import buycoins

buycoins.initialize('', '')

import buycoins as bc

acc = bc.accounts.create_deposit('john doe')  # VirtualDepositAccountType

print(acc.account_name)  # john doe
print(acc.bank_name)  # bank name
print(acc.account_number)  # account number
print(acc.account_reference) # account reference
print(acc.account_type) # account type

import buycoins as bc

# Get prices of all cryptocurrencies
prices = bc.orders.get_prices()  # CoinPriceType[]

print(prices[0].id)  # ID of first price entry
print(prices[0].cryptocurrency)  # cryptocurrency
print(prices[0].expires_at)  # when this price entry will expire
print(prices[0].buy_price_per_coin)  # coin price
print(prices[0].min_buy)  # minimum amount you can buy
print(prices[0].max_buy)  # max amount you can buy

import buycoins as bc

price = bc.orders.get_price('bitcoin')  # CoinPriceType

print(price.id)  # ID of price entry
print(price.cryptocurrency)  # cryptocurrency
print(price.expires_at)  # when this price entry will expire
print(price.buy_price_per_coin)  # coin price
print(price.min_buy)  # minimum amount you can buy
print(price.max_buy)  # max amount you can buy

import buycoins as bc


order = bc.orders.buy(
    price_id='price-id',
    coin_amount=1.52,
    cryptocurrency='litecoin'
)  # OrderType

print(order.id)  # Order ID
print(order.status)  # either active or inactive
print(order.side)  # buy
print(order.cryptocurrency)  # litecoin
print(order.total_coin_amount)  # Total coin amount
print(order.price_type)  # Price type

import buycoins as bc


order = bc.orders.sell(
    price_id='price-id',
    coin_amount=0.0043,
    cryptocurrency='ethereum'
)  # OrderType

print(order.id)  # Order ID
print(order.status)  # either active or inactive
print(order.side)  # sell
print(order.cryptocurrency)  # litecoin
print(order.total_coin_amount)  # Total coin amount
print(order.price_type)  # Price type

import buycoins as bc


order = bc.p2p.place_limit_order(
    side='buy', # either 'buy' or 'sell'
    coin_amount=0.00043,
    cryptocurrency='ethereum',
    price_type='static',
    static_price=0.004,
    dynamic_exchange_rate=None  # float   
)  # OrderType

print(order.id)  # Order ID
print(order.status)  # status, either active or inactive
print(order.cryptocurrency)  # bitcoin, litecoin, etc
print(order.coin_amount)  # coin amount

import buycoins as bc


# Place market order
# `order` has all the properties as shown above
order = bc.p2p.place_market_order(
    side='buy',  # either buy or sell
    coin_amount=0.00023,
    cryptocurrency='litecoin'
)  # order is an OrderType

print(order.id)  # Order ID
print(order.status)  # status, either active or inactive
print(order.cryptocurrency)  # bitcoin, litecoin, etc
print(order.coin_amount)  # coin amount

import buycoins as bc


orders, dynamic_price_expiry = bc.p2p.get_orders('active')  # (OrderType[], timestamp)

print(dynamic_price_expiry)  # timestamp of when dynamic price expires
print(orders[0].id)  # ID of first order
print(orders[1].status)  # status of the first order

import buycoins as bc


market_book, dynamic_price_expiry = bc.p2p.get_market_book()  # (OrderType[], timestamp)

print(dynamic_price_expiry)  # timestamp of when dynamic price expires
print(market_book[0].id)  # ID of first order
print(market_book[1].status)  # status of the first order

import buycoins as bc

balances = bc.transactions.get_balances()  # CoinBalanceType[]

print(balances[0].cryptocurrency)  # bitcoin, litecoin, etc
print(balances[0].confirmed_balance)  # the confirmed balance

import buycoins as bc


balance = bc.transactions.get_balance('bitcoin')  # CoinBalanceType

print(balance.cryptocurrency)  # bitcoin
print(balance.confirmed_balance)  # the confirmed balance

import buycoins as bc


fee = bc.transactions.estimate_network_fee(
    'bitcoin',  # cryptocurrency
    0.32,  # txn amount
)  # NetworkFeeType

print(fee.estimated_fee)  # estimated fee for txn
print(fee.total)   # total

import buycoins as bc


sent = bc.transactions.send(
    cryptocurrency='ethereum',
    amount=0.0023,
    address=''
)  # SendReturnValueType

print(sent.fee)  # fee charged for the 'send' txn
print(sent.status) # status of the txn
print(sent.transaction.id)  # ID of the txn
print(sent.transaction.hash)  # txn hash

import buycoins as bc


addr = bc.transactions.create_address('bitcoin')  # AddressType

print(addr.address)  # Address string
print(addr.cryptocurrency)  # cryptocurrency

import buycoins as bc


is_valid = bc.webhook.verify_payload(
    body='',
    webhook_token='',
    header_signature='X-Webhook-Signature header'
)

print(is_valid)  # True if the event is from Buycoins, False otherwise.