README

WARNING
When upgrading from v1 to v2, it is better to run composer update without scripts and plugins, as v2 does not require symfony/phpunit-bridge anymore and uninstalling it may change or delete test related files, like .env.test or phpunit.xml.dist:

composer update -nW --no-scripts --no-plugins whitedigital-eu/config-pack

Installation

composer require --dev whitedigital-eu/config-pack

Usage

PhpCsFixer:

vendor/bin/php-cs-fixer --config=vendor/whitedigital-eu/config-pack/.php-cs-fixer.php fix

In PhpStorm:

• point to same config file in settings of PHP CS Fixer
• check "allow risky rules" checkbox
• choose custom ruleset
• point to php-cs-fixer binary

PhpUnit:

vendor/bin/phpunit --log-junit report.xml --configuration vendor/whitedigital-eu/config-pack/phpunit.xml.dist tests

or if tests/bootstrap.php differs from one in whitedigital-eu/config-pack:

vendor/bin/phpunit --log-junit report.xml --configuration vendor/whitedigital-eu/config-pack/phpunit.xml.dist --bootstrap=tests/bootstrap.php tests

PhpStan

vendor/bin/phpstan --configuration=vendor/whitedigital-eu/config-pack/phpstan.neon.dist analyse src

In PhpStorm:

• point to same config file in settings of PHPStan
• point to your project's autoload, usually vendor/autoload.php
• point to phpstan binary

Functional usage (since v2.2)

ConfigPack only works in dev and test environments, make sure you set this config only for dev and test.

/** config/bundles.php */
WhiteDigital\Config\ConfigPack::class => ['dev' => true, 'test' => true]

Faker

This package now comes with fakerphp/faker as a dependency thus making usage of fake data generation easier. If used without AbstractTestCase or AbstractFixture, you can easily use faker using FakerTrait.

use WhiteDigital\Config\Faker;
use WhiteDigital\Config\Traits\FakerTrait;

class Test 
{
    use FakerTrait;
    
    public function __construct(Faker $faker) 
    {
        self::setFaker($faker);
    }
    
    public function test(): string 
    {
        return self::text();
    }
}

As Faker is used with this library's configuration, setFaker function call is mandatory before using any faker functionality.
Faker is autowired automatically. FakerTrait primarily passes through functions from faker factory, most useful methods are defined as methods in annotation so IDE can see them.
By default Faker uses lv_LV as locale and 2022 as seed. If different values are needed, you can configure them:

config_pack:
    seed: 123
    locale: en_US

use Symfony\Component\DependencyInjection\Loader\Configurator\ContainerConfigurator;
use Symfony\Config\ConfigPackConfig;

return static function (ConfigPackConfig $config, ContainerConfigurator $container): void {
    if (in_array($container->env(), ['dev', 'test', ], true)) {
        $config
            ->seed(123)
            ->locale('en_US');
    }
};

AbstractTestCase

As most of tests for testing api-platform apis are somewhat similar, AbstractTestCase defines a lot of useful functions to make testing apis a lot easier.
In overall, with using AbstractTestCase usual api test should look like this:

use WhiteDigital\Config\Test\AbstractTestCase;
use WhiteDigital\Config\Test\Traits;

class CustomerTest extends AbstractTestCase 
{
    use Traits\DeleteItem;
    use Traits\GetCollection;
    use Traits\GetItem;
    use Traits\GetItemNotFound;

    protected static string $iri = '/api/customers';
    
    public function testPostItem(): int
    {
        return self::post([
            'key1' => self::words(),
            'key2' => self::text(),
            'key3' => self::randomDecimal(),
        ])->id;
    }

    #[Depends('testPostItem')]
    public function testPatchItem(int $id): int
    {
        return self::patch($id, [
            'key3' => self::randomDigit(),
        ])->id;
    }
}

This tests:
GET: /api/customers/{id}
GET: /api/customer/{not_existing_id}
GET: /api/customers
POST: /api/customers
PATCH: /api/customers/{id}
DELETE: /api/customers/{id}

Tests by default uses authentication, you can configure login_email and login_password in config_pack configuration:

config_pack:
    login_email: test@test.com
    login_password: test

use Symfony\Component\DependencyInjection\Loader\Configurator\ContainerConfigurator;
use Symfony\Config\ConfigPackConfig;

return static function (ConfigPackConfig $config, ContainerConfigurator $container): void {
    if (in_array($container->env(), ['dev', 'test', ], true)) {
        $config
            ->loginEmail('test@test.com')
            ->loginPassword('test');
    }
};

AbstractFixture

Similarly to AbstractTestCase, AbstractFixture defines base functions for doctrine fixtures. It also uses FakerTrait to simplify data generation.

use Doctrine\Persistence\ObjectManager;
use WhiteDigital\Config\DataFixture\AbstractFixture;

class OneFixture extends AbstractFixture
{
    public function load(ObjectManager $manager): void
    {
        $fixture = (new One())
            ->setKey1(self::words())
            ->setKey2(self::rnadomDecimal());
            
        $manager->persist($fixture);
        $manager->flush();
        
        $this->reference($fixture);
    }
}

class TwoFixture extends AbstractFixture
{
    public function load(ObjectManager $manager): void
    {
        for($i = 0; $i < 10; $i++){
            $fixture = (new Two())
                ->setKey1(self::words())
                ->setKey2($this->getEntity(One::class));
                
            $manager->persist($fixture);
            $manager->flush();
            
            $this->reference($fixture, $i);
        }
    }
    
    public function getDependencies() : array
    {
        $dependencies = parent::getDependencies();
        $dependencies[] = OneFixture::class;
        
        return $dependencies;
    }
}

AbstractFixture defines some useful functions:

getEntity -> getEntity(Entity::class): returns entity object for given class if fixture, where this class is created, is added to dependencies and dependant fixture defines reference.

getImage and getFile: coupled with whitedigital-eu/storage-item-resource library, these functions return entity for StorageItem based on need -> image or text file.

reference: set current fixture to references to be used elsewhere where this fixture is a dependency

getClassifier: explicitly returns Classifier if project contains any classifiers and project Classifier fixture extends BaseClassifierFixture.

BaseClassifierFixture

If your project have any classifier logic, you can extend BaseClassifierFixture and it will make classifier creation easier.
You need to have an entity with at least this structure to make this work:

use Doctrine\ORM\Mapping\Entity;

#[Entity]
class Classifier
{
    private ?int $id = null;
    private ?string $value = null;
    private ?array $data = [];
    private ?ClassifierType $type = null;
}

And you need to have a Backed enum (here called ClassifierType).
Example of ClassifierType is something like this:

enum ClassifierType: string
{
    case ONE = 'ONE';
    case TWO = 'TWO';
}

With BaseClassifierFixture classifiers can be created using two ways:
simple:

use WhiteDigital\Config\DataFixture\BaseClassifierFixture;

class ClassifierFixture extends BaseClassifierFixture
{
    public function __construct() 
    {
        parent::__construct(Classifier::class);
    }
    
    public function load(ObjectManager $manager): void
    {
        $classifiers = [
            'ONE' => ClassifierType::ONE,
            'TWO' => ClassifierType::TWO;
        ];

        $this->loadFixtures($manager, $classifiers);
    }
}

with data:

use WhiteDigital\Config\DataFixture\BaseClassifierFixture;

class ClassifierFixture extends BaseClassifierFixture
{
    public function __construct() 
    {
        parent::__construct(Classifier::class);
    }
    
    public function load(ObjectManager $manager): void
    {
        $classifiers = [
            'ONE' => ['classifier' => ClassifierType::ONE, 'data' => ['data' => 'one']],
            'TWO' => ['classifier' => ClassifierType::TWO, 'data' => ['data' => 'two']],
        ];

        $this->loadFixtures($manager, $classifiers);
    }
}

dependant:

use WhiteDigital\Config\DataFixture\BaseClassifierFixture;

class ClassifierFixture extends BaseClassifierFixture
{
    public function __construct() 
    {
        parent::__construct(Classifier::class);
    }
    
    public function load(ObjectManager $manager): void
    {
        $classifiers = [
            'ONE' => ClassifierType::ONE,
        ];

        $this->loadFixtures($manager, $classifiers);

        $dependants = [
            'TWO' => ['classifier' => ClassifierType::TWO, 'data' => ['one_iri' => '/api/classifiers/' . $this->getClassifier(ClassifierType::ONE)->getId(), ], ],
        ];

        $this->loadFixtures($manager, $dependants);
    }
}