def __init__(self, webfinger, alias=None, app=None):
self.app = app
if not webfinger:
self.webfinger = raw_input(
'Enter webfinger ([email protected]) for your %s account: ' %
alias)
else:
self.webfinger = webfinger
self.cfg = self.app.cfg.get(self.webfinger, {})
client = Client(webfinger=self.webfinger,
type='native',
name=self.app.name,
key=self.cfg.get('key'),
secret=self.cfg.get('secret'))
self.pump = PyPump(client=client,
verifier_callback=self.verifier,
token=self.cfg.get('token'),
secret=self.cfg.get('token_secret'))
self.key, self.secret, self.expiry = self.pump.get_registration()
self.token, self.token_secret = self.pump.get_token()
self.write_config()
self.get_following()
self.backup_following()
self.app.say('%s: account ready (following %s contacts)\n----' %
(self.webfinger, len(self.following)))
def pump_login(self):
print 'Logging into the Pump server...'
username = self._parser.get('pump', 'username')
key = self._parser.get('pump', 'key')
secret = self._parser.get('pump', 'secret')
token = self._parser.get('pump', 'token')
token_secret = self._parser.get('pump', 'token_secret')
client = Client(webfinger=username,
name="Pump.io",
type="native",
key=key,
secret=secret)
pump = PyPump(client=client, verifier_callback=simple_verifier)
pump.store["oauth-access-token"] = token
pump.store["oauth-access-secret"] = token_secret
me = pump.Person(username)
self._username = username
self._pump = pump
self._me = me
def pump_login(self):
print 'Logging into the Pump server...'
username = self._parser.get('pump', 'username')
key = self._parser.get('pump', 'key')
secret = self._parser.get('pump', 'secret')
token = self._parser.get('pump', 'token')
token_secret = self._parser.get('pump', 'token_secret')
client = Client(
webfinger = username,
name = "Pump.io",
type = "native",
key = key,
secret = secret)
pump = PyPump(
client = client,
verifier_callback = simple_verifier)
pump.store["oauth-access-token"] = token
pump.store["oauth-access-secret"] = token_secret
me = pump.Person(username)
self._username = username
self._pump = pump
self._me = me
def __init__(self,
site,
conf,
bearer_token=None,
get_token=False,
streaming=False,
upload=False):
self.site = site.lower()
self.conf = conf[site.upper()]
# Identi.ca service only supported for commands "ping" and "microblog"
if self.site == "identica":
self.domain = "identi.ca"
# New Pump.io Identi.ca connection:
self.user = "******" % (self.conf['USER'].lower(), self.domain)
from gazouilleur.identica_auth_config import identica_auth
self.conf.update(identica_auth[self.conf['USER'].lower()])
iclient = Client(webfinger=self.user,
type="native",
name="Gazouilleur",
key=self.conf['key'],
secret=self.conf['secret'])
self.conn = PyPump(client=iclient,
token=self.conf['token'],
secret=self.conf['token_secret'],
verifier_callback=lambda: "")
elif self.site == "twitter":
self.domain = "api.twitter.com"
self.user = self.conf['USER']
self.post = 'FORBID_POST' not in conf['TWITTER'] or str(
conf['TWITTER']['FORBID_POST']).lower() != "true"
args = {"api_version": self.twitter_api_version, "secure": True}
format = "json"
if get_token:
format = ""
args["api_version"] = None
args["auth"] = OAuth2(self.conf['KEY'], self.conf['SECRET'])
elif bearer_token:
args["auth"] = OAuth2(bearer_token=bearer_token)
else:
args["auth"] = OAuth(self.conf['OAUTH_TOKEN'],
self.conf['OAUTH_SECRET'],
self.conf['KEY'], self.conf['SECRET'])
if streaming:
self.domain = "stream.twitter.com"
args['block'] = False
args['timeout'] = 10
conn = TwitterStream
else:
if upload:
self.domain = "upload.twitter.com"
args['format'] = format
conn = Twitter
args['domain'] = self.domain
self.conn = conn(**args)
def __init__(self):
""" Init app and log in to our pump.io account """
# Set up argparse
self.parser = argparse.ArgumentParser(
description='Post a note to the pump.io network')
self.parser.add_argument('-u',
'--user',
dest='webfinger',
required=True,
help='*****@*****.**')
self.parser.add_argument('-t',
'--title',
dest='note_title',
default=None,
help='Note title')
self.parser.add_argument('-n',
'--note',
dest='note_content',
required=True,
help='Note content')
self.args = self.parser.parse_args()
self.read_config()
# Try to login to our pump.io account using account credentials
# from config, if our webfinger is not found in config we will
# have to authorize the app with our account.
webfinger = self.args.webfinger
client = Client(
webfinger=webfinger,
type='native',
name=self.client_name,
key=self.config.get(webfinger, {}).get('key'),
secret=self.config.get(webfinger, {}).get('secret'),
)
self.pump = PyPump(
client=client,
token=self.config.get(webfinger, {}).get('token'),
secret=self.config.get(webfinger, {}).get('token_secret'),
verifier_callback=self.verifier,
)
# Add account credentials to config in case we didnt have it already
self.config[webfinger] = {
'key': self.pump.get_registration()[0],
'secret': self.pump.get_registration()[1],
'token': self.pump.get_token()[0],
'token_secret': self.pump.get_token()[1],
}
self.write_config()
def __init__(self):
""" Init app and log in to our pump.io account """
# Set up argparse
self.parser = argparse.ArgumentParser(description='Post a note to the pump.io network')
self.parser.add_argument('-u', '--user', dest='webfinger', required=True, help='*****@*****.**')
self.parser.add_argument('-t', '--title', dest='note_title', default=None, help='Note title')
self.parser.add_argument('-n', '--note', dest='note_content', required=True, help='Note content')
self.args = self.parser.parse_args()
self.read_config()
# Try to login to our pump.io account using account credentials
# from config, if our webfinger is not found in config we will
# have to authorize the app with our account.
webfinger = self.args.webfinger
self.pump = PyPump(
webfinger,
client_name = self.client_name,
**self.config.get(webfinger, {})
)
# Add account credentials to config in case we didnt have it already
self.config[webfinger] = {
'key' : self.pump.get_registration()[0],
'secret' : self.pump.get_registration()[1],
'token' : self.pump.get_token()[0],
'token_secret' : self.pump.get_token()[1],
}
self.write_config()
def __init__(self, webfinger, alias=None, app=None):
self.app = app
if not webfinger:
self.webfinger = raw_input('Enter webfinger ([email protected]) for your %s account: ' % alias)
else:
self.webfinger = webfinger
self.cfg = self.app.cfg.get(self.webfinger, {})
client=Client(
webfinger=self.webfinger,
type='native',
name=self.app.name,
key=self.cfg.get('key'),
secret=self.cfg.get('secret')
)
self.pump = PyPump(
client=client,
verifier_callback=self.verifier,
token=self.cfg.get('token'),
secret=self.cfg.get('token_secret')
)
self.key, self.secret, self.expiry = self.pump.get_registration()
self.token, self.token_secret = self.pump.get_token()
self.write_config()
self.get_following()
self.backup_following()
self.app.say('%s: account ready (following %s contacts)\n----' % (self.webfinger, len(self.following)))
def setup(self, message):
""" Sets up pypump object """
try:
webfinger = message.body["webfinger"]
self.pump = PyPump(
webfinger,
client_name="Muon",
client_type="native",
key=message.body["key"],
secret=message.body["secret"],
token=message.body["token"],
token_secret=message.body["token_secret"]
)
webfinger = message.body["webfinger"]
except KeyError:
webfinger = raw_input("Webfinger: ").lstrip(" ").rstrip(" ")
self.pump = PyPump(
webfinger,
client_name="Muon",
client_type="native"
)
config = {
"webfinger": webfinger,
"key": self.pump.get_registration()[0],
"secret": self.pump.get_registration()[1],
"token": self.pump.get_token()[0],
"token_secret": self.pump.get_token()[1],
}
self.hive.send_message(
to="muon",
directive="write_config",
body=config
)
self.me = self.pump.Person(webfinger)
self.send_message(
to="muon",
directive="start_gui"
)
def test_https_failover(self, requests_mock):
store = mock.MagicMock()
store.__iter__.return_value = []
client = mock.Mock()
verifier = mock.Mock()
requests_mock.post.return_value.text = "%s=thingy&%s=secretthingy" % (PyPump.PARAM_TOKEN, PyPump.PARAM_TOKEN_SECRET)
# re-add exceptions to mocked library
requests_mock.exceptions = request_excs
pump = PyPump(client, verifier, store=store)
self.assertEqual(pump.protocol, "https")
# verify == True
fnc_mock = mock.Mock()
fnc_mock.side_effect = request_excs.ConnectionError
with self.assertRaises(request_excs.ConnectionError):
pump._requester(fnc_mock, "")
self.assertEqual(len(fnc_mock.call_args_list), 1)
self.assertTrue(fnc_mock.call_args_list[0][0][0].startswith("https://"))
self.assertEqual(pump.protocol, "https")
# verify == False
fnc_mock.reset_mock()
pump.verify_requests = False
with self.assertRaises(request_excs.ConnectionError):
pump._requester(fnc_mock, "")
self.assertEqual(len(fnc_mock.call_args_list), 2)
self.assertTrue(fnc_mock.call_args_list[0][0][0].startswith("https://"))
self.assertTrue(fnc_mock.call_args_list[1][0][0].startswith("http://"))
# make sure that we're reset to https after
self.assertEqual(pump.protocol, "https")
def pump_login(self):
print 'Logging into the Pump server...'
username = self._parser.get('pump', 'username')
client = Client(webfinger=username, name="Pump.io", type="native")
try:
pump = PyPump(client=client, verifier_callback=simple_verifier)
except ConnectionError, e:
domain = username.split('@')[1]
print 'Error: Unable to connect to ' + domain + '.'
print e
sys.exit()
def pump_login(self):
print('Logging into the Pump server...')
username = self._parser.get('pump', 'username')
client = Client(webfinger=username, name="Pump.io", type="native")
try:
pump = PyPump(client=client, verifier_callback=simple_verifier)
except ConnectionError as e:
domain = username.split('@')[1]
print('Error: Unable to connect to ' + domain + '.')
print(e)
sys.exit()
except ClientException:
domain = username.split('@')[1]
print('Error: Pump server not found at ' + domain + '.')
sys.exit()
me = pump.Person(username)
self._username = username
self._pump = pump
self._me = me
def CreatePumpClient(self, webfinger, client_credentials, client_tokens):
client = Client(
webfinger=self.webfinger,
type="native",
name="NavierStokes",
key=client_credentials[0],
secret=client_credentials[1],
)
pump = PyPump(
client=client,
token=client_tokens[0], # the token
secret=client_tokens[1], # the token secret
verifier_callback=self.simple_verifier)
return pump
def test_https_failover(self, requests_mock):
store = mock.MagicMock()
store.__iter__.return_value = []
client = mock.Mock()
verifier = mock.Mock()
requests_mock.post.return_value.text = "%s=thingy&%s=secretthingy" % (
PyPump.PARAM_TOKEN, PyPump.PARAM_TOKEN_SECRET)
# re-add exceptions to mocked library
requests_mock.exceptions = request_excs
pump = PyPump(client, verifier, store=store)
self.assertEqual(pump.protocol, "https")
# verify == True
fnc_mock = mock.Mock()
fnc_mock.side_effect = request_excs.ConnectionError
with self.assertRaises(request_excs.ConnectionError):
pump._requester(fnc_mock, "")
self.assertEqual(len(fnc_mock.call_args_list), 1)
self.assertTrue(
fnc_mock.call_args_list[0][0][0].startswith("https://"))
self.assertEqual(pump.protocol, "https")
# verify == False
fnc_mock.reset_mock()
pump.verify_requests = False
with self.assertRaises(request_excs.ConnectionError):
pump._requester(fnc_mock, "")
self.assertEqual(len(fnc_mock.call_args_list), 2)
self.assertTrue(
fnc_mock.call_args_list[0][0][0].startswith("https://"))
self.assertTrue(fnc_mock.call_args_list[1][0][0].startswith("http://"))
# make sure that we're reset to https after
self.assertEqual(pump.protocol, "https")
class Account(object):
app = None
webfinger = None
key = None
secret = None
token = None
token_secret = None
following = None
cfg = None
def __init__(self, webfinger, alias=None, app=None):
self.app = app
if not webfinger:
self.webfinger = raw_input('Enter webfinger ([email protected]) for your %s account: ' % alias)
else:
self.webfinger = webfinger
self.cfg = self.app.cfg.get(self.webfinger, {})
client=Client(
webfinger=self.webfinger,
type='native',
name=self.app.name,
key=self.cfg.get('key'),
secret=self.cfg.get('secret')
)
self.pump = PyPump(
client=client,
verifier_callback=self.verifier,
token=self.cfg.get('token'),
secret=self.cfg.get('token_secret')
)
self.key, self.secret, self.expiry = self.pump.get_registration()
self.token, self.token_secret = self.pump.get_token()
self.write_config()
self.get_following()
self.backup_following()
self.app.say('%s: account ready (following %s contacts)\n----' % (self.webfinger, len(self.following)))
def verifier(self, url):
print("Please open and follow the instructions:")
print(url)
return raw_input("Verifier: ").strip()
def prompt_enter(self, msg):
if self.app.parser.args.quiet and self.app.parser.args.noprompt:
pass
else:
print(msg)
if not self.app.parser.args.noprompt:
try:
raw_input("Hit enter to continue or ctrl+c to quit")
except KeyboardInterrupt:
sys.exit()
def write_config(self):
self.app.cfg[self.webfinger] = {
'key':self.key,
'secret':self.secret,
'token':self.token,
'token_secret':self.token_secret
}
self.app.write_config()
def backup_following(self):
self.app.backup_following(self)
def get_following(self):
self.app.say("%s: getting contacts (this may take a while)" % self.webfinger)
self.following = list(self.pump.me.following)
def follow_webfinger(self, webfinger):
if self.app.parser.args.dryrun:
return True
try:
obj = {
"id":"acct:%s" % webfinger,
"objectType":"person",
}
activity = {
"verb":"follow",
"object":obj,
"to":[obj],
}
self.pump.me._post_activity(activity, unserialize=False)
return True
except:
return False
def unfollow_webfinger(self, webfinger):
if self.app.parser.args.dryrun:
return True
try:
obj = {
"id":"acct:%s" % webfinger,
"objectType":"person",
}
activity = {
"verb":"stop-following",
"object":obj,
"to":[obj],
}
self.pump.me._post_activity(activity, unserialize=False)
return True
except:
return False
def follow_many(self, webfingers):
self.prompt_enter("%s: will now follow %s new contacts" % (self.webfinger, len(webfingers)))
for webfinger in webfingers:
# we dont want to follow ourselves
if webfinger == self.webfinger:
self.app.say(" Skipped: %s (your account)" % webfinger)
# skip people we are already following
elif webfinger in [i.webfinger for i in self.following]:
self.app.say(" Skipped: %s (already following)" % webfinger)
elif self.follow_webfinger(webfinger):
self.app.say(" Followed: %s" % webfinger)
else:
self.app.say(" Failed: %s" % webfinger)
self.get_following()
self.app.say("%s: now following %s contacts\n----" % (self.webfinger, len(self.following)))
def unfollow_many(self, webfingers):
self.prompt_enter("%s: will now unfollow %s contacts" % (self.webfinger, len(webfingers)))
for webfinger in webfingers:
# skip contacts we are not following
if webfinger not in [i.webfinger for i in self.following]:
self.app.say(" Skipped %s (not following)" % webfinger)
elif self.unfollow_webfinger(webfinger):
self.app.say(" Unfollowed: %s" % webfinger)
else:
self.app.say(" Failed: %s" % webfinger)
self.get_following()
self.app.say("%s: now following %s contacts\n----" % (self.webfinger, len(self.following)))
class App(object):
client_name = 'pypump-post-note'
pump = None
config_file = os.path.join(os.environ['HOME'],'.config',
client_name, 'config.json')
config = dict()
def __init__(self):
""" Init app and log in to our pump.io account """
# Set up argparse
self.parser = argparse.ArgumentParser(description='Post a note to the pump.io network')
self.parser.add_argument('-u', '--user', dest='webfinger', required=True, help='*****@*****.**')
self.parser.add_argument('-t', '--title', dest='note_title', default=None, help='Note title')
self.parser.add_argument('-n', '--note', dest='note_content', required=True, help='Note content')
self.args = self.parser.parse_args()
self.read_config()
# Try to login to our pump.io account using account credentials
# from config, if our webfinger is not found in config we will
# have to authorize the app with our account.
webfinger = self.args.webfinger
client=Client(
webfinger=webfinger,
type='native',
name=self.client_name,
key=self.config.get(webfinger, {}).get('key'),
secret=self.config.get(webfinger, {}).get('secret')
)
self.pump = PyPump(
client=client,
token=self.config.get(webfinger, {}).get('token'),
secret=self.config.get(webfinger, {}).get('token_secret')
)
# Add account credentials to config in case we didnt have it already
self.config[webfinger] = {
'key' : self.pump.get_registration()[0],
'secret' : self.pump.get_registration()[1],
'token' : self.pump.get_token()[0],
'token_secret' : self.pump.get_token()[1],
}
self.write_config()
def write_config(self):
""" Write config to file """
if not os.path.exists(os.path.dirname(self.config_file)):
os.makedirs(os.path.dirname(self.config_file))
with open(self.config_file, 'w') as f:
f.write(json.dumps(self.config))
f.close()
def read_config(self):
""" Read config from file """
try:
with open(self.config_file, 'r') as f:
self.config = json.loads(f.read())
f.close()
except IOError:
return False
return True
def post_note(self):
""" Post note and return the URL of the posted note """
if self.args.note_title:
note_title = self.args.note_title
else:
note_title = None
note_content = self.args.note_content
mynote = self.pump.Note(display_name=note_title, content = note_content)
mynote.to = self.pump.me.followers
mynote.cc = self.pump.Public
mynote.send()
return mynote.id or None
#!/usr/bin/env python
# Copyright 2014, Stephen Jacob Sekula
# http://polari.us/dokuwiki/doku.php?id=navierstokes#a_simple_program_to_authenticate_pypump_against_your_pumpio_instance
# modified to take arguements, and work with python3
from pypump import PyPump, Client
import sys
"""
arg 1 webfinger
arg 2 client name
"""
client = Client(
webfinger=sys.argv[1],
type="native", # Can be "native" or "web"
name=sys.argv[2])
def simple_verifier(url):
print('Go to: ' + url)
return input('Verifier: ') # they will get a code back
pump = PyPump(client=client, verifier_callback=simple_verifier)
print(pump.client.key + ': key')
print(pump.client.secret + ': secret')
print('Get the Token + Verification from the browser')
class App(object):
client_name = 'pypump-post-note'
pump = None
config_file = os.path.join(os.environ['HOME'], '.config', client_name,
'config.json')
config = dict()
def __init__(self):
""" Init app and log in to our pump.io account """
# Set up argparse
self.parser = argparse.ArgumentParser(
description='Post a note to the pump.io network')
self.parser.add_argument('-u',
'--user',
dest='webfinger',
required=True,
help='*****@*****.**')
self.parser.add_argument('-t',
'--title',
dest='note_title',
default=None,
help='Note title')
self.parser.add_argument('-n',
'--note',
dest='note_content',
required=True,
help='Note content')
self.args = self.parser.parse_args()
self.read_config()
# Try to login to our pump.io account using account credentials
# from config, if our webfinger is not found in config we will
# have to authorize the app with our account.
webfinger = self.args.webfinger
client = Client(
webfinger=webfinger,
type='native',
name=self.client_name,
key=self.config.get(webfinger, {}).get('key'),
secret=self.config.get(webfinger, {}).get('secret'),
)
self.pump = PyPump(
client=client,
token=self.config.get(webfinger, {}).get('token'),
secret=self.config.get(webfinger, {}).get('token_secret'),
verifier_callback=self.verifier,
)
# Add account credentials to config in case we didnt have it already
self.config[webfinger] = {
'key': self.pump.get_registration()[0],
'secret': self.pump.get_registration()[1],
'token': self.pump.get_token()[0],
'token_secret': self.pump.get_token()[1],
}
self.write_config()
def verifier(self, url):
""" Will ask user to click link to accept app and write code """
webbrowser.open(url)
print(
'A browser should have opened up with a link to allow us to access'
)
print(
'your account, follow the instructions on the link and paste the verifier'
)
print(
'Code into here to give us access, if the browser didn\'t open, the link is:'
)
print(url)
print()
return input('Verifier: ').lstrip(" ").rstrip(" ")
def write_config(self):
""" Write config to file """
if not os.path.exists(os.path.dirname(self.config_file)):
os.makedirs(os.path.dirname(self.config_file))
with open(self.config_file, 'w') as f:
f.write(json.dumps(self.config))
f.close()
def read_config(self):
""" Read config from file """
try:
with open(self.config_file, 'r') as f:
self.config = json.loads(f.read())
f.close()
except IOError:
return False
return True
def post_note(self):
""" Post note and return the URL of the posted note """
if self.args.note_title:
note_title = self.args.note_title
else:
note_title = None
note_content = self.args.note_content
mynote = self.pump.Note(display_name=note_title, content=note_content)
mynote.to = self.pump.me.followers
mynote.cc = self.pump.Public
mynote.send()
return mynote.id or None
class Account(object):
app = None
webfinger = None
key = None
secret = None
token = None
token_secret = None
following = None
cfg = None
def __init__(self, webfinger, alias=None, app=None):
self.app = app
if not webfinger:
self.webfinger = raw_input(
'Enter webfinger ([email protected]) for your %s account: ' %
alias)
else:
self.webfinger = webfinger
self.cfg = self.app.cfg.get(self.webfinger, {})
client = Client(webfinger=self.webfinger,
type='native',
name=self.app.name,
key=self.cfg.get('key'),
secret=self.cfg.get('secret'))
self.pump = PyPump(client=client,
verifier_callback=self.verifier,
token=self.cfg.get('token'),
secret=self.cfg.get('token_secret'))
self.key, self.secret, self.expiry = self.pump.get_registration()
self.token, self.token_secret = self.pump.get_token()
self.write_config()
self.get_following()
self.backup_following()
self.app.say('%s: account ready (following %s contacts)\n----' %
(self.webfinger, len(self.following)))
def verifier(self, url):
print("Please open and follow the instructions:")
print(url)
return raw_input("Verifier: ").strip()
def prompt_enter(self, msg):
if self.app.parser.args.quiet and self.app.parser.args.noprompt:
pass
else:
print(msg)
if not self.app.parser.args.noprompt:
try:
raw_input("Hit enter to continue or ctrl+c to quit")
except KeyboardInterrupt:
sys.exit()
def write_config(self):
self.app.cfg[self.webfinger] = {
'key': self.key,
'secret': self.secret,
'token': self.token,
'token_secret': self.token_secret
}
self.app.write_config()
def backup_following(self):
self.app.backup_following(self)
def get_following(self):
self.app.say("%s: getting contacts (this may take a while)" %
self.webfinger)
self.following = list(self.pump.me.following)
def follow_webfinger(self, webfinger):
if self.app.parser.args.dryrun:
return True
try:
obj = {
"id": "acct:%s" % webfinger,
"objectType": "person",
}
activity = {
"verb": "follow",
"object": obj,
"to": [obj],
}
self.pump.me._post_activity(activity, unserialize=False)
return True
except:
return False
def unfollow_webfinger(self, webfinger):
if self.app.parser.args.dryrun:
return True
try:
obj = {
"id": "acct:%s" % webfinger,
"objectType": "person",
}
activity = {
"verb": "stop-following",
"object": obj,
"to": [obj],
}
self.pump.me._post_activity(activity, unserialize=False)
return True
except:
return False
def follow_many(self, webfingers):
self.prompt_enter("%s: will now follow %s new contacts" %
(self.webfinger, len(webfingers)))
for webfinger in webfingers:
# we dont want to follow ourselves
if webfinger == self.webfinger:
self.app.say(" Skipped: %s (your account)" % webfinger)
# skip people we are already following
elif webfinger in [i.webfinger for i in self.following]:
self.app.say(" Skipped: %s (already following)" % webfinger)
elif self.follow_webfinger(webfinger):
self.app.say(" Followed: %s" % webfinger)
else:
self.app.say(" Failed: %s" % webfinger)
self.get_following()
self.app.say("%s: now following %s contacts\n----" %
(self.webfinger, len(self.following)))
def unfollow_many(self, webfingers):
self.prompt_enter("%s: will now unfollow %s contacts" %
(self.webfinger, len(webfingers)))
for webfinger in webfingers:
# skip contacts we are not following
if webfinger not in [i.webfinger for i in self.following]:
self.app.say(" Skipped %s (not following)" % webfinger)
elif self.unfollow_webfinger(webfinger):
self.app.say(" Unfollowed: %s" % webfinger)
else:
self.app.say(" Failed: %s" % webfinger)
self.get_following()
self.app.say("%s: now following %s contacts\n----" %
(self.webfinger, len(self.following)))
sys.stderr.write("ERROR: Could not read `gazouilleur/config.py`.\nERROR: Please edit it to fix the following syntax issue:\nERROR: %s\n%s\n" % (e, "\n".join(traceback.format_exc().splitlines()[-3:-1])))
exit(1)
def verifier(url):
print url
return raw_input('Paste here the "Verifier" value given in Identi.ca\'s "Authorization Complete" page: ')
confs = []
for chan, conf in config.CHANNELS.iteritems():
if 'IDENTICA' in conf and 'USER' in conf['IDENTICA']:
user = conf['IDENTICA']['USER'].lower()
print "Configuring Identi.ca OAuth for @%s for channel %s..." % (user, chan)
print "Please make sure to be not logged in on Identi.ca with another account than this one in your browser before clicking the authorize url."
try:
client = Client(webfinger="*****@*****.**" % user, type="native", name="Gazouilleur")
pump = PyPump(client=client, verifier_callback=verifier)
client_credentials = pump.get_registration()
client_tokens = pump.get_token()
confs.append('"%s": {"key": "%s", "secret": "%s", "token": "%s", "token_secret": "%s"}' % (user, client_credentials[0], client_credentials[1], client_tokens[0], client_tokens[1]))
except Exception as e:
print "Could not properly get Identi.ca OAuth credits for user @%s:" % user
print e
if confs:
with open('gazouilleur/identica_auth_config.py', 'w') as conf_file:
conf_file.write("""#!/usr/bin/env python
# -*- coding: utf-8 -*-
# This file was generated automatically by `python bin/auth_identica.py` on %s
# Do not modify unless you are sure of what you are doing.
identica_auth={%s}""" % (datetime.datetime.today(), ", ".join(confs)))
class Pump(Actor):
pump = None
me = None
def __init__(self, *args, **kwargs):
super(Pump, self).__init__(*args, **kwargs)
self.message_routing.update({
"fetch_inbox": self.fetch_inbox,
"setup": self.setup,
})
def setup(self, message):
""" Sets up pypump object """
try:
webfinger = message.body["webfinger"]
self.pump = PyPump(
webfinger,
client_name="Muon",
client_type="native",
key=message.body["key"],
secret=message.body["secret"],
token=message.body["token"],
token_secret=message.body["token_secret"]
)
webfinger = message.body["webfinger"]
except KeyError:
webfinger = raw_input("Webfinger: ").lstrip(" ").rstrip(" ")
self.pump = PyPump(
webfinger,
client_name="Muon",
client_type="native"
)
config = {
"webfinger": webfinger,
"key": self.pump.get_registration()[0],
"secret": self.pump.get_registration()[1],
"token": self.pump.get_token()[0],
"token_secret": self.pump.get_token()[1],
}
self.hive.send_message(
to="muon",
directive="write_config",
body=config
)
self.me = self.pump.Person(webfinger)
self.send_message(
to="muon",
directive="start_gui"
)
def fetch_inbox(self, message):
if self.me is None:
time.sleep(1)
return self.fetch_inbox(message)
appender, redraw, update = message.body
inbox = self.me.inbox[:100]
for activity in inbox:
appender(activity)
redraw()
update()
class Microblog(object):
twitter_api_limit = 15
twitter_api_version = "1.1"
def __init__(self,
site,
conf,
bearer_token=None,
get_token=False,
streaming=False,
upload=False):
self.site = site.lower()
self.conf = conf[site.upper()]
# Identi.ca service only supported for commands "ping" and "microblog"
if self.site == "identica":
self.domain = "identi.ca"
# New Pump.io Identi.ca connection:
self.user = "******" % (self.conf['USER'].lower(), self.domain)
from gazouilleur.identica_auth_config import identica_auth
self.conf.update(identica_auth[self.conf['USER'].lower()])
iclient = Client(webfinger=self.user,
type="native",
name="Gazouilleur",
key=self.conf['key'],
secret=self.conf['secret'])
self.conn = PyPump(client=iclient,
token=self.conf['token'],
secret=self.conf['token_secret'],
verifier_callback=lambda: "")
elif self.site == "twitter":
self.domain = "api.twitter.com"
self.user = self.conf['USER']
self.post = 'FORBID_POST' not in conf['TWITTER'] or str(
conf['TWITTER']['FORBID_POST']).lower() != "true"
args = {"api_version": self.twitter_api_version, "secure": True}
format = "json"
if get_token:
format = ""
args["api_version"] = None
args["auth"] = OAuth2(self.conf['KEY'], self.conf['SECRET'])
elif bearer_token:
args["auth"] = OAuth2(bearer_token=bearer_token)
else:
args["auth"] = OAuth(self.conf['OAUTH_TOKEN'],
self.conf['OAUTH_SECRET'],
self.conf['KEY'], self.conf['SECRET'])
if streaming:
self.domain = "stream.twitter.com"
args['block'] = False
args['timeout'] = 10
conn = TwitterStream
else:
if upload:
self.domain = "upload.twitter.com"
args['format'] = format
conn = Twitter
args['domain'] = self.domain
self.conn = conn(**args)
def get_oauth2_token(self):
res = self.conn.oauth2.token(grant_type="client_credentials")
obj = load_json(res)
if "token_type" not in obj or obj[
"token_type"] != "bearer" or "access_token" not in obj:
raise Exception("Wrong token type given by twitter, weird : %s" %
res)
return obj["access_token"]
def _send_query(self,
function,
args={},
tryout=0,
previous_exception=None,
return_result=False,
extended_tweets=False,
channel=None):
if tryout > 2:
return previous_exception.encode('utf-8')
try:
if not return_result:
args['trim_user'] = '******'
if extended_tweets:
args['tweet_mode'] = 'extended'
args['source'] = config.BOTNAME
setdefaulttimeout(15)
res = function(**args)
if return_result:
if extended_tweets:
res = reformat_extended_tweets(res)
return res
if config.DEBUG and not 'media[]' in args:
loggvar("%s %s" % (res.get('text', unicode(
res.get('event'))).encode('utf-8'), args),
action=self.site)
if self.site == 'twitter' and channel and 'id_str' in res:
save_lasttweet_id(channel, res['id_str'])
imgstr = ""
if "media_ids" in args:
nimg = args["media_ids"].count(",")
imgstr = " sending tweet with %s attached" % (
"%s images" % (nimg + 1) if nimg else "image")
return "[%s] Huge success%s!" % (self.site, imgstr)
except Exception as e:
code, exception = get_error_message(e)
if code in [None, 32, 183, 187, 400, 403, 404, 429, 500, 503]:
return "[%s] %s" % (self.site, exception.encode('utf-8'))
if config.DEBUG and exception != previous_exception:
loggerr("http://%s/%s.%s %s : %s" % (self.domain, "/".join(
function.uriparts), function.format, args, exception),
action=self.site)
return self._send_query(function, args, tryout + 1, exception,
return_result, extended_tweets, channel)
def ping(self):
setdefaulttimeout(35)
try:
if self.site == "identica":
return "%s@%s" % (self.conn.Person(
self.user).username, self.domain) == self.user
creds = self.conn.account.verify_credentials(
include_entities='false', skip_status='true')
dms = True
if self.post:
trydms = self.get_dms()
dms = (isinstance(trydms, object)
and "events" in trydms) or (isinstance(trydms, str)
and "ERROR 429" in trydms)
if config.DEBUG and not (creds and dms):
raise Exception("%s\n%s" % (creds, dms))
return creds is not None and dms
except Exception as e:
if config.DEBUG:
loggerr("Ping failed: %s" % e, action=self.site)
return False
def get_twitter_rates(self):
return self._send_query(self.conn.application.rate_limit_status,
return_result=True)
def get_twitter_conf(self):
res = self._send_query(self.conn.help.configuration,
return_result=True)
return res.get('short_url_length_https',
res.get('short_url_length', 22) + 1), res.get(
'photo_size_limit', 3145728)
def send_media(self, imgdata):
return self._send_query(self.conn.media.upload, {"media": imgdata},
return_result=True)
def microblog(self,
text="",
tweet_id=None,
imgs=None,
quote_tweet=None,
channel=None,
length=0,
force=False):
if text.startswith("%scount" % COMMAND_CHAR_REG):
text = text.replace("%scount" % COMMAND_CHAR_REG, "").strip()
if self.site == "identica":
try:
note = self.conn.Note(text)
note.to = (self.conn.Public, self.conn.me.followers,
self.conn.me.following)
setdefaulttimeout(15)
note.send()
return "[identica] Huge success!"
except Exception as e:
err_msg = re_clean_identica_error.sub('', str(e))
if "[Errno 111] Connection refused" in err_msg or "ECONNREFUSED" in err_msg:
err_msg = "https://identi.ca seems down"
exception = "[identica] %s" % err_msg
if config.DEBUG:
loggerr(e, action=self.site)
return exception
args = {'status': text.replace('\\n', '\n')}
if tweet_id:
args['in_reply_to_status_id'] = str(tweet_id)
if not force:
args['auto_populate_reply_metadata'] = 'true'
if quote_tweet:
args['attachment_url'] = quote_tweet
if imgs:
args['media_ids'] = ",".join(imgs)
return self._send_query(self.conn.statuses.update,
args,
channel=channel)
def delete(self, tweet_id):
return self._send_query(self.conn.statuses.destroy, {'id': tweet_id})
def retweet(self, tweet_id, channel=None):
return self._send_query(self.conn.statuses.retweet, {'id': tweet_id},
channel=channel)
def like(self, tweet_id, channel=None):
return self._send_query(self.conn.favorites.create, {
'_id': tweet_id,
'include_entities': False
},
channel=channel)
def show_status(self, tweet_id):
return self._send_query(self.conn.statuses.show, {
'id': tweet_id,
'tweet_mode': 'extended'
},
return_result=True,
extended_tweets=True)
def get_mytweets(self, **kwargs):
return self._send_query(self.conn.statuses.user_timeline, {
'screen_name': self.user,
'count': 15,
'include_rts': 1,
'tweet_mode': 'extended'
},
return_result=True,
extended_tweets=True)
def get_mentions(self, **kwargs):
return self._send_query(self.conn.statuses.mentions_timeline, {
'count': 200,
'include_rts': 1,
'tweet_mode': 'extended'
},
return_result=True,
extended_tweets=True)
def get_retweets(self, retweets_processed={}, bearer_token=None, **kwargs):
tweets = self._send_query(self.conn.statuses.retweets_of_me, {
'count': 50,
'trim_user': '******',
'include_user_entities': 'false'
},
return_result=True)
done = 0
retweets = []
check_twitter_results(tweets)
if type(tweets) is str:
return retweets, retweets_processed
if bearer_token:
helper = Microblog("twitter", {"TWITTER": self.conf},
bearer_token=bearer_token)
limitfactor = 4
else:
helper = self
limitfactor = 1
for tweet in tweets:
if tweet['id_str'] not in retweets_processed or tweet[
'retweet_count'] > retweets_processed[tweet['id_str']]:
new_rts = helper.get_retweets_by_id(tweet['id'])
if "ERROR 429" in new_rts:
break
retweets += new_rts
done += 1
retweets_processed[tweet['id_str']] = tweet['retweet_count']
if done >= limitfactor * int(self.twitter_api_limit / 3):
break
return retweets, retweets_processed
def get_retweets_by_id(self, tweet_id, **kwargs):
return self._send_query(self.conn.statuses.retweets, {
'id': tweet_id,
'count': 100
},
return_result=True,
extended_tweets=True)
def directmsg(self, username, text, length=0):
user = self.resolve_users([username])
if "ERROR 429" in user or "ERROR 404" in user or not (isinstance(
user, list) and len(user) == 1):
return "[twitter] Cannot find account %s" % username
event = {
"type": "message_create",
"message_create": {
"target": {
"recipient_id": user[0]["id_str"]
},
"message_data": {
"text": text
}
}
}
return self._send_query(self.conn.direct_messages.events.new,
{"_json": {
"event": event
}})
def get_dms(self, **kwargs):
return self._send_query(self.conn.direct_messages.events.list,
{'count': 50},
return_result=True)
@inlineCallbacks
def get_stats(self, **kwargs):
timestamp = timestamp_hour(datetime.today())
try:
last = yield find_stats({'user': self.user.lower()},
limit=1,
filter=sortdesc('timestamp'))
last = last[0]
except:
last = {}
if last and last['timestamp'] == timestamp:
res = None
else:
res = self._send_query(self.conn.users.show,
{'screen_name': self.user},
return_result=True)
check_twitter_results(res)
returnValue((res, last, timestamp))
def search(self, query, count=50, max_id=None):
args = {
'q': query,
'count': count,
'result_type': 'recent',
'include_entities': True,
'tweet_mode': 'extended'
}
if max_id:
args['max_id'] = max_id
return self._send_query(self.conn.search.tweets,
args,
return_result=True,
extended_tweets=True)
def search_stream(self, follow=[], track=[]):
if not "stream" in self.domain or not len(follow) + len(track):
return None
args = {'filter_level': 'none', 'stall_warnings': 'true'}
if track:
args['track'] = ",".join(track)
if follow:
args['follow'] = ",".join(follow)
if config.DEBUG:
loggvar(args, action="stream")
return self.conn.statuses.filter(**args)
def search_users(self, query, count=3):
query = urlquote(
cleanblanks(query).strip('@').lower().replace(' ', '+'), '')
users = self._send_query(self.conn.users.search, {
'q': query,
'count': count,
'include_entities': 'false'
},
return_result=True)
if isinstance(users, str):
return []
return [u['screen_name'] for u in users]
def lookup_users(self,
list_users,
cache_users={},
return_first_result=False):
good = {}
todo = []
for name in list_users:
name = name.lower().lstrip('@')
if name in cache_users:
good[name] = cache_users[name]
else:
todo.append(name)
if not todo:
return good, cache_users
users = self.resolve_users(todo)
if "ERROR 429" in users or "ERROR 404" in users or not isinstance(
users, list):
return good, cache_users
list_users = [l.decode('utf-8') for l in list_users]
for u in users:
if return_first_result:
return u, cache_users
name = u['screen_name'].decode('utf-8').lower()
if name in list_users:
good[name] = u['id_str']
cache_users.update(good)
return good, cache_users
re_twitter_account = re.compile('(^|\W)@([A-Za-z0-9_]{1,15})')
re_bad_account = re.compile(
'(^|\W)(@[A-Za-z0-9_]{1,14}[%s]+[A-Za-z0-9_]*)([^A-Za-z0-9_]|$)' %
ACCENTS)
def test_microblog_users(self, text, cache_users={}):
force = ". Please correct your tweet of force by adding --force"
match = self.re_bad_account.search(text)
if match:
return False, cache_users, "Sorry but %s does not seem like a valid account%s" % (
match.group(2), force)
match = self.re_twitter_account.findall(text)
if not len(match):
return True, cache_users, "No user quoted"
check = []
for _, m in match:
user = m.lower().lstrip('@')
if user not in cache_users:
check.append(user)
good, cache_users = self.lookup_users(check, cache_users)
for user in check:
if user not in good.keys():
extra = ""
proposals = self.search_users(user)
if proposals:
extra = " (maybe you meant @%s ?)" % " or @".join(
[p.encode('utf-8') for p in proposals])
return False, cache_users, "Sorry but @%s doesn't seem like a real account%s%s" % (
user, extra, force)
return True, cache_users, "All users quoted passed"
def follow(self, user, **kwargs):
return self._send_query(self.conn.friendships.create, {
'screen_name': user,
'follow': 'true'
},
return_result=True)
def unfollow(self, user, **kwargs):
return self._send_query(self.conn.friendships.destroy,
{'screen_name': user},
return_result=True)
@inlineCallbacks
def update_followers(self, db):
# Get followers list from Twitter
curfolls = set()
cursor = -1
while cursor:
res = self._send_query(self.conn.followers.ids, {
'screen_name': self.user,
"cursor": cursor,
"count": 5000
},
return_result=True)
if "ERROR 429" in res or "ERROR 404" in res or not isinstance(
res, dict):
loggerr(res)
returnValue([])
cursor = res.get("next_cursor", res.get("next_cursor_str", 0))
curfolls |= set([str(i) for i in res["ids"]])
# Get known info on followers from DB
foll_coll = db_foll_coll(self.user)
oldfolls = yield db[foll_coll].find({"follows_me": True}, fields=[])
oldfolls = set([f["_id"] for f in oldfolls])
oldlost = yield db[foll_coll].find({"follows_me": False}, fields=[])
oldlost = set([f["_id"] for f in oldlost])
oldtodo = yield db[foll_coll].find({"screen_name": None}, fields=[])
oldtodo = [f["_id"] for f in oldtodo]
# Save new found followers
newids = curfolls - oldfolls
oldusers = newids & oldlost
if oldusers:
yield db[foll_coll].update({"_id": {
"$in": list(oldusers)
}}, {"$set": {
"follows_me": True,
"last_update": time.time()
}},
multi=True)
newusers = [{
"_id": str(u),
"follows_me": True,
"last_update": time.time() if len(oldfolls) else 0
} for u in list(newids - oldusers)]
if newusers:
yield db[foll_coll].insert(newusers)
# Update old followers lost
lostids = list(oldfolls - curfolls)
todolostids = []
if lostids:
# only keep for display lost ones with old activity to avoid repeated unfollow weird accounts
todolostids = yield db[foll_coll].find(
{
"_id": {
"$in": lostids
},
"last_update": {
"$lte": time.time() - 604800
}
},
fields=[])
todolostids = [f["_id"] for f in todolostids]
yield db[foll_coll].update({"_id": {
"$in": lostids
}}, {"$set": {
"follows_me": False,
"last_update": time.time()
}},
multi=True)
# Collect metas on missing profiles
todo = todolostids + list(newids) + oldtodo
lost = []
for chunk in chunkize(todo, 100):
users = self.resolve_userids(chunk)
if "ERROR 429" in users or "ERROR 404" in users or not isinstance(
users, list):
break
for user in users:
if str(user["id"]) in lostids:
lost.append(user)
for f in ["status", "entities"]:
if f in user:
del (user[f])
yield db[foll_coll].update({"_id": str(user["id"])},
{"$set": user})
returnValue(lost)
def resolve_users(self, list_users):
return self._send_query(self.conn.users.lookup, {
'screen_name': ','.join(list_users),
'include_entities': 'false'
},
return_result=True)
def resolve_userids(self, list_ids):
return self._send_query(self.conn.users.lookup, {
'user_id': ','.join([str(i) for i in list_ids]),
'include_entities': 'false'
},
return_result=True)
status_text = status_text + " "
if len(status_text) > 140:
print """Sorry, Exceeded 140 Characters. Tweet Again with Limited thoughts."""
sys.exit(1)
else:
print """Usage: tw "Enter your status here\""""
sys.exit(1)
consumer_key = u''
consumer_secret = u''
oauth_token = ''
oauth_secret = ''
pump = PyPump("*****@*****.**",
key=consumer_key,
secret=consumer_secret,
token=oauth_token,
token_secret=oauth_secret)
note = pump.Note(status_text)
a = pump.Address()
note.set_to(a.createPublic())
note.send()
# == OAuth Authentication ==
#
# This mode of authentication is the new preferred way
# of authenticating with Twitter.
# The consumer keys can be found on your application's Details
# page located at https://dev.twitter.com/apps (under "OAuth settings")
consumer_key = ""
webfinger = "*****@*****.**" # Webfinger for your account
def simple_verifier(url):
print('Go to: ' + url)
return input('Verifier: ') # they will get a code back
client = Client(
webfinger,
name="CornerBot",
type="native",
key=client_credentials[0], # client key
secret=client_credentials[1] # client secret
)
pump = PyPump(client=client, verifier_callback=simple_verifier)
b_set = set() # the B set is TODAYS postings
# logfile_name = "cornerbot.activity.log"
# process_log = open(logfile_name,'a+')
# process_log.write(blah)
while 99 == 99:
listing = ""
header = ""
print("\n\nInitiating\n\n")
timestamp = str(datetime.now())
header += timestamp + " - Paris - "
"""
Gather the Le bon Coin Annonces
