Added drift tolerance of 10 seconds to preserve monotonicity when the
system clock is adjusted by NTP after a small clock drift or when the
system clock jumps back by 1 second due to leap second.
The random component is incremented when the current time:
- is the same as the previous time;
- has moved backwards up to 10 seconds.
The time component is also incremented if the random component is
exceeded, which is quite rare.
Now you call `UlidFactory.newInstance()` and it's variants to get a new
`UlidFactory`.
List of changes:
- Added `UlidFactory.newInstance()`
- Added `UlidFactory.newInstance(Random)`
- Added `UlidFactory.newInstance(Supplier<byte[]>)`
- Added `UlidFactory.newMonotonicInstance()`
- Added `UlidFactory.newMonotonicInstance(Random)`
- Added `UlidFactory.newMonotonicInstance(Supplier<byte[]>)`
- Added benchmark code to compare ULID with UUID
- Removed `DefaultFactory`
- Removed `MonotonicFactory`
- Removed `Ulid.toUpperCase()`
- Removed `RandomGenerator`
Add static methods to Ulid:
- Ulid.getInstant(String);
- Ulid.getTime(String);
- Ulid.getRandom(String);
List of changes:
Updated Ulid
Updated test cases
Updated README.md
Test coverage 99.4%
Changed the uuid-creator to generate two types of ULID: default
(non-monotonic) and monotonic.
Until version 2.x.x this library only created monotonic ULIDs.
The version 3.0.0 breaks compatibility.
List of changes:
Changed UlidCreator
Created Ulid
Created UlidSpecCreator // abstract
Created DefaultUlidSpecCreator // implementation
Created MonotonicUlidSpecCreator // implementation
Removed UlidConverter
Removed UlidUtil
Removed UlidStruct
Create and update test cases
and more...
Test coverage: 93.5%
moznion