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187 lines
7.3 KiB
Python

import click
from flask import Blueprint
from app.factory import db
bp = Blueprint('cli', 'cli', cli_group=None)
@bp.cli.command('init')
def init():
import app.models
db.create_all()
@bp.cli.command('list_ops')
def list_ops():
from app.models import Operation
ops = Operation.query.all()
for op in ops:
click.echo(f'Operation {op.codename} ({op.id})')
@bp.cli.command('list_keys')
def list_keys():
from app.library.digitalocean import do
r = do.list_keys()
click.echo(r.content)
@bp.cli.command('list_volumes')
def list_volumes():
from app.library.digitalocean import do
r = do.list_volumes()
click.echo(r)
@bp.cli.command('create_key')
@click.argument('name')
@click.argument('pubkey_path')
def create_key(name, pubkey_path):
from app.library.digitalocean import do
from os.path import expanduser
with open(expanduser(pubkey_path), 'r') as f:
pubkey = f.read()
click.echo(pubkey)
c = do.create_key(name, pubkey)
click.echo(c.content)
c.raise_for_status()
click.echo(f'Created SSH key {c.json()["ssh_key"]["id"]}')
@bp.cli.command('process_payouts')
def process_payouts():
import arrow
from time import sleep
from app.models import Operation, Payout
from app.library.monero import wallet, monero
from app.library.digitalocean import do
from app.helpers import to_ausd
from app.helpers import cancel_operation
from app import config
operations = Operation.query.all()
for op in operations:
if op.droplet_id and op.volume_id:
click.echo(f'Processing cost of node for operation {op.codename} ({op.id})')
prices = op.get_pricing(live=True)
balances = wallet.balances(op.account_idx, atomic=True)
latest_payout = Payout.query.filter(
Payout.operation_id == op.id
).order_by(Payout.create_date.desc()).first()
if latest_payout is None:
last = arrow.get(do.show_droplet(op.droplet_id)['created_at']).datetime
latest_payout = 'droplet boot time'
else:
last = arrow.get(latest_payout.create_date).datetime
latest_payout = str(latest_payout.id)
diff = arrow.utcnow() - last
minutes = diff.seconds / 60
hours = minutes / 60
xmr_to_send = hours * prices['in_xmr']
axmr_to_send = monero.to_atomic(xmr_to_send)
unlocked_xmr = monero.from_atomic(balances[1])
locked_xmr = monero.from_atomic(balances[0] - balances[1])
msg = [
f' - XMR balance in wallet: {unlocked_xmr} ({locked_xmr} locked) XMR',
f'\n - XMR market price: ${prices["xmr_price"]}',
f'\n - Droplet Cost: ${prices["droplet_cost"]}/hour',
f'\n - Volume Cost: ${prices["volume_cost"]}/hour',
f'\n - Mgmt Cost: ${prices["mgmt_cost"]}/hour',
f'\n - Total Cost: ${prices["in_usd"]}/hour ({prices["in_xmr"]} XMR/hour)',
f'\n - Last payout: {str(latest_payout)}',
f'\n - {hours} hours ({minutes} minutes) since last payout.',
f'\n - Planning to send {xmr_to_send} XMR to payout address',
f'\n - Payout every {config.PAYOUT_FREQUENCY} hours at minimum',
]
click.echo("".join(msg))
if hours > config.PAYOUT_FREQUENCY:
click.echo(' - Proceeding to payout.....')
sleep(10)
if balances[1] > axmr_to_send:
res = wallet.transfer(op.account_idx, config.PAYOUT_ADDRESS, axmr_to_send)
if 'tx_hash' in res:
click.echo(f' - Sent XMR, Tx ID: {res["tx_hash"]}')
p = Payout(
operation_id=op.id,
total_cost_ausd=to_ausd(prices['in_usd']),
xmr_price_ausd=to_ausd(prices['xmr_price']),
xmr_sent_axmr=axmr_to_send,
xmr_tx_id=res['tx_hash'],
hours_since_last=round(hours)
)
db.session.add(p)
db.session.commit()
click.echo(f' - Save payout details as {p.id}')
elif 'message' in res:
click.echo(f' - There was a problem sending XMR: {res["message"]}')
else:
click.echo(' - Unable to send XMR')
else:
click.echo(f' - Not enough unlocked balance ({monero.from_atomic(balances[1])}) to send XMR')
if balances[0] < axmr_to_send:
click.echo(' - There is not enough locked balance, this droplet should be destroyed')
sleep(5)
cancel_operation(op.codename)
else:
click.echo(' - Skipping payout, not enough time elapsed')
@bp.cli.command('launch_funded_operations')
def launch_funded_operations():
from time import sleep
from app.models import Operation
from app.library.monero import wallet
from app.library.digitalocean import do
ops = Operation.query.all()
prices = Operation().get_pricing()
for op in ops:
if not op.droplet_id:
bal = wallet.balances(op.account_idx, atomic=False)[1]
if bal > prices['minimum_xmr']:
click.echo(f'found op {op.codename} with balance {bal} - creating server')
common_name = 'op-' + op.id
if do.check_volume_exists(common_name, op.region)[0] is False:
volume = do.create_volume(common_name, op.region)
op.volume_id = volume['id']
db.session.commit()
click.echo(f'Created new volume {op.volume_id}')
droplet = do.create_droplet(
op.codename,
op.region,
[op.volume_id]
)
op.droplet_id = droplet['id']
db.session.commit()
click.echo(f'Created new droplet {op.droplet_id}')
sleep(5)
droplet = do.show_droplet(op.droplet_id)
for net in droplet['networks']['v4']:
if net['type'] == 'public':
record = do.create_record(
f'{op.codename}.node',
net['ip_address'],
'A'
)
op.record_v4_id = record['id']
db.session.commit()
click.echo(f'Created v4 DNS record {record["id"]}')
for net in droplet['networks']['v6']:
if net['type'] == 'public':
record = do.create_record(
f'{op.codename}.node',
net['ip_address'],
'AAAA'
)
op.record_v6_id = record['id']
db.session.commit()
click.echo(f'Created v6 DNS record {record["id"]}')
@bp.cli.command('cancel_operation')
@click.argument('codename')
def cancel_operation(codename):
from app.helpers import cancel_operation
return cancel_operation(codename)