def link(ctx, account, network):
"""
Link account.
Link your account to another network. This account will then become the
primary account, and the other account made an alias of the account
requesting linkage.
"""
try:
user_data = yield ctx.lookup_user_data()
except UserData.DoesNotExist:
ctx.respond(
ctx._("Please log in to NickServ before linking an account."))
return
try:
alt_client, *_ = [
client for client in ctx.bot.clients.values()
if client.network == network
]
except ValueError:
ctx.respond(ctx._("I can't find that network."))
return
alt_user_data = yield UserData.lookup_default(alt_client, account)
if user_data.account == alt_user_data.account and \
user_data.network == alt_user_data.network:
ctx.respond(ctx._("You can't link your account to itself."))
return
if "_alias" in alt_user_data:
ctx.respond(ctx._("You can't link your account to an alias."))
return
ctx.respond(
ctx.
_("Okay, please message me \"!confirmlink {account} {network}\" on that network."
).format(account=ctx.origin, network=ctx.client.network))
yield wait_for_confirmation(ctx.storage, ctx.origin, ctx.client.network,
account, network)
data = dict(alt_user_data)
data.update(user_data)
user_data.update(data)
user_data.save()
alt_user_data.clear()
alt_user_data["_alias"] = {
"account": user_data.account,
"network": user_data.network
}
alt_user_data.save()
ctx.respond(
ctx.
_("Your account has been successfully linked with {account} on {network}."
).format(account=account, network=network))
def link(ctx, account, network):
"""
Link account.
Link your account to another network. This account will then become the
primary account, and the other account made an alias of the account
requesting linkage.
"""
try:
user_data = yield ctx.lookup_user_data()
except UserData.DoesNotExist:
ctx.respond(ctx._("Please log in to NickServ before linking an account."))
return
try:
alt_client, *_ = [client for client in ctx.bot.clients.values()
if client.network == network]
except ValueError:
ctx.respond(ctx._("I can't find that network."))
return
alt_user_data = yield UserData.lookup_default(alt_client, account)
if user_data.account == alt_user_data.account and \
user_data.network == alt_user_data.network:
ctx.respond(ctx._("You can't link your account to itself."))
return
if "_alias" in alt_user_data:
ctx.respond(ctx._("You can't link your account to an alias."))
return
ctx.respond(ctx._("Okay, please message me \"!confirmlink {account} {network}\" on that network.").format(
account=ctx.origin,
network=ctx.client.network
))
yield wait_for_confirmation(ctx.storage, ctx.origin, ctx.client.network,
account, network)
data = dict(alt_user_data)
data.update(user_data)
user_data.update(data)
user_data.save()
alt_user_data.clear()
alt_user_data["_alias"] = {
"account": user_data.account,
"network": user_data.network
}
alt_user_data.save()
ctx.respond(ctx._("Your account has been successfully linked with {account} on {network}.").format(
account=account,
network=network
))
def get_karma(ctx, who):
"""
Get karma.
Get the amount of karma for a user.
"""
user_data = yield UserData.lookup_default(ctx.client, who)
karma = user_data.get("karma", 0)
ctx.respond(ctx._("{who} has {n} karma.").format(who=who, n=karma))
def get_karma(ctx, who):
"""
Get karma.
Get the amount of karma for a user.
"""
user_data = yield UserData.lookup_default(ctx.client, who)
karma = user_data.get("karma", 0)
ctx.respond(ctx._("{who} has {n} karma.").format(
who=who,
n=karma
))
def get_profile(ctx, who=None):
"""
Get profile.
Retrieve profile text for a user.
"""
if who is None:
who = ctx.origin
user_data = yield UserData.lookup_default(ctx.client, who)
if "profile" not in user_data:
ctx.respond(ctx._("{who} hasn't told me who they are yet.").format(
who=who
))
return
ctx.respond(ctx._("{who} is {text}").format(
who=who,
text=user_data["profile"]
))
def get_lfm_username(client, who):
user_data = yield UserData.lookup_default(client, who)
return user_data.get("lastfm_user", who)
def get_lfm_username(client, who):
user_data = yield UserData.lookup_default(client, who)
return user_data.get("lastfm_user", who)
