multiformats.address — mvxcvi/multiformats 1.0.125

Multiaddr aims to make network addresses future-proof, composable, and efficient.

An Address behaves like a sequence of [protocol-key value] pairs which you can seq through. This isn't an associative structure on protocol keys since you can have duplicate pairs and the order of the (key, val) pairs matters (e.g, for cases like tunneling).

The binary form of an address entry consists of one to three values:

• A varint encoding the numeric protocol code
• An optional varint with the number of bytes in a variable-length value (e.g. a UTF-8 string)
• The bytes encoding the protocol value, if any

See: https://github.com/multiformats/multiaddr

address? clj/s

(address? x)

True if the value is a multiaddress object.

create clj/s

(create)

(create entries)

Constructs a new multiaddr from a sequence of protocol/value pairs. Each entry should be a vector with a protocol keyword and a value; alternatively, protocols with no value may be specified as a simple keyword. The values should be either strings or appropriate types, such as numbers or IP addresses.

(create [[:ip4 "127.0.0.1"] [:tcp 80] :tls])

decode clj/s

(decode data)

Decode a multiaddr by reading data from a byte array.

encode clj/s

(encode addr)

Encode a multiaddr into a binary representation. Returns the byte array.

parse clj/s

(parse string)

Parse a string representation into a multiaddr.

(parse "/ip4/127.0.0.1/tcp/80/tls")

protocols clj/s

Map from address protocol keywords to a map of information about it.

https://github.com/multiformats/multiaddr/blob/master/protocols.csv