A new UUID RFC is currently drafted at https://www.ietf.org/archive/id/draft-peabody-dispatch-new-uuid-format-03.html
Support in OmniTools would be nice.
For this can of work, a specialized structure to manipulate bits vector would be useful.
A new UUID RFC is currently drafted at https://www.ietf.org/archive/id/draft-peabody-dispatch-new-uuid-format-03.html
Support in OmniTools would be nice.
For this can of work, a specialized structure to manipulate bits vector would be useful.
| rKERUALD Keruald libraries development repository | |||
| D2660 | rKERUALDbf7c0c3a38a2 Implement UUIDv1 UUIDv6 UUIDv7 and UUIDv8 | ||
| D2659 | rKERUALD24740475f3ac Represent a bits vector | ||
| D2657 | rKERUALD6889a8508305 Split Vector into BaseVector abstract class and Vector implementation | ||
| D2656 | rKERUALD10e58ae5bcb1 Use cryptographically secure pseudo-random integers | ||
| rKOT Keruald OmniTools | |||
| D2659 | rKOT0863733a082c Represent a bits vector | ||
| D2660 | rKOT33f5c67b6bd4 Implement UUIDv1 UUIDv6 UUIDv7 and UUIDv8 | ||
| D2657 | rKOT1188e70a8775 Split Vector into BaseVector abstract class and Vector implementation | ||
| D2656 | rKOTb9a3012239c1 Use cryptographically secure pseudo-random integers | ||
| D2659 | rKOT889ab94f932e Represent a bits vector | ||
| D2660 | rKOT580a895e5a6b Implement UUIDv1 UUIDv6 UUIDv7 and UUIDv8 | ||
| D2657 | rKOT589085a285b0 Split Vector into BaseVector abstract class and Vector implementation | ||
| D2656 | rKOTb06cf75ecc00 Use cryptographically secure pseudo-random integers | ||