Laravel Iam Laravel Package

Getting Started

Before writing any application code, do a 15-minute audit of the repository itself. This package is archived (last release June 2020) with very low adoption, so the first "getting started" step is confirming what you're actually installing:

1. Read the README top to bottom — the public API surface (HasRoles-style traits, role/permission models, middleware names, Blade directives) is defined there and nowhere else. There is no maintained documentation site.
2. Open composer.json in the repo and check the laravel/framework and php constraints against your app. A 2020 package is realistically targeting Laravel 6/7 and PHP 7.x. If you're on Laravel 10/11/PHP 8.2+, expect to fork and patch before it will even install cleanly.
3. Skim src/ and database/migrations/ — for a package this size the source is the docs. Note the table names, pivot tables, and any cache table it expects.
4. Check the issue tracker for unresolved "doesn't work on Laravel X" reports before committing.

Install (with eyes open):

composer require saibal-roy/laravel-iam
php artisan vendor:publish --provider="SaibalRoy\Iam\IamServiceProvider"
php artisan migrate

Publish the config and migrations, then run them. Inspect the generated migration for column types/indexes — small packages often ship missing indexes on pivot tables, which will bite you at scale.

Wire it into your User model:

use SaibalRoy\Iam\Traits\HasIamRoles; // confirm exact namespace/trait name from README

class User extends Authenticatable
{
    use HasIamRoles;
}

First use case: seed a minimal set — one role (admin), a handful of permissions (posts.create, posts.delete), attach the role to your first user, and guard a single route with the package's middleware. Confirm a positive and a negative case (allowed user gets 200, denied user gets 403) before building anything else on top of it.

If any of the above steps fails on your Laravel version, stop and evaluate alternatives (native Gates/Policies, spatie/laravel-permission, or silber/bouncer) — you are one of ~12 people using this and there will be no fixes upstream.

Implementation Patterns

Assuming it installs and the basic smoke test passes, these are the patterns that keep an unmaintained IAM package from becoming a liability.

Permissions as seed data, not UI data. Treat roles and permissions as code. Define them in a seeder or a dedicated config/permissions.php, and re-run it in deploy. Never let admins create arbitrary permission strings from a CRUD screen — with no upstream maintenance you want the permission vocabulary diffable in git.

// database/seeders/RolePermissionSeeder.php
$permissions = ['posts.view', 'posts.create', 'posts.update', 'posts.delete', 'users.manage'];
foreach ($permissions as $p) { Permission::firstOrCreate(['name' => $p]); }

$admin = Role::firstOrCreate(['name' => 'admin']);
$admin->syncPermissions(Permission::all());

Use firstOrCreate / sync* style calls so the seeder is idempotent and safe to run on every deploy.

Middleware for coarse checks, Gates/Policies for fine checks. Put the package's role middleware on route groups for broad access (role:admin), but keep authorization logic (ownership, tenancy, state transitions) in Laravel Policies. Don't scatter $user->hasRole() calls through controllers — you'll end up reimplementing authorization in two places.

Route::middleware(['auth', 'role:admin'])->group(function () {
    Route::resource('users', UserController::class);
});

Bridge the package into Laravel's Gate. The cleanest integration is a single Gate::before or Gate::after hook so the rest of your app only ever calls $user->can(...). That way the package is a storage backend for permissions and Laravel's Gate is the single authorization entry point — swapping the package later touches one file, not hundreds.

// AuthServiceProvider::boot()
Gate::before(function ($user, $ability) {
    return $user->hasPermissionTo($ability) ? true : null;
});

Eager-load roles when listing users. Permission checks in Blade loops are the classic N+1 here. On any index page that renders @can per row, load ->with('roles.permissions') up front.

Wrap it behind your own contract. Define an AccessControl interface (assignRole, hasPermission, syncPermissions) in your domain and implement it with the package. Tests, future migration, and the "what if this package dies" question all get cheaper.

Cache carefully. If the package caches permissions per-user, every role/permission mutation must flush that cache. Centralize mutation in one service class so the flush happens in exactly one place, and add Cache::forget() calls in your seeders after bulk changes.

Gotchas and Tips

It is archived — treat that as the headline risk. No security patches, no Laravel 10/11 support, no bug fixes. Pin the exact version in composer.json ("saibal-roy/laravel-iam": "1.0.*", not ^1.0) so a future dependency resolution can't silently pull something unexpected. If you must use it, fork it into your VCS and own the maintenance.

Laravel version compatibility is the first wall. A June 2020 release predates the Laravel 8+ model-factory namespace changes, the Str/Arr helpers relocation, and PHP 8 attribute/type strictness. Symptom: composer require fails on constraints, or you get Class 'SaibalRoy\...' not found / fatal signature errors at runtime. Patch the fork or don't proceed.

Confirm the trait/method names from source, not from memory. Community IAM packages converge on hasRole() / hasPermissionTo() / assignRole() but the exact spellings, the trait namespace, and whether permissions are checked via can() differ. Grep src/ for public function to get the real API before writing application code against it.

Watch for super-admin bypass surprises. Many of these packages grant all permissions to a configured "super admin" role, sometimes via a Gate::before that returns true unconditionally. That will silently defeat your Policies. Check the config for a bypass flag and know exactly which role name triggers it.

Migration collisions. If you already have roles / permissions tables (from a previous package, or a custom schema), the published migration will fail or — worse — half-succeed. Rename tables in the published migration and update the package config accordingly before running it.

Cache invalidation bugs after seeding. Bulk-inserting roles in a seeder doesn't go through model events, so any per-user permission cache stays stale. After seeding, flush the cache explicitly; don't trust that the package hooked the right events.

Blade directives need the auth guard wired. If @role/@can directives render nothing useful, the usual cause is the guard returning null (guest) or the user model not using the trait. Log auth()->user() in the view while debugging.

Testing. In feature tests, use RefreshDatabase and re-run your role seeder in setUp() rather than relying on factories (which may not exist for the package's models). For unit tests of authorization rules, actingAs($user) plus your AccessControl wrapper keeps the package out of the test surface.

Debugging permission denials. Log the resolved permission set ($user->getAllPermissions() or equivalent) rather than the boolean — 90% of "it says forbidden but they're an admin" bugs are a missing pivot row, a stale cache, or the wrong role name string.

Extension points are limited; plan the exit. With no upstream, your escape hatch is the Gate::before bridge described above. Keep all role/permission mutation behind one service class, and write a single test asserting the permission matrix your app expects. That test is what lets you swap to native Gates or spatie/laravel-permission later without a rewrite.

Honest recommendation: for a new project, don't adopt this — use Laravel's native Gates/Policies for simple cases or spatie/laravel-permission for full RBAC. Reserve saibal-roy/laravel-iam for an existing codebase already depending on it, where a migration is more expensive than maintaining a fork.