getNode(); $randomBytes->verifyInvoked([6]); } /** * @runInSeparateProcess * @preserveGlobalState disabled */ public function testGetNodeSetsMulticastBit() { $bytes = hex2bin('38a675685d50'); // Expected node has the multicast bit set, and it wasn't set in the bytes. $expectedNode = '39a675685d50'; AspectMock::func('Ramsey\Uuid\Provider\Node', 'random_bytes', $bytes); $provider = new RandomNodeProvider(); $this->assertSame($expectedNode, $provider->getNode()); } /** * @runInSeparateProcess * @preserveGlobalState disabled */ public function testGetNodeAlreadyHasMulticastBit() { $bytesHex = '4161a1ff5d50'; $bytes = hex2bin($bytesHex); // We expect the same hex value for the node. $expectedNode = $bytesHex; AspectMock::func('Ramsey\Uuid\Provider\Node', 'random_bytes', $bytes); $provider = new RandomNodeProvider(); $this->assertSame($expectedNode, $provider->getNode()); } /** * @runInSeparateProcess * @preserveGlobalState disabled */ public function testGetNodeSetsMulticastBitForLowNodeValue() { $bytes = hex2bin('100000000001'); $expectedNode = '110000000001'; AspectMock::func('Ramsey\Uuid\Provider\Node', 'random_bytes', $bytes); $provider = new RandomNodeProvider(); $this->assertSame($expectedNode, $provider->getNode()); } public function testGetNodeAlwaysSetsMulticastBit() { $provider = new RandomNodeProvider(); $nodeHex = $provider->getNode(); // Convert what we got into bytes so that we can mask out everything // except the multicast bit. If the multicast bit doesn't exist, this // test will fail appropriately. $nodeBytes = hex2bin($nodeHex); // Split the node bytes for math on 32-bit systems. $nodeMsb = substr($nodeBytes, 0, 3); $nodeLsb = substr($nodeBytes, 3); // Only set bits that match the mask so we can see that the multicast // bit is always set. $nodeMsb = sprintf('%06x', hexdec(bin2hex($nodeMsb)) & 0x010000); $nodeLsb = sprintf('%06x', hexdec(bin2hex($nodeLsb)) & 0x000000); // Recombine the node bytes. $node = $nodeMsb . $nodeLsb; $this->assertSame('010000000000', $node); } }