counterparty-lib is the reference implementation of the Counterparty Protocol.

Note: for the command-line interface to counterparty-lib, see counterparty-cli.

For a simple Docker-based install of the Counterparty software stack, see this guide.

Download the newest patched Bitcoin Core and create a bitcoin.conf file with the following options:

rpcuser=bitcoinrpc
rpcpassword=rpc
server=1
txindex=1
addrindex=1
rpctimeout=300

Note: you can and should replace the RPC credentials. Remember to use the changed RPC credentials throughout this document.

Then, download and install counterparty-lib:

$ git clone https://github.com/CounterpartyXCP/counterparty-lib.git
$ cd counterparty-lib
$ sudo pip3 install --upgrade -r requirements.txt
$ sudo python3 setup.py install

Followed by counterparty-cli:

$ git clone https://github.com/CounterpartyXCP/counterparty-cli.git
$ cd counterparty-cli
$ sudo pip3 install --upgrade -r requirements.txt
$ sudo python3 setup.py install

Note on sudo: both counterparty-lib and counterparty-server can be installed by non-sudoers. Please refer to external documentation for instructions on using pip without root access and other information related to custom install locations.

Then, launch the daemon via:

$ counterparty-server bootstrap
$ counterparty-server --backend-password=rpc start

(Requires counterparty-cli to be installed.)

• The first time you run the server, you may bootstrap the local database with: $ counterparty-server bootstrap

• Start the server with: $ counterparty-server start

• Check the status of the server with: $ counterparty-client getinfo

• For additional command-line arguments and options: $ counterparty-server --help $ counterparty-client --help

Bare usage from Python is also possible, without installing counterparty-cli:

$ python3
>>> from counterpartylib import server
>>> db = server.initialise(<options>)
>>> server.start_all(db)

The paths to the configuration files, log files and database files are printed to the screen when starting the server in ‘verbose’ mode: $ counterparty-server --verbose start

By default, the configuration files are named server.conf and client.conf and located in the following directories:

• Linux: ~/.config/counterparty/
• Windows: %APPDATA%\Counterparty\

Client and Server log files are named counterparty.client.[testnet.]log and counterparty.server.[testnet.]log, and located in the following directories:

• Linux: ~/.cache/counterparty/log/
• Windows: %APPDATA%\Local\Counterparty\counterparty\Logs

Counterparty API activity is logged in server.[testnet.]api.log and client.[testnet.]api.log.

Counterparty database files are by default named counterparty.[testnet.]db and located in the following directories:

• Linux: ~/.local/share/counterparty
• Windows: %APPDATA%\Roaming\Counterparty\counterparty

Manual configuration is not necessary for most use cases. "back-end" and "wallet" are used to access Bitcoin server RPC.

A counterparty-server configuration file looks like this:

[Default]
backend-name = addrindex
backend-user = <user>
backend-password = <password>
rpc-host = 0.0.0.0
rpc-user = <rpcuser>
rpc-password = <rpcpassword>

The force argument can be used either in the server configuration file or passed at runtime to make the server keep running in the case it loses connectivity with the Internet and falls behind the back-end database. This may be useful for non-production Counterparty servers that need to maintain RPC service availability even when the backend or counterparty server has no Internet connectivity.

A counterparty-client configuration file looks like this:

[Default]
wallet-name = bitcoincore
wallet-connect = localhost
wallet-user = <user>
wallet-password = <password>
counterparty-rpc-connect = localhost
counterparty-rpc-user = <rpcuser>
counterparty-rpc-password = <password>

• Major version changes require a full (automatic) rebuild of the database.
• Minor version changes require a(n automatic) database reparse.
• All protocol changes are retroactive on testnet.

• TravisCI is setup to run all tests with 1 command and generate a coverage report and let python-coveralls parse and upload it. It does runs with --skiptestbook=all so it will not do the reparsing of the bootstrap files.
• CircleCI is setup to split the tests as much as possible to make it easier to read the error reports. It also runs the integration_test.test_book tests, which reparse the bootstrap files.

• Official Project Documentation