Laravel Octane: The Supercharged PHP Superhero! ⚡️🚀

Get ready to meet the fastest, strongest, and most efficient PHP superhero - Laravel Octane! This extraordinary cape-wearing crusader is here to save your application from slow load times, memory leaks, and tedious server configurations. Let’s dive into the world of Octane and make your web development journey smoother than a freshly baked baguette. 🥖

Installation 📦

First things first, let’s get Octane installed on your system. Follow the simple instructions and you’ll be up and running faster than a speeding bullet.

Server Prerequisites 🛠️

To power up Laravel Octane, you’ll need some server essentials - think of them as the Batmobile to your Batman. We recommend using FrankenPHP, RoadRunner, or Swoole for optimal performance.

FrankenPHP 🧛‍♂️

It’s not just a name; it’s a powerhouse server that can handle any load your application throws at it. It may look like it was cobbled together from spare parts, but don’t let its appearance fool you - this baby means business!

RoadRunner 🏎️

If FrankenPHP is the muscle, then RoadRunner is the brain. It’s a high-performance web server that can manage multiple requests concurrently with ease.

Swoole 🚀

Say hello to the Swiss Army knife of server tools. Swoole can handle everything from HTTP and WebSocket protocols to tasks running in the background. It’s like having a utility belt full of superpowers!

Serving Your Application 🌐

Once you have your server set up, it’s time to deploy your Laravel Octane-powered application. You can serve it via HTTPS for extra security, or using Nginx if you prefer a simpler configuration.

Serving Your Application via HTTPS 🔒

Lock down your app with a secure connection that’s as strong as Fort Knox. Protect your application from prying eyes and nefarious villains.

Serving Your Application via Nginx 🐲

Nginx is a lean, mean server machine that can serve up your Laravel Octane application with ease. It’s like having a personal butler who never forgets to open the door on time!

Watching for File Changes 📄

Never miss an update again with Laravel Octane’s built-in file change detection. It’s like having a superhero sidekick who keeps you in the loop about any changes to your application.

Specifying the Worker Count 🦾

Control the number of workers handling requests with Laravel Octane’s worker count settings. From a solo act to a full-blown ensemble, the choice is yours!

Specifying the Max Request Count 🔢

Set limits on the number of requests each worker can handle at once. It’s like having a superhero with a super power to multitask, but with more control!

Specifying the Max Execution Time ⏱️

Set time limits on how long each request can take to execute. No more slow-moving villains holding up your application - with Laravel Octane, everything runs like clockwork!

Reloading the Workers 🔄

Reboot your workers without skipping a beat. It’s like having a superhero who can recharge in record time!

Stopping the Server 🛑

Need to take a break? No problem! With Laravel Octane, you can easily stop your server and pick up where you left off. It’s like hitting pause on life!

Dependency Injection and Octane 💉

Laravel Octane takes dependency injection to new heights, making it easier than ever to manage your application’s dependencies.

Container Injection 🎯

Inject services into your application using Laravel’s powerful container system. It’s like having a superhero sidekick who always has the right tool for the job!

Request Injection 📞

Inject the HTTP request object directly into your services for easy access to incoming data. It’s like having a superhero scout who brings you all the intel!

Configuration Repository Injection 🗃️

Easily manage your application’s configuration settings by injecting them directly into your services. It’s like having a superhero butler who knows all the secrets!

Managing Memory Leaks 💩

Laravel Octane helps you keep your application running smoothly by detecting and managing memory leaks. It’s like having a superhero with a built-in vacuum cleaner!

Concurrent Tasks 🏃‍♂️

Run multiple tasks concurrently with Laravel Octane’s task queues. It’s like having a superhero who can be in two places at once!

Ticks and Intervals ⏲️

Set up recurring tasks that run at specific intervals with Laravel Octane’s ticks and intervals system. It’s like having a superhero who never forgets to check in on things!

The Octane Cache 🏦

Speed up your application by caching frequently accessed data. It’s like having a superhero with a memory that never fades!

Tables 📋

Manage your database tables with ease using Laravel Octane’s table management features. It’s like having a superhero who can bend and shape reality to your will!

That’s it, folks! Now that you know all about Laravel Octane, get ready to build faster, stronger, and more efficient applications than ever before. With Laravel Octane at your side, the sky is no longer the limit - it’s just a starting point! 🚀🌄

Ahoy there, performance pirates! Buckle up for a thrilling ride as we delve into the swashbuckling world of Laravel Octane – the performance potion that’ll make your application feel like it’s been struck by Poseidon’s trident! 🌊

Octane transforms your humdrum app into a high-seas powerhouse, fueled by the mighty engines of advanced application servers. Sail with the fearsome FrankenPHP (yeah, it’s as terrifyingly awesome as it sounds), brave Open Swoole, the nimble Swoole, and the trustworthy RoadRunner! 🦖

So, how does Octane work, you ask? Well, once upon a time, your application was born and struggled through its first breaths. But with Octane, it’s booted once, then cast into eternal memory like a well-aged rum barrel. After that, it feasts on requests at supersonic speeds – faster than a speeding squid! 🦑

🔍 Installation

Ah, the part you’ve all been waiting for! To install Octane, follow these easy steps:

1. Embark on your quest: First, make sure your Laravel application is sailing smoothly on a PHP 8.0 or later version.

2. Gather the map and compass: Clone the Laravel Octane repository to your project folder with this magical incantation: composer require laravel/octane

3. Set sail for adventure: Add the service provider in the providers array of your config/app.php file.

4. Tie up at the dock: Run the migration command php artisan migrate to make sure everything is shipshape before setting sail. 🌴

And that’s it, matey! Now you can navigate through your performance-optimized waters with ease. Enjoy the thrill of high speeds and let Octane be your compass to a smoother Laravel journey! 🎉🌊

Alrighty then! Let’s embark on a jovial journey through the enchanting world of Laravel Octane installation.

First things first, gather ‘round as we summon this magical package with our trusty Composer:

composer require laravel/octane (like summoning an ancient spell!)

Once you’ve conjured up the essence of Octane, it’s time to give your application a much-needed upgrade, and we do this by casting the octane:install Artisan command:

php artisan octane:install (just like brewing a powerful potion!)

Next up, let us skip down the yellow brick road to our application’s configuration file and behold its magical transformation!

(Psst… If you’re still in Oz, make sure your server is properly prepped with the prerequisites mentioned below!)

Ahoy there, intrepid Laravel explorer! Before you set sail on this magical journey through the PHP sea, let’s make sure your server is shipshape and Bristol fashioned. Here are the requirements to build a solid foundation for your Laravel project:

Server Requirements

1. Operating System: While not as enchanting as Unicorn OS, your server should be running on either Linux (Ubuntu 16.04 LTS, CentOS 7, or Fedora 27 and above) or macOS (Sierra, High Sierra, Mojave, Catalina, Big Sur, or Monterey). Windows… well, we’ll leave that for a different adventure.

2. Web Server: The old-school Apache HTTP server or the sleeker, more modern NGINX will suffice. It’s like choosing between a horse and carriage vs. a Lamborghini - both get you to your destination, but one is just more stylish (and faster).

3. PHP: Laravel requires PHP version 7.3.0 or higher (which is a lot like upgrading from a flip phone to an iPhone X, trust us, it’s worth it!). You can install PHP via homestead or a package manager such as apt-get, yum, brew, or composer.

4. OpenSSL: OpenSSL is essential for SSL encryption, ensuring that your secrets stay safe and sound (unlike the time you misplaced your pirate’s treasure map). Make sure it’s up-to-date on your server.

5. PDO Extension: This extension allows Laravel to connect to databases. It’s like the translator that lets us communicate with those pesky database creatures (MySQL, PostgreSQL, SQLite, and so on).

6. MBstring Extension: An essential for Laravel 5.4+, this extension allows for multibyte string operations. It’s like learning to speak fluent Mermaid - opens up a whole new underwater world!

7. Tokenizer Extension: Laravel uses this extension to read and compile PHP code, ensuring that your project stays error-free (or at least as error-free as pirates can be).

8. Guzzle HTTP client: This powerful, open-source PHP library makes web requests easier. It’s like having a crew of skilled sailors to handle the ship’s navigation for you!

9. Curl: Curl enables secure transfer of data to and from servers. It’s like having a trusty parrot that can translate between your project and remote servers.

10. BCMath Extension: This extension is used by Laravel’s encryption library, ensuring that even Captain Hook can’t crack your passwords (well, not easily anyway).

And there you have it! With these prerequisites in place, you’ll be well on your way to crafting a Laravel treasure chest full of delightful, scalable web applications. Let the pirate programming begin!

Meet, Frankenstein of PHP! 🪄🔩⚡

Welcome to the world of FrankenPHP - a PHP application server that’s as resilient and versatile as its namesake! Crafted in the mystical land of Go, it boasts a suite of modern web magic like Early Hints, Brotli, Zstandard compression, and more! 🎩✨

But wait, there’s more! When you unleash the power of Octane upon your humble abode, simply by choosing FrankenPHP as your server, it shall summon forth the binary beast for your convenience. No more manual labor, just pure, undiluted web sorcery at your fingertips! 🧪🚀

FrankenPHP via Laravel Sail 🚢🌊

Ready to conquer the high seas of web development? Embark on an unforgettable voyage with Laravel Sail! By simply setting sail for FrankenPHP, you’ll find yourself guided through the stormy waters of binary downloads and installations. No need to row your own boat; let the winds of technology propel you forward! 🐳🌈

Remember, with great power comes great responsibility (and a whole lotta fun)! Unleash FrankenPHP and watch your web applications come to life in ways you never thought possible. Happy coding! 🎉🎩🕸️

Alright, let’s get this development party started! 🎉🎈

If you’re planning to build your app using the mighty Laravel Sail, here’s a step-by-step guide on how to summon the legendary FrankenPHP.

First off, it’s time to grab Octane and FrankenPHP with these magical incantations:

./vendor/bin/sail up

./vendor/bin/sail composer require laravel/octane

Next, like calling upon a superhero, use the octane:install Artisan command to bring FrankenPHP into existence:

./vendor/bin/sail artisan octane:install --server=frankenphp

Now, it’s time to give FrankenPHP its own superhero cape by adding a SUPERVISOR_PHP_COMMAND environment variable to the laravel.test service definition in your application’s docker-compose.yml. This magical potion will ensure that Sail serves your application using Octane instead of the regular PHP development server. 🦸‍♂️

services:
  laravel.test:
    environment:
      SUPERVISOR_PHP_COMMAND: "/usr/bin/php -d variables_order=EGPCS /var/www/html/artisan octane:start --server=frankenphp --host=0.0.0.0 --admin-port=2019 --port='${APP_PORT:-80}'" # [tl! add]
      XDG_CONFIG_HOME:  /var/www/html/config # [tl! add]
      XDG_DATA_HOME:  /var/www/html/data # [tl! add]

To unlock the full potential of FrankenPHP, you can enable HTTPS, HTTP/2, and HTTP/3 by modifying your docker-compose.yml file as follows:

services:
  laravel.test:
    ports:
        - '${APP_PORT:-80}:80'
        - '${VITE_PORT:-5173}:${VITE_PORT:-5173}'
        - '443:443' # [tl! add]
        - '443:443/udp' # [tl! add]
    environment:
      SUPERVISOR_PHP_COMMAND: "/usr/bin/php -d variables_order=EGPCS /var/www/html/artisan octane:start --host=localhost --port=443 --admin-port=2019 --https" # [tl! add]
      XDG_CONFIG_HOME:  /var/www/html/config # [tl! add]
      XDG_DATA_HOME:  /var/www/html/data # [tl! add]

Usually, you can access your FrankenPHP Sail application via https://localhost, but using https://127.0.0.1 requires additional configuration and is officially considered unnecessary.

Happy Franken-coding! 🤖🌟

Ahoy there! Sailors of the PHP seas, prepare to embark on an unforgettable voyage with FrankenPHP’s Docker images!

Ever wondered what happens when a mad scientist combines Laravel and PHP in a laboratory powered by Docker? Performance enhancements and extra extensions! No more static installations of FrankenPHP feeling like Dr. Jekyll and Mr. Hyde. With these official images, you’ll be ready for any adventure that comes your way, including running FrankenPHP on platforms as alien as Windows (yep, it works there too!).

So grab your Dockerfile and let’s get containerizing! Here’s a sample file to kickstart your Laravel application powered by FrankenPHP:

FROM dunglas/frankenphp

RUN install-php-extensions \
    pcntl
    # Add other PHP extensions here...

COPY . /app

ENTRYPOINT ["php", "artisan", "octane:frankenphp"]

During development, you can make use of this Docker Compose file to set sail on your adventure:

Remember, with great power comes great responsibility. Use these powerful FrankenPHP Docker images wisely, and soon you’ll be conquering the PHP seas like a modern-day Captain Ahab!

Alright, let’s dive into the fun world of containerized PHP shenanigans! Meet your new best friend, frankenphp, who’s ready to party all night (and day) long, thanks to our custom Docker build.

Here’s where things get spooky:

services:
  frankenphp:
    # This is how we bring Frankenstein back to life... errr, PHP.
    build:
      context: .

    # His entrance theme (entrypoint): php artisan octane:frankenphp --workers=1 --max-requests=1
    entrypoint: "The grand entrance begins!"

    # Ports he'll be using to terrorize the web: 8000:8000
    ports:
      - "8000:8000"

    # His home directory (volumes): .:/app
    volumes:
      - .:/app

Now, if you want to control Frankenphp’s scream level (log level), just pass the --log-level option when summoning him with php artisan octane:start. He’ll switch on his native logger and start yelling in structured JSON logs. Unless you tell him otherwise, that is.

For more on FrankenPHP’s Docker tricks, consult the official FrankenPHP documentation. It’s like a ghost tour through the cobweb-infested halls of PHP containerization!

Alrighty then! When you’re dancing with FrankenPHP, sometimes you need a little custom twist to your moves. Fear not, because just like in a cha-cha, there’s a secret step - the --caddyfile option!

To unveil this hidden move while starting Octane, simply summon it using this spell:

php artisan octane:start --server=frankenphp --caddyfile=/path/to/your/Caddyfile

This incantation lets you jazz up FrankenPHP’s default settings with a little pizzazz, adding custom middleware like a pro dancer, configuring advanced routing that could give Google Maps a run for its money, or setting up custom directives that’ll make even the old-school servers do a double take.

For those who are curious about what this Caddyfile syntax and configuration options entail, we recommend brushing up on your dance card with the official Caddy documentation. Just remember, it’s all about finding the right rhythm! 💃🕺️

Now go forth and customize your server like a boss at a dance marathon! 🎉🌍🎶

Hotrod Harley Hauler (HHH)

Prepare to embark on a wild ride with our very own Hotrod Harley Hauler (HHH), powered by the mighty RoadRunner binary, built with the unstoppable force that is Go! 🚀🚗🏍️

The first time you rev up your Octane server, this bad boy will politely ask if you’d like it to download and install the HHH binary for you. Ain’t that swell? 😉

Now let’s get technical! 🤓 If you’re using Laravel Sail, you can easily set up your HHH with just a few simple steps:

1. Install the RoadRunner binary by running: composer require ziadoz/laravel-roadrunner
2. Update your .env file to include the required environment variables for HHH:

   RAILWAY_PORT=8000
   SAIL_ROADRUNNER_MODE=extended

3. Modify your docker-compose.yml file to start the RoadRunner service alongside your application:

   services:
     db:
       # ...
     app:
       # ...
     roadrunner:
       image: ziadoz/laravel-roadrunner
       depends_on:
         - db
         - redis
       ports:
         - "8000:8000"

4. And that’s a wrap! Start your engines and give it some gas with the command: sail up 🏁💨

Alrighty, mate! 🤘 If you’re gearing up to create your masterpiece using Laravel Sail (our digital shipyard), you’ll wanna drop these anchors first. ⚓️

./vendor/bin/sail up 🌈 (This gets Octane and RoadRunner on board)

./vendor/bin/sail composer require laravel/octane spiral/roadrunner-cli spiral/roadrunner-http 🎟️ (Tickets for Laravel's Octane, RoadRunner CLI, and the RoadRunner HTTP)

Next, let’s set sail with a Sail shell and get our hands on the latest Linux build of the RoadRunner binary using the rr executable. 🌴

./vendor/bin/sail shell

Then, steer this command: `rr` 🚢 (It'll guide you to grab the RoadRunner binary)

Now that we’ve got our tools, let the development voyage commence! 🎺 Just remember, building a Laravel app is like baking a cake - take it one command at a time and soon enough, you’ll have yourself a digital masterpiece. 🍰🎂🎉

Alrighty, let’s dive into the nitty-gritty of sailing with Laravel in a Docker container!

First things first, fire up your terminal and navigate to thevendor’s bin. Type ./rr get-binary, like you’re summoning a mythical creature from another realm (just kidding, it’s just fetching a binary file).

Next up, we need to add a little something extra to your application’s docker-compose.yml file. Specifically, we want to create a SUPERVISOR_PHP_COMMAND environment variable for the laravel.test service. This environment variable will tell Sail to serve your application using Octane instead of the PHP development server.

Here’s how it should look:

services:
  laravel.test:
    environment:
      SUPERVISOR_PHP_COMMAND: "/usr/bin/php -d variables_order=EGPCS /var/www/html/artisan octane:start --server=roadrunner --host=0.0.0.0 --rpc-port=6001 --port='${APP_PORT:-80}'" # [tl! add]

Now, let’s make sure the rr binary is executable by typing chmod +x ./rr. This is like giving it a magic wand to perform its duties.

Lastly, it’s time to build those Sail images using the command ./vendor/bin/sail build --no-cache. This is essentially putting on the hard hat and getting down to business, crafting your perfect Laravel sailing experience!

And there you have it - with a little sprinkle of wit and humor, we’ve successfully navigated through the steps of setting up Sail in your Laravel project. Fair winds and following seas!

Swift-Horse (Swoole)! 🐎🚀

Alright, buckle up Laravel pals! If you’re ready to gallop into the future with your Octane application on a steed of Swoole, then first mount this PHP extension, pronto!

Usually, this swift process can be performed through PECL (Phoenix Extensions Community Library), a fine establishment for horse racing extensions.

pecl install swoole 🏆🐎🚀

(Just remember, the key to a successful horse race is not just speed but also having the right jockey—in this case, that’s you and your Laravel Octane app!) 🎉🏆🚀

Alrighty, let’s embark on a magical journey where Laravel meets Open Swoole - it’s like when Frodo met Gandalf in the Shire, except with fewer hobbits and more code!

First things first, you gotta install the Open Swoole PHP extension for your Laravel Octane application. Now, this isn’t some mystical quest through Mordor; think of it as a quick trip to PECL:

pecl install openswoole

Boom! You’re one step closer to unlocking the power of concurrent tasks, ticks, and intervals - just like having your very own time-traveling DeLorean!

Now, if you fancy using Open Swoole with Laravel via Sail (yes, that’s its name), here’s how:

Jump aboard the good ship Laravel Sail and set sail for Open Swoole island! But first, you gotta add this line to your .env file:

OPENSWOOLE_SERVER=1

And then, raise anchor by running:

sail composer require laravel/octane-swoole

Now sit back and enjoy the ride as your Laravel application gets served with a side of Open Swoole! 🎉🌴🐬

But remember, with great power comes great responsibility. Always ensure that your code doesn’t turn into an unwanted Balrog blocking traffic on the Bridge of Khazad-dum (or something like that…). Happy coding! 😉

Attention all Octane enthusiasts! 🎺

Before you serve up your Swoole powered Octane app like a gourmet meal at a fancy restaurant, don’t forget to check if Laravel Sail has been seasoned with the latest update (./vendor/bin/sail build --no-cache within your root directory should do the trick).

Now, if you prefer a home-cooked experience instead of dining out, you can develop your Swoole based Octane application using none other than Laravel Sail, the official Docker-based pop-up tent for Laravel. This campsite includes the Swoole extension as a bonus campfire story! 🔥

But don’t forget to pack your own marshmallows and roasting sticks (i.e., adjust the docker-compose.yml file used by Sail). Here’s a recipe for success:

services:
  laravel.test:
    environment:
      SUPERVISOR_PHP_COMMAND: "/usr/bin/php -d variables_order=EGPCS /var/www/html/artisan octane:start --server=swoole --host=0.0.0.0 --port='${APP_PORT:-80}'" # [tl! add]

After you’ve pitched your tent, it’s time to cook up those Sail images:

./vendor/bin/sail build --no-cache

Now, sit back, relax, and let the flavors of Octane and Swoole simmer together in harmony! 🥘🍲🌮

Alrighty, let’s get this Swoole party started! While it doesn’t throw a shindig like your cat on a Friday night, this baby sure knows how to serve up some tech goodness.

First off, let me introduce you to the Swoole Options, the secret sauce that makes this server truly sizzle. If you feel like getting your hands dirty with some configuration, you can add these options to your octane recipe book (i.e., your configuration file). But remember, like a good bottle of wine, they rarely need a tweak unless you’re hosting a digital soiree for thousands.

Here’s what the Swoole Options look like in PHP:

'swoole' => [
    'options' => [
        // Where to log all those juicy server details. Think of it as the server's diary.
        'log_file' => storage_path('logs/swoole_http.log'),

        // The maximum size for incoming packages (think pizza delivery), ensuring your server won't choke on a big one.
        'package_max_length' => 10 * 1024 * 1024,
    ],
],

Now that you know the Swoole Options, you can set the stage for an unforgettable digital gathering. Just remember to keep your server well-fed and happy, or it might serve up some embarrassing 404 errors instead of your beautifully crafted Laravel app! 🍕🚀🎉

Getting Your Shindig Online!

Ready to party like it’s 2150 (that’s tech years, folks)? Crank up the Octane server with a simple octane:start Artisan command. This magical incantation will automatically harness the power of the server specified by your application’s octane configuration file’s server option.

php artisan octane:start

By default, our friendly neighborhood Octane will get things rolling on port 8000, so you can access your masterpiece in a web browser at the elegant address of http://localhost:8000.

Keeping the Party Going in Production!

Once your application is ready for prime time, it’s essential to keep Octane running smoothly. To ensure a seamless transition from dev mode to production, we’ve got you covered! Here are a few tips on how to keep your party going without any unexpected hiccups:

1. Process Manager: Use a process manager like Supervisor or systemd to manage the Octane server in production. This ensures that the server stays up and running even if something unexpected happens, such as a power outage or a pesky cat knocking over your computer.

2. Configuration Files: Keep sensitive configuration details (like database credentials) in environment-specific files, so you can easily swap them for different environments without causing chaos to your production setup.

3. Error Handling: Implement proper error handling and logging mechanisms to monitor and debug any issues that may arise during the party. After all, nobody wants a crashed server ruining the fun!

4. Caching: Enable caching to improve performance and reduce response times. But remember, too much of a good thing can be a bad thing - so keep an eye on your cache size to prevent overloading your server.

5. Security: Last but certainly not least, secure your application by following best practices such as enabling HTTPS, using strong passwords, and keeping your dependencies up-to-date. You wouldn’t want a gatecrasher crashing the party now, would you?

Ahoy there, Captain! You’ve sailed through the seas of development and now you’re about to dock your Octane ship in the harbor of Production. But hey, it ain’t a pirate’s life without a trusty first mate, and that role goes to our old pal Supervisor!

With Supervisor on deck, we can make sure our Octane server doesn’t walk the plank during those long voyages. Here’s an example of what a Supervisor configuration file for Octane might look like:

[Program: Swabbie_Octane]
Name: Octane's Trusty Helper #${process_num}
Command: php /home/forge/example.com/artisan octane:start --server=frankenphp --host=127.0.0.1 --port=8000
Autostart: True
Autorestart: True
Crew Member: forge (the ship's cook, but also good at server stuff)
Error Log: /home/forge/example.com/storage/logs/octane_err.log
Standard Output Log: /home/forge/example.com/storage/logs/octane_log.log
Time to Talk Parsley: 3600 seconds (That's an hour, matey! No need to break the log out yet)

Just remember, with great power comes great responsibility. Keep your ship seaworthy and your Octane server humming like a well-oiled (or php-powered) machine. And if you ever find yourself lost at sea or wondering about serving your application via HTTPS, check out our other documentation on that very subject!

Yarr matey, sail on! 🤝🐳

Ah, the dance of digital diplomacy between your app and the web! By nature, Laravel’s Octane is a charming suitor who, by default, whispers sweet http:// nothings into your application’s ear. But fret not, for love can bloom under lock and key - enter the OCTANE_HTTPS variable!

This enchanting character resides within your application’s config/octane.php configuration file, just waiting to be kissed with a value of true. When it does, Octane will whisk Laravel away on a romantic gondola ride through the secure waters of https://, ensuring all links are prefixed with the seal of digital trust:

'https' => env('OCTANE_HTTPS', false),

So, go ahead and make your move! Set sail on the encrypted sea, secure in the knowledge that your application will never be caught in a compromising position with an unsecured http://. After all, who doesn’t love a little encryption in their relationships? 😉

Serving Your Laravel Octane App like a Boss with Nginx (AKA the Web Server Superstar)

[!ATTN] If you’re not quite ready to juggle your own server configuration or aren’t comfortable orchestrating all the various services needed to run a mind-blowing Laravel Octane app, consider joining the Laravel Cloud (https://cloud.laravel.com) - it’s like having your very own tech support team!

When it comes to prime time performances, serving your Octane app behind a traditional web server like Nginx or Apache is the way to go. It’ll be like James Bond’s trusted Q-Branch, handling all the heavy lifting and making your static assets (think images, stylesheets) look like A-listers. Oh, and let’s not forget about SSL certificate management - it’s a superpower Nginx has up its sleeve!

Here’s an example of how to configure Nginx for your app:

map $http_upgrade $connection_upgrade {
    default upgrade;
    ''      close;
}

server {
    listen 80;
    listen [::]:80;
    server_name yourawesomeapp.com;
    server_tokens off;
    root /home/forge/yourawesomeapp/public;

    index index.php;

    charset utf-8;

    location /index.php {
        try_files /not_exists @octane;
    }

    location / {
        try_files $uri $uri/ @octane;
    }

    location = /favicon.ico { access_log off; log_not_found off; }
    location = /robots.txt  { access_log off; log_not_found off; }

    access_log off;
    error_log  /var/log/nginx/yourawesomeapp-error.log error;

    error_page 404 /index.php;

    location @octane {
        set $suffix "";

        if ($uri = /index.php) {
            set $suffix ?$query_string;
        }

        proxy_http_version 1.1;
        proxy_set_header Host $http_host;
        proxy_set_header Scheme $scheme;
        proxy_set_header SERVER_PORT $server_port;
        proxy_set_header REMOTE_ADDR $remote_addr;
        proxy_set_header X-Forwarded-For $proxy_add_x_forwarded_for;
        proxy_set_header Upgrade $http_upgrade;
        proxy_set_header Connection $connection_upgrade;

        proxy_pass http://127.0.0.1:8000$suffix;
    }
}

Catching Those File Changes like a Ninja (AKA Watching for file changes)

To keep your app updated with the latest changes, you’ll want to set up file watchers - think of them as your reliable lookouts. Check out Nginx and Laravel Octane: Keeping an Eye on Your Files for more on that! 🕵️‍♂️

Keeping Tabs on Your Code Like a Relentless Nosy Neighbor

Let’s face it, no one likes a cold server refreshing session after you’ve spent hours crafting that perfect line of code. Just like your neighbor who can’t help but peak through the window every time you tinker with your garden tools, our Laravel Octane server needs a little nudge to notice when things change in your app’s files.

Since your application gets loaded into memory like a secret recipe book once the Octane server starts, any alterations made to your routes/web.php file or other app files will go unnoticed when you hit that dreaded refresh button on your browser. But worry not! You can turn our server into your very own peeping Tom by using the --watch flag – a magical incantation that ensures the server will auto-restart itself whenever it catches you fiddling with your files:

php artisan octane:start --watch

But before we can get our server snooping around, there are a few prerequisites to cover. First and foremost, make sure that Node.js, the neighborhood’s friendly tech-geek, has set up camp in your local development environment. Next, bring along a trusty file-watching library called Chokidar – think of it as a pair of binoculars for your server to use while keeping an eye on your files.

npm install --save-dev chokidar

Once you’ve set up your surveillance team, you can customize the directories and files that should be under observation using the watch configuration option within your project’s config/octane.php configuration file – a secret dossier of sorts for our server.

And since we all know that more hands make lighter work, you can also configure the number of workers keeping watch by tweaking the --workers flag in your command:

php artisan octane:start --watch --workers 4

Now sit back and relax as our server keeps a watchful eye on your code like a cat watching a fish tank – well, almost. Happy coding!

Unleashing the Workforce of Your Application! 🤖

If you’ve ever felt like your Laravel app was the busybody neighbor always inviting everyone over for a party, it might be time to hire some help! By default, our trusty Octane server will deploy an army of workers equal to the number of CPU cores on your machine. These tireless minions are ready to handle incoming HTTP requests as they burst through the digital front door.

But who wants a one-size-fits-all approach? No need to worry, we’ve included a --workers command for those times when you want to call in reinforcements or maybe just cut costs during a quiet summer season. Here’s how you can summon your dream team:

php artisan octane:start --workers=4

But hold on! If you’re using the Swoole application server and want to manage concurrent tasks like a boss, you can also specify the number of “task workers” you’d prefer:

php artisan octane:start --workers=4 --task-workers=6

Just remember, more workers doesn’t always mean better parties (or apps)! 🎉🥳🎈 Keep that balance in check, and happy coding! 🚀🚀🚀

Let the good times roll

Curbing the Chaos: The Request Limit Fence

In a bid to contain those sneaky memory leaks that love to party uninvited, Octane’s workers will gleefully reboot after handling an astounding 500 requests. If you find this number too conservative for your needs (or if you just like to live dangerously), you can crank it up with the --max-requests option:

php artisan octane:start --max-requests=250

Just imagine, with a higher limit, you could serve double the number of requests before the workers take a little siesta! But remember, it’s all fun and games until someone calls support for a memory leak migration headache. So, tread carefully! 😜

Setting the Time Limit for Your Requests (Without Being Rushed)

Ah, the thrill of a 30-second deadline! That’s right folks, in Laravel Octane land, your requests get a cool 30 seconds to shine before they’re outta here. This time limit is all thanks to the max_execution_time option in your application’s config/octane.php configuration file:

'max_execution_time' => 30,

This little number defines the maximum amount of seconds your request is allowed to… well, request before it gets the boot. But fear not! Setting this value to 0 will eliminate this time limit altogether, allowing your requests to party like it’s 1999 (or at least until your server decides it’s had enough).

This configuration option is a lifesaver for applications that deal with long-running tasks, such as uploading files, crunching numbers, or calling up external services for a late-night chat. Just remember, if you want to change this setting, your Octane server needs a quick reboot (think of it as a coffee break) for the changes to take effect.

Now, who said configuring was boring? Let’s keep the good times rolling! 🎉

Octane Server’s Got Talent! (Or, How to Make ‘Em Dance Again)

Fancy a party on the server side? Well then, grab your dancing shoes and get ready to command the Octane server’s application workers to bust some moves with our fabulous octane:reload dance number! This magical routine is just what you need when you want your freshly deployed code to take center stage in memory and dazzle all subsequent requests.

So, step right up and give these commands a spin:

php artisan octane:reload

Encore, encore! (That’s “more, more” in server speak.)

Alright, you fancy Laravel jockeys! Here’s a quick lesson on how to ground that Octane server of yours, just in case you need a break from saving the digital universe. 🚀

You can give your server the old “Time Out” with the octane:stop Artisan command:

php artisan octane:stop

(Cue the dramatic music as Octane bids farewell and shuts down in slow motion) 🎺🚨

Now, before you all start panicking (we know you’re used to it), remember that stopping the server doesn’t mean your valuable data will be lost in a cosmic wormhole. It’s just resting for a bit, like when your cat decides to take a mid-afternoon nap on your keyboard. 😸

So, next time you feel the need to press pause on your superhero coding adventures, don’t hesitate! Give your Octane server the much-needed break it deserves. 😉👍

That’s all, folks! Happy coding, and remember: Always save before unplugging! 💻⚡️

Ahoy there, Laravel adventurer! When you’re sailing on the high seas of code, it’s essential to keep tabs on your trusty Octane server. Fret not, for I shall guide you through a delightful dance of commands that’ll have you checking its status faster than a pirate can swab a deck!

So, let’s hoist the sails and set sail for the octane:status Artisan port (that’s command line jargon, matey).

php artisan octane:status

Run that, and you’ll find out whether your Octane is all a-beer or if it needs a wee bit of tuning. This command will help you steer clear of any unwelcome surprises like an unexpected shipwreck (read: server crash). And remember, in the vast ocean of code, knowledge is your compass and commands are your trusty maps!

Now, let’s set sail for another port called Dependency Injection and Octane! But that tale, my friend, will have to wait for another day. Until then, keep exploring and may your adventures be full of treasure (and functioning servers)! Arrrr! 🏴‍☠️

Dependency Injection and the Octane Magic Trick! 🪄

Ah, welcome to the wild world of Laravel Octane! This ain’t your grandma’s PHP – it’s like a magician who boots your app once and keeps it in memory for as long as a requesting sorcerer needs it. Sounds enchanting, right? But remember, with great power comes great responsibility (and maybe a few gotchas).

For instance, when that initial spell is cast on your application service providers, their register and boot methods will only be summoned once – like summoning the genie from the lamp for the first wish. After that, it’s the same genie (app instance) serving up wishes (requests).

So, when injecting the genie or the lamp (application service container or request) into any object’s constructor, beware – you might end up with a stale genie on subsequent requests! 🧞‍♂️🧛‍♀️

But fear not! Octane takes care of resetting any first-party framework state between requests, much like a house elf who tidies up after a party. However, our dear house elf may not know how to reset the mess you created in your application’s global state. That’s why it’s crucial to learn some tricks on building an Octane-friendly cauldron (app).

Now, let’s brew some potions and avoid some common situations that could cause a hex of problems while using Octane:

Container Injection Gone Wrong 🦇 When you inject the container into a class constructor, remember that instance is kept in memory between requests. If any service within that container depends on a request or other transient resources, it could lead to a stale version being used in subsequent requests. One way around this is by using Singletons (make()) instead of binding for those services that need access to the request object. Or, better yet, if possible, keep them as methods within your class. 🔍🔍🕵️‍♂️

The Great Pie Party: Avoiding Cross-Contamination!

Now, let’s chat about a topic near and dear to every coder’s heart - Container Injection! In simpler terms, imagine you’re throwing a massive pie party (because who doesn’t love pies?). You wouldn’t want all your guests bringing their own ovens, right? The same goes for our Laravel applications.

Generally speaking, avoid inviting the Application Service Container or the pi-spectacular (HTTP request instance) to your other objects’ birthday parties. Here’s a no-no example of an overzealous invitation:

Use PieService; // Our star baker
Use Illuminate\Contracts\Foundation\Application; // The party host

/**
 * Register any bakers for the event.
 */
public function register(): void
{
    $this->app->singleton(PieService::class, function (Application $app) {
        return new PieService($app); // Invites the party host to the pie service's housewarming
    });
}

In this scenario, if our PieService instance is served at the event’s opening, the party host will be a guest in their own home (the PieService instance), and they’ll keep the same house for subsequent rounds of dessert! While it may not cause a ruckus in your specific party, it might lead to the party host missing invited guests who joined later or during a round of applause.

To avoid this pie-stravaganza faux pas, you could either un-invite the PieService altogether as a permanent resident or invite a resolver closure that always returns the current party host instance:

Use PieService; // Our star baker
Use Illuminate\Container\Container; // The party host
Use Illuminate\Contracts\Foundation\Application; // Helper to get the party host

/**
 * Register any bakers for the event.
 */
public function register(): void
{
    $this->app->bind(PieService::class, function (Application $app) {
        return new PieService($app); // Invites the party host to the pie service's housewarming
    });

    $this->app->singleton(PieService::class, function () {
        return new PieService(fn () => Container::getInstance()); // Invites a resolver closure that always returns the current party host instance
    });
}

The global app helper and the Container::getInstance() method will always return the latest version of the party container. So, no matter how many rounds of pie you serve, everyone will enjoy the freshest pies possible! 🥧🎉🍰

The Unicorn’s Horn Dilemma: A Tale of Request Injection

In a kingdom far, far away (the Laravel land), it’s common knowledge that unicorns shouldn’t share their horns. Yet, sometimes, we find ourselves in a pickle where we’re tempted to lend our Application Service Container or the HTTP request instance to other objects. Let’s call this the “Unicorn Horn Syndrome.”

Use App\Service;
Use Illuminate\Contracts\Foundation\Application;

// A royal mess - binding the entire request horn to a singleton object!
Public function register(): void
{
    $this->app->singleton(Service::class, function (Application $app) {
        return new Service($app['horn']); // Oops! We're lending our horn.
    });
}

If you find the Service unicorn sporting your request horn during the boot process, it means that same horn will stick around for subsequent requests. This won’t end well, as all headers, input, and query string data will be a jumble of chaos! Not to mention, all other magical request data will be lost.

To fix this dilemma, you have three options:

1. Don’t lend the horn in the first place - Stop registering the binding as a singleton, and let each unicorn find its own horn during each request.

2. Lend a resolver - Inject a request resolver closure into the service that always resolves the current request horn for you.

// Now we're safe! Lending a resolver instead of the horn itself.
$this->app->bind(Service::class, function (Application $app) {
    return new Service(fn () => $app['horn']); // Now we're playing it smart!
});

3. Be specific with your requests - Pass the exact request information your object needs to one of its methods at runtime:

Use App\Service;
Use Illuminate\Contracts\Foundation\Application;

$service->method($request->input('name')); // This is what we call a 'Request with Precision'!

Remember, the global request helper will always return the request the application is currently handling and is therefore safe to use within your kingdom.

[!WARNING] It is acceptable to type-hint the Illuminate\Http\Request instance on your controller methods and route closures, but remember, sharing is caring - only lend what’s necessary!

Config Caper Injection: Unraveling the Laravel Mystery! 🕵️‍♂️

Ahoy there, Laravel wranglers! Let’s delve into the thrilling world of Configuration Repository Injection, shall we? 🚀

In a nutshell, it’s like playing a game of musical chairs with your configuration data. You don’t want to end up stuck with yesterday’s chair (or in this case, configuration values) when the music stops and everyone else has already moved on.

Consider this dilemma:

Use Service, App;

Public function register(): Void {
    $this->app->singleton(Service::class, function (Application $app) {
        Return new Service($app->make('config'));
    });
}

In this scenario, if your configuration values morph between requests, that service will be left in the dark, clinging to outdated data like a lost puppy searching for its master. 🐶😥

How can we prevent this heartbreaking tragedy? Well, there are two strategies to save the day:

1. Release the Singleton: If you stop registering the binding as a singleton, the service will create a fresh instance of itself every time, ensuring it’s always up-to-date. But remember, with great power comes great responsibility! 🦸‍♂️

2. Inject a Configuration Repository Resolver Closure: This method is like having a time machine for your service – it ensures you always get the latest version of the configuration repository. Check out this example:

Use Service, App;
Container, Application;

$this->app->bind(Service::class, function (Application $app) {
    Return new Service($app->make('config'));
});

$this->app->singleton(Service::class, function () {
    Return new Service(fn () => Container::getInstance()->make('config'));
});

The global config is now your trusty sidekick that always delivers the freshest configuration data – a true superhero of the Laravel universe! 🦸‍♀️✨

Now, go forth and conquer the configuration world with style and finesse! Just remember to avoid those pesky memory leaks – they’re like party crashers at an exclusive event! 🎉🙅‍♂️

Keeping Your App’s Memory in Check: A Comical Take on Memory Leaks! 💔🔥

Friends, let me tell you a tale of our beloved Laravel Octane, the eternal memory keeper. It’s like having a butler who never forgets to keep the hors d’oeuvres platters refilled, but if you ask him to clean up after himself… well, that’s another story!

You see, Octane keeps your application in memory between requests, just like your overzealous uncle who insists on holding onto every conversation for eternity. If you add data to a statically maintained array (like that family album he refuses to part with), you’ll end up with a memory leak - and trust me, that’s no picnic! 🐘

Here’s an example of a controller with a memory leak:

Use Service, Requests, Str; // Think of them as your party guests who just won't leave

/**
 * Handle an incoming request.
 */
public function index(Request $request): array
{
    Service::$data[] = Str::random(10); // The unwanted guest who keeps adding photos to the family album

    return [
        // ...
    ];
}

To avoid this, you need to keep a close eye on your application and ensure that no uninvited guests (memory leaks) sneak in during development. Just like monitoring your uncle’s antics at the family reunion! 🦄

Remember, it’s essential to keep tabs on your application’s memory usage during local development. You wouldn’t want a rogue uncle crashing your party now, would you? 💣🎉

Parallel Tasks: The Chip ‘n Dale of Your Application 🦔🦹‍♂️

When it comes to handling concurrent tasks in Laravel, think of it like a three-ring circus where each ring is a task. To keep everything running smoothly, you need to ensure that each performer (task) knows when to take the stage and when to bow out gracefully.

By default, Laravel will run concurrent tasks sequentially, ensuring that no chaos ensues like a clown car accident in the middle of the high-wire act. However, if you want your circus to really shine, you can use the withConcurrency method to let loose the wild beasts (concurrent tasks) and watch the show take off!

Here’s an example of using concurrent tasks:

use Illuminate\Support\Facades\Queue;

public function performTasks() {
    Queue::push(function () {
        // Task 1, like the tightrope walker balancing on a ball
    });

    Queue::push(function () {
        // Task 2, the juggler keeping multiple balls in the air
    });

    // And so on...

    // Now, let your circus run wild with:
    Queue::withConcurrency(5); // Unleash the beasts!
}

Just remember to keep an eye on those concurrent tasks and make sure they don’t become too chaotic. You wouldn’t want a lion escaping into the audience, now would you? 🦁🚀

Happy coding, friends! May your circus (application) run smoothly and without memory leaks or escaped lions! 🎉🐯🎪

Concurrent Tasks: The Multitasking Marvel of Laravel’s Octane! 🚀🤖

[⚠️ATTENTION⚠️] Before you dive into this superhero sidekick, ensure Swoole (our trusty sidekick) is already present in your roster. Check out Swoole for more details!

With Swoole on your team, it’s like having a whole squad of interns that can execute operations concurrently, without the coffee spills or the endless requests for intern-friendly tasks! This marvel is achieved through Octane’s concurrently method – an MVP (Most Valuable Player) among Laravel’s superhero lineup.

Let’s see it in action:

use App\Models\User;
use App\Models\Server;
use Laravel\Octane\Facades\Octane;

[$users, $servers] = Octane::concurrently([
    function () { return User::all(); }, // Our trusty interns fetching all users 🤖📚
    function () { return Server::all(); }, // Meanwhile, the other interns are handling servers 🕰️🔧
]);

Concurrent tasks in Octane are handled by Swoole’s super-fast “task workers”, who work tirelessly in a separate universe from your incoming requests. The number of these tireless workers is determined by the --task-workers directive on the octane:start command:

php artisan octane:start --workers=4 --task-workers=6 🌟✨

Just remember, when invoking the concurrently method, avoid overwhelming our interns with more than 1024 tasks due to limitations imposed by Swoole’s task system. After all, even superheroes need a break! 💪

Swoole: Our Trusty Sidekick 🦸‍♂️

Swoole is the cape-wearing, task-completing sidekick that makes concurrent tasks possible in our Laravel universe. Learn more about Swoole here.

Timekeeping with Laravel’s Swoole-powered Chronometer! 🎉🕰️

[!ATTN:] This feature demands the presence of a certain charming, mysterious entity known as Swoole. 😉

Ever wished to set up a series of time-bound tasks that would execute like clockwork? Well, grab your top hat and monocle, because we’re about to embark on an adventure through Laravel’s very own Swoole-powered Chronometer! 🎩 😎

To start off, you can register “tick” operations – these are the tasks that will be magically executed every so often (in seconds, of course). You can register such enchantments via our trusty tick spell. The first ingredient for this incantation should be a name for your ticker, while the second should be a callable charm that will unfold at the specified interval.

Here’s an example where we conjure up a closure to perform its magic every 10 seconds:

Octane::tick('Time-Traveling Ticker', fn () => echo 'Ticking...', 10);

But wait, there’s more! With the immediate potion, you can instruct Octane to cast the tick callback as soon as the Chronometer server is activated, and every N seconds afterward:

Octane::tick('Time-Traveling Ticker', fn () => echo 'Ticking...', 10)
    ->immediate();

By the way, don’t forget to cast your spells within the boot ritual of one of your application’s service providers. Otherwise, your enchantments might go unnoticed! 🤯🔮

The Whiz-bang Cache (AKA: Turbo-boosted Memory Vault) 🏎️🚀

Attention all thrill-seekers! Strap in for a high-speed caching adventure with our Octane cache driver. But be warned, this feature requires the legendary Swoole engine, so if you haven’t already added it to your vehicle (er… server), buckle up and follow the instructions at Swooleville.

Why you ask? Well, this cache driver boasts speeds of up to 2 million operations per second! That’s faster than a cheetah on roller skates! Perfect for those high-stakes apps that demand lightning-fast read/write speeds from their memory bank.

Under the hood, the Octane cache is fueled by Swoole tables, which are like the superchargers of the caching world. Once data is tucked away in this bad boy, it’s accessible to all serverside workers, just like a secret family recipe passed down through generations (but way faster!).

However, remember that when the server gets its annual reboot (or whenever a certain Grim Reaper-esque entity appears), the cache will be cleared. So if you want your data to survive the apocalypse (or at least a server restart), make sure it’s backed up somewhere safe!

Cache::store('octane')->put('recipe_book', 'Killer app secrets', 30);

[!PSA] Keep in mind that the maximum number of secret recipes (er… cache entries) you can store in Octane is limited. You’ll find the exact capacity in your application’s octane configuration file.

Now go forth and store with reckless abandon! Just remember to regularly clean up those unwanted leftovers (expired cache data) to keep your server running smoothly like a well-oiled machine… or a high-speed caching system. 🌄🚀

Cache Shenanigans with Octane! 🎩🕒

If you’re a fan of magic, mystery, and caching data for your Laravel adventures, then look no further than the Octane cache driver! This bad boy introduces interval-based caches, perfect for the time-bound sorcerer or the chronically forgetful wizard. 🕰️

To set up an automatic refresh of your enchanted data, simply conjure a new cache within the boot method of one of your service providers. Here’s a spell to refresh that random string every five seconds:

use Illuminate\Support\Str;

// Gather 'round for the incantation
Cache::store('octane')->potions('random', function () {
    return Str::random(10); // Brew up a new potion
}, time_remaining: 5); // Set it to refresh every 5 seconds

And voila! Your cache will be as fresh as the morning dew, ensuring your data never grows stale—unless you’ve accidentally left it out in the sun. ☀️🍰📚

Alrighty, let’s dive into the world of Laravel and Swoole, where data gets more action than a Hollywood blockbuster! 🎥✨

But before we start the show, there’s a little housekeeping to take care of: you need Swoole to perform here like a rockstar at your gig. 🎸

Now, imagine you’re directing a high-speed data circus, and Swoole tables are your big top tents! These bad boys provide extreme performance that will make your server feel like it just won an Olympic medal in speed-juggling data balls. 🏅🎾🥇

The catch? The data within these tents vanishes faster than a magician’s rabbit when the server takes a bow and exits the stage for a reboot. So, consider these tents as temporary storage for your circus acts - flashy and fast but fleeting. 🐰

Now, where do you set up camp? In the octane configuration file’s tables array within your application! An example tent already pitched with room for 1000 performers (ahem, rows) is waiting for you there. If you want to customize the size of your string columns, just specify the column size like so:

'tables' => [
    'example:1000' => [
        'name' => 'string:1000',
        'votes' => 'int',
    ],
],

Want to join the circus? You can access your tent using Octane::table method. Here’s a simple step-by-step:

use Laravel\Octane\Facades\Octane;

// Setting up the performance act (data)
Octane::table('example')->set('uuid', [
    'name' => 'Nuno Maduro, The Data Juggler',
    'votes' => 1000, // He's popular, folks!
]);

// Showtime! Get the performance act (data)
return Octane::table('example')->get('uuid');

And just to set your expectations straight, the column types supported in this data circus are: string, int, and float. No acrobats or clowns, I’m afraid. 🎈🎭🌟

Now that you know how to create, manage, and access Swoole tables like a pro, it’s time to dazzle your server audiences with your lightning-fast data performances! Break a leg, and happy juggling! 🎉🎉🎉