def username(bot, update, args):
response = messages.markdown("<u><b>Change username<b><u>\n\n",
bot.messenger)
userInfo = util.crossMessengerSplit(update)
userId = userInfo['user'] if 'user' in userInfo else None
#Get the user entry from the user which fired the command
user = bot.database.getUser(userId)
if user == None:
response += messages.nodesRequired(bot.messenger)
elif len(args) != 1:
response += messages.userNameRequiredError(bot.messenger)
elif not util.validateName(args[0]):
response += messages.invalidNameError.format(args[0])
else:
old = user['name']
bot.database.updateUsername(args[0], user['id'])
response += "Username updated from {} to {}".format(
messages.removeMarkdown(old), messages.removeMarkdown(args[0]))
return response
def me(bot, update):
response = messages.markdown("<u><b>User info<b><u>\n\n", bot.messenger)
userInfo = util.crossMessengerSplit(update)
userId = userInfo['user'] if 'user' in userInfo else None
#Get the user entry from the user which fired the command
user = bot.database.getUser(userId)
if user == None:
response += messages.nodesRequired(bot.messenger)
else:
response += "You are {}\n\n".format(
messages.removeMarkdown(user['name']))
response += "Status Notifications " + messages.notificationState(
bot.messenger, user['status_n'])
response += "\nReward Notifications " + messages.notificationState(
bot.messenger, user['reward_n'])
response += "\nTimeout Notifications " + messages.notificationState(
bot.messenger, user['timeout_n'])
response += "\nNetwork Notifications " + messages.notificationState(
bot.messenger, user['network_n'])
return response
def detail(bot, args):
logger.info("detail")
response = messages.markdown("<u><b>Proposal detail<b><u>\n\n",
bot.messenger)
if len(args):
proposalIds = []
for arg in args:
try:
proposalIds.append(int(arg))
except:
response += "Invalid argument: {}\n\n".format(
messages.removeMarkdown(arg))
for proposalId in proposalIds:
proposal = bot.proposals.getProposal(proposalId)
if proposal:
response += messages.proposalDetail(bot.messenger, proposal)
else:
response += "There is no info about the ID {}!\n\n".format(
proposalId)
return response
def top(bot, update, args):
response = "<u><b>Top nodes<b><u>\n\n"
userInfo = util.crossMessengerSplit(update)
userId = userInfo['user'] if 'user' in userInfo else None
userName = userInfo['name'] if 'name' in userInfo else None
logger.debug("nodes - user: {}".format(userId))
nodesFound = False
user = bot.database.getUser(userId)
userNodes = bot.database.getAllNodes(userId)
if user == None or userNodes == None or len(userNodes) == 0:
response += messages.nodesRequired(bot.messenger)
else:
invalidFilterValueMsg = "<b>ERROR<b>: Invalid filter value: <b>{}<b>! Valid range: 10 - 100\n\n"
topPercent = 10
if len(args) >= 1:
if util.isInt(args[0]) and\
int(args[0]) >= 10 and int(args[0]) <= 100:
topPercent = int(args[0])
else:
response += invalidFilterValueMsg.format(
messages.removeMarkdown(args[0]))
response += "<b>Filter<b> {}%\n\n".format(topPercent)
with bot.nodeList as nodeList:
topX = nodeList.enabledWithMinProtocol() * (topPercent / 100)
collaterals = list(map(lambda x: x['collateral'], userNodes))
nodes = nodeList.getNodes(collaterals)
topNodes = list(
filter(lambda x: x.position <= topX and x.position > 0, nodes))
minimumUptime = nodeList.minimumUptime()
if len(topNodes):
for masternode in sorted(topNodes,
key=lambda x: x.position
if x.position > 0 else 100000):
userNode = bot.database.getNodes(masternode.collateral,
user['id'])
response += "<b>" + userNode['name'] + "<b>"
response += "\nPosition " + messages.markdown(
masternode.positionString(minimumUptime),
bot.messenger)
response += "\n" + messages.link(
bot.messenger,
'https://explorer3.curium.cc/address/{}'.format(
masternode.payee), 'Open the explorer!')
response += "\n\n"
else:
response += "<b>You have currently no nodes in the top {}% of the queue.<b>\n\n".format(
topPercent)
return messages.markdown(response, bot.messenger)