Command-Line

Command-Line

cardano-addresses comes with CLI for Linux, MacOS and Windows. See releases to get respective pre-compiled binaries. There is also straightforward way to build Docker image. The command-line is self explanatory by using --help on various commands and sub-commands.

💡 Most commands read argument from the standard input. This prevent sensitive information from appearing into your shell history and, makes it easy to pipe commands!

How to generate a recovery phrase (phrase.prv)

cardano-address recovery-phrase generate --size 15 > phrase.prv

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cardano-address recovery-phrase generate --size 15 --language en

joke someone lesson napkin cloud crush cattle machine toddler auction until dumb nephew atom nest

cardano-address recovery-phrase generate --size 15 --language it

tetro assoluto velcro cullato prassi perdonato rifugio esercito placebo zanna sogno mitezza valoroso neutrale pranzo

cardano-address recovery-phrase generate --size 15 --language fr

maximal saisir gendarmerie gazon libre cinéma maigre sabre inexact brusque légal patience étude fable tronc

cardano-address recovery-phrase generate --size 15 --language es

freno taza luz ciego votar tabla ilusión pomada rasgo droga alga ocio flúor resumen tiempo

cardano-address recovery-phrase generate --size 15 --language ja

さつたば ようちえん せめる にさんかたんそ さめる おんだん ひんぱん いおん げどく ふいうち こうさい だんな もちろん のらねこ さつたば

cardano-address recovery-phrase generate --size 15 --language ko

번역 자연 수건 확인 양념 가장 운동 장점主人 망원경 전자 한문 대응 진료 시즌

How to generate a root private key (root.xsk)

cardano-address key from-recovery-phrase Shelley < phrase.prv > root.xsk

root_xsk1hqzfzrgskgnpwskxxrv5khs7ess82ecy8za9l5ef7e0afd2849p3zryje8chk39nxtva0sww5me3pzkej4rvd5cae3q3v8eu7556n6pdrp4fdu8nsglynpmcppxxvfdyzdz5gfq3fefjepxhvqspmuyvmvqg8983

cardano-address key from-recovery-phrase Shelley --passphrase from-hex

Please enter a [9, 12, 15, 18, 21, 24] word mnemonic:
exercise club noble adult miracle awkward problem olympic puppy private goddess piano fatal fashion vacuum
Please enter hex-encoded passphrase:
root_xsk1hqzfzrgskgnpwskxxrv5khs7ess82ecy8za9l5ef7e0afd2849p3zryje8chk39nxtva0sww5me3pzkej4rvd5cae3q3v8eu7556n6pdrp4fdu8nsglynpmcppxxvfdyzdz5gfq3fefjepxhvqspmuyvmvqg8983

ℹ️ Notice the root_xsk prefix to identify a root extended signing (private) key.

How to generate a root private key with passphrase (root.xsk)

cardano-address recovery-phrase generate --size 9 > sndfactor.prv

swing payment diagram happy chimney mammal flip become lyrics

cardano-address key from-recovery-phrase Shelley --passphrase from-mnemonic

swing payment diagram happy chimney mammal flip become lyrics

cardano-address key from-recovery-phrase Shelley --passphrase from-mnemonic

Please enter a [9, 12, 15, 18, 21, 24] word mnemonic:
exercise club noble adult miracle awkward problem olympic puppy private goddess piano fatal fashion vacuum
Please enter a 9–12 word second factor:
swing payment diagram happy chimney mammal flip become lyrics
root_xsk1jqx0xpke7de69ceyk20tdl9rq7nsava7cfnyeu42yqum8usnpppwmsxn2qsfj0nn2ur2kuq0kmrll67ryvkdhd6pgpsls6s6qx7hlyv6uqt0907t73eflkpw3xz45lcg5fsh6dunfk56j08jslh6x6rttspfny8c

cardano-address key from-recovery-phrase Shelley --passphrase from-mnemonic --sensitive

Please enter a [9, 12, 15, 18, 21, 24] word mnemonic:
Please enter a 9–12 word second factor:
root_xsk1jqx0xpke7de69ceyk20tdl9rq7nsava7cfnyeu42yqum8usnpppwmsxn2qsfj0nn2ur2kuq0kmrll67ryvkdhd6pgpsls6s6qx7hlyv6uqt0907t73eflkpw3xz45lcg5fsh6dunfk56j08jslh6x6rttspfny8c

cardano-address key from-recovery-phrase Shelley --passphrase from-mnemonic --silent

Please enter a [9, 12, 15, 18, 21, 24] word mnemonic:
Please enter a 9–12 word second factor:
root_xsk1jqx0xpke7de69ceyk20tdl9rq7nsava7cfnyeu42yqum8usnpppwmsxn2qsfj0nn2ur2kuq0kmrll67ryvkdhd6pgpsls6s6qx7hlyv6uqt0907t73eflkpw3xz45lcg5fsh6dunfk56j08jslh6x6rttspfny8c

cardano-address key from-recovery-phrase Shelley --passphrase from-mnemonic --from-file "./sndfactor.prv" < phrase.prv

root_xsk1jqx0xpke7de69ceyk20tdl9rq7nsava7cfnyeu42yqum8usnpppwmsxn2qsfj0nn2ur2kuq0kmrll67ryvkdhd6pgpsls6s6qx7hlyv6uqt0907t73eflkpw3xz45lcg5fsh6dunfk56j08jslh6x6rttspfny8c

cardano-address key from-recovery-phrase Shelley --passphrase from-hex

root_xsk1jqx0xpke7de69ceyk20tdl9rq7nsava7cfnyeu42yqum8usnpppwmsxn2qsfj0nn2ur2kuq0kmrll67ryvkdhd6pgpsls6s6qx7hlyv6uqt0907t73eflkpw3xz45lcg5fsh6dunfk56j08jslh6x6rttspfny8c

cardano-address key from-recovery-phrase Shelley --passphrase from-hex

Please enter a [9, 12, 15, 18, 21, 24] word mnemonic:
exercise club noble adult miracle awkward problem olympic puppy private goddess piano fatal fashion vacuum
Please enter hex-encoded passphrase:
dc1434f3b472810d56409f85
root_xsk1jqx0xpke7de69ceyk20tdl9rq7nsava7cfnyeu42yqum8usnpppwmsxn2qsfj0nn2ur2kuq0kmrll67ryvkdhd6pgpsls6s6qx7hlyv6uqt0907t73eflkpw3xz45lcg5fsh6dunfk56j08jslh6x6rttspfny8c
echo "dc1434f3b472810d56409f85" > base16.prv

cardano-address key from-recovery-phrase Shelley --passphrase from-hex --from-file "./base16.prv" < phrase.prv

root_xsk1jqx0xpke7de69ceyk20tdl9rq7nsava7cfnyeu42yqum8usnpppwmsxn2qsfj0nn2ur2kuq0kmrll67ryvkdhd6pgpsls6s6qx7hlyv6uqt0907t73eflkpw3xz45lcg5fsh6dunfk56j08jslh6x6rttspfny8c

cardano-address key from-recovery-phrase Shelley --passphrase from-base64

root_xsk1jqx0xpke7de69ceyk20tdl9rq7nsava7cfnyeu42yqum8usnpppwmsxn2qsfj0nn2ur2kuq0kmrll67ryvkdhd6pgpsls6s6qx7hlyv6uqt0907t73eflkpw3xz45lcg5fsh6dunfk56j08jslh6x6rttspfny8c

cardano-address key from-recovery-phrase Shelley --passphrase from-base64

Please enter a [9, 12, 15, 18, 21, 24] word mnemonic:
exercise club noble adult miracle awkward problem olympic puppy private goddess piano fatal fashion vacuum
Please enter base64-encoded passphrase:
3BQ087RygQ1WQJ+F
root_xsk1jqx0xpke7de69ceyk20tdl9rq7nsava7cfnyeu42yqum8usnpppwmsxn2qsfj0nn2ur2kuq0kmrll67ryvkdhd6pgpsls6s6qx7hlyv6uqt0907t73eflkpw3xz45lcg5fsh6dunfk56j08jslh6x6rttspfny8c
echo "3BQ087RygQ1WQJ+F" > base64.prv

cardano-address key from-recovery-phrase Shelley --passphrase from-base64 --from-file "./base64.prv" < phrase.prv

root_xsk1jqx0xpke7de69ceyk20tdl9rq7nsava7cfnyeu42yqum8usnpppwmsxn2qsfj0nn2ur2kuq0kmrll67ryvkdhd6pgpsls6s6qx7hlyv6uqt0907t73eflkpw3xz45lcg5fsh6dunfk56j08jslh6x6rttspfny8c

cardano-address key from-recovery-phrase Shelley --passphrase from-octets

root_xsk1jqx0xpke7de69ceyk20tdl9rq7nsava7cfnyeu42yqum8usnpppwmsxn2qsfj0nn2ur2kuq0kmrll67ryvkdhd6pgpsls6s6qx7hlyv6uqt0907t73eflkpw3xz45lcg5fsh6dunfk56j08jslh6x6rttspfny8c

cardano-address key from-recovery-phrase Shelley --passphrase from-octets

Please enter a [9, 12, 15, 18, 21, 24] word mnemonic:
exercise club noble adult miracle awkward problem olympic puppy private goddess piano fatal fashion vacuum
Please enter passphrase in the form of octet array:
[220,20,52,243,180,114,129,13,86,64,159,133]
root_xsk1jqx0xpke7de69ceyk20tdl9rq7nsava7cfnyeu42yqum8usnpppwmsxn2qsfj0nn2ur2kuq0kmrll67ryvkdhd6pgpsls6s6qx7hlyv6uqt0907t73eflkpw3xz45lcg5fsh6dunfk56j08jslh6x6rttspfny8c
echo "[220,20,52,243,180,114,129,13,86,64,159,133]" > octets.prv

cardano-address key from-recovery-phrase Shelley --passphrase from-octets --from-file "./octets.prv" < phrase.prv

root_xsk1jqx0xpke7de69ceyk20tdl9rq7nsava7cfnyeu42yqum8usnpppwmsxn2qsfj0nn2ur2kuq0kmrll67ryvkdhd6pgpsls6s6qx7hlyv6uqt0907t73eflkpw3xz45lcg5fsh6dunfk56j08jslh6x6rttspfny8c

cardano-address key from-recovery-phrase Shelley --passphrase from-utf8

root_xsk1jqx0xpke7de69ceyk20tdl9rq7nsava7cfnyeu42yqum8usnpppwmsxn2qsfj0nn2ur2kuq0kmrll67ryvkdhd6pgpsls6s6qx7hlyv6uqt0907t73eflkpw3xz45lcg5fsh6dunfk56j08jslh6x6rttspfny8c

cardano-address key from-recovery-phrase Shelley --passphrase from-utf8

Please enter a [9, 12, 15, 18, 21, 24] word mnemonic:
exercise club noble adult miracle awkward problem olympic puppy private goddess piano fatal fashion vacuum
Please enter utf8-encoded passphrase:
my secret passphrase
root_xsk1aq5jduvnx7s6a4wl845jggvnhey5agqjv55dsexsx43np59pse0u4yfxpdfecz9h95jwecduqpt7zlk97j9mprmvjcfeyrcu9nyagpjq6k5cxpnwve5pj3cu24m9my94xtrqvzrlmu0893guffzazyk95cvprwzp

cardano-address key from-recovery-phrase Shelley --passphrase ""

Please enter a [9, 12, 15, 18, 21, 24] word mnemonic:
exercise club noble adult miracle awkward problem olympic puppy private goddess piano fatal fashion vacuum
Please enter utf8-encoded passphrase:
my secret passphrase
root_xsk1aq5jduvnx7s6a4wl845jggvnhey5agqjv55dsexsx43np59pse0u4yfxpdfecz9h95jwecduqpt7zlk97j9mprmvjcfeyrcu9nyagpjq6k5cxpnwve5pj3cu24m9my94xtrqvzrlmu0893guffzazyk95cvprwzp
echo "my secret passphrase" > utf8.prv

cardano-address key from-recovery-phrase Shelley --passphrase from-utf8 --from-file "./utf8.prv" < phrase.prv

root_xsk1aq5jduvnx7s6a4wl845jggvnhey5agqjv55dsexsx43np59pse0u4yfxpdfecz9h95jwecduqpt7zlk97j9mprmvjcfeyrcu9nyagpjq6k5cxpnwve5pj3cu24m9my94xtrqvzrlmu0893guffzazyk95cvprwzp

λ> let (Right m) = mkSomeMnemonic @'[ 9 ] ["swing", "payment", "diagram", "happy", "chimney", "mammal", "flip", "become", "lyrics"]
λ> m
SomeMnemonic (Mnemonic {mnemonicToEntropy = Entropy {entropyRaw = "\220\DC44\243\180r\129\rV@\159\133", entropyChecksum = Checksum 3}, mnemonicToSentence = MnemonicSentence {mnemonicSentenceToListN = [WordIndex {unWordIndex = Offset 1760},WordIndex {unWordIndex = Offset 1293},WordIndex {unWordIndex = Offset 487},WordIndex {unWordIndex = Offset 839},WordIndex {unWordIndex = Offset 320},WordIndex {unWordIndex = Offset 1077},WordIndex {unWordIndex = Offset 712},WordIndex {unWordIndex = Offset 159},WordIndex {unWordIndex = Offset 1067}]}})
λ> let bytes = BA.convert $ someMnemonicToBytes m :: ByteString

λ> bytes
"\220\DC44\243\180r\129\rV@\159\133"
λ> encode EBase16 bytes
"dc1434f3b472810d56409f85"
λ> decodeUtf8 $ convertToBase Base64 bytes
"3BQ087RygQ1WQJ+F"
λ> BS.unpack byte
[220,20,52,243,180,114,129,13,86,64,159,133]

ℹ️ Notice the root_xsk prefix to identify a root extended signing (private) key.

How to generate a wallet id based on extended root or account keys (phrase.prv)

cat root.xsk

root_xsk1hqzfzrgskgnpwskxxrv5khs7ess82ecy8za9l5ef7e0afd2849p3zryje8chk39nxtva0sww5me3pzkej4rvd5cae3q3v8eu7556n6pdrp4fdu8nsglynpmcppxxvfdyzdz5gfq3fefjepxhvqspmuyvmvqg8983

cardano-address key walletid < root.xsk

163ea20ad0611e4815a61c44bb32c82a81538999

cardano-address key public --with-chain-code < root.xsk | cardano-address key walletid

163ea20ad0611e4815a61c44bb32c82a81538999

cardano-address key child 1852H/1815H/0H < root.xsk > acct.xsk
cat acct.xsk

acct_xsk15ztha8ws7qjze5vmdkwqh0ddzvtlgstkg79swazhc5lxns2849plr3msjx082mcmd9hc24ujczk2cjnjwrcz4tjaucw9jqf8h5yc7d84rac0zdckkuhazpam0kleg4sq52ph3e0wn98a64hr8g5cpmh9zqpwtrhy

cardano-address key walletid < acct.xsk

15fd6c2130b0758ec7995bf9771d2a6602417c39

cardano-address key public --with-chain-code < acct.xsk | cardano-address key walletid

15fd6c2130b0758ec7995bf9771d2a6602417c39

How to generate a wallet id based on account keys of shared wallet (phrase.prv)

cardano-address key from-recovery-phrase Shared < phrase.prv > root.shared_xsk

root_shared_xsk1hqzfzrgskgnpwskxxrv5khs7ess82ecy8za9l5ef7e0afd2849p3zryje8chk39nxtva0sww5me3pzkej4rvd5cae3q3v8eu7556n6pdrp4fdu8nsglynpmcppxxvfdyzdz5gfq3fefjepxhvqspmuyvmvzteqlc

cardano-address key child 1854H/1815H/0H < root.shared_xsk > acct.shared_xsk

acct_shared_xsk14zh0kh0geaz9qpxv6q0n5upq8ux4n97u2gyl69mnhan74w6849pa3hj2p40xg0nugw8tzqu5eynzjunay6tffru9wdjank0phsfuc7vngjsmtktel05g6mx555tw8nxr8rpn2gac6km5plu9mwqsz54rfyhwd7pd

cardano-address key walletid < acct.shared_xsk

user error (shared wallet needs to have at least spending script specified)

cardano-address key walletid --spending "cosigner#0" < acct.shared_xsk

185d3582fc4892c4528614210b13e9a775dd7d02

cardano-address key public --with-chain-code < acct.shared_xsk | cardano-address key walletid --spending "cosigner#0"

185d3582fc4892c4528614210b13e9a775dd7d02

cardano-address key walletid --spending "all [cosigner#0, active_until 1000]" < acct.shared_xsk

42ecb214586dcbcb593688fb081784fa0aebb2c0

cardano-address key walletid --spending "all [cosigner#0, active_until 1000]" --staking "cosigner#1" < acct.shared_xsk

12dc98557a4c5aa00575c5d1f0dbfa3837261e32

How to generate a private policy key (policy.xsk), a public policy key (policy.vk) and its hash (policy.vkh)

cardano-address key child 1855H/1815H/0H < root.xsk > policy.xsk

policy_xsk1hr47zvxgzeeutgq50r965ygwxys86cwp8wdjqftlhan8mw6849pus6vc50dznjs5vkyjcz9usl6964u6nha88slrh8hyex74xnlfehcrkp80cp8wgzkqh22dzy7c48ekhhvvf2zz8hqakjwgfzgrjq5lx538et75

cardano-address key child 1855H/1815H/0H < root.xsk | cardano-address key public --with-chain-code > policy.xvk

policy_xvk1e9ngmlhcwhszwyuxwc7anwk6tvzwndldz7j262rvfpd049tq74mq8vzwlszwus9vpw556yfa320nd0wccj5yy0wpmdyusjys8ypf7dgaauf0m

cardano-address key child 1855H/1815H/0H < root.xsk | cardano-address key public --without-chain-code > policy.vk

policy_vk1e9ngmlhcwhszwyuxwc7anwk6tvzwndldz7j262rvfpd049tq74mq0ylkrs

cardano-address key hash < policy.xvk

policy_vkh1qpc9xly4lc7yt98gcf59kdcqcss6dda4u9g72e775yxpxeypamc

cardano-address key hash < policy.vk

policy_vkh1qpc9xly4lc7yt98gcf59kdcqcss6dda4u9g72e775yxpxeypamc

cardano-address key hash < policy.vk | bech32

0070537c95fe3c4594e8c2685b3700c421a6b7b5e151e567dea10c13

ℹ️ The last segment in the path is the key index and can be incremented up to 2^31-1 to derive more keys.

How to generate a payment verification key (addr.xvk)

cardano-address key child 1852H/1815H/0H/0/0 < root.xsk | cardano-address key public --with-chain-code > addr.xvk

addr_xvk1grvg8qzmkmw2n0dm4pd0h3j4dv6yglyammyp733eyj629dc3z28v6wk22nfmru6xz0vl2s3y5xndyd57fu70hrt84c6zkvlwx6fdl7ct9j7yc

ℹ️ The last segment in the path is the key index and can be incremented up to 2^31-1 to derive more keys.

How to generate an extended stake verification key (stake.xvk)

cardano-address key child 1852H/1815H/0H/2/0 < root.xsk | cardano-address key public --with-chain-code > stake.xvk

stake_xvk1658atzttunamzn80204khrg0qfdk5nvmrutlmmpg7xlsyaggwa7h9z4smmeqsvs67qhyqmc2lqa0vy36rf2la74ym8a5p93zp4qtpuq6ky3ve

ℹ️ The last segment in the path is the key index and can be incremented up to 2^31-1 to derive more keys.

How to generate a non-extended stake verification key (stake.vk)

cardano-address key child 1852H/1815H/0H/2/0 < root.xsk | cardano-address key public --without-chain-code > stake.vk

stake_vk1658atzttunamzn80204khrg0qfdk5nvmrutlmmpg7xlsyaggwa7sg87an2

ℹ️ The last segment in the path is the key index and can be incremented up to 2^31-1 to derive more keys.

How to generate a hash for payment verification key (addr.xvk)

cardano-address key child 1852H/1815H/0H/0/0 < root.xsk | cardano-address key public --with-chain-code > addr.xvk

addr_xvk1grvg8qzmkmw2n0dm4pd0h3j4dv6yglyammyp733eyj629dc3z28v6wk22nfmru6xz0vl2s3y5xndyd57fu70hrt84c6zkvlwx6fdl7ct9j7yc

cardano-address key hash < addr.xvk

addr_vkh12j28hnmtwcp3n08vy58vyf0arnnrhtavu3lrfdztw0j0jng3d6v

cardano-address key hash < addr.xvk | bech32

54947bcf6b760319bcec250ec225fd1ce63baface47e34b44b73e4f9

ℹ️ The hashing is available for both stake and payment verification keys. Hex encoding can be achieved by redirecting to bech32 tool.

How to generate a payment address from an extended payment key (payment.addr)

cardano-address address payment --network-tag testnet < addr.xvk > payment.addr

addr_test1vp2fg770ddmqxxduasjsas39l5wwvwa04nj8ud95fde7f7guscp6v

How to generate a payment address from a non-extended payment key (payment.addr)

cardano-address key child 1852H/1815H/0H/0/0 < root.xsk | cardano-address key public --without-chain-code > addr.vk

addr_vk1grvg8qzmkmw2n0dm4pd0h3j4dv6yglyammyp733eyj629dc3z28qwq4y73

cardano-address address payment --network-tag testnet < addr.vk > payment.addr

addr_test1vp2fg770ddmqxxduasjsas39l5wwvwa04nj8ud95fde7f7guscp6v

How to generate a payment address from a payment key hash (payment.addr)

cardano-address key hash < addr.xvk > addr.vkh

addr_vkh12j28hnmtwcp3n08vy58vyf0arnnrhtavu3lrfdztw0j0jng3d6v

cardano-address address payment --network-tag testnet < addr.vkh > payment.addr

addr_test1vp2fg770ddmqxxduasjsas39l5wwvwa04nj8ud95fde7f7guscp6v

How to generate a delegated payment address, i.e. base address, from an extended stake key (base.addr)

cardano-address address delegation $(cat stake.xvk) < payment.addr > base.addr

addr_test1qp2fg770ddmqxxduasjsas39l5wwvwa04nj8ud95fde7f70k6tew7wrnx0s4465nx05ajz890g44z0kx6a3gsnms4c4qq8ve0n

How to generate a delegated payment address, i.e. base address, from a non-extended stake key (base.addr)

cardano-address key child 1852H/1815H/0H/2/0 < root.xsk | cardano-address key public --without-chain-code > stake.vk

stake_vk1658atzttunamzn80204khrg0qfdk5nvmrutlmmpg7xlsyaggwa7sg87an2

cardano-address address delegation $(cat stake.vk) < payment.addr > base.addr

addr_test1qp2fg770ddmqxxduasjsas39l5wwvwa04nj8ud95fde7f70k6tew7wrnx0s4465nx05ajz890g44z0kx6a3gsnms4c4qq8ve0n

How to generate a delegated payment address, i.e. base address, from a stake key hash (base.addr)

cardano-address key hash < stake.xvk > stake.vkh

stake_vkh17mf09mecwve7zkh2jve7nkggu4azk5f7cmtk9zz0wzhz5efq2w6

cardano-address address delegation $(cat stake.vkh) < payment.addr > base.addr

addr_test1qp2fg770ddmqxxduasjsas39l5wwvwa04nj8ud95fde7f70k6tew7wrnx0s4465nx05ajz890g44z0kx6a3gsnms4c4qq8ve0n

How to generate a stake address from an extended stake key (stake.addr)

cardano-address address stake --network-tag testnet < stake.xvk > stake.addr

stake_test1urmd9uh08pen8c26a2fn86weprjh52638mrdwc5gfac2u2s25zpat

How to generate a stake address from a non-extended stake key (stake.addr)

cardano-address address stake --network-tag testnet < stake.vk > stake.addr

stake_test1urmd9uh08pen8c26a2fn86weprjh52638mrdwc5gfac2u2s25zpat

How to generate a stake address from a stake key hash (stake.addr)

cardano-address key hash < stake.xvk > stake.vkh

stake_vkh17mf09mecwve7zkh2jve7nkggu4azk5f7cmtk9zz0wzhz5efq2w6

cardano-address address stake --network-tag testnet < stake.vkh > stake.addr

stake_test1urmd9uh08pen8c26a2fn86weprjh52638mrdwc5gfac2u2s25zpat

How to inspect address

echo addr_test1vp2fg770ddmqxxduasjsas39l5wwvwa04nj8ud95fde7f7guscp6v | cardano-address address inspect

{
"stake_reference": "none",
"spending_key_hash_bech32": "addr_vkh12j28hnmtwcp3n08vy58vyf0arnnrhtavu3lrfdztw0j0jng3d6v",
"address_style": "Shelley",
"spending_key_hash": "54947bcf6b760319bcec250ec225fd1ce63baface47e34b44b73e4f9",
"network_tag": 0,
"address_type": 6
}

echo addr_test1qp2fg770ddmqxxduasjsas39l5wwvwa04nj8ud95fde7f70k6tew7wrnx0s4465nx05ajz890g44z0kx6a3gsnms4c4qq8ve0n | cardano-address address inspect

{
"stake_reference": "by value",
"stake_key_hash_bech32": "stake_vkh17mf09mecwve7zkh2jve7nkggu4azk5f7cmtk9zz0wzhz5efq2w6",
"stake_key_hash": "f6d2f2ef387333e15aea9333e9d908e57a2b513ec6d762884f70ae2a",
"spending_key_hash_bech32": "addr_vkh12j28hnmtwcp3n08vy58vyf0arnnrhtavu3lrfdztw0j0jng3d6v",
"address_style": "Shelley",
"spending_key_hash": "54947bcf6b760319bcec250ec225fd1ce63baface47e34b44b73e4f9",
"network_tag": 0,
"address_type": 0
}

Details about possible address types are following (refer also to cddl )

address_type	binary prefix	Meaning
0	0000	base address: keyhash28,keyhash28
1	0001	base address: scripthash28,keyhash28
2	0010	base address: keyhash28,scripthash28
3	0011	base address: scripthash28,scripthash28
4	0100	pointer address: keyhash28, 3 variable length uint
5	0101	pointer address: scripthash28, 3 variable length uint
6	0110	enterprise address: keyhash28
7	0111	enterprise address: scripthash28
8	1000	byron/icarus
14	1110	reward account: keyhash28
15	1111	reward account: scripthash28

How to generate a payment verification key for shared wallet (addr_shared.vk, stake_shared.vk)

Let's generate extended root private key for shared style:

cardano-address key from-recovery-phrase Shared < phrase.prv > root_shared.xsk

root_shared_xsk1hqzfzrgskgnpwskxxrv5khs7ess82ecy8za9l5ef7e0afd2849p3zryje8chk39nxtva0sww5me3pzkej4rvd5cae3q3v8eu7556n6pdrp4fdu8nsglynpmcppxxvfdyzdz5gfq3fefjepxhvqspmuyvmvzteqlc

Now generate payment verification key (role=0 is used). Please note that purpose 1854H is used for multisig.

cardano-address key child 1854H/1815H/0H/0/0 < root_shared.xsk | cardano-address key public --without-chain-code > addr_shared.vk

addr_shared_vk1a9h46rvjnqquxz02zyesh0ct29szh7vv9x7r2h87ttmnkgrfgguqhz0mtc

Generating delegation verification key is the similar (the only difference is role=2)

cardano-address key child 1854H/1815H/0H/2/0 < root_shared.xsk | cardano-address key public --without-chain-code > stake_shared.vk

stake_shared_vk18a8z5dcrlwene88n84j6dm9yvj5rt296fjtresqnunmacetdcymquyq43z

ℹ️ The last segment in the path is the key index, which can be incremented to derive more keys. Up 2^31-1 keys are possible.

How to construct a multisig script hash (script.hash)

We consider addr_shared.1.vk and addr_shared.2.vk obtained like addr_shared.vk but by replacing the final index by 1 and 2 respectively.

cardano-address key child 1854H/1815H/0H/0/1 < root_shared.xsk | cardano-address key public --without-chain-code > addr_shared.1.vk

addr_shared_vk1wgj79fxw2vmxkp85g88nhwlflkxevd77t6wy0nsktn2f663wdcmqcd4fp3

cardano-address key child 1854H/1815H/0H/0/2 < root_shared.xsk | cardano-address key public --without-chain-code > addr_shared.2.vk

addr_shared_vk1jthguyss2vffmszq63xsmxlpc9elxnvdyaqk7susl4sppp2s9xqsuszh44

cardano-address script hash "all [$(cat addr_shared.1.vk), $(cat addr_shared.2.vk)]" > script.hash

script1gr69m385thgvkrtspk73zmkwk537wxyxuevs2u9cukglvtlkz4k
This script requires the signature from both signing keys corresponding to shared_addr.1.vk and shared_addr.2.vk (i.e., shared_addr.1.sk and shared_addr.2.sk) in order to be valid. Similarly, we could require only one of the two signatures:
We can also use extended verification, eiher payment or delegation, keys. They can be obtained as the non-extended ones by using --with-chain-code option rather than --without-chain-option as above. They will give rise to the same script hash as for verification keys chain code is stripped upon calculation.

cardano-address key child 1854H/1815H/0H/0/1 < root_shared.xsk | cardano-address key public --with-chain-code > addr_shared.1.xvk

addr_shared_xvk1wgj79fxw2vmxkp85g88nhwlflkxevd77t6wy0nsktn2f663wdcmqhlfft3dn0qcn6q99dvlfl2ws5duy6w65zks5jgufe60fg839sysavl5pc

cardano-address key child 1854H/1815H/0H/0/2 < root_shared.xsk | cardano-address key public --with-chain-code > addr_shared.2.xvk

addr_shared_xvk1jthguyss2vffmszq63xsmxlpc9elxnvdyaqk7susl4sppp2s9xq3zegcxtslhpghmadrlvsphssfjqp3mxg9gca27e35wpu43lqjqnsmjvxuw

cardano-address script hash "all [$(cat addr_shared.1.xvk), $(cat addr_shared.2.xvk)]"

script1gr69m385thgvkrtspk73zmkwk537wxyxuevs2u9cukglvtlkz4k

which is equivalent (functionally, but not in terms of hash value) to :

cardano-address script hash "at_least 1 [$(cat addr_shared.1.xvk), $(cat addr_shared.2.xvk)]"

script13uf3fz3ts5srpjc5zcfe977uvnyvp36wcvxuudryegz0zpjlx6a

How to construct a multisig script hash with timelocks

 cardano-address script hash "all [$(cat addr_shared.1.xvk), $(cat addr_shared.2.xvk), active_from 100, active_until 120]"

script1nugjzwfs2t9htl7s3dv9ajnd5us8pctpa8aj4ank8dnd6d6unul

How to validate a script

 cardano-address script validate "at_least 1 [$(cat addr_shared.1.xvk), $(cat addr_shared.2.xvk), $(cat addr_shared.2.xvk)]"

Validated.

 cardano-address script validate --recommended  "at_least 1 [$(cat addr_shared.1.xvk), $(cat addr_shared.2.xvk), $(cat addr_shared.2.xvk)]"

Not validated: The list inside a script has duplicate keys (which is not recommended)..

How to get preimage for a script

cardano-address script preimage "all [addr_shared_vkh1zxt0uvrza94h3hv4jpv0ttddgnwkvdgeyq8jf9w30mcs6y8w3nq, addr_shared_vkh1y3zl4nqgm96ankt96dsdhc86vd5geny0wr7hu8cpzdfcqskq2cp]"

008201828200581c1196fe3062e96b78dd959058f5adad44dd663519200f2495d17ef10d8200581c2445facc08d975d9d965d360dbe0fa63688ccc8f70fd7e1f01135380

 cardano-address script preimage "all [addr_shared_vkh1zxt0uvrza94h3hv4jpv0ttddgnwkvdgeyq8jf9w30mcs6y8w3nq, active_from 100, active_until 150]"

008201838200581c1196fe3062e96b78dd959058f5adad44dd663519200f2495d17ef10d8204186482051896

How to generate a payment script address from a script hash (script.addr)

cardano-address address payment --network-tag testnet < script.hash > script.addr

addr_test1wpq0ghwy73wapjcdwqxm6ytwe66j8eccsmn9jptshrjerashp7y82

How to generate a payment script address from a script (script.addr)

cardano-address address payment --network-tag testnet "all [$(cat addr_shared.1.xvk), $(cat addr_shared.2.xvk)]"  > script.addr

addr_test1wpq0ghwy73wapjcdwqxm6ytwe66j8eccsmn9jptshrjerashp7y82

How to generate a delegated payment address, i.e. base address, from a script hash (base.addr)

cardano-address script hash "all [$(cat addr_shared.1.xvk), $(cat addr_shared.2.xvk), active_from 100, active_until 120]" > script.stake.hash

script1nugjzwfs2t9htl7s3dv9ajnd5us8pctpa8aj4ank8dnd6d6unul

cardano-address address delegation $(cat script.stake.hash) < script.addr > base.addr

addr_test1xpq0ghwy73wapjcdwqxm6ytwe66j8eccsmn9jptshrjera5lzysnjvzjed6ll5yttp0v5md8ypcwzc0flv40va3mvmwsl7grs3

How to generate a delegated payment address, i.e. base address, from a script (base.addr)

cardano-address address delegation "all [$(cat addr_shared.1.xvk), $(cat addr_shared.2.xvk), active_from 100, active_until 120]" < script.addr > base.addr

addr_test1xpq0ghwy73wapjcdwqxm6ytwe66j8eccsmn9jptshrjera5lzysnjvzjed6ll5yttp0v5md8ypcwzc0flv40va3mvmwsl7grs3

How to generate a stake address from a script hash (stake.addr)

cardano-address address stake --network-tag testnet < script.stake.hash > stake.addr

stake_test17z03zgfexpfvka0l6z94shk2dknjqu8pv85lk2hkwcakdhgx52yaj

How to generate a stake address from a script (stake.addr)

cardano-address address stake --network-tag testnet "all [$(cat addr_shared.1.xvk), $(cat addr_shared.2.xvk), active_from 100, active_until 120]" > stake.addr

stake_test17z03zgfexpfvka0l6z94shk2dknjqu8pv85lk2hkwcakdhgx52yaj

How to generate drep keys (drep)

cat root.xsk

root_xsk1hqzfzrgskgnpwskxxrv5khs7ess82ecy8za9l5ef7e0afd2849p3zryje8chk39nxtva0sww5me3pzkej4rvd5cae3q3v8eu7556n6pdrp4fdu8nsglynpmcppxxvfdyzdz5gfq3fefjepxhvqspmuyvmvqg8983

cardano-address key child 1852H/1815H/0H/3/0 < root.xsk > drep.xsk

drep_xsk1vpdsm49smzmdwhd4kjmm2mdyljjysm746rafjr7r8kgfanj849psw8pfm305g59wng0akw3qzppmfh6k5z7gx66h2vppu022m4eqaj26rh6d7en9tf9fu52hmysjzuacaxfmfya65h8jmddrclwf3kxl8snfs3eg

cardano-address key public --with-chain-code < drep.xsk > drep.xvk

drep_xvk1mg7xae48d7z4nntd35tey0jmclxaavwmk3kw2lkkt07p3s3x3yy45805manx2kj2neg40kfpy9em36vnkjfm4fw09k66837unrvd70qq8ewzf

cardano-address key public --without-chain-code < drep.xsk > drep.vk

drep_vk1mg7xae48d7z4nntd35tey0jmclxaavwmk3kw2lkkt07p3s3x3yysra6588

cardano-address key hash --cip-0105 < drep.xvk > drep.vkh

drep_vkh1sp5xhvmj0asztqfsjyta3cwvq7jppc2rwmfcsggp62va5hqgpg4

cat drep.vkh | bech32

80686bb3727f602581309117d8e1cc07a410e14376d3882101d299da

cat drep.vkh | bech32 drep > drep.deprecated

drep1sp5xhvmj0asztqfsjyta3cwvq7jppc2rwmfcsggp62va538nup0

cat drep.deprecated | bech32

80686bb3727f602581309117d8e1cc07a410e14376d3882101d299da

cardano-address key hash < drep.xvk > drep.credential

drep1y2qxs6anwflkqfvpxzg30k8pesr6gy8pgdmd8zppq8ffnksapjznm

cat drep.credential | bech32

2280686bb3727f602581309117d8e1cc07a410e14376d3882101d299da
(there is the expected 0x22 prepended byte as it is drep key hash credential in accordance to CIP-0129. The corresponding key hash credential is '80686bb3727f602581309117d8e1cc07a410e14376d3882101d299da' and it is the same as in case of both drep.vkh and drep.deprecated).

How to create script and its hash from drep keys (drep)

cat drep.vkh

drep_vkh1sp5xhvmj0asztqfsjyta3cwvq7jppc2rwmfcsggp62va5hqgpg4

cat drep.deprecated

drep1sp5xhvmj0asztqfsjyta3cwvq7jppc2rwmfcsggp62va538nup0

cat drep.credential

drep1y2qxs6anwflkqfvpxzg30k8pesr6gy8pgdmd8zppq8ffnksapjznm

cardano-address script hash "all [$(cat drep.xvk), active_from 100, active_until 120]"

drep_script1eeccqnkak63vtp32l3epv5hcn8qpc2nxz4drxzadvj9q78ysk3q

cardano-address script hash "all [$(cat drep.deprecated), active_from 100, active_until 120]"

drep_script1eeccqnkak63vtp32l3epv5hcn8qpc2nxz4drxzadvj9q78ysk3q

cardano-address script hash "all [$(cat drep.credential), active_from 100, active_until 120]"

drep_script1eeccqnkak63vtp32l3epv5hcn8qpc2nxz4drxzadvj9q78ysk3q

cardano-address script hash "all [$(cat drep.credential), active_from 100, active_until 120]" | bech32

ce71804eddb6a2c5862afc721652f899c01c2a66155a330bad648a0f

cardano-address script hash --with-byte "all [$(cat drep.credential), active_from 100, active_until 120]"

drep1y088rqzwmkm293vx9t78y9jjlzvuq8p2vc245vct44jg5rcyp8s2d

cardano-address script hash --with-byte "all [$(cat drep.credential), active_from 100, active_until 120]" | bech32

23ce71804eddb6a2c5862afc721652f899c01c2a66155a330bad648a0f
(there is the expected 0x23 prepended byte as it is drep script hash credential in accordance to CIP-0129. The corresponding script hash credential is 'ce71804eddb6a2c5862afc721652f899c01c2a66155a330bad648a0f' and it is the same irrespective of how the script hash is constructed, i.e.,  from drep.vkh, drep.credential or drep.deprecated).

How to generate cold committee keys (cc_cold)

cat root.xsk

root_xsk1hqzfzrgskgnpwskxxrv5khs7ess82ecy8za9l5ef7e0afd2849p3zryje8chk39nxtva0sww5me3pzkej4rvd5cae3q3v8eu7556n6pdrp4fdu8nsglynpmcppxxvfdyzdz5gfq3fefjepxhvqspmuyvmvqg8983

cardano-address key child 1852H/1815H/0H/4/0 < root.xsk > cold.xsk

cc_cold_xsk1fp4megtpn4vu4cug2lmsyhg4xvnnar55q6k8wp5e6f2h8jz849ph8v8jhm0qffw8v6ut7x8wqvr07m9ccaspezrkexcafu284w6gpqexspqujj8glw0d70rwuemk0924zjhscgcfnevy29zr0fc57tvjmg7jvvqh

cardano-address key public --with-chain-code < cold.xsk > cold.xvk

cc_cold_xvk1dg8d5du0v4ukqkfgset50xncudhwlfzz2p6epv096x0ndl8jsgzzdqzpe9yw37u7mu7xaenhv7242990ps3sn8jcg52yx7n3fuke9kst5t2py

cardano-address key public --without-chain-code < cold.xsk > cold.vk

cc_cold_vk1dg8d5du0v4ukqkfgset50xncudhwlfzz2p6epv096x0ndl8jsgzqmwj2x5

cardano-address key hash --cip-0105 < cold.xvk > cold.vkh

cc_cold_vkh1d7yw362prvnae5fc8063xdeapws9ptzdgjkqd4dk3qddctn5rch

cat cold.vkh  | bech32

6f88e8e9411b27dcd1383bf513373d0ba050ac4d44ac06d5b6881adc

cat cold.vkh  | bech32 cc_cold > cold.deprecated

cc_cold1d7yw362prvnae5fc8063xdeapws9ptzdgjkqd4dk3qddccyzfjm

cat cold.deprecated | bech32

6f88e8e9411b27dcd1383bf513373d0ba050ac4d44ac06d5b6881adc

cardano-address key hash < cold.xvk > cold.credential

cc_cold1zfhc368fgydj0hx38qal2yeh8596q59vf4z2cpk4k6yp4hqy3mpsx

cat cold.credential | bech32

126f88e8e9411b27dcd1383bf513373d0ba050ac4d44ac06d5b6881adc
(there is the expected 0x12 prepended byte as it is cc cold key hash credential in accordance to CIP-0129. The corresponding key hash is '6f88e8e9411b27dcd1383bf513373d0ba050ac4d44ac06d5b6881adc' and it is the same as in case of both cold.vkh and cold.deprecated).

How to create script and its hash from cold committee keys (drep)

cat cold.vkh

cc_cold_vkh1d7yw362prvnae5fc8063xdeapws9ptzdgjkqd4dk3qddctn5rch

cat cold.deprecated

cc_cold1d7yw362prvnae5fc8063xdeapws9ptzdgjkqd4dk3qddccyzfjm

cat cold.credential

cc_cold1zfhc368fgydj0hx38qal2yeh8596q59vf4z2cpk4k6yp4hqy3mpsx

cardano-address script hash "all [$(cat cold.xvk), active_from 100, active_until 120]"

cc_cold_script18zy6g0vu7ajzmzamkvysfzc0nnfpf8w3n7404xxhaz2jqexhzw5

cardano-address script hash "all [$(cat cold.deprecated), active_from 100, active_until 120]"

cc_cold_script18zy6g0vu7ajzmzamkvysfzc0nnfpf8w3n7404xxhaz2jqexhzw5

cardano-address script hash "all [$(cat cold.credential), active_from 100, active_until 120]"

cc_cold_script18zy6g0vu7ajzmzamkvysfzc0nnfpf8w3n7404xxhaz2jqexhzw5

cardano-address script hash "all [$(cat cold.credential), active_from 100, active_until 120]" | bech32

3889a43d9cf7642d8bbbb309048b0f9cd2149dd19faafa98d7e89520

cardano-address script hash --with-byte "all [$(cat cold.credential), active_from 100, active_until 120]"

cc_cold1zvugnfpannmkgtvthwesjpytp7wdy9ya6x06475c6l5f2gqcxtssu

cardano-address script hash --with-byte "all [$(cat cold.credential), active_from 100, active_until 120]" | bech32

133889a43d9cf7642d8bbbb309048b0f9cd2149dd19faafa98d7e89520
(there is the expected 0x13 prepended byte as it is cc cold script hash credential in accordance to CIP-0129. The corresponding script hash credential is '3889a43d9cf7642d8bbbb309048b0f9cd2149dd19faafa98d7e89520' and it is the same irrespective of how the script hash is constructed, i.e.,  from cold.vkh, cold.credential or cold.deprecated).

How to generate hot committee keys (cc_hot)

cat root.xsk

root_xsk1hqzfzrgskgnpwskxxrv5khs7ess82ecy8za9l5ef7e0afd2849p3zryje8chk39nxtva0sww5me3pzkej4rvd5cae3q3v8eu7556n6pdrp4fdu8nsglynpmcppxxvfdyzdz5gfq3fefjepxhvqspmuyvmvqg8983

cardano-address key child 1852H/1815H/0H/5/0 < root.xsk > hot.xsk

cc_hot_xsk14z9ktfggpsm8sqd5ecepv9f4estxkukfualezuxrfry0mjj849puxsq7ch3tw67d7rfr4smvaa2u3tkfu675mxw85zlpafp6llfex7re88wh22s8f83ehn6uejgfrm74x8y98xlwdmgy64ufctwernp64umnr5uk

cardano-address key public --with-chain-code < hot.xsk > hot.xvk

cc_hot_xvk1a5q4r34xzm0r6y728d4gmrl7jvrfuh7r022k7wh5mzwmyg7d7l3hjwwaw54qwj0rn084enysj8ha2vwg2wd7umksf4tcnskaj8xr4tcempwly

cardano-address key public --without-chain-code < hot.xsk > hot.vk

cc_hot_vk1a5q4r34xzm0r6y728d4gmrl7jvrfuh7r022k7wh5mzwmyg7d7l3s3fzqkv

cardano-address key hash --cip-0105 < hot.xvk > hot.vkh

cc_hot_vkh1xk94yxqufrm5sjfv535hlnky8cf9fzg5kvp3r4qz9d5ezk2qmuz

cat hot.vkh | bech32

358b52181c48f748492ca4697fcec43e12548914b30311d4022b6991

cat hot.vkh  | bech32 cc_hot > hot.deprecated

cc_hot1xk94yxqufrm5sjfv535hlnky8cf9fzg5kvp3r4qz9d5ezua5p8v

cat hot.deprecated | bech32

358b52181c48f748492ca4697fcec43e12548914b30311d4022b6991

cardano-address key hash < hot.xvk > hot.credential

cc_hot1qg6ck5scr3y0wjzf9jjxjl7wcslpy4yfzjesxyw5qg4knyg9ckh0d

cat hot.credential | bech32

02358b52181c48f748492ca4697fcec43e12548914b30311d4022b6991
(there is the expected 0x02 prepended byte as it is cc cold key hash credential in accordance to CIP-0129. The corresponding key hash credential is '358b52181c48f748492ca4697fcec43e12548914b30311d4022b6991' and it is the same as in case of both hot.vkh and hot.deprecated).

How to create script and its hash from hot committee keys (drep)

cat hot.vkh

cc_hot_vkh1xk94yxqufrm5sjfv535hlnky8cf9fzg5kvp3r4qz9d5ezk2qmuz

cat hot.deprecated

cc_hot1xk94yxqufrm5sjfv535hlnky8cf9fzg5kvp3r4qz9d5ezua5p8v

cat hot.credential

cc_hot1qg6ck5scr3y0wjzf9jjxjl7wcslpy4yfzjesxyw5qg4knyg9ckh0d

cardano-address script hash "all [$(cat hot.xvk), active_from 100, active_until 120]"

cc_hot_script14xptkz0f6kv85nctxuycj0vm73u7ajuz4rglxn5qgzncsdq80mv

cardano-address script hash "all [$(cat hot.deprecated), active_from 100, active_until 120]"

cc_hot_script14xptkz0f6kv85nctxuycj0vm73u7ajuz4rglxn5qgzncsdq80mv

cardano-address script hash "all [$(cat hot.credential), active_from 100, active_until 120]"

cc_hot_script14xptkz0f6kv85nctxuycj0vm73u7ajuz4rglxn5qgzncsdq80mv

cardano-address script hash "all [$(cat hot.credential), active_from 100, active_until 120]" | bech32

a982bb09e9d5987a4f0b3709893d9bf479eecb82a8d1f34e8040a788

cardano-address script hash --with-byte "all [$(cat hot.credential), active_from 100, active_until 120]"

cc_hot1qw5c9wcfa82es7j0pvmsnzfan068nmkts25dru6wspq20zqsumm4q

cardano-address script hash --with-byte "all [$(cat hot.credential), active_from 100, active_until 120]" | bech32

03a982bb09e9d5987a4f0b3709893d9bf479eecb82a8d1f34e8040a788
(there is the expected 0x03 prepended byte as it is cc hot script hash credential in accordance to CIP-0129. The corresponding script hash credential is 'a982bb09e9d5987a4f0b3709893d9bf479eecb82a8d1f34e8040a788' and it is the same irrespective of how the script hash is constructed, i.e.,  from hot.vkh, hot.credential or hot.deprecated).

How to get signing key and chain code from an extended signing key (drep.sk)

cat drep.xsk

drep_xsk1vpdsm49smzmdwhd4kjmm2mdyljjysm746rafjr7r8kgfanj849psw8pfm305g59wng0akw3qzppmfh6k5z7gx66h2vppu022m4eqaj26rh6d7en9tf9fu52hmysjzuacaxfmfya65h8jmddrclwf3kxl8snfs3eg

cardano-address key private --signing-key < drep.xsk

drep_sk1vpdsm49smzmdwhd4kjmm2mdyljjysm746rafjr7r8kgfanj849psw8pfm305g59wng0akw3qzppmfh6k5z7gx66h2vppu022m4eqajg5xmwma

cardano-address key private --signing-key < drep.xsk | bech32

605b0dd4b0d8b6d75db5b4b7b56da4fca4486fd5d0fa990fc33d909ece47a943071c29dc5f4450ae9a1fdb3a201043b4df56a0bc836b5753021e3d4add720ec9

cardano-address key private --chain-code < drep.xsk

5a1df4df66655a4a9e5157d9212173b8e993b493baa5cf2db5a3c7dc98d8df3c

echo drep_xsk1vpdsm49smzmdwhd4kjmm2mdyljjysm746rafjr7r8kgfanj849psw8pfm305g59wng0akw3qzppmfh6k5z7gx66h2vppu022m4eqaj26rh6d7en9tf9fu52hmysjzuacaxfmfya65h8jmddrclwf3kxl8snfs3eg | cardano-address key inspect

{
"chain_code": "5a1df4df66655a4a9e5157d9212173b8e993b493baa5cf2db5a3c7dc98d8df3c",
"extended_key": "605b0dd4b0d8b6d75db5b4b7b56da4fca4486fd5d0fa990fc33d909ece47a943071c29dc5f4450ae9a1fdb3a201043b4df56a0bc836b5753021e3d4add720ec9",
"key_type": "private"
}

How to generate script validation, preimage and script hash from script composed of drep (drep_script)

cat drep

drep1sp5xhvmj0asztqfsjyta3cwvq7jppc2rwmfcsggp62va538nup0

cardano-address script validate "all [$(cat drep),active_from 5001]"

Validated.

cardano-address script validate "all [$(cat drep),$(cat hot)]"

Not validated: All keys of a script must have the same role: payment, delegation, policy, representative, committee cold or committee hot.

cardano-address script preimage "all [$(cat drep),active_from 5001]"

008201828200581c80686bb3727f602581309117d8e1cc07a410e14376d3882101d299da8204191389

cardano-address script hash "all [$(cat drep),active_from 5001]"

drep_script1608hfeauc3hvfpvdcqwfdhyd2cfm6j42rp62ckqrskazy57w2zt

Correspondence between keys in cardano-addresses and cardano-cli (key.xsk key.xvk key.vk key.hash)

Let's assume we have mnemonic

cat recovery-phrase.prv

nothing heart matrix fly sleep slogan tomato pulse what roof rail since plastic false enlist

Construct root extended private key

cardano-address key from-recovery-phrase Shelley < recovery-phrase.prv > root.xprv

root_xsk1apjwjs3ksgm5mnnk0cc5v5emgv0hmafmmy8tffay5s2ffk69830whwznr46672ruucdzwwtv9upv72e4ylrypyz5m6cyh0p00t7n3u3agt20lv32j4kxcqlkzu78nzjx0ysxxlc2ghfz9prxfmrds802xsuhh404~

Construct extended private key for account ix=0H, role=0 and address ix=0

cardano-address key child 1852H/1815H/0H/0/0 < root.xprv > key.xsk

addr_xsk1kzl5vgev0u843tfnxqcwg0lmaf7zhdhczddaqhas6dp6m6z98302e3avp8mhu94kxkpj2gss064f74km3rrptafh4fsztekz8k5c469shcvx35wrdmus3xemp984lcwhs0jdtl4pfcsrfspe00h9pej6rg8drvcv

Create extended signing key using cardano-cli

cardano-cli key convert-cardano-address-key --shelley-payment-key --signing-key-file key.xsk --out-file key.skey

{
"type": "PaymentExtendedSigningKeyShelley_ed25519_bip32",
"description": "",
"cborHex": "5880b0bf46232c7f0f58ad333030e43ffbea7c2bb6f8135bd05fb0d343ade8453c5eacc7ac09f77e16b635832522107eaa9f56db88c615f537aa6025e6c23da98ae8fbbbf6410e24532f35e9279febb085d2cc05b3b2ada1df77ea1951eb694f3834b0be1868d1c36ef9089b3b094f5fe1d783e4d5fea14e2034c0397bee50e65a1a"
}
The cborhex here contains of 4 parts:

prefix 5880 - bytestring of 128 bytes
signing key (64 bytes) - b0bf46232c7f0f58ad333030e43ffbea7c2bb6f8135bd05fb0d343ade8453c5eacc7ac09f77e16b635832522107eaa9f56db88c615f537aa6025e6c23da98ae8
verification key (32 bytes) - fbbbf6410e24532f35e9279febb085d2cc05b3b2ada1df77ea1951eb694f3834
chain code (32 bytes) - b0be1868d1c36ef9089b3b094f5fe1d783e4d5fea14e2034c0397bee50e65a1a

Create corresponding verification key using cardano-cli

cardano-cli key verification-key --signing-key-file key.skey --verification-key-file key.vkey

{
"type": "PaymentExtendedVerificationKeyShelley_ed25519_bip32",
"description": "",
"cborHex": "5840fbbbf6410e24532f35e9279febb085d2cc05b3b2ada1df77ea1951eb694f3834b0be1868d1c36ef9089b3b094f5fe1d783e4d5fea14e2034c0397bee50e65a1a"
}
The cborhex here contains of 3 parts:

prefix 5840 - bytestring of 64 bytes
verification key (32 bytes) - fbbbf6410e24532f35e9279febb085d2cc05b3b2ada1df77ea1951eb694f3834
chain code (32 bytes) - b0be1868d1c36ef9089b3b094f5fe1d783e4d5fea14e2034c0397bee50e65a1a

Rule for prefixes:

• CBOR-encoded bytestring (which is what the 58 identifies)
• size (80 means 128 bytes, whereas 40 means 64 bytes, 20 means 32 bytes)

Create verification key hash using cardano-cli

cardano-cli address key-hash --payment-verification-key-file key.vkey > key.hash

0185545935760c5e370d01e6f4fedbb89b7fd79e115f2837cfab9ea8

Alternatively, we can create non-extended key

cardano-address key public --without-chain-code < key.xsk > key.vk

addr_vk1lwalvsgwy3fj7d0fy707hvy96txqtvaj4ksa7al2r9g7k6208q6qmrv9k3

Also, take notice that signing key can be translated to cborhex:

cat key.xsk | bech32

b0bf46232c7f0f58ad333030e43ffbea7c2bb6f8135bd05fb0d343ade8453c5eacc7ac09f77e16b635832522107eaa9f56db88c615f537aa6025e6c23da98ae8b0be1868d1c36ef9089b3b094f5fe1d783e4d5fea14e2034c0397bee50e65a1a
(signing key and chain code appended)

Moreover, basing on key.vk one can get hash

cardano-cli address key-hash --payment-verification-key $(cat key.vk) > key1.hash

0185545935760c5e370d01e6f4fedbb89b7fd79e115f2837cfab9ea8

Within cardano-addresses one can get cborhex of verification key (with chain code)

cardano-address key public --with-chain-code < key.xsk | bech32

fbbbf6410e24532f35e9279febb085d2cc05b3b2ada1df77ea1951eb694f3834b0be1868d1c36ef9089b3b094f5fe1d783e4d5fea14e2034c0397bee50e65a1a
(verification key and chain code appended)

Within cardano-addresses one can get cborhex of verification key (without chain code)

cardano-address key public --without-chain-code < key.xsk | bech32

fbbbf6410e24532f35e9279febb085d2cc05b3b2ada1df77ea1951eb694f3834
(verification key without chain code)

Then, we can get compute hash (but here we need to use without chain code):

cardano-address key public --without-chain-code < key.xsk | cardano-address key hash | bech32

0185545935760c5e370d01e6f4fedbb89b7fd79e115f2837cfab9ea8