Enable Discovery debug logging for production troubleshooting

- Add DISCOVERY_LOG_LEVEL=debug
- Add DISCOVERY_SHOW_PROGRESS=true
- Temporary changes for debugging InitializerProcessor fixes on production
This commit is contained in:
2025-08-11 20:13:26 +02:00
parent 59fd3dd3b1
commit 55a330b223
3683 changed files with 2956207 additions and 16948 deletions

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<?php
declare(strict_types=1);
use App\Framework\NanoId\NanoId;
use App\Framework\NanoId\NanoIdGenerator;
use App\Framework\Random\SecureRandomGenerator;
it('creates generator with default settings', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
$nanoId = $generator->generate();
expect($nanoId)->toBeInstanceOf(NanoId::class);
expect($nanoId->getLength())->toBe(NanoId::DEFAULT_SIZE);
});
it('creates generator with custom settings', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator(), 10, 'ABC123');
$nanoId = $generator->generate();
expect($nanoId->getLength())->toBe(10);
expect($nanoId->matchesAlphabet('ABC123'))->toBeTrue();
});
it('generates NanoId with custom size', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
$nanoId = $generator->generateWithSize(15);
expect($nanoId->getLength())->toBe(15);
});
it('generates NanoId with custom alphabet', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
$nanoId = $generator->generateWithAlphabet('XYZ789');
expect($nanoId->matchesAlphabet('XYZ789'))->toBeTrue();
});
it('generates custom NanoId with size and alphabet', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
$nanoId = $generator->generateCustom(8, 'ABCD');
expect($nanoId->getLength())->toBe(8);
expect($nanoId->matchesAlphabet('ABCD'))->toBeTrue();
});
it('generates safe NanoId', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
$nanoId = $generator->generateSafe();
expect($nanoId->isSafe())->toBeTrue();
});
it('generates numeric NanoId', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
$nanoId = $generator->generateNumeric();
expect($nanoId->isNumeric())->toBeTrue();
});
it('generates lowercase alphanumeric NanoId', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
$nanoId = $generator->generateLowercase();
expect($nanoId->toString())->toMatch('/^[0-9a-z]+$/');
});
it('generates uppercase alphanumeric NanoId', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
$nanoId = $generator->generateUppercase();
expect($nanoId->toString())->toMatch('/^[0-9A-Z]+$/');
});
it('generates NanoId for entity types', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
$userNanoId = $generator->generateForEntity('user');
expect($userNanoId->toString())->toStartWith('usr_');
$orderNanoId = $generator->generateForEntity('order');
expect($orderNanoId->toString())->toStartWith('ord_');
$customNanoId = $generator->generateForEntity('widget');
expect($customNanoId->toString())->toStartWith('wid_');
});
it('generates time-prefixed NanoId', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
$nanoId = $generator->generateTimePrefixed();
expect($nanoId->toString())->toContain('_');
// Check that prefix is a valid base36 timestamp
$parts = explode('_', $nanoId->toString());
expect($parts)->toHaveCount(2);
$timestamp = base_convert($parts[0], 36, 10);
expect($timestamp)->toBeNumeric();
expect((int)$timestamp)->toBeLessThanOrEqual(time());
expect((int)$timestamp)->toBeGreaterThan(time() - 10); // Within last 10 seconds
});
it('generates batch of unique NanoIds', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
$batch = $generator->generateBatch(100);
expect($batch)->toHaveCount(100);
expect($batch[0])->toBeInstanceOf(NanoId::class);
// Check uniqueness
$values = array_map(fn ($id) => $id->toString(), $batch);
$uniqueValues = array_unique($values);
expect($uniqueValues)->toHaveCount(100);
});
it('validates NanoIds correctly', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
$validId = $generator->generate()->toString();
expect($generator->isValid($validId))->toBeTrue();
expect($generator->isValid(''))->toBeFalse();
expect($generator->isValid(str_repeat('a', 256)))->toBeFalse();
// Test with custom alphabet generator
$customGenerator = new NanoIdGenerator(new SecureRandomGenerator(), 10, 'ABC');
expect($customGenerator->isValid('ABCABC'))->toBeTrue();
expect($customGenerator->isValid('XYZ123'))->toBeFalse();
});
it('creates generator using factory methods', function () {
$randomGen = new SecureRandomGenerator();
$defaultGenerator = NanoIdGenerator::create($randomGen);
expect($defaultGenerator->generate())->toBeInstanceOf(NanoId::class);
$safeGenerator = NanoIdGenerator::createSafe($randomGen);
expect($safeGenerator->generate()->isSafe())->toBeTrue();
$numericGenerator = NanoIdGenerator::createNumeric($randomGen);
expect($numericGenerator->generate()->isNumeric())->toBeTrue();
});
it('throws exception for invalid default size', function () {
$randomGen = new SecureRandomGenerator();
expect(fn () => new NanoIdGenerator($randomGen, 0))->toThrow(InvalidArgumentException::class, 'Default size must be between 1 and 255');
expect(fn () => new NanoIdGenerator($randomGen, 256))->toThrow(InvalidArgumentException::class, 'Default size must be between 1 and 255');
});
it('throws exception for empty default alphabet', function () {
$randomGen = new SecureRandomGenerator();
expect(fn () => new NanoIdGenerator($randomGen, 21, ''))->toThrow(InvalidArgumentException::class, 'Default alphabet cannot be empty');
});
it('throws exception for invalid batch count', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
expect(fn () => $generator->generateBatch(0))->toThrow(InvalidArgumentException::class, 'Count must be positive');
expect(fn () => $generator->generateBatch(10001))->toThrow(InvalidArgumentException::class, 'Batch size cannot exceed 10000');
});
it('throws exception for invalid generation parameters', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
// Test invalid size
expect(fn () => $generator->generateWithSize(0))->toThrow(InvalidArgumentException::class, 'Size must be between 1 and 255');
expect(fn () => $generator->generateWithSize(256))->toThrow(InvalidArgumentException::class, 'Size must be between 1 and 255');
// Test empty alphabet
expect(fn () => $generator->generateWithAlphabet(''))->toThrow(InvalidArgumentException::class, 'Alphabet cannot be empty');
// Test alphabet too long
$longAlphabet = str_repeat('a', 256);
expect(fn () => $generator->generateWithAlphabet($longAlphabet))->toThrow(InvalidArgumentException::class, 'Alphabet cannot exceed 255 characters');
});
it('generates different entity type prefixes correctly', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
$prefixes = [
'user' => 'usr_',
'order' => 'ord_',
'product' => 'prd_',
'session' => 'ses_',
'token' => 'tok_',
'transaction' => 'txn_',
'invoice' => 'inv_',
'customer' => 'cus_',
'payment' => 'pay_',
'subscription' => 'sub_',
];
foreach ($prefixes as $entity => $expectedPrefix) {
$nanoId = $generator->generateForEntity($entity);
expect($nanoId->toString())->toStartWith($expectedPrefix);
}
});
it('generates unique IDs across multiple calls', function () {
$generator = new NanoIdGenerator(new SecureRandomGenerator());
$ids = [];
$count = 1000;
for ($i = 0; $i < $count; $i++) {
$ids[] = $generator->generate()->toString();
}
$uniqueIds = array_unique($ids);
expect(count($uniqueIds))->toBe($count);
});

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<?php
declare(strict_types=1);
use App\Framework\NanoId\NanoId;
it('creates NanoId from string', function () {
$value = 'test123ABC';
$nanoId = NanoId::fromString($value);
expect($nanoId->toString())->toBe($value);
expect($nanoId->getValue())->toBe($value);
});
it('validates NanoId alphabet matching', function () {
$nanoId = NanoId::fromString('ABC123');
expect($nanoId->matchesAlphabet('ABC123'))->toBeTrue();
expect($nanoId->matchesAlphabet('XYZ'))->toBeFalse();
});
it('checks if NanoId is default alphabet', function () {
$defaultId = NanoId::fromString('abcDEF123_-');
expect($defaultId->isDefault())->toBeTrue();
$nonDefaultId = NanoId::fromString('abc!@#');
expect($nonDefaultId->isDefault())->toBeFalse();
});
it('checks if NanoId is safe alphabet', function () {
$safeId = NanoId::fromString('abcDEF23456789');
expect($safeId->isSafe())->toBeTrue();
$unsafeId = NanoId::fromString('abc0O1I');
expect($unsafeId->isSafe())->toBeFalse();
});
it('checks if NanoId is numeric', function () {
$numericId = NanoId::fromString('123456789');
expect($numericId->isNumeric())->toBeTrue();
$alphaId = NanoId::fromString('abc123');
expect($alphaId->isNumeric())->toBeFalse();
});
it('gets NanoId length correctly', function () {
$nanoId = NanoId::fromString('12345');
expect($nanoId->getLength())->toBe(5);
});
it('checks equality between NanoIds', function () {
$value = 'sameId123';
$nanoId1 = NanoId::fromString($value);
$nanoId2 = NanoId::fromString($value);
$nanoId3 = NanoId::fromString('differentId');
expect($nanoId1->equals($nanoId2))->toBeTrue();
expect($nanoId1->equals($nanoId3))->toBeFalse();
});
it('adds prefix to NanoId', function () {
$nanoId = NanoId::fromString('abc123');
$prefixed = $nanoId->withPrefix('user_');
expect($prefixed->toString())->toBe('user_abc123');
});
it('adds suffix to NanoId', function () {
$nanoId = NanoId::fromString('abc123');
$suffixed = $nanoId->withSuffix('_v2');
expect($suffixed->toString())->toBe('abc123_v2');
});
it('truncates NanoId', function () {
$nanoId = NanoId::fromString('verylongnanoid123456');
$truncated = $nanoId->truncate(10);
expect($truncated->toString())->toBe('verylongna');
expect($truncated->getLength())->toBe(10);
});
it('throws exception for empty NanoId', function () {
expect(fn () => NanoId::fromString(''))->toThrow(InvalidArgumentException::class, 'NanoId cannot be empty');
});
it('throws exception for NanoId exceeding 255 characters', function () {
$longString = str_repeat('a', 256);
expect(fn () => NanoId::fromString($longString))->toThrow(InvalidArgumentException::class, 'NanoId cannot exceed 255 characters');
});
it('throws exception for empty prefix', function () {
$nanoId = NanoId::fromString('test');
expect(fn () => $nanoId->withPrefix(''))->toThrow(InvalidArgumentException::class, 'Prefix cannot be empty');
});
it('throws exception for empty suffix', function () {
$nanoId = NanoId::fromString('test');
expect(fn () => $nanoId->withSuffix(''))->toThrow(InvalidArgumentException::class, 'Suffix cannot be empty');
});
it('throws exception for invalid truncate length', function () {
$nanoId = NanoId::fromString('test');
expect(fn () => $nanoId->truncate(0))->toThrow(InvalidArgumentException::class, 'Length must be positive');
});
it('converts NanoId to string using magic method', function () {
$nanoId = NanoId::fromString('test123');
expect((string)$nanoId)->toBe('test123');
});
it('does not truncate when length is greater than NanoId length', function () {
$nanoId = NanoId::fromString('short');
$truncated = $nanoId->truncate(10);
expect($truncated->toString())->toBe('short');
expect($truncated->equals($nanoId))->toBeTrue();
});
it('validates alphabet patterns correctly', function () {
$defaultId = NanoId::fromString('abc123DEF_-');
expect($defaultId->matchesAlphabet(NanoId::DEFAULT_ALPHABET))->toBeTrue();
$safeId = NanoId::fromString('abc23456789DEF');
expect($safeId->matchesAlphabet(NanoId::SAFE_ALPHABET))->toBeTrue();
$numericId = NanoId::fromString('123456789');
expect($numericId->matchesAlphabet(NanoId::NUMBERS))->toBeTrue();
$lowercaseId = NanoId::fromString('abc123def');
expect($lowercaseId->matchesAlphabet(NanoId::LOWERCASE_ALPHANUMERIC))->toBeTrue();
$uppercaseId = NanoId::fromString('ABC123DEF');
expect($uppercaseId->matchesAlphabet(NanoId::UPPERCASE_ALPHANUMERIC))->toBeTrue();
});