Index of values

C
compare [Uuidm]	`compare u u'` totally orders `u` and `u'`.
E
equal [Uuidm]	`equal u u'` is `true` iff `u` and `u'` are equal.
N
nil [Uuidm]	`nil` is the nil UUID.
ns_X500 [Uuidm]	`ns_dn` is the X.500 DN namespace UUID.
ns_dns [Uuidm]	`ns_dns` is the DNS namespace UUID.
ns_oid [Uuidm]	`ns_oid` is the ISO OID namespace UUID.
ns_url [Uuidm]	`ns_url` is the URL namespace UUID.
O
of_bytes [Uuidm]	`of_bytes pos s` is the UUID represented by the 16 bytes starting at `pos` (defaults to `0`) in `s`.
of_mixed_endian_bytes [Uuidm]	`of_mixed_endian_bytes` is like `Uuidm.of_bytes` but decodes the mixed endian serialization.
of_string [Uuidm]	`of_string pos s` converts the substring of `s` starting at `pos` (defaults to `0`) of the form `"XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX"` where X is a lower or upper case hexadecimal number to an UUID.
P
pp [Uuidm]	`pp ppf u` formats a representation based on `Uuidm.to_string` of `u` on `ppf`.
pp_string [Uuidm]	`pp_string ?upper ppf u` formats `u` on `ppf` like `Uuidm.to_string` would do.
T
to_bytes [Uuidm]	`to_bytes u` is `u` as a 16 bytes long string.
to_mixed_endian_bytes [Uuidm]	`to_mixed_endian_bytes` is like `Uuidm.to_bytes` but encodes the mixed endian serialization.
to_string [Uuidm]	`to_string u` is `u` as a string of the form `"XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX"` where X is a lower (or upper if `upper` is `true`) case hexadecimal number.
V
v [Uuidm]	`v version` is an UUID of the given `version`.
v3 [Uuidm]	`v3 ns n` is a V3 UUID (named based with MD5 hashing) named by `n` and namespaced by `ns`.
v4 [Uuidm]	`v4 b` is a V4 UUID (random based) that uses the first 16 bytes of `b` for randomness.
v4_gen [Uuidm]	`v4_gen seed` is a function that generates random V4 UUIDs (random based) with the given `seed`.
v5 [Uuidm]	`v5 ns n` is a V5 UUID (named based with SHA-1 hashing) named by `n` and namespaced by `ns`.