def test_mini_remote_button_config_with_data3(self):
modem = MockModem()
remote = Remote(modem.protocol, modem, Address("11.22.33"), "Remote", 4)
modem.devices[str(remote.addr)] = remote
device = modem.find(Address("aa.bb.cc"))
modem.devices[device.label] = device
scenes = Scenes.SceneManager(modem, None)
# We'll build the following via DeviceEntrys:
#scenes.data = [{'controllers': [{'11.22.33': {group: 2, data_3: 2}],
# 'responders': ['aa.bb.cc']}]
scenes._init_scene_entries()
# Preserve data_3 values if present
entry = DeviceEntry.from_json({"addr": "aa.bb.cc",
"group": 2,
"mem_loc" : 8119,
"db_flags": {"is_last_rec": False,
"in_use": True,
"is_controller": True},
"data": [3, 0, 2]})
scenes.add_or_update(remote, entry)
print(str(scenes.data))
# We should end up with a single scene with:
# - 1 controller entry: 11.22.33, group 2, data_3 = 2
# - 1 responder entry: aa.bb.cc
assert len(scenes.entries) == 1
assert len(scenes.data[0]['controllers']) == 1
assert len(scenes.data[0]['responders']) == 1
assert scenes.entries[0].controllers[0].group == 2
assert scenes.entries[0].controllers[0].link_data == [3, 0, 2]
assert scenes.entries[0].controllers[0].style == 0
assert scenes.data[0]['controllers'][0]['Remote']['group'] == 2
assert scenes.data[0]['controllers'][0]['Remote']['data_3'] == 2
def test_FanLinc_scenes_different_ramp_rates(self):
modem = MockModem()
fanlinc = FanLinc(modem.protocol, modem, Address("11.22.33"), "FanLinc")
modem.devices[str(fanlinc.addr)] = fanlinc
device = modem.find(Address("aa.bb.cc"))
modem.devices[device.label] = device
scenes = Scenes.SceneManager(modem, None)
scenes.data = [{'controllers': [{'aa.bb.cc': {'group': 22}}],
'responders': ['11.22.33']},
{'controllers': [{'aa.bb.cc': {'group': 33}}],
'responders': ['11.22.33']}]
scenes._init_scene_entries()
entry1 = DeviceEntry.from_json({"addr": "aa.bb.cc",
"group": 22,
"mem_loc" : 8119,
"db_flags": {"is_last_rec": False,
"in_use": True,
"is_controller": False},
"data": [255, 23, 1]})
scenes.add_or_update(fanlinc, entry1)
entry2 = DeviceEntry.from_json({"addr": "aa.bb.cc",
"group": 33,
"mem_loc" : 8119,
"db_flags": {"is_last_rec": False,
"in_use": True,
"is_controller": False},
"data": [255, 13, 1]})
scenes.add_or_update(fanlinc, entry2)
scenes.compress_controllers()
print(str(scenes.data))
# We should end up with 2 scenes:
# - Controller aa.bb.cc, group 22 -> FanLinc w/ 19 second ramp_rate
# - Controller aa.bb.cc, group 33 -> FanLinc w/ 47 second ramp_rate
# (Just checking # of scenes should be adequate for this test.)
assert len(scenes.entries) == 2
def test_KeypadLinc_scenes_same_ramp_rate(self):
modem = MockModem()
keypadlinc = KeypadLinc(modem.protocol, modem, Address("11.22.33"),
"KeypadLinc")
modem.devices[str(keypadlinc.addr)] = keypadlinc
device = modem.find(Address("aa.bb.cc"))
modem.devices[device.label] = device
scenes = Scenes.SceneManager(modem, None)
scenes.data = [{
'controllers': [{
'aa.bb.cc': {
'group': 22
}
}],
'responders': ['11.22.33']
}, {
'controllers': [{
'aa.bb.cc': {
'group': 33
}
}],
'responders': ['11.22.33']
}]
scenes._init_scene_entries()
entry1 = DeviceEntry.from_json({
"addr": "aa.bb.cc",
"group": 22,
"mem_loc": 8119,
"db_flags": {
"is_last_rec": False,
"in_use": True,
"is_controller": False
},
"data": [255, 23, 1]
})
scenes.add_or_update(keypadlinc, entry1)
entry2 = DeviceEntry.from_json({
"addr": "aa.bb.cc",
"group": 33,
"mem_loc": 8119,
"db_flags": {
"is_last_rec": False,
"in_use": True,
"is_controller": False
},
"data": [255, 23, 1]
})
scenes.add_or_update(keypadlinc, entry2)
scenes.compress_controllers()
print(str(scenes.data))
# We should end up with a single scene with:
# - 2 controller entries: aa.bb.cc, group 22, group 23
# - 1 responder entry: 11.22.33, ramp_rate 19 seconds
assert len(scenes.entries) == 1
assert len(scenes.data[0]['controllers']) == 2
assert len(scenes.data[0]['responders']) == 1
assert scenes.data[0]['responders'][0]['KeypadLinc']['ramp_rate'] == 19
def test_populate_scenes(self):
modem = MockModem()
device = modem.find(Address("aa.bb.cc"))
modem.devices[device.label] = device
device = modem.find(Address("aa.bb.22"))
modem.devices[device.label] = device
scenes = Scenes.SceneManager(modem, None)
scenes.data = [{'controllers': ['aa.bb.cc'],
'responders': ['aa.bb.22'],
'name': 'test'}]
scenes._init_scene_entries()
scenes.populate_scenes()
def test_fanlinc_dimmer_ramp_rate_scene(self):
modem = MockModem()
fanlinc = FanLinc(modem.protocol, modem, Address("11.22.33"), "FanLinc")
modem.devices[str(fanlinc.addr)] = fanlinc
device = modem.find(Address("aa.bb.cc"))
modem.devices[device.label] = device
scenes = Scenes.SceneManager(modem, None)
# Define a FanLinc scene with ramp rate and a matching DB entry
scenes.data = [
{'controllers': [{'aa.bb.cc': 22}],
'responders': [{'11.22.33': {'ramp_rate': 19, 'group': 1}}]}]
fanlinc_db = Device.from_json(
{ "address": "11.22.33",
"delta": 0,
"engine": None,
"dev_cat": 1,
"sub_cat": 46,
"firmware": 69,
"used":[
{"addr": "aa.bb.cc",
"group": 22,
"mem_loc" : 8119,
"db_flags": {"is_last_rec": False,
"in_use": True,
"is_controller": False},
"data": [255, 23, 1]}],
"unused": [],
"last": {"addr": "00.00.00",
"group": 0,
"mem_loc": 8519,
"db_flags": {"is_last_rec": True,
"in_use": False,
"is_controller": False},
"data": [0, 0, 0]},
"meta": {} }, None, fanlinc)
fanlinc.db = fanlinc_db
scenes._init_scene_entries()
scenes.populate_scenes()
print(str(scenes.data))
# Make sure link data matches scene config & DB entry:
assert scenes.entries[0].responders[0].link_data == [255, 23, 1]
# Compute if any DB changes needed to implement scenes
seq = CommandSeq(modem.protocol, "Sync complete", name="test")
fanlinc.sync(dry_run=True, refresh=False, sequence=seq)
# Uncomment the next two lines to see what sequence would do:
#IM.log.initialize()
#seq.run()
# No changes to DB should be needed
assert len(seq.calls) == 0
def test_foreign_hub_group_0_and_1(self):
modem = MockModem()
device = modem.find(Address("aa.bb.cc"))
modem.devices[device.label] = device
scenes = Scenes.SceneManager(modem, None)
# We'll build the following via DeviceEntrys:
#scenes.data = [{'controllers': [{'aa.bb.cc': 0}, 'aa.bb.cc'],
# 'responders': ['cc.bb.aa']}]
scenes._init_scene_entries()
entry1 = DeviceEntry.from_json({"data": [3, 0, 239],
"mem_loc" : 8119,
"group": 1,
"db_flags": {"is_last_rec": False,
"in_use": True,
"is_controller": False},
"addr": "aa.bb.cc"})
device = modem.find("cc.bb.aa")
scenes.add_or_update(device, entry1)
entry2 = DeviceEntry.from_json({"data": [3, 0, 239],
"mem_loc" : 8119,
"group": 0,
"db_flags": {"is_last_rec": False,
"in_use": True,
"is_controller": False},
"addr": "aa.bb.cc"})
device = modem.find("cc.bb.aa")
scenes.add_or_update(device, entry2)
scenes.compress_controllers()
print(str(scenes.data))
# Check that we have two controller entries & 1 responder
assert len(scenes.entries) == 1
assert len(scenes.data[0]['controllers']) == 2
assert len(scenes.data[0]['responders']) == 1
def test_foreign_hub_group_0(self):
modem = MockModem()
device = modem.find(Address("aa.bb.cc"))
modem.devices[device.label] = device
scenes = Scenes.SceneManager(modem, None)
# We'll build the following via DeviceEntrys:
#scenes.data = [{'controllers': [{'aa.bb.cc': 0}],
# 'responders': ['cc.bb.22', 'cc.bb.aa']}]
scenes._init_scene_entries()
entry = DeviceEntry.from_json({"data": [3, 0, 239],
"mem_loc" : 8119,
"group": 0,
"db_flags": {"is_last_rec": False,
"in_use": True,
"is_controller": False},
"addr": "aa.bb.cc"})
device = modem.find("cc.bb.22")
scenes.add_or_update(device, entry)
device = modem.find("cc.bb.aa")
scenes.add_or_update(device, entry)
print(str(scenes.data))
# Check that group == 0
assert scenes.entries[0].controllers[0].group == 0
assert scenes.entries[0].controllers[0].style == 1
assert scenes.data[0]['controllers'][0]['dev - aa.bb.cc'] == 0
def __init__(self):
self.save_path = ''
self.devices = {}
self.protocol = MockProto()
self.devices['ff.ff.ff'] = self
self.addr = Address("ff.ff.ff")
self.name = 'modem'
self.db = ModemDB(None, self)
def test_foreign_hub_keypad_button_backlights_scene(self):
modem = MockModem()
keypad = KeypadLinc(modem.protocol, modem, Address("11.22.33"),
"Keypad")
modem.devices[str(keypad.addr)] = keypad
device = modem.find(Address("aa.bb.cc"))
modem.devices[device.label] = device
scenes = Scenes.SceneManager(modem, None)
# Define multiple KeypadLinc scenes and matching DB entries
scenes.data = [
{'controllers': [{'aa.bb.cc': 19}],
'responders': [{'11.22.33': 3},
{'11.22.33': {'group': 4, 'on_level': 0.0}},
{'11.22.33': {'group': 5, 'on_level': 0.0}},
{'11.22.33': {'group': 6, 'on_level': 0.0}}]}]
keypad_db = Device.from_json(
{ "address": "11.22.33",
"delta": 0,
"engine": None,
"dev_cat": 1,
"sub_cat": 66,
"firmware": 69,
"used":[
{"addr": "aa.bb.cc",
"group": 19,
"mem_loc" : 8119,
"db_flags": {"is_last_rec": False,
"in_use": True,
"is_controller": False},
"data": [255, 0x1f, 3]},
{"addr": "aa.bb.cc",
"group": 19,
"mem_loc" : 8219,
"db_flags": {"is_last_rec": False,
"in_use": True,
"is_controller": False},
"data": [0, 0x1f, 4]},
{"addr": "aa.bb.cc",
"group": 19,
"mem_loc" : 8319,
"db_flags": {"is_last_rec": False,
"in_use": True,
"is_controller": False},
"data": [0, 0x1f, 5]},
{"addr": "aa.bb.cc",
"group": 19,
"mem_loc" : 8419,
"db_flags": {"is_last_rec": False,
"in_use": True,
"is_controller": False},
"data": [0, 0x1f, 6]}],
"unused": [],
"last": {"addr": "00.00.00",
"group": 0,
"mem_loc": 8519,
"db_flags": {"is_last_rec": True,
"in_use": False,
"is_controller": False},
"data": [0, 0, 0]},
"meta": {} }, None, keypad)
keypad.db = keypad_db
scenes._init_scene_entries()
scenes.populate_scenes()
print(str(scenes.data))
# Compute if any DB changes needed to implement scenes
seq = CommandSeq(modem.protocol, "Sync complete")
keypad.sync(dry_run=True, refresh=False, sequence=seq)
# Uncomment the next two lines to see what sequence would do:
#IM.log.initialize()
#seq.run()
# No changes to DB should be needed
assert len(seq.calls) == 0