Template Bundle Laravel Package

Getting Started

Start by installing the package and checking what v1.1.0 actually ships:

composer require <vendor>/<package>

Then look at, in order:

1. The package README and CHANGELOG.md for the new TemplateController.
2. The controller source itself — confirm its namespace, constructor dependencies, and whether it is invokable (__invoke) or exposes named actions.
3. Any package config file (config/<package>.php) and whether it needs publishing with php artisan vendor:publish.
4. The package service provider to see what routes, views, or bindings are registered automatically.

The first practical use case is replacing a closure-based template route with the new controller:

// routes/web.php
use Vendor\Package\Http\Controllers\TemplateController;

Route::get('/pages/{page}', TemplateController::class)->name('pages.show');

Create or point the controller at a view (for example resources/views/pages/{page}.blade.php), then visit /pages/about. If the controller expects a specific route parameter name or a configured view namespace, match that before adding your own logic.

Because this is a new controller in a minor release, verify the exact route parameter and view-resolution contract from the package source rather than assuming it mirrors other templating packages.

Implementation Patterns

Use the controller as a thin routing layer. Let TemplateController resolve and render templates, and keep authorization, redirects, and data loading in middleware, route defaults, or a dedicated controller that delegates to it.

Route-per-template pattern. For small marketing or CMS-style sites, register explicit routes rather than a catch-all:

Route::get('/about', TemplateController::class)->defaults('template', 'pages.about');
Route::get('/pricing', TemplateController::class)->defaults('template', 'pages.pricing');

Confirm whether the controller reads route defaults, a route parameter, or a config mapping.

Parameterised pages. If the controller accepts a {page} parameter, constrain it to avoid collisions with other routes:

Route::get('/pages/{page}', TemplateController::class)
    ->where('page', '[A-Za-z0-9\-]+')
    ->name('pages.show');

Middleware integration. Apply auth, locale, or cache headers at the route level so the controller stays reusable:

Route::middleware(['web', 'auth'])->group(function () {
    Route::get('/docs/{page}', TemplateController::class);
});

Testing. Use Laravel feature tests to assert the rendered view and status code. If the controller resolves templates dynamically, include a test for a missing template so you know whether it returns 404 or throws.

Incremental adoption. Keep existing Route::view() and closure routes in place, and migrate one route at a time to TemplateController. This is especially useful if the controller adds behaviour such as fallback templates, metadata, or theme resolution.

Gotchas and Tips

• The release note is minimal. The note only says a TemplateController was added. Check the controller signature and README before relying on route defaults, parameter names, or view namespaces.
• Route parameter naming. Dynamic template controllers commonly depend on a specific parameter name (often {template}, {page}, or {slug}). A mismatch usually surfaces as a missing argument or a 404, not an obvious exception.
• View resolution and escaping. If the controller builds a view name from user input, constrain the route parameter and reject path traversal attempts. Never pass an unvalidated route segment directly into view().
• Caching. Template or view caching may need clearing after config changes: php artisan view:clear and php artisan config:clear. If the controller caches resolved templates, check whether the package exposes a cache key or TTL.
• Authorization. A generic template controller can make every matching page publicly reachable. Add explicit middleware or an allow-list of templates rather than assuming the controller handles access control.
• Version pinning. Since this is a new feature in v1.1.0, pin the minor version in composer.json until the controller’s API stabilises: "<vendor>/<package>": "^1.1".
• Extension points. Look for a published config file, a view namespace, or a resolvable template repository. If the controller is final or internally coupled, prefer wrapping it in your own controller rather than modifying vendor code.
• Debugging 404s. If a route resolves but the page is not found, check the view path first, then the route parameter constraint, then whether the package expects templates in a non-default directory.