*/ private array $generics = [], ) { $this->className = ltrim($this->className, '\\'); } public function className(): string { return $this->className; } public function generics(): array { return $this->generics; } public function accepts(mixed $value): bool { return $value instanceof $this->className; } public function compiledAccept(ComplianceNode $node): ComplianceNode { return $node->instanceOf($this->className); } public function matches(Type $other): bool { if ($other instanceof MixedType || $other instanceof UndefinedObjectType) { return true; } if ($other instanceof UnionType) { return $other->isMatchedBy($this); } if (! $other instanceof ObjectType) { return false; } return is_a($this->className, $other->className(), true); } public function inferGenericsFrom(Type $other, Generics $generics): Generics { if (! $other instanceof self || $this->className !== $other->className) { return $generics; } foreach ($this->generics as $key => $classGenerics) { if (isset($other->generics[$key])) { $generics = $classGenerics->inferGenericsFrom($other->generics[$key], $generics); } } return $generics; } public function traverse(): array { return $this->generics; } public function replace(callable $callback): Type { return new self( $this->className, array_map($callback, $this->generics), ); } public function nativeType(): NativeClassType { return new self($this->className); } public function toString(): string { return empty($this->generics) ? $this->className : $this->className . '<' . implode(', ', array_map(static fn (Type $type) => $type->toString(), $this->generics)) . '>'; } }