def test_set_jc_mode():
# Load JetsonClocks controller
jc = JetsonClocks()
jc.start = True
# Initialize NVPmodel
nvp = NVPmodel("PC", jetson_clocks=jc)
# Set value
set_status = nvp.set(0)
# stop jc
jc.start = False
assert set_status
def test_set_jc_mode():
# Load JetsonClocks controller
jc = JetsonClocks(sys.prefix + "/local/jetson_stats")
try:
jc.start = True
except JetsonClocks.JCException:
pass
# Initialize NVPmodel
nvp = NVPmodel(jetson_clocks=jc)
# Set value
set_status = nvp.set(0)
# stop jc
try:
jc.start = False
except JetsonClocks.JCException:
pass
assert set_status
def test_decrease_mode():
# Initialize NVPmodel
nvp = NVPmodel()
# Set value
assert nvp.decrease()
def test_set_mode():
# Initialize NVPmodel
nvp = NVPmodel()
# Set value
assert nvp.set(0)
def test_mode():
# Test board in list
nvp = NVPmodel()
assert nvp.mode == nvp.modes[nvp.num]["Name"]
assert nvp.num == nvp.modes[nvp.num]["ID"]
def test_initialization():
# Test board in list
nvp = NVPmodel()
assert isinstance(nvp.modes, list)
def test_nvp_good():
# Initialize NVPmodel
nvp = NVPmodel()
# Check values
assert isinstance(nvp.mode, str)
assert isinstance(nvp.num, int)
def test_increase_mode():
# Initialize NVPmodel
nvp = NVPmodel("PC")
# Set value
assert nvp.increase()
