def test_attrs_stick(self):
"""Ensure attributes stick."""
c = Call('channel', 'callerid', 'variables', 'account', 0, 1, 2)
eq_(c.channel, 'channel')
eq_(c.callerid, 'callerid')
eq_(c.variables, 'variables')
eq_(c.account, 'account')
eq_(c.wait_time, 0)
eq_(c.retry_time, 1)
eq_(c.max_retries, 2)
def dialout():
call_from = request.args.get('from', '')
call_to = request.args.get('to', '')
cfrom = 'SIP/{}@hotvoip'.format(call_from)
cto = 'SIP/{}@hotvoip'.format(call_to)
c = Call(cfrom)
a = Application('Dial', cto)
cf = CallFile(c, a)
cf.spool()
return 'dialed'
def call(target, callid, sound):
CallFile(
Call('SIP/flowroute/{}'.format(target), callerid=callid),
Application(
'Playback',
sound # supports many different types of audio files
),
user=
'******' # assuming asterisk is running as its own user (recommended)
).spool()
def localcall():
call_from = request.args.get('from', '')
call_to = request.args.get('to', '')
if call_from and call_to:
cfrom = 'SIP/{}'.format(call_from)
logging.debug(cfrom)
cto = 'SIP/{}'.format(call_to)
logging.debug(cto)
c = Call(cfrom)
a = Application('Dial', cto)
cf = CallFile(c, a)
cf.spool()
else:
return "no call made"
return "call made"
def send_command(self, action: str, access_code: str) -> None:
""" Send control sequence via Asterisk call file """
call = Call(f"SIP/{self.extension}",
wait_time=self.wait_time,
retry_time=self.retry_time,
max_retries=self.max_retries)
seq = self._build_dtmf_sequence(action, access_code)
logger.debug("Sending action '%s' (DTMF: '%s') to alarm", action, seq)
action = Application("SendDTMF", seq)
callfile_args = {"archive": True, "spool_dir": self.spool_dir}
if self.asterisk_user:
callfile_args["user"] = self.asterisk_user
c = CallFile(call, action, **callfile_args)
c.spool()
def test_render_valid_account(self):
"""Ensure `render` works using a valid `account` attribute."""
c = Call('channel', account='account')
self.assertTrue('account' in ''.join(c.render()))
def test_render_valid_callerid(self):
"""Ensure `render` works using a valid `callerid` attribute."""
c = Call('channel', callerid='callerid')
self.assertTrue('callerid' in ''.join(c.render()))
def test_is_valid_invalid_retry_time(self):
"""Ensure `is_valid` fails given an invalid `retry_time` attribute."""
c = Call('channel', retry_time='1')
self.assertFalse(c.is_valid())
def test_is_valid_valid_max_retries(self):
"""Ensure `is_valid` works using a valid `max_retries` attribute."""
c = Call('channel', max_retries=2)
self.assertTrue(c.is_valid())
def test_is_valid_valid_wait_time(self):
"""Ensure `is_valid` works using a valid `wait_time` attribute."""
c = Call('channel', wait_time=0)
self.assertTrue(c.is_valid())
def call(number, time=None):
c = Call('SIP/flowroute/%s' % number)
a = Application('Playback', 'hello-world')
cf = CallFile(c, a)
cf.spool(time)
def test_is_valid_invalid_call_is_valid(self):
"""Ensure `is_valid` fails when `call.is_valid()` fails."""
c = CallFile(Call('channel', wait_time='10'),
self.action,
spool_dir=self.spool_dir)
assert_false(c.is_valid())
def test_is_valid_valid_max_retries(self):
"""Ensure `is_valid` works using a valid `max_retries` attribute."""
c = Call('channel', max_retries=2)
ok_(c.is_valid())
def test_is_valid_valid_retry_time(self):
"""Ensure `is_valid` works using a valid `retry_time` attribute."""
c = Call('channel', retry_time=1)
ok_(c.is_valid())
def test_is_valid_valid_wait_time(self):
"""Ensure `is_valid` works using a valid `wait_time` attribute."""
c = Call('channel', wait_time=0)
ok_(c.is_valid())
def test_is_valid_valid_variables(self):
"""Ensure `is_valid` works using a valid `variables` attribute."""
c = Call('channel', variables={'a': 'b'})
ok_(c.is_valid())
def test_is_valid_invalid_wait_time(self):
"""Ensure `is_valid` fails given an invalid `wait_time` attribute."""
c = Call('channel', wait_time='0')
self.assertFalse(c.is_valid())
def test_render_valid_retry_time(self):
"""Ensure `render` works using a valid `retry_time` attribute."""
c = Call('channel', retry_time=1)
self.assertTrue('1' in ''.join(c.render()))
def test_is_valid_invalid_variables(self):
"""Ensure `is_valid` fails given an invalid `variables` attribute."""
c = Call('channel', variables='ab')
assert_false(c.is_valid())
def test_render_no_attrs(self):
"""Ensure `render` works with no optional attributes specified."""
c = Call('local/18882223333@outgoing')
self.assertTrue('Channel: local/18882223333@outgoing' in ''.join(c.render()))
def test_is_valid_invalid_retry_time(self):
"""Ensure `is_valid` fails given an invalid `retry_time` attribute."""
c = Call('channel', retry_time='1')
assert_false(c.is_valid())
def test_render_no_attrs(self):
"""Ensure `render` works with no optional attributes specified."""
c = Call('local/18882223333@outgoing')
ok_('Channel: local/18882223333@outgoing' in ''.join(c.render()))
def test_is_valid_invalid_max_retries(self):
"""Ensure `is_valid` fails given an invalid `max_retries` attribute."""
c = Call('channel', max_retries='2')
assert_false(c.is_valid())
def test_is_valid_valid_variables(self):
"""Ensure `is_valid` works using a valid `variables` attribute."""
c = Call('channel', variables={'a': 'b'})
self.assertTrue(c.is_valid())
def test_render_valid_channel(self):
"""Ensure `render` works using a valid `channel` attribute."""
c = Call('channel')
ok_('channel' in ''.join(c.render()))
def test_is_valid_valid_retry_time(self):
"""Ensure `is_valid` works using a valid `retry_time` attribute."""
c = Call('channel', retry_time=1)
self.assertTrue(c.is_valid())
def test_render_valid_callerid(self):
"""Ensure `render` works using a valid `callerid` attribute."""
c = Call('channel', callerid='callerid')
ok_('callerid' in ''.join(c.render()))
def test_is_valid_invalid_variables(self):
"""Ensure `is_valid` fails given an invalid `variables` attribute."""
c = Call('channel', variables='ab')
self.assertFalse(c.is_valid())
def test_render_valid_variables(self):
"""Ensure `render` works using a valid `variables` attribute."""
c = Call('channel', variables={'a': 'b'})
ok_('a=b' in ''.join(c.render()))
def test_is_valid_invalid_max_retries(self):
"""Ensure `is_valid` fails given an invalid `max_retries` attribute."""
c = Call('channel', max_retries='2')
self.assertFalse(c.is_valid())
def test_render_valid_account(self):
"""Ensure `render` works using a valid `account` attribute."""
c = Call('channel', account='account')
ok_('account' in ''.join(c.render()))
def test_render_valid_variables(self):
"""Ensure `render` works using a valid `variables` attribute."""
c = Call('channel', variables={'a': 'b'})
self.assertTrue('a=b' in ''.join(c.render()))
def test_render_valid_channel(self):
"""Ensure `render` works using a valid `channel` attribute."""
c = Call('channel')
ok_('channel' in ''.join(c.render()))
def test_render_valid_wait_time(self):
"""Ensure `render` works using a valid `wait_time` attribute."""
c = Call('channel', wait_time=0)
self.assertTrue('0' in ''.join(c.render()))
def test_is_valid_invalid_wait_time(self):
"""Ensure `is_valid` fails given an invalid `wait_time` attribute."""
c = Call('channel', wait_time='0')
assert_false(c.is_valid())
def test_render_valid_max_retries(self):
"""Ensure `render` works using a valid `max_retries` attribute."""
c = Call('channel', max_retries=2)
self.assertTrue('2' in ''.join(c.render()))
def test_render_valid_max_retries(self):
"""Ensure `render` works using a valid `max_retries` attribute."""
c = Call('channel', max_retries=2)
ok_('2' in ''.join(c.render()))
def test_render_valid_wait_time(self):
"""Ensure `render` works using a valid `wait_time` attribute."""
c = Call('channel', wait_time=0)
ok_('0' in ''.join(c.render()))
def setUp(self):
"""Setup some default variables for test usage."""
self.call = Call('channel')
self.action = Application('application', 'data')
self.spool_dir = '/tmp'
from pycall import CallFile, Call, Application
call = Call('SIP/flowroute/89257651079')
action = Application('Playback', 'hello-world')
c = CallFile(call, action)
c.spool()
def test_render_valid_retry_time(self):
"""Ensure `render` works using a valid `retry_time` attribute."""
c = Call('channel', retry_time=1)
ok_('1' in ''.join(c.render()))
