chain=elementsregtest

# Standard bitcoind stuff
rpcuser=user1
rpcpassword=password1


# We are spawning these inside a Python script which will manage them, so don't daemonize
daemon=0
# Make sure you set listen after -connect, otherwise neither
# will accept incoming connections!
listen=1
# Just for looking at random txs
txindex=1
# Extra debugging output in case things go wrong
debug=1
debugexclude=libevent
debugexclude=leveldb
printtoconsole=0

# This is the script that controls pegged in funds in Bitcoin network
# Users will be pegging into a P2SH of this, and the "watchmen"
# can then recover these funds and send them to users who desire to peg out.
# This template is 1-of-1 checkmultisig
#fedpegscript=5121<pubkey>51ae

# This is the script that controls how blocks are made
# We have to supply a signature that satisfies this to create
# a valid block.
#signblockscript=5121<pubkey2>51ae

# We want to validate pegins by checking with bitcoind if header exists
# in best known chain, and how deep. We combine this with pegin
# proof included in the pegin to get full security.
validatepegin=1

# If in the same datadir and using standard ports, these are unneeded
# thanks to cookie auth. If not, like in our situation, elementsd needs
# more info to connect to bitcoind:
mainchainrpcport=18888
mainchainrpcuser=user3
mainchainrpcpassword=password3

# Free money to make testing easier
initialfreecoins=2100000000000000

# Set a fallback fee, since initially the nodes will have no transaction data
# to do fee estimation from
fallbackfee=0.0002

[elementsregtest]
rpcport=18884
port=18886