use svix_ksuid::*;

let ksuid = Ksuid::new(None, None);
println!("{}", ksuid.to_string());
// 1srOrx2ZWZBpBUvZwXKQmoEYga2

use svix_ksuid::*;

let ksuid = KsuidMs::new(None, None);

use svix_ksuid::*;

let ksuid = Ksuid::new(None, None);

// Base62
println!("{}", ksuid.to_string()); // also: ksuid.to_base62()
// 1srOrx2ZWZBpBUvZwXKQmoEYga2

// Bytes (&[u8])
println!("{:?}", ksuid.bytes());
// [13, 53, 196, 51, 225, 147, 62, 55, 242, 117, 112, 135, 99, 173, 199, 116, 90, 245, 231, 242]

// Timestamp (time::OffsetDateTime)
println!("{:?}", ksuid.timestamp());
// 2021-05-21T20:04:03Z

// Timestamp (seconds)
println!("{}", ksuid.timestamp_seconds());
1621627443

// Payload (&[u8])
println!("{:?}", ksuid.bytes());
// [225, 147, 62, 55, 242, 117, 112, 135, 99, 173, 199, 116, 90, 245, 231, 242]

use svix_ksuid::*;

// Timestamp is now, payload is randomly generated
let ksuid = Ksuid::new(None, None);

// Explicitly set either
let bytes = [12u8; Ksuid::PAYLOAD_BYTES];
let ksuid = Ksuid::new(Some(Utc::now()), Some(&bytes));
let ksuid = Ksuid::new(None, Some(&bytes));
let ksuid = Ksuid::new(Some(Utc::now()), None);

// From base62
let base62 = "1srOrx2ZWZBpBUvZwXKQmoEYga2";
let ksuid = Ksuid::from_base62(base62).unwrap();
let ksuid = Ksuid::from_str(base62).unwrap(); // Also implement FromStr

// From bytes
let bytes = [12u8; 20];
let ksuid = Ksuid::from_bytes(bytes.clone());
assert_eq!(&bytes, ksuid.bytes());

use svix_ksuid::*;

let ksuid1 = Ksuid::from_seconds(Some(1_555_555_555), None);
let ksuid2 = Ksuid::from_seconds(Some(1_777_777_777), None);

assert!(ksuid1 < ksuid2);
assert!(ksuid1 <= ksuid2);
assert!(ksuid1 == ksuid1);
assert!(ksuid2 > ksuid1);
assert!(ksuid2 >= ksuid1);