Ball Starter Kit Laravel Package

Getting Started

Adopt it as a template, not a dependency. There is no composer require tabacitu/ball-starter-kit path into an existing app — the value is delivered at project inception. Start by forking or cloning the repo at a pinned tag (currently 1.4.2), then detach from upstream so you own the code:

git clone https://github.com/tabacitu/ball-starter-kit.git my-saas
cd my-saas
git remote remove origin        # or rename to `upstream` and record the provenance SHA
composer install
npm install
cp .env.example .env && php artisan key:generate
php artisan migrate --seed
npm run dev && php artisan serve

Standard Laravel installer flows (laravel new --using=...) may also work depending on the version, but cloning gives you the exact commit and lets you inspect before you commit to it.

Where to look first, in this order:

1. composer.json / package.json — confirm the Laravel and PHP constraints and whether Bootstrap is bundled via Vite or a CDN. The only hard version signal in the release history is livewire/livewire 3.6.x, so verify the rest yourself before assuming.
2. routes/web.php — the whole surface area of the app is usually visible here in a starter kit.
3. app/Livewire/ and resources/views/livewire/ — this is where the BALL pattern lives. Every interactive feature should be a component pair.
4. app/Models/ + database/migrations/ + database/seeders/ — the seeded users/roles are your login credentials; read the seeder before you try to log in.
5. resources/views/components/ and the layout files — Bootstrap is doing the heavy lifting; knowing the layout slots saves you from rewriting markup.
6. tests/ — check whether a suite ships at all. If it doesn't, that's your first commit, not your last.

First use case: don't build your killer feature. Pick the simplest domain resource in your product (a Project, Team, or Invoice), copy an existing Livewire component end-to-end, and rename it. That exercise forces you through the kit's conventions — routing, authorization, validation, Blade layout, Bootstrap markup, testing — in a few hours instead of a few days. Only once that copy is green do you start writing from scratch.

Implementation Patterns

Vertical slice over horizontal layering. The kit's conventions are component-centric. For each CRUD entity, the slice is: migration → model → policy → Livewire\Forms\{Entity}Form (or $rules on the component) → one List{Entity} component and one Edit{Entity} component → two Blade views → a feature test. Resist the urge to reach for repositories or service layers; match what's there.

Livewire component conventions that pay off daily:

• Keep the public property surface small. public ?Entity $entity plus a form object beats ten loose properties that you have to reset manually.
• Use wire:model (deferred) for text inputs and wire:model.live only where you actually need round-trips — search boxes, dependent selects. Deferred binding is the default in Livewire 3 and it's a meaningful performance lever in a "as-little-JS-as-possible" app.
• Search/sort/pagination via the WithPagination trait and #[Url] attributes so filters are shareable and survive refresh:

  #[Url] public string $search = '';
  public function updatingSearch() { $this->resetPage(); }
  

• Emit events upward ($this->dispatch('entity-saved')) and let the parent #[On('entity-saved')] refresh the list, rather than reaching into sibling components.

Authorization is a day-one concern, not a later pass. The kit ships role-based permissions — find the mechanism (likely a role column or a permissions package) and gate at two layers: policies for the model, and Blade @can / middleware for the route. Never rely on hiding a button; the Livewire action is a public endpoint and must re-check authorization server-side.

Bootstrap-first UI. There is no Tailwind utility muscle memory to fall back on here. Build with Bootstrap grid, cards, modals, and form classes, and use the kit's existing partials. Every dollar of JS you add is against the grain of the project's stated philosophy — if you find yourself hand-writing fetch calls, you've probably missed a Livewire pattern.

Testing pattern: Livewire's test helpers give you the most coverage per line. Livewire::test(ListInvoices::class)->set('search', 'acme')->assertSee('Acme') and ->call('save')->assertHasErrors(['form.name']) cover the behavior that matters. Test authorization explicitly — assert a non-admin gets 403 on both the route and the component action.

Integration tips: put anything you'd otherwise copy-paste twice into app/Livewire/Concerns/ (traits for pagination defaults, flash messaging, confirmation modals). Keep your own service providers for bindings rather than editing vendor config in place. If you add a second UI surface (API, marketing site), keep it in separate route files and separate layouts — the starter layout is an admin shell.

Gotchas and Tips

The kit is a one-time scaffold — after fork, upstream is a reference implementation, not a dependency. You will not get fixes automatically. Record the provenance commit SHA in the README, keep an upstream remote for diffing, and review upstream releases quarterly. Patch bumps like the Livewire 3.6.2 → 3.6.4 in 1.4.2 are ignorable; minor/major releases may carry framework-support or security-relevant changes worth cherry-picking by hand.

Pin livewire/livewire deliberately. The release history shows dependency updates arriving as kit releases rather than as a managed upgrade channel. Since Livewire 3 is load-bearing for the whole UI layer, an untested composer update is your highest-probability regression source. Upgrade with the test suite green, not on a Friday.

Treat the marketing description with suspicion until verified. The package blurb claims a "pre-configured admin panel," "CRUD generation," and "role-based permissions out of the box." With a small star count and thin release notes, confirm each of those in the code before you plan around it — particularly whether the admin layer is bespoke, Filament, or Backpack-derived. If it's actually Backpack, your UI conventions and your team's assumptions both change. Budget half a day to answer this before committing the project to it.

Bus factor of one, community-only support. No vendor SLA, no security disclosure process documented. For production-critical surfaces, that means you own every defect. That's acceptable for a scaffold you control; it's not acceptable as a live dependency you can't patch.

Livewire 3 specifics that trip people up:

• wire:model is deferred; changes don't propagate until the next action. If validation seems "stale," you forgot .live.
• wire:key in @foreach loops is mandatory, not optional — missing keys cause bizarre DOM state bleed between rows.
• Use render() sparingly for queries; move expensive reads into computed properties (#[Computed]) or booted() so re-renders don't re-query.
• $this->dispatch() replaces $emit()/$dispatch() from v2. Old tutorials will mislead you.

Debugging: $this->dump() inside a component beats dd() (which kills the round-trip). Watch the network tab for /livewire/update payloads — the response carries the rendered HTML diff and any dispatched events. For authorization bugs, check the route middleware and the component action separately; they fail independently.

Fork divergence is the failure mode to plan for. If more than one team adopts the kit, mandate a single internal fork with one owner. Otherwise you'll have three divergent variants within two quarters and no way to port upstream fixes.

First commits after fork, before any product work: CI pipeline, static analysis (Larastan/Pint), .env.example audit, and whatever auth/observability standards you require. Retrofitting these later is the standard way starter-kit projects rot.