Flask-AAS

Work In Progress — usable for development, testing, and controlled internal evaluation.

Pre-release status: Flask-AAS is under active development. Review the documented configuration and deployment guidance before use.

Flask-AAS is a modular Flask-based authentication, auditing, and application-host foundation with built-in user management, session security, log tracking, optional abuse prevention, and an opt-in first-class application-plugin system. It is designed to stay understandable for small projects while providing a reusable security foundation for larger applications.

Background & Philosophy

Flask Auth & Audit System began as authentication code written for Open Auto Classifieds more than a decade ago. As that code aged and my requirements changed, I decided to rebuild it in Flask rather than continue extending the original implementation.

Flask-AAS is built primarily to provide a consistent foundation for my own projects, but is published openly for anyone who finds it useful.

This project focuses on:

Keeping external dependencies minimal
Providing practical features that work out of the box
Leaving optional integrations and extras up to you
Hosting application-specific functionality behind a small, explicit plugin contract
Staying adaptable for both small projects and larger ones

Project Documentation

Document	Purpose
`docs/deployment-modes.md`	Development versus deployed behavior
`docs/security-checklist.md`	Reusable route-review checklist
`docs/security-tooling.md`	Static analysis, dependency audit, and CI baseline
`docs/plugin-troubleshooting.md`	Plugin discovery, persisted registry, migration, reload, and recovery troubleshooting

The base is intentionally designed to remain easy to run locally. Direct HTTP, generated development secrets, SQLite, and in-memory services are valid development choices. Stricter requirements apply only when the selected deployment mode needs them.

Core Features

Authentication & User Management

Secure login with Flask-Login
Password hashing via bcrypt, with full long-password handling enabled
Admin-managed password policy enabled by default with a 20-character minimum, passphrase-friendly composition defaults, and deployment values used only to seed a fresh database
Optional provider-backed new-password checking, disabled by default, with a built-in local common-password blocklist and a registration seam for additional providers
Active session tracking
Sliding authenticated-session inactivity timeout; ordinary sessions require a full login after expiry
Remembered sessions survive inactivity only as non-fresh authentication, preserving the remember cookie while requiring reauthentication for fresh-login-protected actions
Remember-cookie-restored sessions begin a new non-fresh inactivity window
Account state flags:
- activated → Email verification status
- approved → Optional admin review
Role-based access control (RBAC)
Flexible registration fields (company, phone, location, etc.)
Self-service account profile editing with canonical host profile-image upload/replace/remove using the existing User.image identity field
Shared ISO 3166-1 country and ISO 3166-2 subdivision catalog for consistent host/plugin location fields
Admin panel with settings management
Single-user lockdown mode
Global CSRF protection

Profile Images

Uses the existing User.image field; no additional profile-image table is required.
Admin → Site Settings → User Storage Path is the complete local storage directory.
Relative storage paths resolve from the Flask application root; absolute paths are used as configured.
Fresh installs default to static/images/users, which resolves to app/static/images/users.
Uploaded JPEG, PNG, or WebP files are decoded/validated, EXIF-oriented, center-cropped to 256x256, metadata-stripped, and re-encoded as WebP with a generated random filename.
Upload/replace/remove are authenticated, CSRF-protected, rate-limited operations with transaction-aware file cleanup.
Administrators can immediately remove an unacceptable custom profile image from Admin → View Users; the database reference is committed before best-effort file deletion, and users without a custom image do not expose a meaningless removal action.
Flask-AAS does not currently publish a generic profile-image/media route. Account/admin pages render the stored generated WebP internally; future application plugins decide whether a canonical host profile image is relevant or visible in their own domain.
Domain media such as AutoGrid360 listing photos remains plugin-owned. S3/object-storage support is a later concern if real host profile-image usage requires it.

Password Check Providers

Password checking is disabled by default. When enabled in Admin → Site Settings, every new-password workflow sends the candidate through the selected provider after the normal local policy checks. The built-in local provider uses the packaged common-password blocklist and performs no network requests.

Additional implementations extend PasswordCheckProvider and register through register_password_check_provider(). The password-setting routes do not need provider-specific code; registered providers become available to the Site Settings provider selector.

Multi-Factor Authentication

TOTP enrollment and authenticator replacement
Fresh reauthentication before MFA setup, replacement, recovery-code rotation, or disable
Current-TOTP or unused recovery-code confirmation for sensitive MFA changes
Hashed, display-once, single-use recovery codes with explicit rotation
Bounded pending-MFA state and lockout handling
Forced complete login with remember-cookie deletion after terminal MFA failures
Persistent TOTP-counter replay protection

Password Reset and Session Revocation

Cryptographically random password-reset secrets stored only as SHA-256 hashes
Durable expiry, consumption, and revocation state
Atomic one-time token consumption with replay rejection
Revocation of every outstanding reset link after a successful password change
Authentication-version rotation that invalidates active sessions and remember cookies
Password-change security notification after the database transaction commits

Email Verification & Outbound Mail

Optional email verification using the persisted activated account state
Idempotent verification links with safe handling for malformed, expired, missing-account, and already-used tokens
Asynchronous mail dispatch so HTTP requests do not wait for SMTP delivery
Explicit dispatch results: queued, disabled, or failed
Deployment-managed SMTP with an optional encrypted Site Settings override
Runtime display of the active mail source: Debug, Site Settings, Environment, Disabled, or Not configured

Application Plugin Host

Global Enable Application Plugins switch; Flask-AAS operates normally with the plugin host disabled
Database-backed registration automatically hydrated from app/plugins/*/plugin.toml manifests
Canonical package metadata in plugin.toml, inspectable without importing plugin implementation Python
Explicit per-application enable/disable plus derived configuration and runtime state
Metadata-only registration: a registered but disabled application does not import its implementation/models, deploy plugin schema, register routes, or contribute navigation during ordinary startup
Explicit Enable trust/code-execution boundary; enabling does not silently create or migrate plugin schema
Independent plugin-owned Alembic histories declared by the manifest, with plugin_<id>_* table ownership and plugin_<id>_alembic_version version tables
Fail-closed NEEDS_MIGRATION, NEEDS_CONFIGURATION, INCOMPATIBLE, ACTIVE, and ERROR runtime states
Admin Upgrade Database Schema action for an enabled compatible plugin that is migration-pending; the browser path upgrades only to head
Reload App Config applies structural/runtime-snapshot changes through a fresh Gunicorn worker instead of mutating Flask Blueprints in a running process; already-loaded route/navigation access still follows the current persisted enabled/configured gate
Immediate request/navigation denial after disable, followed by structural removal on reload
Plugin CLI dispatch through python manage.py plugin run <plugin_id> ...; manifest-declared migrations receive host-owned db commands automatically while configuration/maintenance commands remain plugin-owned
Host-owned navigation integration and host theme/template inheritance for plugin pages
Plugin-owned ordinary configuration and persistence; disabling preserves business data/schema while clearing plugin-managed persisted secrets
Versioned PLUGIN_API_VERSION = 1 compatibility boundary
Route-level authorization remains plugin-owned: plugin routes may be public, require the normal Flask-AAS login context, use existing host roles for coarse admission, or apply plugin-owned domain authorization

Application plugin directories are deployment-supplied native Python code. Filesystem presence automatically registers validated static plugin.toml metadata with the application disabled; enabling a plugin is the explicit decision to trust that code to run with the permissions of the Flask-AAS process. Flask-AAS does not claim to sandbox in-process Python plugins.

The human-facing reference implementation is maintained separately in flask-aas-example-plugin and may be placed under app/plugins/example/ like any other trusted deployment-supplied plugin. Flask-AAS keeps only a synthetic plugin fixture under tests/fixtures/plugin_app/ so host contract tests remain self-contained. The reference plugin demonstrates public/authenticated/admin surfaces, plugin-owned configuration and persistence, independent migrations, navigation, CLI dispatch, and basic admin CRUD without adding a separate application-entitlement subsystem. YATSEE completed the first substantial migration proof, and AutoGrid360 completed the first substantial clean-slate consumer validation of Plugin API v1.

Host Theme & Admin UI

The selected Flask-AAS theme owns generic typography, forms, buttons, panels, tables, pagination, layout, focus/accessibility behavior, and the main shell.
Plugin pages inherit the host theme through templates/plugins/base.html; plugin CSS is additive and should remain domain-specific.
The host admin shell intentionally remains separate where it has admin-only behavior, but it shares the same stylesheet and one canonical Admin Menu partial.
Authenticated destination navigation is sidebar-owned: the top header no longer duplicates Dashboard or Admin links, while Logout remains available as the global session action.
The Admin homepage provides a compact Overview plus direct User Accounts, Site Settings, and Applications destinations using existing route data only.
The account page keeps identity/avatar presentation and image controls together, uses a semantic read-only account summary beside Active Sessions, and keeps editable account fields in their own form section.
Current admin JavaScript is first-party/static and remains compatible with the nonce-based CSP; location lookup also enforces same-origin use.
HTML response minification preserves explicit document structure and closing tags. The PageGen timing comment is injected after minification while ordinary template comments remain stripped.

Audit Logging

AuditLogin (Authentication Attempts)

Tracks the submitted username or email identifier
Records IPv4 or IPv6 address, user agent, referrer, and timestamp
Stores the final authentication outcome rather than password-match status
Uses normalized internal failure reasons without changing enumeration-resistant public responses
Remains separate from general application activity auditing

AuditActivity (User/Admin Actions)

Tracks actor, action, target, client address, and route-selected metadata
Stores structured metadata through one portable JSON serialization boundary
Commits business-success events with the business transaction
Uses isolated writes for standalone views, denials, failures, and operational tracking
Supports explicit per-route redaction for token-bearing URL parameters
Future: filtering, export, retention controls, and analytics

Optional Abuse Detection System

Modular, pluggable, and fully optional.

Blocks brute-force attempts based on:
- IP address
- Username
Threshold example: 10 failures in 5 minutes
Automatic cooldown resets
Configurable timers and limits
Admin/internal service exemptions
Supports audit logging for lockouts and failed attempts

Security & Rate Limiting Strategy

Application-level limits use Flask-Limiter; an edge proxy or WAF is optional.
Current route examples:
- Login: 10 / minute
- Registration: 5 / hour
- Password-reset request: 10 / hour
- Password-reset submission: 5 / minute
- CAPTCHA: 10 / minute with 50 / 5 minutes burst control
Account and administrative routes also use route-specific limits.
Configure client-IP trust and shared rate-limit storage for the selected deployment topology.

Public Routes & SEO

/sitemap.xml → excludes protected/internal routes and unavailable optional routes
/robots.txt → references sitemap
The sitemap is generated dynamically so feature-toggle changes take effect immediately

API / Route Endpoints

Endpoint	Methods	Rule
about.about	GET	`/about`
account.account	GET, POST	`/account`
account.remove_profile_image	POST	`/account/profile-image/remove`
account.revoke_other_sessions	POST	`/account/sessions/revoke-others`
account.revoke_session	POST	`/account/sessions/<int:session_id>/revoke`
account.upload_profile_image	POST	`/account/profile-image`
admin.admin_home	GET	`/admin/`
captcha.captcha_image	GET	`/captcha_image`
contact.contact	GET, POST	`/contact`
dashboard.dashboard	GET	`/dashboard`
favicon.favicon	GET	`/favicon.ico`
index.index	GET	`/`
locations.zones	GET	`/reference/zones`
login.login	GET, POST	`/login`
logout.logout	GET	`/logout`
mfa.mfa_disable	GET, POST	`/mfa/disable`
mfa.mfa_reauth	GET, POST	`/mfa/reauth`
mfa.mfa_recovery_codes	GET, POST	`/mfa/recovery-codes`
mfa.mfa_replace	GET, POST	`/mfa/replace`
mfa.mfa_setup	GET, POST	`/mfa/setup`
mfa.mfa_verify	GET, POST	`/mfa/verify`
plugins.disable	POST	`/admin/plugins/<int:registration_id>/disable`
plugins.enable	POST	`/admin/plugins/<int:registration_id>/enable`
plugins.list_plugins	GET	`/admin/plugins/`
plugins.reload_config	POST	`/admin/plugins/reload`
plugins.run_dataset_action	POST	`/admin/plugins/<int:registration_id>/datasets/<string:dataset_key>/run`
plugins.upgrade_schema	POST	`/admin/plugins/<int:registration_id>/upgrade-schema`
privacy.privacy	GET	`/privacy`
register.register	GET, POST	`/register`
reset.change_password	GET, POST	`/change-password`
reset.forgot_password	GET, POST	`/forgot-password`
reset.reset_password	GET, POST	`/reset-password/<token>`
reset.set_password	GET, POST	`/set-password/<token>`
robots.robots	GET	`/robots.txt`
settings.settings	GET, POST	`/admin/settings/`
sitemap.sitemap	GET	`/sitemap.xml`
static	GET	`/static/<path:filename>`
tos.tos	GET	`/tos`
users.delete_user	POST	`/admin/users/<int:user_id>/delete`
users.edit_user	GET, POST	`/admin/users/<int:user_id>/edit`
users.list_users	GET	`/admin/users/`
users.remove_profile_image	POST	`/admin/users/<int:user_id>/profile-image/remove`
verify.verify_email_token	GET	`/email/<token>`

Application-plugin routes are intentionally omitted from this static core-route table because their structural registration depends on the persisted plugin state at worker startup. The host request guard independently denies plugin endpoints that are not effectively usable.

Database Setup & Migrations

Flask-AAS uses Flask-Migrate (Alembic) with SQLAlchemy. During the current pre-release phase, generated migration directories are intentionally ignored and are not part of the supported upgrade contract. A clean local or initial deployment may generate its own migration state.

Initialize a clean development database

python manage.py db init
python manage.py db migrate -m "Initial migration"
python manage.py db upgrade
python manage.py seed-db

Country and subdivision reference data is vendored under app/data/ from the iso-codes project. seed-db synchronizes ISO 3166-1 countries and ISO 3166-2 zones, including subdivision type and parent hierarchy. To refresh the vendored snapshot from a locally installed iso-codes package:

python scripts/update_iso_reference.py

The default source directory is /usr/share/iso-codes/json; use --source-dir when your distribution installs the files elsewhere.

After local model changes

python manage.py db migrate -m "Describe change"
python manage.py db upgrade

This is acceptable only while Flask-AAS is pre-release and deployments are treated as clean installs. The host bootstrap boundary is established, but durable in-place core release upgrades are not yet claimed.

Application plugins have a separate migration boundary. A plugin manifest may declare a package-local migration environment, for example:

[plugin]
id = "your_plugin"
name = "Your Plugin"
navigation_label = "Your Plugin"
entrypoint = "app.plugins.your_plugin.plugin:plugin"
migrations = "migrations"

For a plugin with declared migrations:

Enable is permission to execute the selected trusted plugin, not permission to mutate its schema;
an enabled plugin whose schema is behind reports NEEDS_MIGRATION and is not structurally registered for normal application use;
a fresh plugin namespace may create the current plugin-owned model tables and stamp the current migration head;
an existing versioned plugin runs its own Alembic history;
existing unversioned plugin_<id>_* tables fail closed rather than being blindly stamped;
plugin history uses its own plugin_<id>_alembic_version table and must not own Flask-AAS core tables.

When a manifest declares migrations, Flask-AAS automatically supplies the standard plugin migration CLI; the plugin does not implement or register these commands itself. Initializing an Alembic environment and generating a revision are plugin source-development operations. A published plugin normally ships its migration environment/history, so an operator ordinarily inspects or upgrades it:

python manage.py plugin run your_plugin db current
python manage.py plugin run your_plugin db upgrade

Plugin authors may additionally use the development commands when creating or testing schema history:

python manage.py plugin run your_plugin db init
python manage.py plugin run your_plugin db migrate -m "Describe plugin schema change"
python manage.py plugin run your_plugin db downgrade

The top-level db command is reserved by Flask-AAS for any plugin whose manifest declares migrations. New plugins gain this lifecycle automatically from plugin.toml without adding plugin-specific migration commands to core.

Development migration history remains disposable before the first supported release/checkpoint. Published schema checkpoints become durable upgrade origins. AAS-039 is complete: manifest-driven plugin migration ownership, independent version tables, migration-aware runtime state, browser/CLI schema management, and core/plugin Alembic ownership isolation are established. Release-grade historical N -> N+1, failed-migration, greenfield/history-equivalence, and focused PostgreSQL migration QA remain broader AAS-031 regression work when real released migration history exists.

Installation

The current tested runtime is Python 3.13.13. Generate the lock and run the application with Python 3.13 so environment markers and binary-wheel selection match the deployment image.

git clone https://github.com/alias454/flask-aas.git
cd flask-aas
python3.13 -m venv .venv
source .venv/bin/activate  # Linux/macOS

python -m pip install --require-hashes -r requirements.txt
cp .env_example .env

export FLASK_APP=app
flask run

Dependency management

pyproject.toml is the human-maintained source for direct runtime dependencies. requirements.txt is a generated, fully pinned, hash-verified deployment lock and should not be edited manually.

The current lock baseline was generated on Fedora 42 Linux x86_64 with Python 3.13.13, pip 26.1.2, and pip-tools 7.6.0. It was validated in the python:3.13.13-slim-trixie container using binary wheels only.

Regenerate the lock from a clean Python 3.13 environment:

./scripts/lock.sh

The lock workflow uses pip-tools; deployment still requires only standard pip and requirements.txt. JWT support uses PyJWT, password hashing and verification use the single Flask-Bcrypt stack, and cryptography is a direct dependency for encrypted runtime SMTP credentials.

Email Configuration

Outbound email uses an explicit master switch in Admin → Site Settings:

Enable Outbound Email
Require Email Verification

Require Email Verification can be enabled only when outbound email is enabled and an effective mail transport is available. The application does not claim delivery merely because a message was queued. Final SMTP success or failure is logged by the asynchronous worker.

The public contact form is disabled by default. An administrator can enable it only when Admin Email is configured and outbound email has an effective transport. If any dependency later becomes unavailable, /contact returns 404, the Contact navigation link is hidden, and the route is omitted from the sitemap.

Contact submissions also pass through the selected spam-check provider when spam checking is enabled. Fresh installs preserve the existing local protection by enabling the built-in local provider, which reads a packaged phrase list and performs no network requests. Provider selection is managed in Admin → Site Settings so a later Akismet, ML, or downstream-specific worker can implement the same pass/fail contract without modifying the contact route. Provider runtime failures are logged and fail open so an optional spam service cannot take the contact form offline.

Deployment SMTP settings are supplied through .env or another external configuration source:

MAIL_DEBUG=false
MAIL_SERVER=smtp.example.com
MAIL_PORT=587
MAIL_USE_TLS=true
MAIL_USE_SSL=false
MAIL_USERNAME=mailer@example.com
MAIL_PASSWORD=replace-me
MAIL_DEFAULT_SENDER=mailer@example.com

Runtime SMTP editing is disabled by default. To permit an administrator-managed override:

MAIL_CONFIG_UI_ENABLED=true
MAIL_CONFIG_ENCRYPTION_KEY=<fernet-key>

Generate a Fernet key with:

python -c "from cryptography.fernet import Fernet; print(Fernet.generate_key().decode())"

Test the active outbound email configuration from the operator CLI. The configured Admin Email is used by default; --to provides a one-time override:

python manage.py mail-test
python manage.py mail-test --to operator@example.com

The command exits unsuccessfully when outbound email is disabled, unavailable, or cannot be queued.

Effective source precedence is:

Enable Outbound Email off → delivery disabled.
MAIL_DEBUG=true → mock delivery; no SMTP connection.
Complete Site Settings SMTP configuration → encrypted runtime override.
Complete deployment SMTP configuration → environment fallback.
No complete source → delivery unavailable.

The two SMTP sources are never blended field by field. A partial Site Settings override is rejected. The saved SMTP password is encrypted with the externally supplied key, is never rendered back into the form, and is cleared only through the explicit override-clear control.

Focused Email Validation

Run the email lifecycle, transport-resolution, encryption, settings-route, and account-state regression suites with:

python -m pytest \
  tests/test_mailer.py \
  tests/test_mail_config.py \
  tests/test_email_lifecycle.py

Focused Audit and MFA Validation

Run the audit transaction, metadata-redaction, tracking, login-outcome, and MFA lifecycle regression suites with:

python -m pytest \
  tests/test_audit_tracking.py \
  tests/test_login_audit.py

Focused Password and Spam Provider Validation

Run the password-policy, password-provider, contact-route, and spam-provider regression suites with:

python -m pytest \
  tests/test_password_policy.py \
  tests/test_password_check.py \
  tests/test_contact.py \
  tests/test_spam_check.py

Focused Plugin Validation

Run the Plugin API/lifecycle/reference-application suites with:

python -m pytest \
  tests/test_plugin_contract.py \
  tests/test_plugin_manifest.py \
  tests/test_plugin_migrations.py \
  tests/test_plugin_lifecycle.py \
  tests/test_plugin_admin.py \
  tests/test_plugin_web_surface.py \
  tests/test_plugin_integration_surfaces.py \
  tests/test_plugin_bundled.py \
  tests/test_plugin_reload.py \
  tests/test_plugin_fixture_persistence.py

Run the complete regression suite with:

python -m pytest

Tests use SQLite by default. Selected audit/account lifecycle suites can also target a disposable PostgreSQL database through the documented test database environment variables so the portable transaction and schema behavior can be exercised on both backends.

Focused Profile/Theme/Admin Validation

Run the host account-profile, response-minification, theme, and administrative UI contract coverage with:

python -m pytest \
  tests/test_account_profile.py \
  tests/test_admin_avatar.py \
  tests/test_admin_ui_contract.py \
  tests/test_response_minify.py \
  tests/test_theme_contract.py

The most recent confirmed complete host run is:

374 passed, 13 warnings, 22 subtests passed in 69.03s

Build and Run

Build the Docker image (no cache)

docker build --pull --no-cache -t flask-aas:local .

Run the container

docker run -d --env-file .env -p 5000:5000 --name flask-aas flask-aas:local

docker run --rm -it --env-file .env -p 5000:5000 flask-aas:local

Access the app

Open your browser and go to http://localhost:5000

Enabling an Application Plugin

The plugin host is disabled by default. After trusted plugin source has been placed under app/plugins/<id>/ and its manifest has been discovered/registered disabled, the normal activation flow is:

Admin → Site Settings
→ Enable Application Plugins
→ Applications
→ Enable the desired application
→ Reload App Config
→ if NEEDS_MIGRATION: Upgrade Database Schema
→ Reload App Config
→ if NEEDS_CONFIGURATION: complete plugin-owned configuration
→ Reload App Config
→ ACTIVE

Flask-AAS does not currently clone, upload, update, or otherwise acquire plugin source; repository placement is an operator/deployment action. Reload App Config performs the structural Gunicorn reload and reconciles the worker runtime snapshot with persisted state. For an already structurally loaded plugin, request/navigation gating reads the current persisted enabled/configured flags immediately; reload is still the normal administrative step for reconciling runtime status and any startup-time plugin behavior. Database migration remains a separate privileged operation. The explicit plugin CLI is also available for diagnostics, host-provided migration management, configuration, and plugin-owned maintenance when deliberately invoked:

python manage.py plugin run example status
python manage.py plugin run your_plugin db current
python manage.py plugin run your_plugin db upgrade
python manage.py plugin run example configure
python manage.py plugin run example add-item "example value"

The CLI dispatcher does not make the plugin globally active by itself; web runtime activation still follows persisted enablement and the worker reload boundary.

If plugin source was renamed, moved, removed, or its manifest/import path changed and the database registry no longer matches the filesystem, see docs/plugin-troubleshooting.md before deleting schema or business data. PluginRegistration is persisted state; renaming a directory alone does not rewrite an existing registration row.

Notes

Seed scripts run once on clean DB
default_role_id in .env controls default user role
Admin panel for user/role/settings/application management
User Storage Path controls the complete local profile-image storage directory; relative paths resolve from the Flask application root and absolute paths are honored as configured.
Keep deployment SMTP credentials in external configuration, or enable the encrypted Site Settings override deliberately.
Treat enabled Python application plugins as trusted native application code and keep the Flask-AAS process/container least-privileged.

Maintenance

Manual Log Cleanup

Keep log tables lean with the CLI cleanup command:

python manage.py cleanup-logins --days 7

--days → Number of days to retain logs (default: 7)
Deletes AuditLogin records older than the retention period

Run cleanup-logins regularly when login-attempt retention is required
Monitor audit logs for anomalies
Enable email verification & CAPTCHA for public reg
Backup DB & user assets

Name		Name	Last commit message	Last commit date
Latest commit History 98 Commits
app		app
docs		docs
scripts		scripts
tests		tests
.dockerignore		.dockerignore
.env_example		.env_example
.gitignore		.gitignore
Dockerfile		Dockerfile
README.md		README.md
entrypoint.sh		entrypoint.sh
manage.py		manage.py
pyproject.toml		pyproject.toml
requirements.txt		requirements.txt

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