An easy way to buy, send, and accept bitcoin through the Coinbase API.
This library supports both the API key authentication method and OAuth. The below examples use an API key - for instructions on how to use OAuth, see OAuth Authentication.
Resy is a mobile restaurant reservations app in beta on iOS and Android. The app is for people who love eating at great restaurants but hate hassling for reservations.
The developers behind Resy are craftspeople that hold themselves and their peers to an extremely high but attainable standard for work product (code). They ship constantly but never sacrifice code quality to meet a deadline.
The Resy application runs at AWS using python3, uWSGI, nginx, MySQL and tinyAPI.
If you're interested in working with us, please email [email protected].
Special thanks to the following developers for their contributions to this code:
Obtain the latest version of the Coinbase Python3 library with:
git clone https://github.com/resy/coinbase_python3.git
Then, execute the following command:
python3 setup.py install
Start by enabling an API Key on your account.
Next, create an instance of the client using the Coinbase.with_api_key() method:
import coinbase
coinbase = coinbase.Coinbase.with_api_key(coinbase_api_key, coinbase_api_secret)Keeping your credentials safe is essential to maintaining good security. Read more about the recommended security practices provided by Coinbase.
Now you can call methods on coinbase similar to the ones described in the API reference. For example:
balance = coinbase.get_balance()
print('Balance is ' + balance + ' BTC')Currency amounts are returned as strings.
user = coinbase.get_user()
print(user['name'])
# 'User One'
print(user['email'])
# '[email protected]'print(coinbase.get_balance() . ' BTC')
# '200.123 BTC'def send_money(self, to, amount, notes=None, user_fee=None, amount_currency=None)
response = coinbase.send_money('[email protected]', '2')
print(response['success'])
# True
print(response['transaction']['status'])
# 'pending'
print(response['transaction']['id'])
# '518d8567ed3ddcd4fd000034'The first parameter can also be a bitcoin address and the third parameter can be a note or description of the transaction. Descriptions are only visible on Coinbase (not on the general bitcoin network).
response = coinbase.send_money("mpJKwdmJKYjiyfNo26eRp4j6qGwuUUnw9x", "0.1", "thanks for the coffee!")
print(response['transaction']['notes'])
# 'thanks for the coffee!'You can also send money in a number of currencies (see get_currencies()) using the fifth parameter. The amount will be automatically converted to the correct BTC amount using the current exchange rate.
response = coinbase.send_money("[email protected]", "2", amount_currency="CAD")
print(response['transaction']['amount']['amount'])
# '0.0169'This will send an email to the recipient, requesting payment, and give them an easy way to pay.
response = coinbase.request_money('[email protected]', 50, "contractor hours in January (website redesign for 50 BTC)")
print(response['transaction']['request'])
# True
print(response['transaction']['id'])
# '501a3554f8182b2754000003'
response = coinbase.resend_request('501a3554f8182b2754000003)
print(response['success'])
# True
response = coinbase.cancel_request('501a3554f8182b2754000003')
print(response['success'])
# True
# From the other account:
response = coinbase.complete_request('501a3554f8182b2754000003')
print(response['success'])
# TrueSorted in descending order by timestamp, 30 per page. You can pass an integer as the first parameter to page through results, for example coinbase.get_transactions(2).
response = coinbase.get_transactions()
print(response['current_page'])
# 1
print(response['num_pages'])
# 2
print(response['transactions'][0]['id'])
# '5018f833f8182b129c00002f'Transactions will always have an id attribute which is the primary way to identity them through the Coinbase API. They will also have a hsh (bitcoin hash) attribute once they've been broadcast to the network (usually within a few seconds).
Check the buy or sell price by passing a quantity of bitcoin that you'd like to buy or sell. This price includes Coinbase's fee of 1% and the bank transfer fee of $0.15.
print(coinbase.get_buy_price(1)
# '125.31'
print(coinbase.get_sell_price(1)
# '122.41'Buying and selling bitcoin requires you to link and verify a bank account through the web interface first.
Then you can call buy() or sell() and pass a quantity of bitcoin you want to buy.
On a buy, we'll debit your bank account and the bitcoin will arrive in your Coinbase account four business days later (this is shown as the payout_date below). This is how long it takes for the bank transfer to complete and verify, although we're working on shortening this window. In some cases, we may not be able to guarantee a price, and buy requests will fail. In that case, set the second parameter (agree_btc_amount_varies) to true in order to purchase bitcoin at the future market price when your money arrives.
On a sell we'll credit your bank account in a similar way and it will arrive within two business days.
response = coinbase.buy(1.0)
print(response['transfer']['code'])
# '6H7GYLXZ'
print(response['transfer'][['btc']['amount'])
# '1.00000000'
print(response['transfer']['total']['amount'])
# '$17.95'
print(response['transfer']['payout_date'])
# '2013-02-01T18:00:00-08:00' (ISO 8601 format)response = coinbase.sell(1.0)
print(response['transfer']['code'])
# 'RD2OC8AL'
print(response['transfer']['btc']['amount'])
# '1.00000000'
print(response['transfer']['total']['amount'])
# '$17.95'
print(response['transfer']['payout_date'])
# '2013-02-01T18:00:00-08:00' (ISO 8601 format)This will create the code for a payment button (and modal window) that you can use to accept bitcoin on your website. You can read more about payment buttons here and try a demo.
The method signature is def create_button(self, name, price, currency, custom=None, options=None). The custom parameter will get passed through in callbacks to your site. The list of valid options are described here.
response = \
coinbase.create_button(
"Your Order #1234",
"42.95",
"EUR",
"my custom tracking code for this order",
{"description": "1 widget at €42.95"})
print(response['button']['code'])
# '93865b9cae83706ae59220c013bc0afd'
print(response['embed_html'])
# '<div class=\"coinbase-button\" data-code=\"93865b9cae83706ae59220c013bc0afd\"></div><script src=\"https://coinbase.com/assets/button.js\" type=\"text/javascript\"></script>'You can fetch a list of all supported currencies and ISO codes with the get_currencies() method.
currencies = coinbase.get_currencies()
print(currencies[0]['name'])
# 'Afghan Afghani (AFN)'get_exchange_rate() will return a list of exchange rates. Pass two parameters to get a single exchange rate.
rates = coinbase.get_exchange_rate()
print(rates['btc_to_cad'])
# '117.13892'
print(coinbase.get_exchange_rate('btc', 'cad'))
# '117.13892'response = coinbase.create_user("[email protected]", "some password")
print(response['user']['email'])
# '[email protected]'
print(response['user']['receive_address'])
# 'mpJKwdmJKYjiyfNo26eRp4j6qGwuUUnw9x'A receive address is returned also in case you need to send the new user a payment right away.
This will return a list of contacts the user has previously sent to or received from. Useful for auto completion. By default, 30 contacts are returned at a time; use the page and limit parameters to adjust how pagination works.
response = coinbase.get_contacts("exa")
print(', '.join(response['contacts']))
# '[email protected], [email protected]'You can see a list of method calls here and how they are implemented. They are a wrapper around the Coinbase JSON API.
If there are any methods listed in the API Reference that don't have an explicit function name in the library, you can also call get(), post(), put(), or delete() with a path and optional params array for a quick implementation. The raw JSON object will be returned. For example:
print(coinbase.get('/account/balance'))
# {
# 'amount': "0.56902981",
# 'current': "BTC"
# }Or feel free to add a new wrapper method and submit a pull request.
To authenticate with OAuth, first create an OAuth application at https://coinbase.com/oauth/applications. When a user wishes to connect their Coinbase account, redirect them to a URL created with CoinbaseOAuth.create_authorize_url():
coinbase_oauth = CoinbaseOAuth(client_id, client_secret, redirect_url)You can then redirect using a "Location" header and the result from this call:
coinbase_oauth.create_authorize_url('all')After the user has authorized your application, they will be redirected back to the redirect URL specified above. A code parameter will be included - pass this into get_tokens() to receive a set of tokens:
tokens = coinbase_oauth.get_tokens(code)Store these tokens safely, and use them to make Coinbase API requests in the future. For example:
coinbase = coinbase.Coinbase.with_oauth(access_token, refresh_token)
coinbase.get_balance()This mechanism is deprecated and was not included in this library. If it is essential for your implementation, please contact us.
If someone gains access to your API Key they will have complete control of your Coinbase account. This includes the abillity to send all of your bitcoins elsewhere.
For this reason, API access is disabled on all Coinbase accounts by default. If you decide to enable API key access you should take precautions to store your API key securely in your application. How to do this is application specific, but it's something you should research if you have never done this before.