<?php

declare(strict_types=1);

namespace LIT\MCP\Tests\Unit\Abilities;

use Brain\Monkey\Functions;
use LIT\MCP\Abilities\Ability;
use LIT\MCP\Abilities\AbilityGuard;
use LIT\MCP\Abilities\AbilityRegistrar;
use LIT\MCP\Abilities\Errors;
use LIT\MCP\Abilities\ExposurePolicy;
use LIT\MCP\Abilities\ToolRefusal;
use LIT\MCP\Abilities\WriteFailed;
use LIT\MCP\Integrations\Divi\Release\DiviFeature;
use LIT\MCP\Integrations\Divi\Release\DiviFeatureGate;
use LIT\MCP\Integrations\Divi\Release\DiviLocked;
use LIT\MCP\Integrations\Divi\Release\ReleaseGate;
use LIT\MCP\Integrations\Divi\Release\ReleaseState;
use LIT\MCP\Integrations\Divi\Release\ReleaseStatus;
use LIT\MCP\Integrations\Divi\Release\RequiresDiviFeatures;
use LIT\MCP\Integrations\Integration;
use LIT\MCP\Integrations\IntegrationRegistry;
use LIT\MCP\Server\RequestContext;
use LIT\MCP\Tests\Support\DiviFeatureFixtures;
use LIT\MCP\Tests\Unit\TestCase;
use Mockery;
use RuntimeException;
use Throwable;
use WP_Error;

final class AbilityRegistrarTest extends TestCase
{
    protected function setUp(): void
    {
        parent::setUp();
        // Default to "inside the OAuth server request" so tests unrelated to this
        // gate keep exercising the ability's own permission() as before.
        RequestContext::reset(true);
    }

    protected function tearDown(): void
    {
        RequestContext::reset();
        parent::tearDown();
    }

    private function registrarFor(Ability $ability): AbilityRegistrar
    {
        $integration = Mockery::mock(Integration::class);
        $integration->allows('id')->andReturn('core');
        $integration->allows('isAvailable')->andReturn(true);
        $integration->allows('abilities')->andReturn([$ability]);

        return new AbilityRegistrar(new IntegrationRegistry($integration));
    }

    private function diviRegistrar(Ability $ability): AbilityRegistrar
    {
        $integration = Mockery::mock(Integration::class);
        $integration->allows('id')->andReturn('divi');
        $integration->allows('isAvailable')->andReturn(true);
        $integration->allows('abilities')->andReturn([$ability]);
        $registry = new IntegrationRegistry($integration);

        return new AbilityRegistrar($registry, null, [new DiviFeatureGate()]);
    }

    /** @param list<DiviFeature>|null $features null = a tool that declares no Divi features */
    private function ability(bool $readonly = true, ?array $features = null): Mockery\MockInterface
    {
        $ability = $features === null
            ? Mockery::mock(Ability::class)
            : Mockery::mock(Ability::class, RequiresDiviFeatures::class);
        if ($features !== null) {
            $ability->allows('diviFeatures')->andReturn($features);
        }
        $ability->allows('name')->andReturn('lit/test');
        $ability->allows('label')->andReturn('Test');
        $ability->allows('description')->andReturn('Test ability');
        $ability->allows('inputSchema')->andReturn(['type' => 'object', 'properties' => []]);
        $ability->allows('outputSchema')->andReturn(['type' => 'object']);
        $ability->allows('annotations')->andReturn(['readonly' => $readonly]);
        $ability->allows('isDirect')->andReturn(true);

        return $ability;
    }

    public function testArgsExposeAbilityPubliclyToMcpWithAnnotations(): void
    {
        $args = $this->registrarFor($this->ability())->argsFor($this->ability());

        self::assertSame('Test', $args['label']);
        self::assertSame(AbilityRegistrar::CATEGORY, $args['category']);
        self::assertSame(['type' => 'object'], $args['output_schema']);
        self::assertTrue($args['meta']['mcp']['public']);
        self::assertSame(['readonly' => true], $args['meta']['annotations']);
        self::assertFalse($args['meta']['show_in_rest']);
    }

    public function testDirectOnlyAbilitiesAreNotPublicForTheMetaTools(): void
    {
        $ability = Mockery::mock(Ability::class);
        $ability->allows('name')->andReturn('lit/media-download');
        $ability->allows('label')->andReturn('Download');
        $ability->allows('description')->andReturn('Download');
        $ability->allows('inputSchema')->andReturn(['type' => 'object', 'properties' => []]);
        $ability->allows('outputSchema')->andReturn(null);
        $ability->allows('annotations')->andReturn(['readonly' => true]);
        $ability->allows('isDirect')->andReturn(true);

        $args = $this->registrarFor($ability)->argsFor($ability);

        self::assertFalse($args['meta']['mcp']['public']);
        self::assertSame('tool', $args['meta']['mcp']['type']);
        self::assertIsCallable($args['execute_callback']);
    }

    public function testPermissionDeniedWithoutLitCapability(): void
    {
        Functions\when('current_user_can')->justReturn(false);
        $ability = $this->ability();
        $ability->shouldNotReceive('permission');

        $result = ($this->registrarFor($ability)->argsFor($ability)['permission_callback'])([]);

        self::assertInstanceOf(WP_Error::class, $result);
        self::assertToolError($result, 'forbidden');
    }

    public function testPermissionDeniedOutsideOAuthServerRequest(): void
    {
        Functions\when('current_user_can')->justReturn(true);
        RequestContext::reset(false);
        $ability = $this->ability();
        $ability->shouldNotReceive('permission');

        $result = ($this->registrarFor($ability)->argsFor($ability)['permission_callback'])([]);

        self::assertInstanceOf(WP_Error::class, $result);
        self::assertToolError($result, 'forbidden');
    }

    public function testPermissionDelegatesToAbilityWhenGatePasses(): void
    {
        Functions\when('current_user_can')->justReturn(true);
        $ability = $this->ability();
        $ability->expects('permission')->with(['x' => 1])->andReturn(true);

        $result = ($this->registrarFor($ability)->argsFor($ability)['permission_callback'])(['x' => 1]);

        self::assertTrue($result);
    }

    public function testNullInputIsPassedAsEmptyArray(): void
    {
        $ability = $this->ability();
        $ability->expects('execute')->with([])->andReturn(['ok' => true]);

        $result = ($this->registrarFor($ability)->argsFor($ability)['execute_callback'])(null);

        self::assertSame(['ok' => true], $result);
    }

    public function testPermissionExceptionBecomesNeutralInternalError(): void
    {
        Functions\when('current_user_can')->justReturn(true);
        // error_log() is a PHP internal and cannot be stubbed; redirect it to a temp file instead.
        $log = (string) tempnam(sys_get_temp_dir(), 'lit-mcp-log');
        $previous = ini_set('error_log', $log);
        $ability = $this->ability();
        $ability->expects('permission')->andThrow(new RuntimeException('secret path /var/www/x.php'));

        try {
            $result = ($this->registrarFor($ability)->argsFor($ability)['permission_callback'])([]);
        } finally {
            ini_set('error_log', (string) $previous);
        }

        self::assertInstanceOf(WP_Error::class, $result);
        self::assertToolError($result, 'internal_error');
        self::assertStringNotContainsString('/var/www', $result->get_error_message());
        self::assertStringContainsString('lit/test failed', (string) file_get_contents($log));
        unlink($log);
    }

    public function testExceptionBecomesNeutralInternalError(): void
    {
        // error_log() is a PHP internal and cannot be stubbed; redirect it to a temp file instead.
        $log = (string) tempnam(sys_get_temp_dir(), 'lit-mcp-log');
        $previous = ini_set('error_log', $log);
        $ability = $this->ability();
        $ability->expects('execute')->andThrow(new RuntimeException('secret path /var/www/x.php'));

        try {
            $result = ($this->registrarFor($ability)->argsFor($ability)['execute_callback'])([]);
        } finally {
            ini_set('error_log', (string) $previous);
        }

        self::assertInstanceOf(WP_Error::class, $result);
        self::assertToolError($result, 'internal_error');
        self::assertStringNotContainsString('/var/www', $result->get_error_message());
        self::assertStringContainsString('lit/test failed', (string) file_get_contents($log));
        unlink($log);
    }

    public function testWriteFailedBecomesItsOwnErrorAndTheDetailIsLogged(): void
    {
        $log = (string) tempnam(sys_get_temp_dir(), 'lit-mcp-log');
        $previous = ini_set('error_log', $log);
        $ability = $this->ability();
        $ability->expects('execute')->andThrow(
            WriteFailed::partial(
                'Felder konnten nicht gespeichert werden.',
                new RuntimeException('meta /var/www'),
                postId: 5,
                revisionId: 811
            )
        );

        try {
            $result = ($this->registrarFor($ability)->argsFor($ability)['execute_callback'])([]);
        } finally {
            ini_set('error_log', (string) $previous);
        }

        self::assertToolError($result, 'partial_write');
        self::assertStringNotContainsString('/var/www', $result->get_error_message());
        self::assertStringContainsString('meta /var/www', (string) file_get_contents($log));
        unlink($log);
    }

    public function testALockedFeatureRefusesAWritingDiviToolBeforeItRuns(): void
    {
        DiviFeatureFixtures::lock(DiviFeature::PageWrite);
        $ability = $this->ability(false, [DiviFeature::PageRead, DiviFeature::PageWrite]);
        $ability->expects('execute')->never();

        $args = $this->diviRegistrar($ability)->argsFor($ability);

        $payload = self::assertToolError(($args['execute_callback'])([]), 'divi_untested');
        self::assertSame(['page-write'], array_column($payload['features'], 'id'));
    }

    public function testALockedFeatureRefusesAReadingDiviToolToo(): void
    {
        DiviFeatureFixtures::lock(DiviFeature::DesignRead, ReleaseState::Incompatible);
        $ability = $this->ability(true, [DiviFeature::PageRead, DiviFeature::DesignRead]);
        $ability->expects('execute')->never();

        $args = $this->diviRegistrar($ability)->argsFor($ability);

        self::assertToolError(($args['execute_callback'])([]), 'divi_incompatible');
    }

    public function testAToolRunsAndKeepsItsResultWhileOnlyOtherFeaturesAreLocked(): void
    {
        DiviFeatureFixtures::lock(DiviFeature::PresetWrite);
        $ability = $this->ability(false, [DiviFeature::PageRead, DiviFeature::PageWrite]);
        $ability->expects('execute')->once()->with(['post_id' => 3])->andReturn(['ok' => true]);

        $args = $this->diviRegistrar($ability)->argsFor($ability);

        self::assertSame(['ok' => true], ($args['execute_callback'])(['post_id' => 3]), 'no notice is added (E2)');
    }

    public function testAToolThatDeclaresNoFeaturesIsNotGated(): void
    {
        DiviFeatureFixtures::useStates(array_fill_keys(
            array_map(static fn (DiviFeature $feature): string => $feature->value, DiviFeature::cases()),
            ReleaseState::Incompatible
        ));
        $ability = $this->ability(false);
        $ability->expects('execute')->once()->andReturn(['ok' => true]);

        $args = $this->diviRegistrar($ability)->argsFor($ability);

        self::assertSame(['ok' => true], ($args['execute_callback'])([]));
    }

    public function testALockThrownInsideAWriteBecomesTheLockError(): void
    {
        $locked = new DiviLocked(new ReleaseStatus(ReleaseState::Incompatible, '5.3.0', null, ['x']));
        $ability = $this->ability();
        $ability->allows('execute')->andThrow(WriteFailed::rolledBack('Nicht gespeichert.', $locked));

        self::assertToolError($this->executeLogged($ability), 'divi_incompatible');
    }

    public function testAFeatureLockThrownInsideAWriteBecomesTheFeatureError(): void
    {
        DiviFeatureFixtures::lock(DiviFeature::LibraryWrite);
        $locked = new DiviLocked(ReleaseGate::status(), [DiviFeature::LibraryWrite]);
        $ability = $this->ability();
        $ability->allows('execute')->andThrow(WriteFailed::rolledBack('Nicht gespeichert.', $locked));

        $payload = self::assertToolError($this->executeLogged($ability), 'divi_untested');

        self::assertSame(['library-write'], array_column($payload['features'], 'id'));
    }

    public function testAPartialWriteStaysPartialEvenWithALockInside(): void
    {
        $locked = new DiviLocked(new ReleaseStatus(ReleaseState::Untested, '5.3.0'));
        $ability = $this->ability();
        $ability->allows('execute')->andThrow(WriteFailed::partial('Teilweise gespeichert.', $locked));

        self::assertToolError($this->executeLogged($ability), 'partial_write');
    }

    /** @param list<AbilityGuard> $guards */
    private function guardedRegistrar(Ability $ability, array $guards): AbilityRegistrar
    {
        $integration = Mockery::mock(Integration::class);
        $integration->allows('id')->andReturn('core');
        $integration->allows('isAvailable')->andReturn(true);
        $integration->allows('abilities')->andReturn([$ability]);

        return new AbilityRegistrar(new IntegrationRegistry($integration), null, $guards);
    }

    /**
     * A guard without any Divi knowledge: refuses with $refusal (or lets through), appends $tag to the result's
     * "trail" and to the schema's "trail" property; $seen collects the inputs it was asked about.
     */
    private function guard(string $tag, ?WP_Error $refusal = null, array &$seen = []): AbilityGuard
    {
        return new class ($tag, $refusal, $seen) implements AbilityGuard {
            public function __construct(private string $tag, private ?WP_Error $refusal, private array &$seen)
            {
            }

            public function refusal(Ability $ability, array $input): ?WP_Error
            {
                $this->seen[] = $input;

                return $this->refusal;
            }

            public function annotate(Ability $ability, mixed $result): mixed
            {
                $result['trail'] = [...($result['trail'] ?? []), $this->tag];

                return $result;
            }

            public function outputSchema(Ability $ability, ?array $schema): ?array
            {
                $schema['properties']['trail'][] = $this->tag;

                return $schema;
            }
        };
    }

    private function refusalException(WP_Error $error, ?Throwable $previous = null): RuntimeException
    {
        return new class ($error, $previous) extends RuntimeException implements ToolRefusal {
            public function __construct(private WP_Error $error, ?Throwable $previous)
            {
                parent::__construct('refused', 0, $previous);
            }

            public function toError(): WP_Error
            {
                return $this->error;
            }
        };
    }

    public function testWithoutGuardsNothingIsCheckedOrAdded(): void
    {
        $ability = $this->ability(false);
        $ability->expects('execute')->with(['a' => 1])->andReturn(['ok' => true]);

        $args = $this->registrarFor($ability)->argsFor($ability);

        self::assertSame(['ok' => true], ($args['execute_callback'])(['a' => 1]));
        self::assertSame(['type' => 'object'], $args['output_schema']);
    }

    public function testAGuardRefusesBeforeTheAbilityRuns(): void
    {
        $seen = [];
        $ability = $this->ability(false);
        $ability->expects('execute')->never();
        $registrar = $this->guardedRegistrar($ability, [$this->guard('a', Errors::forbidden('Nein.'), $seen)]);

        $result = ($registrar->argsFor($ability)['execute_callback'])(['x' => 1]);

        self::assertToolError($result, 'forbidden');
        self::assertSame([['x' => 1]], $seen);
    }

    private function throwingGuard(): AbilityGuard
    {
        return new class implements AbilityGuard {
            public function refusal(Ability $ability, array $input): ?WP_Error
            {
                throw new RuntimeException('secret path /var/www/x.php');
            }

            public function annotate(Ability $ability, mixed $result): mixed
            {
                return $result;
            }

            public function outputSchema(Ability $ability, ?array $schema): ?array
            {
                return $schema;
            }
        };
    }

    /** @param callable(): mixed $call */
    private function withErrorLog(callable $call): mixed
    {
        $log = (string) tempnam(sys_get_temp_dir(), 'lit-mcp-log');
        $previous = ini_set('error_log', $log);

        try {
            return $call();
        } finally {
            ini_set('error_log', (string) $previous);
            unlink($log);
        }
    }

    public function testAGuardRefusalInThePermissionCallbackSkipsPermissionAndExecute(): void
    {
        Functions\when('current_user_can')->justReturn(true);
        $seen = [];
        $ability = $this->ability(false);
        $ability->shouldNotReceive('permission');
        $ability->expects('execute')->never();
        $registrar = $this->guardedRegistrar($ability, [$this->guard('a', Errors::forbidden('Nein.'), $seen)]);

        $result = ($registrar->argsFor($ability)['permission_callback'])(['x' => 1]);

        self::assertToolError($result, 'forbidden');
        self::assertSame([['x' => 1]], $seen);
    }

    public function testAReadToolWhosePermissionWouldThrowGetsTheGuardRefusalInstead(): void
    {
        Functions\when('current_user_can')->justReturn(true);
        $ability = $this->ability(true);
        $ability->shouldNotReceive('permission');
        $registrar = $this->guardedRegistrar($ability, [$this->guard('a', Errors::forbidden('Gesperrt.'))]);

        self::assertToolError(($registrar->argsFor($ability)['permission_callback'])([]), 'forbidden');
    }

    public function testAPassingGuardLeavesThePermissionToTheAbility(): void
    {
        Functions\when('current_user_can')->justReturn(true);
        $ability = $this->ability();
        $ability->expects('permission')->with(['x' => 1])->andReturn(true);
        $registrar = $this->guardedRegistrar($ability, [$this->guard('a')]);

        self::assertTrue(($registrar->argsFor($ability)['permission_callback'])(['x' => 1]));
    }

    public function testAThrowingGuardIsAnInternalErrorInThePermissionCallback(): void
    {
        Functions\when('current_user_can')->justReturn(true);
        $ability = $this->ability(false);
        $ability->shouldNotReceive('permission');
        $ability->expects('execute')->never();
        $registrar = $this->guardedRegistrar($ability, [$this->throwingGuard()]);

        $result = $this->withErrorLog(
            static fn (): mixed => ($registrar->argsFor($ability)['permission_callback'])([])
        );

        $payload = self::assertToolError($result, 'internal_error');
        self::assertStringNotContainsString('/var/www', $result->get_error_message());
        self::assertIsArray($payload);
    }

    public function testAThrowingGuardIsAnInternalErrorInTheExecuteCallbackAndNothingRuns(): void
    {
        $ability = $this->ability(false);
        $ability->expects('execute')->never();
        $registrar = $this->guardedRegistrar($ability, [$this->throwingGuard()]);

        $result = $this->withErrorLog(
            static fn (): mixed => ($registrar->argsFor($ability)['execute_callback'])([])
        );

        self::assertToolError($result, 'internal_error');
    }

    public function testARealFeatureGateRefusesAReadToolInThePermissionCallback(): void
    {
        Functions\when('current_user_can')->justReturn(true);
        DiviFeatureFixtures::lock(DiviFeature::PageRead);
        $ability = $this->ability(true, [DiviFeature::PageRead]);
        $ability->shouldNotReceive('permission');
        $ability->expects('execute')->never();

        $result = ($this->diviRegistrar($ability)->argsFor($ability)['permission_callback'])(['post_id' => 7]);

        $payload = self::assertToolError($result, 'divi_untested');
        self::assertSame(['page-read'], array_column($payload['features'], 'id'));
    }

    public function testTheFirstRefusalWinsAndLaterGuardsAreNotAsked(): void
    {
        $seenSecond = [];
        $ability = $this->ability(false);
        $ability->expects('execute')->never();
        $registrar = $this->guardedRegistrar($ability, [
            $this->guard('a'),
            $this->guard('b', Errors::notFound('Weg.')),
            $this->guard('c', Errors::forbidden('Nein.'), $seenSecond),
        ]);

        self::assertToolError(($registrar->argsFor($ability)['execute_callback'])([]), 'not_found');
        self::assertSame([], $seenSecond);
    }

    public function testGuardsAnnotateTheResultAndExtendTheSchemaInOrder(): void
    {
        $ability = $this->ability(false);
        $ability->allows('execute')->andReturn(['ok' => true]);
        $registrar = $this->guardedRegistrar($ability, [$this->guard('a'), $this->guard('b')]);

        $args = $registrar->argsFor($ability);

        self::assertSame(['ok' => true, 'trail' => ['a', 'b']], ($args['execute_callback'])([]));
        self::assertSame(['a', 'b'], $args['output_schema']['properties']['trail']);
    }

    public function testAToolRefusalThrownByAnAbilityIsItsErrorWithoutDivi(): void
    {
        $ability = $this->ability();
        $ability->allows('execute')->andThrow($this->refusalException(Errors::forbidden('Gesperrt.')));

        self::assertToolError($this->executeLogged($ability), 'forbidden');
    }

    public function testAToolRefusalInsideARolledBackWriteIsItsErrorButPartialStaysPartial(): void
    {
        $refusal = $this->refusalException(Errors::notFound('Weg.'));
        $rolledBack = $this->ability();
        $rolledBack->allows('execute')->andThrow(WriteFailed::rolledBack('Nicht gespeichert.', $refusal));
        $partial = $this->ability();
        $partial->allows('execute')->andThrow(WriteFailed::partial('Teilweise gespeichert.', $refusal));

        self::assertToolError($this->executeLogged($rolledBack), 'not_found');
        self::assertToolError($this->executeLogged($partial), 'partial_write');
    }

    public function testTheFirstRefusalInTheCauseChainWins(): void
    {
        $inner = $this->refusalException(Errors::notFound('Innen.'));
        $outer = $this->refusalException(Errors::forbidden('Außen.'), $inner);
        $ability = $this->ability();
        $ability->allows('execute')->andThrow(WriteFailed::rolledBack('Nicht gespeichert.', $outer));

        self::assertToolError($this->executeLogged($ability), 'forbidden');
    }

    /**
     * Runs the execute callback with error_log() redirected (a PHP internal, not stubbable – like the tests above).
     */
    private function executeLogged(Ability $ability): mixed
    {
        $log = (string) tempnam(sys_get_temp_dir(), 'lit-mcp-log');
        $previous = ini_set('error_log', $log);

        try {
            return ($this->registrarFor($ability)->argsFor($ability)['execute_callback'])([]);
        } finally {
            ini_set('error_log', (string) $previous);
            unlink($log);
        }
    }

    public function testDiviToolsGetWarningsInTheirSchemaOthersDoNot(): void
    {
        $divi = $this->ability(true, [DiviFeature::PageRead]);
        $core = $this->ability();

        $args = $this->diviRegistrar($divi)->argsFor($divi);
        self::assertArrayHasKey('warnings', $args['output_schema']['properties']);

        $coreArgs = $this->diviRegistrar($core)->argsFor($core);
        self::assertSame(['type' => 'object'], $coreArgs['output_schema']);
    }

    public function testRegisterAbilitiesCallsWordPressForEachAbility(): void
    {
        $ability = $this->ability();
        Functions\expect('wp_register_ability')->once()->with('lit/test', Mockery::type('array'));

        $this->registrarFor($ability)->registerAbilities();
    }

    public function testDisabledAbilitiesAreNotRegistered(): void
    {
        $ability = $this->ability();
        $integration = Mockery::mock(Integration::class);
        $integration->allows('id')->andReturn('core');
        $integration->allows('isAvailable')->andReturn(true);
        $integration->allows('abilities')->andReturn([$ability]);
        Functions\expect('wp_register_ability')->never();

        (new AbilityRegistrar(new IntegrationRegistry($integration), new ExposurePolicy(['lit/test' => 'disabled'])))
            ->registerAbilities();
    }

    public function testGroupDisabledAbilitiesAreNotRegistered(): void
    {
        $ability = $this->ability();
        $integration = Mockery::mock(Integration::class);
        $integration->allows('id')->andReturn('divi');
        $integration->allows('isAvailable')->andReturn(true);
        $integration->allows('abilities')->andReturn([$ability]);
        $registry = new IntegrationRegistry($integration);
        Functions\expect('wp_register_ability')->never();

        (new AbilityRegistrar($registry, (new ExposurePolicy(['@group:divi' => 'disabled']))->withGroups($registry->groupMap())))
            ->registerAbilities();
    }

    /**
     * Security M2 follow-up: a write tool of a "nur lesen" group is never registered, so
     * mcp-adapter-execute-ability cannot reach it either (it resolves abilities via
     * wp_get_ability()); the group's read tools stay.
     */
    public function testReadonlyGroupWriteAbilitiesAreNotRegisteredForExecuteAbilityEither(): void
    {
        $write = Mockery::mock(Ability::class);
        $write->allows('name')->andReturn('lit/divi-insert');
        $write->allows('isDirect')->andReturn(true);
        $write->allows('annotations')->andReturn(['readonly' => false]);
        $read = $this->ability();
        $read->allows('name')->andReturn('lit/test');
        $integration = Mockery::mock(Integration::class);
        $integration->allows('id')->andReturn('divi');
        $integration->allows('isAvailable')->andReturn(true);
        $integration->allows('abilities')->andReturn([$write, $read]);
        $registry = new IntegrationRegistry($integration);
        Functions\expect('wp_register_ability')->once()->with('lit/test', Mockery::type('array'));

        (new AbilityRegistrar($registry, (new ExposurePolicy(['@readonly:divi' => true]))->withGroups($registry->groupMap())))
            ->registerAbilities();
    }
}