def test_powerswitch_connection_check(zk2, remote_client):
"""
Tests that the power switch connection check can fail and that SUT_RECOVER_PERFORM is triggered.
Blocks the power switch request until the test case is in the correct state before registering
messagebus dispatchers.
"""
with GudeMock() as server:
server.set_error()
block = Event()
server.set_block(block, timeout=1)
process = zk2(
[
'sut', 'runcommand', 'testfinder', 'remote', 'powerswitch', 'powerswitchcc', 'gude',
'connectioncheck'
],
'--remote-enabled true '
'--remote-port {remote_port} '
'run --suts-ids box --suts-box@ip localhost '
'--suts-box@powerswitch gude '
'--suts-box@gude-ip localhost:{port} '
'--suts-box@gude-port 4 '
'powerswitch.systest.data.suites.test_minimal'.format(
remote_port=remote_client.port, port=server.port),
wait=False)
try:
with remote_client.client() as client:
client.define_endpoints_and_messages({SYSTEST: [SUT_RECOVERY_PERFORM]})
with client.local_message_queue([SUT_RECOVERY_PERFORM], entities=['box']) as queue:
block.set()
queue.get(timeout=1)
finally:
process.wait()
def test_gude_state_with_json_flag(gude):
with GudeMock() as server:
result = gude('state', server.port, json=True)
assert json.loads(result.stdout) == {
'4': {
'state': 'ON',
'changed': False
}
}
def test_gude_state_changed(gude):
with GudeMock() as server:
result = gude('off', server.port, json=True)
assert json.loads(result.stdout) == {
'4': {
'state': 'OFF',
'changed': True
}
}
def test_powermeter_power_error(zk2):
with GudeMock() as server:
server.set_error()
result = zk2(['powermeter', 'gude'],
'powermeter --suts-ids box '
'--suts-box@powermeter gude '
'--suts-box@gude-ip localhost:{port} '
'--suts-box@gude-port 4 '
'--json'.format(port=server.port),
expected_exit_code=1)
json.loads(result.stdout)
def test_gude_state_set_to_off(gude):
with GudeMock() as server:
result = gude('off', server.port)
assert 'OFF' in result.stdout
def test_gude_state_set_to_on(gude):
with GudeMock() as server:
server.states = [False] * 8
result = gude('on', server.port)
assert 'ON' in result.stdout
def test_gude_state_off(gude):
with GudeMock() as server:
server.states = [False] * 8
result = gude('state', server.port)
assert 'OFF' in result.stdout
def test_powerswitch_state_is_off(powerswitch):
with GudeMock() as server:
server.set_states([False] * 8)
result = powerswitch('state', server.port)
assert 'OFF' in result.stdout
def test_powermeter_power_error(powermeter):
with GudeMock() as server:
server.set_error()
powermeter(server.port, expected_exit_code=1)
def test_gude_state_error(gude):
with GudeMock() as server:
server.set_error()
gude('state', server.port, expected_exit_code=1)
def test_powerswitch_state_changed(powerswitch):
with GudeMock() as server:
result = powerswitch('off', server.port, json=True)
assert json.loads(result.stdout)['box']['changed']
def test_powerswitch_state_json_format(powerswitch):
with GudeMock() as server:
result = powerswitch('state', server.port, json=True)
json.loads(result.stdout)
def test_powerswitch_set_state_to_off_error(powerswitch):
with GudeMock() as server:
server.set_error()
powerswitch('off', server.port, expected_exit_code=1)
def test_set_power_state_off(powerswitch):
with GudeMock() as server:
result = powerswitch('off', server.port)
assert 'OFF' in result.stdout
def test_set_power_state_on(powerswitch):
with GudeMock() as server:
server.set_states([False] * 8)
result = powerswitch('on', server.port)
assert 'ON' in result.stdout
def test_gude_state_for_all_ports_with_different_states(gude):
with GudeMock() as server:
server.states = [True, False, True, True, False, False, True, True]
result = gude('state', server.port, port_arg='')
assert result.stdout.count('ON') == 5
assert result.stdout.count('OFF') == 3
def test_gude_state_set_for_multiple_ports(gude):
with GudeMock() as server:
result = gude('state', server.port, port_arg='--port 4 --port 6')
assert result.stdout.count('ON') == 2
def test_gude_power(gude):
with GudeMock() as server:
server.set_default_sensor_value(42)
result = gude('power', server.port)
assert '42 W' in result.stdout
def test_gude_power_json(gude):
with GudeMock() as server:
server.set_default_sensor_value(42)
result = gude('power', server.port, json=True)
assert json.loads(result.stdout) == {'4': {'power': 42}}
def test_gude_power_error(gude):
with GudeMock() as server:
server.set_error()
gude('power', server.port, expected_exit_code=1)
def test_powermeter_power(powermeter):
with GudeMock() as server:
server.set_default_sensor_value(42)
result = powermeter(server.port)
assert '42.0 W' in result.stdout
def test_gude_state_on(gude):
with GudeMock() as server:
result = gude('state', server.port)
assert 'ON' in result.stdout
def test_powermeter_state_json_format(powermeter):
with GudeMock() as server:
result = powermeter(server.port, json=True)
json.loads(result.stdout)
def test_powerswitch_state_is_on(powerswitch):
with GudeMock() as server:
result = powerswitch('state', server.port)
assert 'ON' in result.stdout