def main():
if not is_running():
jlog.info('{}'.format('Starting bot'))
writePidFile()
main()
#dev1_t = threading.Thread(target=dev1, args=(), name='dev1')
#dev1_t.start()
trxs_t = threading.Thread(target=trxs, args=(), name='trxs')
trxs_t.start()
def add_db(col, slug=False, tag=False, data=False, owner=False, block=False):
d = {}
d['created_at'] = datetime.now()
d['slug'] = slug
d['tag'] = tag
d['owner'] = owner
d['block'] = block
d['data'] = data
try:
ref = db[col].insert_one(d)
except:
jlog.critical("{} {}".format(tag, sys.exc_info()))
jlog.info("col:{} tag:{}".format(col, tag))
def main():
if not is_running():
jlog.info('{}'.format('Starting bot'))
writePidFile()
main()
producers_fast_thread = threading.Thread(target=producers_fast,
args=(),
name='producers_fast')
producers_fast_thread.start()
producers_slow_thread = threading.Thread(target=producers_slow,
args=(),
name='producers_slow')
producers_slow_thread.start()
pruning_thread = threading.Thread(target=pruning,
args=(),
name='pruning')
pruning_thread.start()
trxs5_thread = threading.Thread(target=trxs, args=[5], name='trxs')
trxs5_thread.start()
trxs300_thread = threading.Thread(target=trxs, args=[300], name='trxs')
trxs300_thread.start()
trxs3600 = threading.Thread(target=trxs, args=[3600], name='trxs')
trxs3600.start()
trxs86400 = threading.Thread(target=trxs, args=[86400], name='trxs')
trxs86400.start()
cpu_usage_us_thread = threading.Thread(target=cpu_usage_us,
args=(),
name='cpu_usage_us')
cpu_usage_us_thread.start()
transactions_thread = threading.Thread(target=transactions,
args=(),
name='transactions')
transactions_thread.start()
#notify_thread = threading.Thread(target=notify, args=(), name='notify')
#notify_thread.start()
else:
jlog.info("allready running".format())
def transactions(slaap=2):
while True:
last = db.transactions.find_one({"tag": 'transactions'}, {
"_id": 0,
"created_at": 0
},
sort=([('created_at',
pymongo.DESCENDING)]))
i = remcli_get_info()
if i and 'head_block_num' in i:
stop = i['head_block_num']
if last and 'block' in last:
start = last['block'] + 1
else:
start = i['head_block_num'] - 10
blocks = []
for block in range(start, stop):
blocks.append(get_block(block))
for b in blocks:
if b['transactions']:
for t in b['transactions']:
try:
for action in t['trx']['transaction']['actions']:
print('x0', action)
d = {}
d['account'] = action['account']
d['id'] = b['id']
d['producer'] = b['producer']
d['block_num'] = b['block_num']
d['timestamp'] = parse(b['timestamp'])
d['cpu_usage_us'] = t['cpu_usage_us']
add_db(col='transactions',
slug='transactions',
tag='transactions',
data=d,
owner=False,
block=b['block_num'])
except:
jlog.critical("{}".format(sys.exc_info()))
jlog.info('Transacions sleeping for: {} seconds'.format(slaap))
sleep(slaap)
def trxs(slaap=2):
while True:
last = db.trxs.find_one( { "tag": 'trxs' },
{ "_id": 0, "created_at": 0 },sort=([('created_at', pymongo.DESCENDING)]))
i = remcli_get_info()
if i and 'head_block_num' in i:
stop = i['head_block_num']
if last and 'block' in last:
start = last['block'] + 1
else:
start = i['head_block_num'] - 10
blocks = []
for block in range(start, stop):
blocks.append(get_block(block))
for b in blocks:
if b['transactions'] and isinstance(b['transactions'], list):
add_db(col='trxs', slug='trxs', tag='trxs', data=b, owner=b['producer'], block=b['block_num'])
jlog.info('trxs sleeping for: {} seconds'.format(slaap))
sleep(slaap)
def pruning(slaap=3600):
while True:
dt = (datetime.now() - timedelta(days=1))
trxs = db.trxs.find(
{"$and": [{
"created_at": {
"$lt": dt
}
}, {
"tag": 5
}]})
for trx in trxs:
_id = trx['_id']
p = db.trxs.remove({"_id": _id})
jlog.info('pruning {} {}'.format(_id, p))
transactions = db.transactions.find(
{"$and": [{
"created_at": {
"$lt": dt
}
}, {
"tag": 'transactions'
}]})
for transaction in transactions:
_id = transaction['_id']
p = db.transactions.remove({"_id": _id})
jlog.info('pruning {} {}'.format(_id, p))
jlog.info('Pruning sleeping for: {} seconds'.format(slaap))
sleep(slaap)
def trxs(slaap):
while True:
dt = (datetime.now() - timedelta(seconds=slaap))
y = 0
logs = db.logs.find({"time": {"$gt": dt}})
if logs:
for log in logs:
msg = log['msg'].split()
if len(msg) == 24:
try:
produced_on = parse(msg[11])
y += int(msg[16].replace(',', ''))
except:
jlog.critical('trxs ERROR: {}'.format(sys.exc_info()))
else:
jlog.warning('trxs WARN len(msg) not 24: {}'.format(msg))
t = datetime.now()
d = {'t': t, 'y': y}
add_db('trxs', slug='trxs', tag=slaap, data=d)
jlog.info('Sleeping trxs for: {} seconds'.format(slaap))
sleep(slaap)
def notify(slaap=300):
while True:
''' unreg not seeing blocks for slaap seconds '''
m = ['josiendotnet', 'josientester']
lp = listproducers()
if lp and isinstance(lp, dict):
if 'rows' in lp:
for row in lp['rows']:
if row['is_active'] and row['owner'] in m:
try:
ldt = parse(row['last_block_time'])
ld = datetime.now() - ldt
if ld.seconds > 300:
msg = '{} {} Go unreg'.format(
row['owner'], ld.seconds)
jlog.info('GO GO GO GO unreg: {}'.format(msg))
po(msg)
except:
print(sys.exc_info())
jlog.critical("unreg {}".format(sys.exc_info()))
jlog.info('Sleeping for: {} seconds'.format(slaap))
sleep(slaap)
def cpu_usage_us(slaap=10):
while True:
trxs = False
bl = db.cpu_usage_us.find().limit(400)
blocks = []
start = 168517 # first benchmark block
if bl:
for row in bl:
for cpu in row['data']:
blocks.append(cpu['block'])
if blocks:
start = max(blocks) + 1
i = remcli_get_info()
stop = i['last_irreversible_block_num']
for block in range(start, stop):
b = get_block(block)
try:
timestamp = parse(b['timestamp'])
except:
timestamp = False
jlog.critical('timestamp ERROR: {}'.format(sys.exc_info()))
if timestamp:
d = db.cpu_usage_us.find_one(
{"producer": "{}".format(b['producer'])})
if timestamp and b['transactions']:
for transaction in b['transactions']:
if isinstance(transaction['trx'], dict):
for action in transaction['trx']['transaction'][
'actions']:
if 'account' in action and 'name' in action and action[
'account'] == 'rembenchmark' and action[
'name'] == 'cpu':
trxs = True
cpu_usage_us = transaction['cpu_usage_us']
if d and not list(
filter(lambda xo: xo['block'] == block,
d['data'])):
d['data'].append({
"timestamp": timestamp,
"cpu_usage_us": cpu_usage_us,
"block": block
})
else:
d = {}
d['producer'] = b['producer']
d['data'] = []
d['data'].append({
"timestamp": timestamp,
"cpu_usage_us": cpu_usage_us,
"block": block
})
ref = db.cpu_usage_us.update(
{"producer": '{}'.format(b['producer'])},
{"$set": d},
upsert=True)
jlog.info('{} {} {}'.format(
block, timestamp, ref))
if not trxs:
jlog.info('Sleeping for: {} seconds'.format(slaap))
sleep(slaap)
def producers_slow(slaap=300):
while True:
url = "https://min-api.cryptocompare.com/data/price?fsym=REM&tsyms=USD&api_key={}".format(
os.getenv('cryptocompare_key', False))
r = requests.get(url)
if r and r.ok and r.json:
add_db(col='cache', tag='usd_rem', slug='usd_rem', data=r.json())
headers = {
'User-Agent':
'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_1) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/39.0.2171.95 Safari/537.36'
}
#producers = db.producers.find({"name":"josiendotnet"}).limit(100)
producers = db.producers.find().limit(100)
if producers:
for p in producers:
if 'producer' in p and 'url' in p['producer']:
if p['producer']['url']:
url = '{}/bp.json'.format(
p['producer']['url'].rstrip('//'))
data = p
data['updated_at'] = datetime.now(timezone.utc)
data['bp_json'] = False
data['bp_json_url'] = ''
health = data['health']
r = False
try:
r = requests.get(url,
headers=headers,
verify=False)
except:
jlog.critical("bp.json error: {} {}".format(
sys.exc_info(), p['name']))
if r and r.ok and r.json:
try:
data['bp_json'] = r.json()
data['bp_json_url'] = url
except:
jlog.critical("bp.json error: {} {}".format(
p['name'], sys.exc_info()))
if not data['bp_json']:
health.append({'title': 'No bp.json'})
if data['bp_json']:
bp_json = r.json()
if 'org' in bp_json and 'social' in bp_json[
'org'] and isinstance(
bp_json['org']['social'], dict):
o = '<div><ul class="social-network">'
for k, v in bp_json['org']['social'].items():
if v:
if k == 'facebook':
o += '<li><a data-toggle="tooltip" data-placement="top" data-html="true" title="{0}" target="_blank" href="https://facebook.com/{1}""><i class="fab fa-{0}"></i></a></li>'.format(
k, v)
if k == 'twitter':
o += '<li><a data-toggle="tooltip" data-placement="top" data-html="true" target="_blank" href="https://twitter.com/{1}" title="{0}"><i class="fab fa-{0}"></i></a></li>'.format(
k, v)
if k == 'telegram':
o += '<li><a data-toggle="tooltip" data-placement="top" data-html="true" target="_blank" href="https://t.me/{1}" title="{0}"><i class="fab fa-{0}"></i></a></li>'.format(
k, v)
if k == 'reddit':
o += '<li><a data-toggle="tooltip" data-placement="top" data-html="true" target="_blank" href="https://reddit.com/user/{1}" title="{0}"><i class="fab fa-{0}"></i></a></li>'.format(
k, v)
if k == 'github':
o += '<li><a data-toggle="tooltip" data-placement="top" data-html="true" target="_blank" href="https://github.com/{1}" title="{0}"><i class="fab fa-{0}"></i></a></li>'.format(
k, v)
if k == 'linkedin':
o += '<li><a data-toggle="tooltip" data-placement="top" data-html="true" target="_blank" href="https://linkedin.com/in/{1}" title="{0}"><i class="fab fa-{0}"></i></a></li>'.format(
k, v)
o += '</ul></div>'
data['social'] = o
data['health'] = health
ref = db.producers.update(
{"name": '{}'.format(p['name'])}, {"$set": data},
upsert=True)
jlog.info('Sleeping for: {} seconds'.format(slaap))
sleep(slaap)
def producers_fast(slaap=20):
while True:
actions_seconds = slaap + 60
get_actions(actions_seconds)
lv = listvoters()
lp = listproducers()
position = 0
if lp and 'rows' in lp:
swaps = remcli_get_action_swap()
swap_it = []
if swaps and 'rows' in swaps:
for swap in swaps['rows']:
swap_it = swap_it + swap['provided_approvals']
rows = sorted(lp['rows'],
key=lambda k: (float(k['total_votes'])),
reverse=True)
for p in rows:
health = []
o = db.producers.find_one({"name": "{}".format(p['owner'])})
if o:
data = o
data['updated_at'] = datetime.now(timezone.utc)
data['health'] = []
else:
''' init producer '''
data = {}
data['name'] = p['owner']
data['position'] = 99
data['producer'] = p
data['slug'] = 'producers'
data['tag'] = 'producers'
data['cpu_usage_us'] = ''
data['social'] = ''
data['bp_json'] = ''
data['bp_json_url'] = ''
data['health'] = []
data['color'] = random_color()
data['created_at'] = datetime.now(timezone.utc)
usage = db.cpu_usage_us.find(
{"producer": "{}".format(p['owner'])})
dt = (datetime.now() - timedelta(seconds=3600))
if usage:
l = []
for use in usage:
for cpu in use['data']:
if cpu['timestamp'] > dt:
l.append(cpu['cpu_usage_us'])
if l:
try:
data['cpu_usage_us'] = mean(l)
except:
jlog.critical("cpu_usage_us error: {} {}".format(
p['name'], sys.exc_info()))
data['producer'] = p
if p['is_active'] == 1:
position += 1
data['position'] = position
else:
health.append({'title': 'Not Active'})
data['position'] = 99
if p['owner'] in swap_it:
data['swaps'] = True
else:
data['swaps'] = False
health.append({'title': 'Not swapping'})
owner = get_account(p['owner'])
data['owner'] = owner
voters = []
data['voters'] = []
if lv and 'rows' in lv and isinstance(lv['rows'], list):
for voter in lv['rows']:
if isinstance(voter,
dict) and 'error' not in voter.keys():
if p['owner'] in voter['producers']:
voters.append(voter['owner'])
data['voters'] = voters
data['voters_count'] = len(voters)
data['health'] = health
ref = db.producers.update({"name": '{}'.format(p['owner'])},
{"$set": data},
upsert=True)
jlog.info('Sleeping for: {} seconds'.format(slaap))
sleep(slaap)
def dev1(slaap=2):
while True:
jlog.info('Sleeping for: {} seconds'.format(slaap))
sleep(slaap)
