def test_value_encode():
m = mt.GoToMount()
inp = 8120368
out = '30E87B'
a_d = m._encode(inp)
assert a_d == out
def test_relative_movement():
m = mt.GoToMount()
target = 10 # degrees
m.move_relative(val=target, axis=m.DEC_CHANNEL, use_degrees=True)
while m.is_moving:
time.sleep(.1)
m.move_relative(val=-target, axis=m.DEC_CHANNEL, use_degrees=True)
def test_move():
m = mt.GoToMount()
m.move_relative(val=20, axis=m.RA_CHANNEL, use_degrees=True)
assert m.is_moving
m.stop(m.RA_CHANNEL)
time.sleep(.1)
assert not m.is_moving
def test_value_decode():
m = mt.GoToMount()
out = 8120368
inp = b'30E87B'
b_d = m._decode(inp)
assert b_d == out
def test_set_wifi_info():
m = mt.GoToMount(ip_address="192.168.43.141")
# ret = m.set_wifi(ssid="jgwifi", password="******")
ret = m.set_wifi(ssid="CenturyLink6635", password="******")
assert ret == 'j'
def test_get_wifi_info():
m = mt.GoToMount()
assert (bytes(m.CMDS['get_wifi_info'],
encoding='ascii').hex() == '41542b43574a41505f4445463f0d0a')
ret = m.get_wifi()
assert ret == 'j'
def test_target_setting():
m = mt.GoToMount()
target = 41276
m._set_move_target(target=target, axis=m.RA_CHANNEL)
ra, dec = m.target
assert target == ra
def test_position():
m = mt.GoToMount()
a = m.position
print(a)
def test_position_change():
m = mt.GoToMount()
m.move(0, 1)
m._stream_position(10)
m.stop(1)
def test_get_stats():
m = mt.GoToMount()
print(m.is_moving)
def test_get_steps_per_deg():
m = mt.GoToMount()
a = m.steps_per_deg
print(a)
