'asc'])] #[ORM\JoinColumn('brand_id', referencedColumnName: 'id', nullable: FALSE)] private Brand $brand; #[ORM\Column('architecture', type: 'string', enumType: CpuArchitecture::class)] private CpuArchitecture $architecture; /** * @var Collection */ #[ORM\ManyToMany(targetEntity: Socket::class, inversedBy: 'cpus', fetch: 'LAZY')] #[ORM\JoinTable('collection.cpu_socket_link')] #[ORM\JoinColumn('cpu_id', referencedColumnName: 'id')] #[ORM\InverseJoinColumn('socket_id', referencedColumnName: 'id')] #[ORM\OrderBy(['name' => 'asc'])] private Collection $sockets; #[ORM\Column('product_line', type: 'string')] private string $productLine; #[ORM\Column('model', type: 'string')] private string $model; #[ORM\Column('part_number', type: 'string')] private string $partNumber; #[ORM\Column('lot_number', type: 'string', nullable: TRUE, options: array( 'comment' => 'The CPU lot number, such as s-spec for Intel CPUs' ))] private ?string $lotNumber; #[ORM\Column('micro_architecture', type: 'string', nullable: TRUE)] private ?string $microArchitecture = ''; #[ORM\Column('codename', type: 'string', nullable: TRUE)] private ?string $codeName = ''; #[ORM\Column('base_speed', type: 'integer', options: array( 'comment' => 'The stock speed of the cpu in MHz' ))] private int $baseSpeed; #[ORM\Column('boost_speed', type: 'integer', nullable: true, options: array( 'comment' => 'The max boost speed of the cpu in MHz, if applicable' ))] private ?int $boostSpeed; #[ORM\Column('cores', type: 'integer')] private int $cores = 1; #[ORM\Column('threads', type: 'integer')] private int $threads = 1; #[ORM\Column('igp', type: 'string', nullable: true, options: array( 'comment' => 'The name of the integrated graphics processor' ))] private ?string $igp; #[ORM\Column('voltage', type: 'float', nullable: true)] private ?float $voltage; #[ORM\Column('tdp', type: 'integer', nullable: true)] private ?int $tdp; #[ORM\Column('process_node', type: 'integer', nullable: TRUE)] private ?int $processNode; #[ORM\Column('count', type: 'integer')] private int $count = 1; #[ORM\Column('usable', type: 'boolean', options: array( 'comment' => 'Whether the chip is working, and can be used with other hardware I have' ))] private bool $usable = true; #[ORM\Column('received', type: 'boolean', options: array( 'comment' => "Whether I have the chip in my possession (instead of in shipping)" ))] private bool $received = true; #[ORM\Column('link', type: 'string')] private string $link; #[ORM\Column('notes', type: 'text', nullable: true)] private ?string $notes = ''; // ------------------------------------------------------------------------ // CPU Cache // ------------------------------------------------------------------------ #[ORM\Column('l1_data_count', type:'integer', nullable: true, options: array( 'comment' => 'The number of L1 data caches on the package, usually the same as the number of cores' ))] private ?int $L1dCount = null; #[ORM\Column('l1_data_size', type: 'integer', nullable: true, options: array( 'comment' => 'The size of each Level 1 data cache in KB' ))] private ?int $L1dSize = null; #[ORM\Column('l1_data_way', type: 'integer', nullable: true)] private ?int $L1dWay = null; #[ORM\Column('l1_code_count', type:'integer', nullable: true, options: array( 'comment' => 'The number of L1 instruction caches on the package, usually the same as the number of cores' ))] private ?int $L1cCount = null; #[ORM\Column('l1_code_size', type: 'integer', nullable: true, options: array( 'comment' => 'The size of each Level 1 instruction cache in KB' ))] private ?int $L1cSize = null; #[ORM\Column('l1_code_way', type: 'integer', nullable: true)] private ?int $L1cWay = null; #[ORM\Column('l1_unified_count', type:'integer', nullable: true, options: array( 'comment' => 'The number of L1 caches on the package, usually the same as the number of cores' ))] private ?int $L1uCount = null; #[ORM\Column('l1_unified_size', type: 'integer', nullable: true, options: array( 'comment' => 'The size of each Level 1 unified cache in KB' ))] private ?int $L1uSize = null; #[ORM\Column('l1_unified_way', type: 'integer', nullable: true)] private ?int $L1uWay = null; #[ORM\Column('l2_count', type: 'integer', options: array( 'comment' => 'The number of L2 caches on the package, usually the same as the number of cores' ))] private int $L2Count = 1; #[ORM\Column('l2_size', type: 'integer', nullable: true, options: array( 'comment' => 'The size of each Level 2 cache in KB' ))] private ?int $L2Size; #[ORM\Column('l2_way', type: 'integer', nullable: true)] private ?int $L2Way; #[ORM\Column('l3_count', type: 'integer', options: array( 'comment' => 'The number of L3 caches on the package' ))] private int $L3Count = 0; #[ORM\Column('l3_size', type: 'integer', nullable: true, options: array( 'comment' => 'The size of each Level 3 cache in KB' ))] private ?int $L3Size; #[ORM\Column('l3_way', type: 'integer', nullable: true)] private ?int $L3Way; // ------------------------------------------------------------------------ public function __construct() { $this->sockets = new ArrayCollection(); } public function addSocket(Socket $socket): self { if ( ! $this->sockets->contains($socket)) { $this->sockets->add($socket); } return $this; } public function removeSocket(Socket $socket): self { $this->sockets->removeElement($socket); return $this; } }