// Get v1 UUID
\Infocyph\UID\UUID::v1();
// alternatively can also use
\Infocyph\UID\uuid1();

\Infocyph\UID\UUID::v1($node); // check additional section for how to generate one

// Get v3 UUID
\Infocyph\UID\UUID::v3('a pre-generated UUID', 'the string you wanna get UUID for');
// alternatively can also use
\Infocyph\UID\uuid3();

/**
* You can pass X500, URL, OID, DNS (check RFC4122 #Appendix C)
*/
\Infocyph\UID\UUID::v3('url', 'abmmhasan.github.io');

\Infocyph\UID\UUID::v3('fa1700dd-828c-4d1b-8e6d-a6104807da90', 'abmmhasan.github.io');

// Get v4 UUID (completely random)
\Infocyph\UID\UUID::v4();
// alternatively can also use
\Infocyph\UID\uuid4();

// Get v5 UUID
\Infocyph\UID\UUID::v5('a pre-generated UUID', 'the string you wanna get UUID for');
// alternatively can also use
\Infocyph\UID\uuid5();

/**
* You can pass X500, URL, OID, DNS (check RFC4122 #Appendix C)
*/
\Infocyph\UID\UUID::v5('url', 'abmmhasan.github.io');

\Infocyph\UID\UUID::v5('fa1700dd-828c-4d1b-8e6d-a6104807da90', 'abmmhasan.github.io');

// Get v6 UUID (Time based)
\Infocyph\UID\UUID::v6();
// alternatively can also use
\Infocyph\UID\uuid6();

\Infocyph\UID\UUID::v6($node); // check additional section for how to generate one

// Get v7 UUID for current time
\Infocyph\UID\UUID::v7();
// alternatively can also use
\Infocyph\UID\uuid7();

\Infocyph\UID\UUID::v7(null, $node); // check additional section for, how to generate one

$timeInterface = new DateTime(); // DateTime implements DateTimeInterface
\Infocyph\UID\UUID::v7($timeInterface);

// Get v8 UUID
\Infocyph\UID\UUID::v8();
// alternatively can also use
\Infocyph\UID\uuid8();

\Infocyph\UID\UUID::v8($node); // check additional section for, how to generate one

\Infocyph\UID\UUID::getNode();

\Infocyph\UID\UUID::parse($uuid); // returns ['isValid', 'version', 'time', 'node']

\Infocyph\UID\ULID::generate();

\Infocyph\UID\ULID::generate(new DateTimeImmutable('2020-01-01 00:00:00'));

\Infocyph\UID\ULID::getTime($ulid); // returns DateTimeInterface object

\Infocyph\UID\ULID::isValid($ulid); // true/false

// Get Snowflake ID
// optionally you can set worker_id & datacenter_id, for server/module detection
\Infocyph\UID\Snowflake::generate();
// alternatively
\Infocyph\UID\snowflake();

// Parse Snowflake ID
// returns [time => DateTimeInterface object, sequence, worker_id, datacenter_id]
\Infocyph\UID\Snowflake::parse($snowflake);

// By default, the start time is set to `2020-01-01 00:00:00`, which is changeable
// but if changed, this should always stay same as long as your project lives
// & must call this before any Snowflake call (generate/parse)
\Infocyph\UID\Snowflake::setStartTimeStamp('2000-01-01 00:00:00');

// Get Sonyflake ID
// optionally set machine_id, for server detection
\Infocyph\UID\Sonyflake::generate();
// alternatively
\Infocyph\UID\sonyflake();

// Parse Sonyflake ID
// returns [time => DateTimeInterface object, sequence, machine_id]
\Infocyph\UID\Sonyflake::parse($sonyflake);

// By default, the start time is set to `2020-01-01 00:00:00`, which is changeable
// but if changed, this should always stay same as long as your project lives
// & must call this before any Sonyflake call (generate/parse)
\Infocyph\UID\Sonyflake::setStartTimeStamp('2000-01-01 00:00:00');

// Get TBSL ID
// optionally set machine_id, for server detection
\Infocyph\UID\TBSL::generate();
// alternatively
\Infocyph\UID\tbsl();

// Parse TBSL
// returns [isValid, time => DateTimeInterface object, machine_id]
\Infocyph\UID\TBSL::parse($tbsl);