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DOGE Demo

This is the demo of the inbound and outbound transfer flow in the Int3face for the DOGE tokens.

Requirements

  1. Int3face node
  2. Int3face observer (configured for the DOGE regtest)
  3. DOGE regtest node

We have everything deployed and ready in the Int3face testnet. Request Int3face team to get access to the testnet environment.

Current Dogecoin vault address: mtjLBcip4TAy7kSEsVoYKK5zvz1YY1Zy4F

Inbound Transfer​

We will use our own DOGE validators funds.

  1. We need an int3 address to send funds to

We can generate new address by int3faced keys add "$your_key_name". new_key

We will use the address int31nx72wqe9js9n0tvk9c2w4zwgwv6kecp0n4zllt

  1. Lets verify that this address doesn't have DOGE tokens in the Int3face
int3faced q bank balances int31nx72wqe9js9n0tvk9c2w4zwgwv6kecp0n4zllt

init_balance

  1. Select an UTXO to spend
dogecoin-cli listunspent

list_unspent

If you don't see any UTXO available, mine a block to receive the rewards dogecoin-cli generate 1, and run listunspent command again.

  1. Build raw transaction from the UTXO you selected

Vins

  • Take the txid and vout from the UTXO you're going to spend

Vouts

  • Add the DOGE vault address and the amount to send
  • Add the change address to get remaining tokens back (to get address of your current node run dogecoin-cli getaccountaddress "")
  • Leave a small amount of tokens to pay the fee (1.0 should be enough)
  • Add data entry with the hex encoded recipient address
    • Encode int31nx72wqe9js9n0tvk9c2w4zwgwv6kecp0n4zllt at the (online converter)[https://www.rapidtables.com/convert/number/ascii-to-hex.html]
vins='[
    {
        "txid": "c4a12ff2916393d4a05ca446ab03d8cdf706dd6eb9b5d62eb8ab82cb08a01602",
        "vout": 0
    }
]'

vouts='{
    "mtjLBcip4TAy7kSEsVoYKK5zvz1YY1Zy4F": 100000.0,
    "mzd3LWrYrBD2qqiKwCcetReLtNC9Sfcr3j": 399999.0,
    "data": "696E7433316E783732777165396A73396E3074766B39633277347A77677776366B656370306E347A6C6C74"
}'

dogecoin-cli createrawtransaction "$vins" "$vouts"

raw_transaction

  1. We can verify that the transaction is correct
dogecoin-tx -regtest -json "$raw_tx"

decoded_raw_transaction

  1. Sign the transaction
dogecoin-cli signrawtransaction $raw_tx

signed_tx

  1. Broadcast signed transaction to the DOGE
dogecoin-cli sendrawtransaction $signed_tx

send_doge_transaction

  1. Generate a block to include our transaction in the chain
dogecoin-cli generate 1

Now the transaction should be observed by the Observer and sent to the Int3face chain.

  1. Check your balance on the Int3face chain.
int3faced q bank balances int31nx72wqe9js9n0tvk9c2w4zwgwv6kecp0n4zllt

inbound_balance Now, we can see DOGE tokens in our wallet.

Outbound Transfer​

Lets send some of our tokens back from Int3face to DOGE.

  1. Generate a new DOGE address
dogecoin-cli getnewaddress
msJf78psekNDSaQwCA2qhYypJqVPWaCCAg
  1. Request an outbound transfer from the bridge module
int3faced tx bridge outbound-transfer msJf78psekNDSaQwCA2qhYypJqVPWaCCAg dogecoin-doge 5000000000000 --from doge_test

outbound_transaction

  1. We can check our balance again to see that DOGE tokens in Int3face were burt
int3faced q bank balances int31nx72wqe9js9n0tvk9c2w4zwgwv6kecp0n4zllt

outbound_balance

  1. Generate a block in DOGE to include transaction from the vault
dogecoin-cli generate 1
  1. Check DOGE balance of the address we created before
dogecoin-cli listunspent 1 9999999 '["msJf78psekNDSaQwCA2qhYypJqVPWaCCAg"]'

outbound_doge_balance Now, we can see DOGE tokens in our wallet.