Added model serialization trait for job security and reduce payload size

[techmahedy]

Why Model Serialization is Critical

The Security Problem Without It, When we serialize a job containing Entity ORM models without Model Serialization:

class SendEmailJob extends Job
{
    // WITHOUT InteractsWithModelSerialization trait
    protected $user; // User model instance
    
    public function __construct(User $user)
    {
        $this->user = $user;
    }
}

// When dispatched:
$user = User::find(1);
$job = new SendEmailJob($user);
serialize($job); // Serializes ENTIRE user object!

What gets serialized:

• ALL model attributes (including hidden ones)
• Password hashes
• Remember tokens
• API keys
• All loaded relationships
• Timestamps
• Everything in $attributes array

Security Risks:

• Data Exposure: Hidden/protected fields are serialized in plain text in the database
• Stale Data: User data might change between dispatch and execution
• Large Payloads: Full models with relationships bloat queue storage
• Password Leaks: Even hashed passwords shouldn't be in queue tables

The Solution: InteractsWithModelSerialization

With InteractsWithModelSerialization trait (now built into Job base class):

class SendEmailJob extends Job
{
    use Dispatchable;
    // InteractsWithModelSerialization already included in Job base class
    
    protected $user; // User model instance
    
    public function __construct(User $user)
    {
        $this->user = $user;
    }
}

// When dispatched:
$user = User::find(1);
$job = new SendEmailJob($user);
serialize($job); // Only stores: ['class' => 'App\Models\User', 'id' => 1]

What gets serialized:

• ✓ Only the model class name
• ✓ Only the primary key (ID)
• ✓ Connection name (if using multiple databases)
• ✓ Relationship metadata (IDs only, not data)

When job runs:

• Model is freshly fetched from database: User::find(1)
• Always gets current data
• No stale information
• No security leaks

No changes needed. All jobs now automatically use InteractsWithModelSerialization