// $serializer corresponds to the Symfony serializer
$serializer->serialize($data, 'jws_compact');

<?php

use Jose\Component\Core\AlgorithmManager;
use Jose\Component\Signature\Algorithm\PS256;
use Jose\Component\Signature\Algorithm\ES512;
use Jose\Component\Signature\Algorithm\None;

$algorithm_manager = new AlgorithmManager([
    new PS256(),
    new ES512(),
    new None(),
]);

<?php

return [
    //...
    Jose\Bundle\JoseFramework\JoseFrameworkBundle::class => ['all' => true],
];

<?php

use Jose\Component\Checker\HeaderCheckerManagerFactory;
use Jose\Component\Checker\ClaimCheckerManagerFactory;

$headerCheckerManagerFactory = $container->get(HeaderCheckerManagerFactory::class);
$headerCheckerManager = $headerCheckerManagerFactory->create([...]);

$claimCheckerManagerFactory = $container->get(ClaimCheckerManagerFactory::class);
$claimCheckerManager = $claimCheckerManagerFactory->create([...]);

use Jose\Component\Signature\Serializer\CompactSerializer;

$serializer = new CompactSerializer(); // The serializer

$token = $serializer->serialize($jws, 0); // We serialize the signature at index 0 (we only have one signature).

$jweBuilder = $jweBuilderFactory->create(
    ['A256GCMKW'],
    ['A256CBC-HS256'],
    //['DEF'] // Compression methods
);

<?php
// Returns all keys
$jwkset->all();

// Check if the key set has the key with the key ID 'KEY ID'.
$jwkset->has('KEY ID');

// Retreive the key with the key ID 'KEY ID'.
$jwkset->get('KEY ID');

// Counts the keys in the key set.
$jwkset->count(); // The method count($jwkset) has the same behaviour.

// Adds a key to the key set.
// /!\ As the JWKSet object is immutable, this method will create a new key set. The previous key set is unchanged.
$newJwkset = $jwkset->with($jwk);

// Removes a key to the key set.
// /!\ As the JWKSet object is immutable, this method will create a new key set. The previous key set is unchanged.
$newJwkset = $jwkset->without('KEY ID');

// Selects a key according to the requirements.
// The first argument is the key usage ("sig" of "enc")
// The second argument is the algorithm to be used (optional)
// The third argument is an associative array this constraints (optional)
$key = $jwkset->selectKey('sig', $algorithm, ['kid' => 'KEY ID']);

// You can iterate on a key set
foreach($jwkset as $kid => $jwk) {
    // Action with the key done here
}

// The JWKSet object can be serialized into JSON
json_encode($jwkset);

services:
    Acme\Bundle\Algorithm\FooAlgorihtm:
        tags:
            - {'name': 'jose.algorithm', 'alias': 'FOO'}

eyJhbGciOiJIUzI1NiJ9.eyJpYXQiOjE1MDc4OTY5OTIsIm5iZiI6MTUwNzg5Njk5MiwiZXhwIjoxNTA3OTAwNTkyLCJpc3MiOiJNeSBzZXJ2aWNlIiwiYXVkIjoiWW91ciBhcHBsaWNhdGlvbiJ9.eycp9PTdgO4WA-68-AMoHPwsKDr68NhjIQKz4lUkiI0

jose:
    jwe:
        builders:
            builder1:
                key_encryption_algorithms: ['A256GCMKW']
                content_encryption_algorithms: ['A256CBC-HS256']
                #compression_methods: ['DEF']
                is_public: true

jose:
    checkers:
        claims:
            checker1:
                is_public: true
                claims: [...]
        headers:
            checker1:
                is_public: true
                headers: [...]

services
    Acme\Checker\CustomHeaderChecker:
        public: false
        tags:
            - { name: 'jose.checker.header', alias: 'foo' }
    Acme\Checker\CustomClaimChecker:
        public: false
        tags:
            - { name: 'jose.checker.claim', alias: 'bar' }

jose:
    checkers:
        claims:
            checker1:
                claims: [...]
                tags:
                    tag_name1: ~
                    tag_name2: {attribute1: 'foo'}

services:
    my.custom.PBES2HS256A128KW.algorithm:
        class: Jose\Component\Encryption\Algorithm\KeyEncryption\PBES2HS256A128KW
        arguments:
            - 128   # salt size
            - 10240 # counts
        tags:
            - {'name': 'jose.algorithm', 'alias': 'Ultra-Secured PBES2-HS256+A128KW'}

$algorithmManager = $algorithmManagerFactory->create(['Ultra-Secured PBES2-HS256+A128KW']);

<?php
$jweBuilder = $container->get('jose.jwe_builder.builder1');

jose:
    jwe:
        builders:
            builder1:
                key_encryption_algorithms: ['A256GCMKW']
                content_encryption_algorithms: ['A256CBC-HS256']
                #compression_methods: ['DEF']
                tags:
                    tag_name1: ~
                    tag_name2: {attribute1: 'foo'}

<?php
use Jose\Component\Encryption\JWESerializerManagerFactory;

$jweSerializerManagerFactory = $container->get(JWESerializerManagerFactory::class);

$jweSerializerManager = $jweSerializerManagerFactory->create(['jwe_compact']);

jose:
    jwe:
        serializers:
            serializer1:
                serializers: ['jwe_compact']
                is_public: true

<?php
$jweSerializerManager = $container->get('jose.jwe_serializer.serializer1');

jose:
    jwe:
        serializers:
            serializer1:
                serializers: ['jwe_compact']
                tags:
                    tag_name1: ~
                    tag_name2: {attribute1: 'foo'}

composer config --json extra.symfony.endpoint '["https://api.github.com/repos/web-token/recipes/contents/index.json?ref=main", "flex://defaults"]'

<?php

use Jose\Component\Core\AlgorithmManager;
use Jose\Component\Signature\Algorithm\HS256;
use Jose\Component\Signature\JWSVerifier;

// The algorithm manager with the HS256 algorithm.
$algorithmManager = new AlgorithmManager([
    new HS256(),
]);

// We instantiate our JWS Verifier.
$jwsVerifier = new JWSVerifier(
    $algorithmManager
);

<?php
use Jose\Component\Encryption\JWEDecrypterFactory;

$jweDecrypterFactory = $container->get(JWEDecrypterFactory::class);

$jweDecrypter = $jweDecrypterFactory->create(['HS256']);

$jws = $jwsBuilder
    ->create()
    ->withPayload('Hello World!')
    ->addSignature($jwk, ['alg' => 'HS256', 'b64' => false, 'crit' => ['b64']])
    ->build();

<?php

use Jose\Component\Checker\ClaimCheckerManager;
use Jose\Component\Checker;

$claimCheckerManager = new ClaimCheckerManager(
    [
        new Checker\IssuedAtChecker(),
        new Checker\NotBeforeChecker(),
        new Checker\ExpirationTimeChecker(),
        new Checker\AudienceChecker('Audience'),
    ]
);

$claims = json_decode($jwt->getPayload(), true);
$claimCheckerManager->check($claims);

$claimCheckerManager->check($claims, ['iss', 'sub', 'aud']);

<?php

declare(strict_types=1);

namespace Acme\Checker;

use Jose\Component\Checker\ClaimChecker;
use Jose\Component\Checker\InvalidClaimException;

/**
 * Class FooChecker.
 */
final class FooChecker implements ClaimChecker
{
    /**
     * {@inheritdoc}
     */
    public function checkClaim($value)
    {
        if (!is_string($value)) { // If the value is not a string, then we throw an exception
            throw new InvalidClaimException('The claim "foo" must be a string.', 'foo', $value);
        }
        if (!in_array($value, ['bar', 'bat'])) { // Check if the value is allowed
            throw new InvalidClaimException('The claim "foo" must be "bar" or "bat".', 'foo', $value);
        }
    }

    /**
     * {@inheritdoc}
     */
    public function supportedClaim(): string
    {
        return 'foo'; //The claim to check.
    }
}

<?php

use Jose\Component\Checker\ClaimCheckerManagerFactory;
use Jose\Component\Checker;

$claimCheckerManagerFactory = new ClaimCheckerManagerFactory();
$claimCheckerManagerFactory->add('iat', new Checker\IssuedAtChecker());
$claimCheckerManagerFactory->add('nbf', new Checker\NotBeforeChecker());
$claimCheckerManagerFactory->add('exp', new Checker\ExpirationTimeChecker());
$claimCheckerManagerFactory->add('aud1', new Checker\AudienceChecker('Audience for service #1'));
$claimCheckerManagerFactory->add('aud2', new Checker\AudienceChecker('Audience for service #2'));

$claimCheckerManager1 = $claimCheckerManagerFactory->create(['iat', 'exp', 'aud2']);
$claimCheckerManager2 = $claimCheckerManagerFactory->create(['aud1', 'exp']);

<?php

use Jose\Component\Core\JWK;
use Jose\Component\Signature\Serializer\JWSSerializerManager;
use Jose\Component\Signature\Serializer\CompactSerializer;

// Our key.
$jwk = new JWK([
    'kty' => 'oct',
    'k' => 'dzI6nbW4OcNF-AtfxGAmuyz7IpHRudBI0WgGjZWgaRJt6prBn3DARXgUR8NVwKhfL43QBIU2Un3AvCGCHRgY4TbEqhOi8-i98xxmCggNjde4oaW6wkJ2NgM3Ss9SOX9zS3lcVzdCMdum-RwVJ301kbin4UtGztuzJBeg5oVN00MGxjC2xWwyI0tgXVs-zJs5WlafCuGfX1HrVkIf5bvpE0MQCSjdJpSeVao6-RSTYDajZf7T88a2eVjeW31mMAg-jzAWfUrii61T_bYPJFOXW8kkRWoa1InLRdG6bKB9wQs9-VdXZP60Q4Yuj_WZ-lO7qV9AEFrUkkjpaDgZT86w2g',
]);

// The serializer manager. We only use the JWS Compact Serialization Mode.
$serializerManager = new JWSSerializerManager([
    new CompactSerializer(),
]);

// The input we want to check
$token = 'eyJhbGciOiJIUzI1NiJ9.eyJpYXQiOjE1MDc4OTY5OTIsIm5iZiI6MTUwNzg5Njk5MiwiZXhwIjoxNTA3OTAwNTkyLCJpc3MiOiJNeSBzZXJ2aWNlIiwiYXVkIjoiWW91ciBhcHBsaWNhdGlvbiJ9.eycp9PTdgO4WA-68-AMoHPwsKDr68NhjIQKz4lUkiI0';

// We try to load the token.
$jws = $serializerManager->unserialize($token);

// We verify the signature. This method does NOT check the header.
// The arguments are:
// - The JWS object,
// - The key,
// - The index of the signature to check. See 
$isVerified = $jwsVerifier->verifyWithKey($jws, $jwk, 0);

<?php

use Jose\Component\Signature\JWSLoader;

$jwsLoader = new JWSLoader(
    $serializerManager,
    $jwsVerifier,
    $headerCheckerManager
);

$jws = $jwsLoader->loadAndVerifyWithKey($token, $jwk, $signature, $payload);

<?php

use Jose\Component\Signature\JWSLoaderFactory;

$jwsLoaderFactory = new JWSLoaderFactory(
    $jwsSerializerManagerFactory,
    $jwsVerifierFactory,
    $headerCheckerManagerFactory
);

$jwsLoader = $jwsLoaderFactory->create(
    ['jws_compact'], // List of serializer aliases
    ['HS256'],       // List of signature algorithm aliases
    ['alg']          // Optional list of header checker aliases
);

jose:
    jwe:
        decrypters:
            decrypter1:
                key_encryption_algorithms: ['A256GCMKW']
                content_encryption_algorithms: ['A256CBC-HS256']
                #compression_methods: ['DEF']
                is_public: true

<?php
$jweDecrypter = $container->get('jose.jwe_decrypter.decrypter1');

jose:
    jwe:
        decrypters:
            decrypter1:
                key_encryption_algorithms: ['A256GCMKW']
                content_encryption_algorithms: ['A256CBC-HS256']
                #compression_methods: ['DEF']
                tags:
                    tag_name1: ~
                    tag_name2: {attribute1: 'foo'}

<?php
use Jose\Component\Encryption\JWELoaderFactory;

$jweLoaderFactory = $container->get(JWELoaderFactory::class);

jose:
    jwe:
        loaders:
            jwe_loader1:
                key_encryption_algorithms: ['A256GCMKW']
                content_encryption_algorithms: ['A256CBC-HS256']
                #compression_methods: ['DEF']
                header_checkers: ['alg', 'enc']
                is_public: true

<?php
use Jose\Bundle\JoseFramework\Helper\ConfigurationHelper;

...
ConfigurationHelper::addJWELoader($container, 'jwe_loader1', ['jwe_compact'], ['A256GCMKW'], ['A256CBC-HS256'], ['DEF'], ['alg', 'enc'], true);

<?php

use Jose\Component\Core\AlgorithmManager;
use Jose\Component\Encryption\Algorithm\KeyEncryption\A256KW;
use Jose\Component\Encryption\Algorithm\ContentEncryption\A256CBCHS512;
//use Jose\Component\Encryption\Compression\CompressionMethodManager;
//use Jose\Component\Encryption\Compression\Deflate;
use Jose\Component\Encryption\JWEDecrypter;

// The key encryption algorithm manager with the A256KW algorithm.
$keyEncryptionAlgorithmManager = new AlgorithmManager([
    new A256KW(),
]);

// The content encryption algorithm manager with the A256CBC-HS256 algorithm.
$contentEncryptionAlgorithmManager = new AlgorithmManager([
    new A256CBCHS512(),
]);

// The compression method manager with the DEF (Deflate) method.
//$compressionMethodManager = new CompressionMethodManager([
//    new Deflate(),
//]);

// We instantiate our JWE Decrypter.
$jweDecrypter = new JWEDecrypter(
    $keyEncryptionAlgorithmManager,
    $contentEncryptionAlgorithmManager,
    //$compressionMethodManager
);

<?php

use Jose\Component\Core\JWK;
use Jose\Component\Encryption\Serializer\JWESerializerManager;
use Jose\Component\Encryption\Serializer\CompactSerializer;

// Our key.
$jwk = new JWK([
    'kty' => 'oct',
    'k' => 'dzI6nbW4OcNF-AtfxGAmuyz7IpHRudBI0WgGjZWgaRJt6prBn3DARXgUR8NVwKhfL43QBIU2Un3AvCGCHRgY4TbEqhOi8-i98xxmCggNjde4oaW6wkJ2NgM3Ss9SOX9zS3lcVzdCMdum-RwVJ301kbin4UtGztuzJBeg5oVN00MGxjC2xWwyI0tgXVs-zJs5WlafCuGfX1HrVkIf5bvpE0MQCSjdJpSeVao6-RSTYDajZf7T88a2eVjeW31mMAg-jzAWfUrii61T_bYPJFOXW8kkRWoa1InLRdG6bKB9wQs9-VdXZP60Q4Yuj_WZ-lO7qV9AEFrUkkjpaDgZT86w2g',
]);

// The serializer manager. We only use the JWE Compact Serialization Mode.
$serializerManager = new JWESerializerManager([
    new CompactSerializer(),
]);

// The input we want to decrypt
$token = 'eyJhbGciOiJBMjU2S1ciLCJlbmMiOiJBMjU2Q0JDLUhTNTEyIiwiemlwIjoiREVGIn0.9RLpf3Gauf05QPNCMzPcH4XNBLmH0s3e-YWwOe57MTG844gnc-g2ywfXt_R0Q9qsR6WhkmQEhdLk2CBvfqr4ob4jFlvJK0yW.CCvfoTKO9tQlzCvbAuFAJg.PxrDlsbSRcxC5SuEJ84i9E9_R3tCyDQsEPTIllSCVxVcHiPOC2EdDlvUwYvznirYP6KMTdKMgLqxB4BwI3CWtys0fceSNxrEIu_uv1WhzJg.4DnyeLEAfB4I8Eq0UobnP8ymlX1UIfSSADaJCXr3RlU';

// We try to load the token.
$jwe = $serializerManager->unserialize($token);

// We decrypt the token. This method does NOT check the header.
$success = $jweDecrypter->decryptUsingKey($jwe, $jwk, 0);

<?php

use Jose\Component\Checker\HeaderCheckerManager;
use Jose\Component\Encryption\JWELoader;

$headerCheckerManager = new HeaderCheckerManager(
    // Provide the allowed algorithms using the previously created
    // AlgorithmManager.
    [
        new AlgorithmChecker(
            $keyEncryptionAlgorithmManager->list()
        )
    ],
    // Provide the appropriate TokenTypeSupport[].
    [
        new JWETokenSupport(),
    ]
);


$jweLoader = new JWELoader(
    $serializerManager,
    $jweDecrypter,
    $headerCheckerManager
);

$jwe = $jweLoader->loadAndDecryptWithKey($token, $key, $recipient);

$payload = $jwe->getPayload();

<?php

use Jose\Component\Encryption\JWELoaderFactory;

$jweLoaderFactory = new JWELoaderFactory(
    $jweSerializerManagerFactory,
    $jweDecrypterFactory,
    $headerCheckerManagerFactory
);

$jweLoader = $jweLoaderFactory->create(
    ['jwe_compact'], // List of serializer aliases
    ['A128KW'],      // List of key encryption algorithm aliases
    ['A128KW'],      // List of content encryption algorithm aliases
    //['DEF'],         // List of compression method aliases
    ['alg', 'enc']   // Optional list of header checker aliases
);

<?php

use Jose\Component\Core\AlgorithmManager;
use Jose\Component\Encryption\Algorithm\KeyEncryption\A128KW;
use Jose\Component\Encryption\Algorithm\KeyEncryption\PBES2HS256A128KW;
use Jose\Component\Encryption\Algorithm\ContentEncryption\A128CBCHS256;

$algorithmManager = new AlgorithmManager([
    new A128KW(),
    new PBES2HS256A128KW(),
    new A128CBCHS256(),
]);

<?php

use Jose\Component\Core\AlgorithmManager;
use Jose\Component\Encryption\Algorithm\KeyEncryption\PBES2HS256A128KW;

$algorithmManager = new AlgorithmManager([
    new PBES2HS256A128KW(16, 1024),
]);

<?php

use Jose\Component\Core\AlgorithmManager;
use Jose\Component\Core\JWK;
use Jose\Component\Signature\Algorithm\HS256;
use Jose\Component\Signature\JWSBuilder;

// The algorithm manager with the HS256 algorithm.
$algorithmManager = new AlgorithmManager([
    new HS256(),
]);

// Our key.
$jwk = new JWK([
    'kty' => 'oct',
    'k' => 'dzI6nbW4OcNF-AtfxGAmuyz7IpHRudBI0WgGjZWgaRJt6prBn3DARXgUR8NVwKhfL43QBIU2Un3AvCGCHRgY4TbEqhOi8-i98xxmCggNjde4oaW6wkJ2NgM3Ss9SOX9zS3lcVzdCMdum-RwVJ301kbin4UtGztuzJBeg5oVN00MGxjC2xWwyI0tgXVs-zJs5WlafCuGfX1HrVkIf5bvpE0MQCSjdJpSeVao6-RSTYDajZf7T88a2eVjeW31mMAg-jzAWfUrii61T_bYPJFOXW8kkRWoa1InLRdG6bKB9wQs9-VdXZP60Q4Yuj_WZ-lO7qV9AEFrUkkjpaDgZT86w2g',
]);

// We instantiate our JWS Builder.
$jwsBuilder = new JWSBuilder(
    $algorithmManager
);

// The payload we want to sign
$payload = json_encode([
    'iat' => time(),
    'nbf' => time(),
    'exp' => time() + 3600,
    'iss' => 'My service',
    'aud' => 'Your application',
]);

$jws = $jwsBuilder
    ->create()                               // We want to create a new JWS
    ->withPayload($payload, true)            // /!\ Here is the change! We set the payload and we indicate it is detached
    ->addSignature($jwk, ['alg' => 'HS256']) // We add a signature with a simple protected header
    ->build();

$jwe = $jweBuilder
    ->create()
    ->withPayload('...')
    ->withSharedProtectedHeader(['enc' => 'A256GCM', 'alg' => 'A256KW'])
    ->withSharedHeader(['author' => 'John Doe'])
    ->addRecipient($recipient_public_key_1, ['message' => 'Hello World!'])
    ->addRecipient($recipient_public_key_2, ['description' => 'Nice song for you'])
    ->build();

<?php

use Jose\Component\Core\AlgorithmManager;
use Jose\Component\Core\JWK;
use Jose\Component\Signature\Algorithm\HS256;
use Jose\Component\Signature\JWSVerifier;
use Jose\Component\Signature\Serializer\JWSSerializerManager;
use Jose\Component\Signature\Serializer\CompactSerializer;

// The algorithm manager with the HS256 algorithm.
$algorithmManager = new AlgorithmManager([
    new HS256(),
]);

// Our key.
$jwk = new JWK([
    'kty' => 'oct',
    'k' => 'dzI6nbW4OcNF-AtfxGAmuyz7IpHRudBI0WgGjZWgaRJt6prBn3DARXgUR8NVwKhfL43QBIU2Un3AvCGCHRgY4TbEqhOi8-i98xxmCggNjde4oaW6wkJ2NgM3Ss9SOX9zS3lcVzdCMdum-RwVJ301kbin4UtGztuzJBeg5oVN00MGxjC2xWwyI0tgXVs-zJs5WlafCuGfX1HrVkIf5bvpE0MQCSjdJpSeVao6-RSTYDajZf7T88a2eVjeW31mMAg-jzAWfUrii61T_bYPJFOXW8kkRWoa1InLRdG6bKB9wQs9-VdXZP60Q4Yuj_WZ-lO7qV9AEFrUkkjpaDgZT86w2g',
]);

// The serializer manager. We only use the JWS Compact Serialization Mode.
$serializerManager = new JWSSerializerManager([
    new CompactSerializer(),
]);

// We instantiate our JWS Verifier.
$jwsVerifier = new JWSVerifier($algorithmManager);

// The detached payload
$payload = '{"iat":1507896992,"nbf":1507896992,"exp":1507900592,"iss":"My service","aud":"Your application"}';

// The input we want to check
$token = 'eyJhbGciOiJIUzI1NiJ9..eycp9PTdgO4WA-68-AMoHPwsKDr68NhjIQKz4lUkiI0';

// We try to load the token.
$jws = $serializerManager->unserialize($token);

// We verify the signature.
// /!\ The third argument is the detached payload.
$jwsVerifier->verifyWithKey($jws, $jwk, $payload);

<?php

declare(strict_types=1);

namespace App\EventSubscriber;

use Jose\Bundle\JoseFramework\Event\Events;
use Jose\Bundle\JoseFramework\Event\JWSBuiltSuccessEvent;
use Jose\Bundle\JoseFramework\Event\JWSVerificationFailureEvent;
use Jose\Bundle\JoseFramework\Event\JWSVerificationSuccessEvent;
use Symfony\Component\EventDispatcher\EventSubscriberInterface;

class JwsSubscriber implements EventSubscriberInterface
{
    public static function getSubscribedEvents()
    {
        return [
            Events::JWS_VERIFICATION_SUCCESS => ['onJwsVerificationSuccess'],
            Events::JWS_VERIFICATION_FAILURE => ['onJwsVerificationFailure'],
            Events::JWS_BUILT_SUCCESS => ['onJwsBuiltSuccess'],
            Events::JWS_BUILT_FAILURE => ['onJwsBuiltFailure'],
        ];
    }

    public function onJwsVerificationSuccess(JWSVerificationSuccessEvent $event): void
    {
        // Do something here
    }

    public function onJwsVerificationFailure(JWSVerificationFailureEvent $event): void
    {
        // Do something here
    }

    public function onJwsBuiltSuccess(JWSBuiltSuccessEvent $event): void
    {
        // Do something here
    }

    public function onJwsBuiltFailure(JWSBuiltFailureEvent $event): void
    {
        // Do something here
    }
}

<?php

declare(strict_types=1);

namespace Acme\Algorithm;

use Base64Url\Base64Url;
use Jose\Component\Core\JWK;
use const Sodium\CRYPTO_AEAD_CHACHA20POLY1305_IETF_NPUBBYTES;

/**
 * This algorithm is a custom algorithm that use the ChaCha20 + Poly 1305 with a 192 bits nonce (IETF variant).
 */
final class ChaCha20Poly1305IETF implements KeyEncryption //The algorithm acts as a Key Encryption algorithm
{
    /**
     * {@inheritdoc}
     */
    public function name(): string
    {
        return 'ChaCha20+Poly1305+IETF'; // The name of our algorithm. This name will be used in our JWE headers
    }

    /**
     * {@inheritdoc}
     */
    public function allowedKeyTypes(): array
    {
        return ['oct']; // Key types for this algorithm are octet keys
    }

    /**
     * {@inheritdoc}
     */
    public function encryptKey(JWK $key, string $cek, array $completeHeader, array &$additionalHeader): string
    {
        $this->checkKey($key); // We check the key
        $kek = Base64Url::decode($key->get('k')); // We retrieve the secret
        $nonce = random_bytes(CRYPTO_AEAD_CHACHA20POLY1305_IETF_NPUBBYTES); // We create a nonce
        $additionalHeader['nonce'] = Base64Url::encode($nonce); // We add the nonce to the header

        return sodium_crypto_aead_chacha20poly1305_ietf_encrypt($cek, '', $nonce, $kek); // We return the encrypted CEK
    }

    /**
     * {@inheritdoc}
     */
    public function decryptKey(JWK $key, string $encrypted_cek, array $header): string
    {
        $this->checkKey($key); // We check the key
        $this->checkAdditionalParameters($header); // We verify the nonce is in the headers
        $nonce = Base64Url::decode($header['nonce']); // We retrieve the nonce
        $kek = Base64Url::decode($key->get('k')); // an the secret

        $decrypted = sodium_crypto_aead_chacha20poly1305_ietf_decrypt($encrypted_cek, '', $nonce, $kek); // We try to decrypt the CEK
        if (false === $decrypted) { // If it fails we throw an exception
            throw new \RuntimeException('Unable to decrypt.');
        }

        return $decrypted; // Otherwise we return the decrypted CEK
    }

    /**
     * @param JWK $key
     */
    protected function checkKey(JWK $key)
    {
        if (!in_array($key->get('kty'), $this->allowedKeyTypes())) {
            throw new \InvalidArgumentException('Wrong key type.');
        }
        if (!$key->has('k')) {
            throw new \InvalidArgumentException('The key parameter "k" is missing.');
        }
    }

    /**
     * @param array $header
     */
    protected function checkAdditionalParameters(array $header)
    {
        foreach (['nonce'] as $k) {
            if (!array_key_exists($k, $header)) {
                throw new \InvalidArgumentException(sprintf('Parameter "%s" is missing.', $k));
            }
        }
    }

    /**
     * {@inheritdoc}
     */
    public function getKeyManagementMode(): string
    {
        return self::MODE_ENCRYPT; //Key Management Mode is 'enc'.
    }
}

<?php
// Check if the key has a parameter.
$jwk->has('kty');

// Retrieve the key parameter.
$jwk->get('kty');

// Retrieve all key parameters.
$jwk->all();

// Calculate the thumbprint of the key. Acceptable hash algorithms are those returned by the PHP function "hash_algos".
$jwk->thumbprint('sha256');

// If the key is a private key (RSA, EC, OKP), it can be converted into public:
$public_key = $jwk->toPublic();

// The JWK object can be serialized into JSON
json_encode($jwk);

<?php

use Jose\Component\KeyManagement\JWKFactory;

$key = JWKFactory::createOctKey(
    1024, // Size in bits of the key. Should be at least of the same size as the hashing algorithm.
    [
        'alg' => 'HS256', // This key must only be used with the HS256 algorithm
        'use' => 'sig'    // This key is used for signature/verification operations only
    ]
);

<?php

use Jose\Component\KeyManagement\JWKFactory;

$jwk = JWKFactory::createFromSecret(
    'My Secret Key',       // The shared secret
    [                      // Optional additional members
        'alg' => 'HS256',
        'use' => 'sig'
    ]
);

<?php

use Jose\Component\KeyManagement\JWKFactory;

$private_key = JWKFactory::createRSAKey(
    4096, // Size in bits of the key. We recommend at least 2048 bits.
    [
        'alg' => 'RSA-OAEP-256', // This key must only be used with the RSA-OAEP-256 algorithm
        'use' => 'enc'    // This key is used for encryption/decryption operations only
    ]);

<?php

use Jose\Component\KeyManagement\JWKFactory;

$key = JWKFactory::createECKey('P-256');

<?php

use Jose\Component\KeyManagement\JWKFactory;

$key = JWKFactory::createOKPKey('X25519');

<?php

use Jose\Component\KeyManagement\JWKFactory;

$key = JWKFactory::createNoneKey();

<?php

use Jose\Component\KeyManagement\JWKFactory;

$key = JWKFactory::createFromValues([
    'kid' => '71ee230371d19630bc17fb90ccf20ae632ad8cf8',
    'kty' => 'RSA',
    'alg' => 'RS256',
    'use' => 'sig',
    'n' => 'vnMTRCMvsS04M1yaKR112aB8RxOkWHFixZO68wCRlVLxK4ugckXVD_Ebcq-kms1T2XpoWntVfBuX40r2GvcD9UsTFt_MZlgd1xyGwGV6U_tfQUll5mKxCPjr60h83LXKJ_zmLXIqkV8tAoIg78a5VRWoms_0Bn09DKT3-RBWFjk=',
    'e' => 'AQAB',
]);

<?php

use Jose\Component\KeyManagement\JWKFactory;

$key = JWKFactory::createFromKeyFile(
    '/path/to/my/key/file.pem', // The filename
    'Secret',                   // Secret if the key is encrypted, otherwise null
    [
        'use' => 'sig',         // Additional parameters
    ]
);

<?php

use Jose\Component\KeyManagement\JWKFactory;

$key = JWKFactory::createFromPKCS12CertificateFile(
    '/path/to/my/key/file.p12', // The filename
    'Secret',                   // Secret if the key is encrypted
    [
        'use' => 'sig',         // Additional parameters
    ]
);

<?php

use Jose\Component\KeyManagement\JWKFactory;

$key = JWKFactory::createFromCertificateFile(
    '/path/to/my/key/file.crt', // The filename
    [
        'use' => 'sig',         // Additional parameters
    ]
);

jose: # Configuration of the JWT Framework
    keys: # Configuration of the keys
        key_name: # Unique key name
            method_name: # Name of the method
                ...
                is_public: true

jose:
    keys:
        key_name:
            secret: # Method
                secret: 'This is my shared secret'
                additional_values:
                    use: 'sig'
                    alg: 'RS512'

jose:
    keys:
        key_name:
            jwk: # Method
                value: '{"kty":"oct","k":"dzI6nbW4OcNF-AtfxGAmuyz7IpHRudBI0WgGjZWgaRJt6prBn3DARXgUR8NVwKhfL43QBIU2Un3AvCGCHRgY4TbEqhOi8-i98xxmCggNjde4oaW6wkJ2NgM3Ss9SOX9zS3lcVzdCMdum-RwVJ301kbin4UtGztuzJBeg5oVN00MGxjC2xWwyI0tgXVs-zJs5WlafCuGfX1HrVkIf5bvpE0MQCSjdJpSeVao6-RSTYDajZf7T88a2eVjeW31mMAg-jzAWfUrii61T_bYPJFOXW8kkRWoa1InLRdG6bKB9wQs9-VdXZP60Q4Yuj_WZ-lO7qV9AEFrUkkjpaDgZT86w2g"}'

jose:
    keys:
        key_name:
            certificate: # Method
                path: '/path/to/your/X509/certificate'
                additional_values: # Optional values
                    use: 'sig'
                    alg: 'RS256'

jose:
    keys:
        key_name:
            x5c: # Method
                value: '-----BEGIN CERTIFICATE----- ....'
                additional_values: # Optional values.
                    use: 'sig'
                    alg: 'RS256'

jose:
    keys:
        key_name:
            file: # Method
                path: '/path/to/your/key/file'
                password: 'secret' # Optional. Only if the key is encrypted
                additional_values: # Optional values.
                    use: 'sig'
                    alg: 'RS256'

jose:
    keys:
        key_name:
            jwkset: # Method
                key_set: 'jose.key_set.my_key_set' # JWKSet service
                index: 0 # Use key at index 0

jose:
    jwe:
        key_name:
            jwk: # Method
                value: '{"kty":"oct","k":"dzI6nbW4OcNF-AtfxGAmuyz7IpHRudBI0WgGjZWgaRJt6prBn3DARXgUR8NVwKhfL43QBIU2Un3AvCGCHRgY4TbEqhOi8-i98xxmCggNjde4oaW6wkJ2NgM3Ss9SOX9zS3lcVzdCMdum-RwVJ301kbin4UtGztuzJBeg5oVN00MGxjC2xWwyI0tgXVs-zJs5WlafCuGfX1HrVkIf5bvpE0MQCSjdJpSeVao6-RSTYDajZf7T88a2eVjeW31mMAg-jzAWfUrii61T_bYPJFOXW8kkRWoa1InLRdG6bKB9wQs9-VdXZP60Q4Yuj_WZ-lO7qV9AEFrUkkjpaDgZT86w2g"}'
                tags:
                    tag_name1: ~
                    tag_name2: {attribute1: 'foo'}

// $serializer corresponds to the Symfony serializer
$serializer->serialize($data, 'jwe_compact');

./bin/jose

<?php

use Jose\Component\Checker\HeaderCheckerManager;
use Jose\Component\Checker\AlgorithmChecker;
use Jose\Component\Signature\JWSTokenSupport;

$headerCheckerManager = new HeaderCheckerManager(
    [
        new AlgorithmChecker(['HS256']),
        // We want to verify that the header "alg" (algorithm)
        // is present and contains "HS256"
    ],
    [
        new JWSTokenSupport(), // Adds JWS token type support
    ]
);

$headerCheckerManager->check($jwt, 0);

$headerCheckerManager->check($jwt, 0, ['alg', 'enc', 'crit']);

<?php

use Jose\Component\Checker\HeaderCheckerManagerFactory;
use Jose\Component\Checker\AlgorithmChecker;
use Jose\Component\Encryption\JWETokenSupport;
use Jose\Component\Signature\JWSTokenSupport;

$headerCheckerManagerFactory = new HeaderCheckerManagerFactory();
$headerCheckerManagerFactory->add('signature_alg', new AlgorithmChecker(['HS256']));
$headerCheckerManagerFactory->add('key_encryption_alg', new AlgorithmChecker(['RSA1_5']));
$headerCheckerManagerFactory->addTokenTypeSupport(new JWSTokenSupport());
$headerCheckerManagerFactory->addTokenTypeSupport(new JWETokenSupport());

$headerCheckerManagerForSignatures = $headerCheckerManagerFactory->create(['signature_alg']);
$headerCheckerManagerForEncryption = $headerCheckerManagerFactory->create(['key_encryption_alg']);

<?php

namespace Acme\Checker;

use Jose\Component\Checker\HeaderChecker;
use Jose\Component\Checker\InvalidHeaderException;

final class CustomChecker implements HeaderChecker
{
    public function checkHeader($value)
    {
        if (!is_array($value) || !in_array($value, ['foo', 'bar'], true)) {
            throw new InvalidHeaderException('Invalid header "custom".', 'custom', $value);
        }
    }

    // This header parameter name.
    public function supportedHeader(): string
    {
        return 'custom';
    }

    // This method indicates if this parameter must be in the protected header or not.
    public function protectedHeaderOnly(): bool
    {
        return true;
    }
}

<?php
use Jose\Component\Signature\JWSSerializerManagerFactory;

$jwsSerializerManagerFactory = $container->get(JWSSerializerManagerFactory::class);

$jwsSerializerManager = $jwsSerializerManagerFactory->create(['jws_compact']);

jose:
    jws:
        builders:
            builder1:
                signature_algorithms: ['HS256', 'RS256', 'ES256']
                is_public: true

use Jose\Component\Encryption\Serializer\CompactSerializer;

$serializer = new CompactSerializer(); // The serializer

$token = $serializer->serialize($jwe, 0); // We serialize the recipient at index 0 (we only have one recipient).

<?php
$jwsBuilder = $container->get('jose.jws_builder.builder1');

jose:
    jws:
        builders:
            builder1:
                signature_algorithms: ['HS256', 'RS256', 'ES256']
                tags:
                    tag_name1: ~
                    tag_name2: {attribute1: 'foo'}

jose:
    jws:
        serializers:
            serializer1:
                serializers: ['jws_compact']
                is_public: true

<?php
$jwsSerializerManager = $container->get('jose.jws_serializer.serializer1');

jose:
    jws:
        serializers:
            serializer1:
                serializers: ['jws_compact']
                tags:
                    tag_name1: ~
                    tag_name2: {attribute1: 'foo'}