Php Sdk Laravel Package

Getting Started

Install and inspect before wiring anything up.

composer require smartpings/php-sdk

With 0 stars and 0 dependents, this is an unproven package — treat the install as a code review step. Before you write a single line of integration code:

1. Open vendor/smartpings/php-sdk/ and read the README plus the main client class (usually src/Client.php, src/SmartPings.php, or similar). Confirm the namespace, constructor signature, and whether it ships a Laravel service provider or facade at all.
2. Check composer.json inside the package: PHP version constraint, Guzzle/PSR-18 dependency, and whether it uses illuminate/support (if not, you're integrating a framework-agnostic SDK by hand).
3. Look for an examples/ or tests/ directory — if there are tests, they're the best documentation of real request/response shapes.

Credentials. The SDK almost certainly takes an API key (and possibly a secret/sender ID) via constructor. Keep these out of the SDK's defaults and in config/services.php:

// config/services.php
'smartpings' => [
    'key'    => env('SMARTPINGS_API_KEY'),
    'secret' => env('SMARTPINGS_SECRET'),
    'sender' => env('SMARTPINGS_SENDER_ID'),
],

First use case. Start with the lowest-risk, highest-value flow: a single transactional SMS or an OTP verification send. Get one message out in php artisan tinker before building any abstraction:

$client = new \SmartPings\Client(config('services.smartpings.key'));
$client->sms()->send('+15551234567', 'Hello from Laravel');

Once that returns a real response object, you know the payload shape, the exception type, and the message ID field — everything else is plumbing.

Implementation Patterns

Bind the client as a singleton. Don't new the client in controllers. Register it once so connection config, HTTP client, and auth are shared:

// app/Providers/SmartPingsServiceProvider.php
public function register(): void
{
    $this->app->singleton(\SmartPings\Client::class, fn () => new \SmartPings\Client(
        config('services.smartpings.key'),
        config('services.smartpings.secret'),
    ));
}

If the SDK ships its own provider, publish its config (php artisan vendor:publish) and skip the manual binding.

Wrap it in a thin domain service. Never let SDK classes leak into controllers or jobs — you want one seam to swap providers or mock in tests:

class SmsService
{
    public function __construct(private \SmartPings\Client $client) {}

    public function send(string $to, string $body): string
    {
        $response = $this->client->sms()->send($to, $body);
        return $response->id; // verify the actual accessor in the source
    }
}

Use a Laravel Notification channel. This is the pattern that pays off day-to-day — you get via(), queuing, and per-user channel preferences for free:

class SmartPingsChannel
{
    public function send($notifiable, Notification $notification): void
    {
        $message = $notification->toSmartPings($notifiable);
        app(SmsService::class)->send($notifiable->routeNotificationFor('sms'), $message);
    }
}

Then $user->notify(new OrderShipped($order)) works across SMS, WhatsApp, and push by just changing via().

Queue bulk and broadcast sends. Any fan-out (order updates, alerts) belongs in a job with $tries, $backoff, and a rate limiter. SMS providers bill per message and throttle aggressively — a RateLimiter::for('sms', fn ($job) => Limit::perSecond(10)) middleware on the job is cheap insurance.

OTP / verification flow. The verification API is typically two calls: start (send code) and check (verify code). Model it explicitly:

// start
$requestId = $verification->start($phone, 'sms');
Cache::put("otp:{$phone}", $requestId, now()->addMinutes(5));

// check
$result = $verification->check($phone, $request->code);

Store the request/session ID server-side rather than trusting the client, and throttle resends per phone number to stop abuse.

WhatsApp and push. WhatsApp requires pre-approved templates — assume the SDK takes a template name plus ordered parameters, not free text. Push likely takes a device token and a payload array. Keep these in separate small services rather than one god-class, since the failure modes (template rejection vs. invalid token) are completely different.

Testing. Mock your SmsService in feature tests; for the SDK itself, if it uses Guzzle, swap in a MockHandler, or use Http::fake() if it's built on the Laravel HTTP client. Assert that the service was called, not the SDK internals:

$this->mock(SmsService::class)->shouldReceive('send')->once();

Gotchas and Tips

• Verify every method name against the source. With no docs, no dependents, and no maintainer track record, the README may be aspirational. The src/ directory is the only source of truth.
• Pin the version and commit the lockfile. A 0-star package can push a breaking change at any time. Use an exact constraint ("smartpings/php-sdk": "1.2.3") rather than ^1.0, and review diffs on upgrade.
• No security audit. You're sending API credentials through this code. Skim for logging of request payloads, hardcoded endpoints, or disabled TLS verification before it touches production.
• Duplicate sends are a real cost. Retries on SMS mean double billing and double delivery. If the SDK doesn't support idempotency keys, generate a client-side reference and check before resending; wrap send calls in a try/catch that distinguishes connection timeouts from 4xx errors.
• Set explicit timeouts. Default Guzzle timeouts (usually none) will hang your queue workers when the provider is slow. If the SDK accepts a Psr\Http\Client\ClientInterface or Guzzle options array, inject a client with timeout: 5, connect_timeout: 2.
• Phone numbers must be E.164. +15551234567, not (555) 123-4567. Normalize before the call or you'll get cryptic 400s. Pull in propaganistas/laravel-phone if you're accepting user input.
• Exception handling is likely shallow. Unproven SDKs often throw a generic \Exception on API errors. Wrap calls in your service layer and translate to your own exceptions so controllers and jobs can handle "invalid number" vs. "auth failed" differently.
• No Facade means no SmartPings::sms(). If you want the Laravel feel, write one yourself — it's five lines and saves app() calls everywhere.
• WhatsApp template approval is asynchronous. Sending a template that isn't approved yet fails at runtime, not at deploy. Keep template names in config so a rejection is a config change, not a hotfix.
• Webhooks for delivery status. Most providers offer delivery receipts via webhook; check whether the SDK provides signature verification before you expose an endpoint. If not, implement HMAC verification yourself and put the route behind the API middleware group, not web.
• Extension points to look for: a configurable base URL (for sandbox/testing), injectable HTTP client, and a logger interface. If the SDK hardcodes its endpoint, wrap it and document that you'll need a fork to point at a sandbox.
• Have a fallback story. If this package goes stale, your SmsService wrapper is the migration point to Twilio/Vonage. Keeping the SDK confined to that one class is the single most valuable architectural decision you'll make here.