def test_connect(self, monkeypatch):
monkeypatch.setattr(pmatic.residents, "SimpleTR64Lan", None)
with pytest.raises(PMException) as e:
PersonalDeviceFritzBoxHost._connect()
assert "simpletr64.actions.lan.Lan" in str(e)
monkeypatch.undo()
PersonalDeviceFritzBoxHost.connection = "X"
PersonalDeviceFritzBoxHost._connect()
assert PersonalDeviceFritzBoxHost.connection == "X"
PersonalDeviceFritzBoxHost.connection = None
PersonalDeviceFritzBoxHost._connect()
assert isinstance(PersonalDeviceFritzBoxHost.connection, Lan)
def test_connect(self, monkeypatch):
monkeypatch.setattr(pmatic.residents, "SimpleTR64Lan", None)
with pytest.raises(PMException) as e:
PersonalDeviceFritzBoxHost._connect()
assert "simpletr64.actions.lan.Lan" in str(e)
monkeypatch.undo()
PersonalDeviceFritzBoxHost.connection = "X"
PersonalDeviceFritzBoxHost._connect()
assert PersonalDeviceFritzBoxHost.connection == "X"
PersonalDeviceFritzBoxHost.connection = None
PersonalDeviceFritzBoxHost._connect()
assert isinstance(PersonalDeviceFritzBoxHost.connection, Lan)
def test_configure(self):
assert PersonalDeviceFritzBoxHost._address == "fritz.box"
assert PersonalDeviceFritzBoxHost._protocol == "http"
assert PersonalDeviceFritzBoxHost._port == 49000
assert PersonalDeviceFritzBoxHost._user == ""
assert PersonalDeviceFritzBoxHost._password == ""
PersonalDeviceFritzBoxHost.configure("asd123")
assert PersonalDeviceFritzBoxHost._address == "asd123"
assert PersonalDeviceFritzBoxHost._protocol == "http"
PersonalDeviceFritzBoxHost.configure(protocol="https")
assert PersonalDeviceFritzBoxHost._address == "asd123"
assert PersonalDeviceFritzBoxHost._protocol == "https"
PersonalDeviceFritzBoxHost.configure("host", "proto", "port", "user", "pw")
assert PersonalDeviceFritzBoxHost._address == "host"
assert PersonalDeviceFritzBoxHost._protocol == "proto"
assert PersonalDeviceFritzBoxHost._port == "port"
assert PersonalDeviceFritzBoxHost._user == "user"
assert PersonalDeviceFritzBoxHost._password == "pw"
def test_configure(self):
assert PersonalDeviceFritzBoxHost._address == "fritz.box"
assert PersonalDeviceFritzBoxHost._protocol == "http"
assert PersonalDeviceFritzBoxHost._port == 49000
assert PersonalDeviceFritzBoxHost._user == ""
assert PersonalDeviceFritzBoxHost._password == ""
PersonalDeviceFritzBoxHost.configure("asd123")
assert PersonalDeviceFritzBoxHost._address == "asd123"
assert PersonalDeviceFritzBoxHost._protocol == "http"
PersonalDeviceFritzBoxHost.configure(protocol="https")
assert PersonalDeviceFritzBoxHost._address == "asd123"
assert PersonalDeviceFritzBoxHost._protocol == "https"
PersonalDeviceFritzBoxHost.configure("host", "proto", "port", "user",
"pw")
assert PersonalDeviceFritzBoxHost._address == "host"
assert PersonalDeviceFritzBoxHost._protocol == "proto"
assert PersonalDeviceFritzBoxHost._port == "port"
assert PersonalDeviceFritzBoxHost._user == "user"
assert PersonalDeviceFritzBoxHost._password == "pw"
# Pmatic has a concept of persons and the presence of persons. For each
# person multiple devices can be configured which can then be used to
# detect the presence of a person. It is implemented as plugin mechanism
# which can be extended easily. For the start there is a plugin to control
# a persons availability by a device which is connected withe a fritz!Box
# in your local network.
import pmatic
ccu = pmatic.CCU(address="http://192.168.1.26",
credentials=("Admin", "EPIC-SECRET-PW"))
# Maybe you need to configure your fritz!Box credentials to be able to fetch the
# presence information of the configured devices.
from pmatic.residents import PersonalDeviceFritzBoxHost
PersonalDeviceFritzBoxHost.configure("fritz.box", password="******")
# Now load some resident data.
ccu.residents.from_config({
"residents": [{
"id":
0,
"name":
"Lars",
"email":
"",
"mobile":
"",
"pushover_token":
"",
"devices": [
def f(self):
d = PersonalDeviceFritzBoxHost()
d.from_config({"mac": "00:de:ad:be:ef:00"})
return d
# 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
# Pmatic has a concept of persons and the presence of persons. For each
# person multiple devices can be configured which can then be used to
# detect the presence of a person. It is implemented as plugin mechanism
# which can be extended easily. For the start there is a plugin to control
# a persons availability by a device which is connected withe a fritz!Box
# in your local network.
import pmatic
ccu = pmatic.CCU(address="http://192.168.1.26", credentials=("Admin", "EPIC-SECRET-PW"))
# Maybe you need to configure your fritz!Box credentials to be able to fetch the
# presence information of the configured devices.
from pmatic.residents import PersonalDeviceFritzBoxHost
PersonalDeviceFritzBoxHost.configure("fritz.box", password="******")
# Now load some resident data.
ccu.residents.from_config({
"residents": [
{
"id" : 0,
"name" : "Lars",
"email" : "",
"mobile" : "",
"pushover_token" : "",
"devices": [
{
"type_name": "fritz_box_host",
"mac": "30:10:E6:10:D4:B2",
},
def f(self):
d = PersonalDeviceFritzBoxHost()
d.from_config({"mac": "00:de:ad:be:ef:00"})
return d
