g. Drift findings, Backup Set context) • All hub pages are DB-only and view-only (no rerun/cancel/delete actions) Canonical run semantics • Added canonical helpers on BulkOperationRun: • runType() (resource.action) • statusBucket() derived from status + counts (testable semantics) Drift integration (Phase 1) • Drift generation start behavior now: • creates/reuses a BulkOperationRun with drift context payload (scope_key + baseline/current run ids) • dispatches generation job • emits DB notifications including “View run” link • On generation failure: stores sanitized failure entries + sends failure notification Permissions / tenant isolation • Monitoring run list/view is tenant-scoped and returns 403 for cross-tenant access • Readonly can view runs but cannot start drift generation ⸻ Tests Added/updated Pest coverage: • BulkOperationRunStatusBucketTest.php • DriftGenerationDispatchTest.php • GenerateDriftFindingsJobNotificationTest.php • RunAuthorizationTenantIsolationTest.php Validation run locally: • ./vendor/bin/pint --dirty • targeted tests from feature quickstart / drift monitoring tests ⸻ Manual QA 1. Go to Monitoring → Operations • verify filters (run type / status / time range) • verify run detail shows counts + sanitized failures + “Related” links 2. Open Drift Landing • with >=2 successful inventory runs for scope: should queue drift generation + show notification with “View run” • as readonly: should not start generation 3. Run detail • drift.generate runs show “Drift findings” related link • failure entries are sanitized (no secrets/tokens/raw payload dumps) ⸻ Notes / Ops • Queue workers must be restarted after deploy so they load the new code: • php artisan queue:restart (or Sail equivalent) • This PR standardizes monitoring for Phase 1 producers only; follow-ups will migrate additional run types into the unified pattern. ⸻ Spec / Docs • SpecKit artifacts added under specs/053-unify-runs-monitoring/ • Checklists are complete: • requirements checklist PASS • writing checklist PASS Co-authored-by: Ahmed Darrazi <ahmeddarrazi@adsmac.local> Reviewed-on: #60 |
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| a449ecec5b |
feat/044-drift-mvp (#58)
Beschreibung Implementiert das Drift MVP Feature (Spec: 044-drift-mvp) mit Fokus auf automatische Drift-Erkennung zwischen Inventory Sync Runs und Bulk-Triage für Findings. Was wurde implementiert? Drift-Erkennung: Vergleicht Policy-Snapshots, Assignments und Scope Tags zwischen Baseline- und Current-Runs. Deterministische Fingerprints verhindern Duplikate. Findings UI: Neue Filament Resource für Findings mit Listen- und Detail-Ansicht. DB-only Diffs (keine Graph-Calls zur Laufzeit). Bulk Acknowledge: "Acknowledge selected" (Bulk-Action auf der Liste) "Acknowledge all matching" (Header-Action, respektiert aktuelle Filter; Type-to-Confirm bei >100 Findings) Scope Tag Fix: Behebt False Positives bei Legacy-Daten ohne scope_tags.ids (inferiert Default-Werte). Authorization: Tenant-isoliert, Rollen-basiert (Owner/Manager/Operator können acknowledge). Tests: Vollständige Pest-Coverage (28 Tests, 347 Assertions) für Drift-Logik, UI und Bulk-Actions. Warum diese Änderungen? Problem: Keine automatisierte Drift-Erkennung; manuelle Triage bei vielen Findings ist mühsam. Lösung: Async Drift-Generierung mit persistenter Findings-Tabelle. Safe Bulk-Tools für Massen-Triage ohne Deletes. Konformität: Folgt AGENTS.md Workflow, Spec-Kit (Tasks + Checklists abgehakt), Laravel/Filament Best Practices. Technische Details Neue Dateien: ~40 (Models, Services, Tests, Views, Migrations) Änderungen: Filament Resources, Jobs, Policies DB: Neue findings Tabelle (JSONB für Evidence, Indexes für Performance) Tests: ./vendor/bin/sail artisan test tests/Feature/Drift --parallel → 28 passed Migration: ./vendor/bin/sail artisan migrate (neue Tabelle + Indexes) Screenshots / Links Spec: spec.md Tasks: tasks.md (alle abgehakt) UI: Findings-Liste mit Bulk-Actions; Detail-View mit Diffs Checklist Tests passieren (parallel + serial) Code formatiert (./vendor/bin/pint --dirty) Migration reversibel Tenant-Isolation enforced No Graph-Calls in Views Authorization checks Spec + Tasks aligned Deployment Notes Neue Migration: create_findings_table Neue Permissions: drift.view, drift.acknowledge Queue-Job: GenerateDriftFindingsJob (async, deduped) |
