Add centralized stop grace period resolution for application settings and use it across manual stops, preview stops, and deployments. Validate the Livewire advanced setting against shared min/max constants and cover persistence, fillable creation, and fallback behavior with tests.
Adds stop_grace_period to application settings (seconds, 1-3600, default 30).
Used in place of the hardcoded docker stop -t 30 in the four places that
stop application containers: rolling update shutdown, manual stop, stop on
another server, and preview deployment stop.
Non-positive values fall back to the default via ($val > 0) ? $val : default,
with tests covering 0 and -10 so the cast does not blow up if a bad value
ever lands in the db.
Picks up Jack Coy's work from #7125 which went dormant. His commits are
squashed here with credit below.
Co-authored-by: Jack Coy <jackman3000@gmail.com>
Replace all uses of `forceFill`, `forceCreate`, and `forceFill` with their
non-force equivalents across models, actions, controllers, and Livewire
components. Add explicit `$fillable` arrays to all affected Eloquent models
to enforce mass assignment protection.
Add ModelFillableCreationTest and ModelFillableRegressionTest to verify that
model creation respects fillable constraints and prevent regressions.
Replace $guarded usage with explicit $fillable arrays across all models.
Sync fillable definitions with current database schema and add tests.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
Implement a per-application setting (`docker_images_to_keep`) in `application_settings` table to control how many Docker images are preserved during cleanup. The cleanup process now:
- Respects per-application retention settings (default: 2 images)
- Preserves the N most recent images per application for easy rollback
- Always deletes PR images and keeps the currently running image
- Dynamically excludes application images from general Docker image prune
- Cleans up non-Coolify unused images to prevent disk bloat
Fixes issues where cleanup would delete all images needed for rollback.
🤖 Generated with [Claude Code](https://claude.com/claude-code)
Co-Authored-By: Claude <noreply@anthropic.com>
Add two new application settings to control Docker build cache invalidation:
- inject_build_args_to_dockerfile (default: true) - Skip Dockerfile ARG injection
- include_source_commit_in_build (default: false) - Exclude SOURCE_COMMIT from build context
These toggles let users preserve Docker cache when SOURCE_COMMIT or custom ARGs change frequently. Development-only logging shows which ARGs are being injected for debugging.
🤖 Generated with Claude Code
Co-Authored-By: Claude <noreply@anthropic.com>
- Changed `$cast` to `$casts` in ApplicationSetting model to enable proper boolean casting for new fields.
- Added boolean fields: `is_spa`, `is_build_server_enabled`, `is_preserve_repository_enabled`, `is_container_label_escape_enabled`, `is_container_label_readonly_enabled`, and `use_build_secrets`.
fix: Update Livewire component to reflect new property names
- Updated references in the Livewire component for the new camelCase property names.
- Adjusted bindings and IDs for consistency with the updated model.
test: Add unit tests for ApplicationSetting boolean casting
- Created tests to verify boolean casting for `is_static` and other boolean fields in ApplicationSetting.
- Ensured all boolean fields are correctly defined in the casts array.
test: Implement tests for SynchronizesModelData trait
- Added tests to verify the functionality of the SynchronizesModelData trait, ensuring it correctly syncs properties between the component and the model.
- Included tests for handling non-existent properties gracefully.
- Introduced a new boolean setting `is_git_shallow_clone_enabled` to the application settings model.
- Updated the `Advanced` component to include a checkbox for enabling shallow cloning.
- Modified the `setGitImportSettings` and `generateGitImportCommands` methods to handle shallow clone logic.
- Created a migration to add the new setting to the database schema.
- Enhanced the deployment process to utilize shallow cloning for improved performance.
