def test_history_clear(self, mocked_check_call):
snr_readonly = sensorsNode("mb")
snr_readwrite = sensorsNode("mb", actions=['history-clear'])
# Ensure that we do not do any actions which
# we were not initialized with. Respect read-only
self.assertEqual(snr_readonly.doAction({'action': 'history-clear'}),
{'result': 'failure'})
mocked_check_call.assert_not_called()
self.assertEqual(snr_readonly.doAction({'action': 'history-clear'}),
{'result': 'failure'})
mocked_check_call.assert_not_called()
# Ensure that we respect read-only even if
# we support actions.
self.assertEqual(snr_readwrite.doAction({'action': 'history-clear'}),
{'result': 'failure'})
mocked_check_call.assert_not_called()
# Ensure that we accept calls to clear history of all sensors
self.assertEqual(
snr_readwrite.doAction({'action': 'history-clear'}, False),
{'result': 'success'})
mocked_check_call.assert_called_with(
['/usr/local/bin/sensor-util', 'mb', '--history-clear'])
# Ensure we can clear history of specific sensor
self.assertEqual(
snr_readwrite.doAction({
'action': 'history-clear',
'id': '0xA0'
}, False), {'result': 'success'})
mocked_check_call.assert_called_with(
['/usr/local/bin/sensor-util', 'mb', '--history-clear', '0xA0'])
def test_thresholds_call(self, mocked_check_output):
mocked_check_output.return_value = b"MB_INLET_TEMP (0xA0) : 32.62 C | (ok) | UCR: NA | UNC: NA | UNR: NA | LCR: NA | LNC: NA | LNR: NA\nMB_OUTLET_TEMP (0xA1) : 29.25 C | (ok) | UCR: 90.00 | UNC: NA | UNR: NA | LCR: NA | LNC: NA | LNR: NA"
snr = sensorsNode("mb")
expected_no_thresholds_sensor = {'MB_INLET_TEMP': {'value': '32.62'}}
expected_single_thresholds_sensor = {
'MB_OUTLET_TEMP': {
'thresholds': {
'UCR': '90.00'
},
'value': '29.25',
'units': 'C'
}
}
self.assertEqual(
snr.getInformation(param={
'name': 'MB_INLET_TEMP',
'display': 'thresholds'
}), expected_no_thresholds_sensor)
mocked_check_output.assert_called_with(
['/usr/local/bin/sensor-util', 'mb', '--threshold'])
self.assertEqual(
snr.getInformation(param={
'name': 'MB_OUTLET_TEMP',
'display': 'thresholds,units'
}), expected_single_thresholds_sensor)
mocked_check_output.assert_called_with(
['/usr/local/bin/sensor-util', 'mb', '--threshold'])
def test_thresholds_call(self, mocked_check_output):
mocked_check_output.return_value = b"MB_INLET_TEMP (0xA0) : 32.62 C | (ok) | UCR: NA | UNC: NA | UNR: NA | LCR: NA | LNC: NA | LNR: NA\nMB_OUTLET_TEMP (0xA1) : 29.25 C | (ok) | UCR: 90.00 | UNC: NA | UNR: NA | LCR: NA | LNC: NA | LNR: NA"
snr = sensorsNode("mb")
expected_no_thresholds_sensor = {"MB_INLET_TEMP": {"value": "32.62"}}
expected_single_thresholds_sensor = {
"MB_OUTLET_TEMP": {
"thresholds": {"UCR": "90.00"},
"value": "29.25",
"units": "C",
}
}
self.assertEqual(
snr.getInformation(
param={"name": "MB_INLET_TEMP", "display": "thresholds"}
),
expected_no_thresholds_sensor,
)
mocked_check_output.assert_called_with(
["/usr/local/bin/sensor-util", "mb", "--threshold"]
)
self.assertEqual(
snr.getInformation(
param={"name": "MB_OUTLET_TEMP", "display": "thresholds,units"}
),
expected_single_thresholds_sensor,
)
mocked_check_output.assert_called_with(
["/usr/local/bin/sensor-util", "mb", "--threshold"]
)
def test_basic_call(self, mocked_check_output):
mocked_check_output.return_value = b"MB_INLET_TEMP (0xA0) : 33.31 C | (ok)\nMB_OUTLET_TEMP (0xA1) : 29.56 C | (ok)"
snr = sensorsNode("mb")
expected_full_output = {
"MB_INLET_TEMP": {"value": "33.31"},
"MB_OUTLET_TEMP": {"value": "29.56"},
}
expected_filtered_output = {"MB_INLET_TEMP": {"value": "33.31"}}
expected_status_output = {"MB_INLET_TEMP": {"value": "33.31", "status": "ok"}}
expected_units_output = {"MB_INLET_TEMP": {"value": "33.31", "units": "C"}}
# Get all sensors
self.assertEqual(snr.getInformation(), expected_full_output)
mocked_check_output.assert_called_with(["/usr/local/bin/sensor-util", "mb"])
# Get sensor by name
self.assertEqual(
snr.getInformation(param={"name": "MB_INLET_TEMP"}),
expected_filtered_output,
)
mocked_check_output.assert_called_with(["/usr/local/bin/sensor-util", "mb"])
# Get unknown sensor by name
self.assertEqual(snr.getInformation(param={"name": "MB_INLET_TEMP2"}), {})
mocked_check_output.assert_called_with(["/usr/local/bin/sensor-util", "mb"])
self.assertEqual(
snr.getInformation(param={"name": "MB_INLET_TEMP", "display": "status"}),
expected_status_output,
)
mocked_check_output.assert_called_with(["/usr/local/bin/sensor-util", "mb"])
self.assertEqual(
snr.getInformation(param={"name": "MB_INLET_TEMP", "display": "units"}),
expected_units_output,
)
mocked_check_output.assert_called_with(["/usr/local/bin/sensor-util", "mb"])
def test_history_call(self, mocked_popen):
return_value = b"MB_INLET_TEMP (0xA0) min = 32.88, average = 32.88, max = 32.88\nMB_OUTLET_TEMP (0xA1) min = 29.25, average = 29.31, max = 29.31"
mock_return_value = Mock()
mock_return_value.communicate.return_value = (return_value, "error")
mocked_popen.return_value = mock_return_value
snr = sensorsNode("mb")
expected_filtered_output = {
"MB_INLET_TEMP": {
"min": "32.88",
"avg": "32.88",
"max": "32.88"
}
}
self.assertEqual(
snr.getInformation(
param={
"name": "MB_INLET_TEMP",
"display": "history",
"history-period": "70",
}),
expected_filtered_output,
)
mocked_popen.assert_called_with(
["/usr/local/bin/sensor-util", "mb", "--history", "70"],
stderr=-1,
stdout=-1,
)
def test_basic_call(self, mocked_check_output):
mocked_check_output.return_value = b"MB_INLET_TEMP (0xA0) : 33.31 C | (ok)\nMB_OUTLET_TEMP (0xA1) : 29.56 C | (ok)"
snr = sensorsNode("mb")
expected_full_output = {
'MB_INLET_TEMP': {
'value': '33.31'
},
'MB_OUTLET_TEMP': {
'value': '29.56'
}
}
expected_filtered_output = {'MB_INLET_TEMP': {'value': '33.31'}}
expected_status_output = {
'MB_INLET_TEMP': {
'value': '33.31',
'status': 'ok'
}
}
expected_units_output = {
'MB_INLET_TEMP': {
'value': '33.31',
'units': 'C'
}
}
# Get all sensors
self.assertEqual(snr.getInformation(), expected_full_output)
mocked_check_output.assert_called_with(
['/usr/local/bin/sensor-util', 'mb'])
# Get sensor by name
self.assertEqual(snr.getInformation(param={'name': 'MB_INLET_TEMP'}),
expected_filtered_output)
mocked_check_output.assert_called_with(
['/usr/local/bin/sensor-util', 'mb'])
# Get unknown sensor by name
self.assertEqual(snr.getInformation(param={'name': 'MB_INLET_TEMP2'}),
{})
mocked_check_output.assert_called_with(
['/usr/local/bin/sensor-util', 'mb'])
self.assertEqual(
snr.getInformation(param={
'name': 'MB_INLET_TEMP',
'display': 'status'
}), expected_status_output)
mocked_check_output.assert_called_with(
['/usr/local/bin/sensor-util', 'mb'])
self.assertEqual(
snr.getInformation(param={
'name': 'MB_INLET_TEMP',
'display': 'units'
}), expected_units_output)
mocked_check_output.assert_called_with(
['/usr/local/bin/sensor-util', 'mb'])
def test_filter_by_id_call(self, mocked_check_output):
mocked_check_output.return_value = b"MB_INLET_TEMP (0xA0) : 33.31 C | (ok)"
snr = sensorsNode("mb")
expected_filtered_output = {'MB_INLET_TEMP': {'value': '33.31'}}
# Get sensor by id.
self.assertEqual(snr.getInformation(param={'id': '0xA0'}),
expected_filtered_output)
mocked_check_output.assert_called_with(
['/usr/local/bin/sensor-util', 'mb', '0xA0'])
# Get unknown sensor by id
self.assertEqual(snr.getInformation(param={'id': '0xA9'}), {})
mocked_check_output.assert_called_with(
['/usr/local/bin/sensor-util', 'mb', '0xA9'])
def test_history_clear(self, mocked_check_call):
snr_readonly = sensorsNode("mb")
snr_readwrite = sensorsNode("mb", actions=["history-clear"])
# Ensure that we do not do any actions which
# we were not initialized with. Respect read-only
self.assertEqual(
snr_readonly.doAction({"action": "history-clear"}), {"result": "failure"}
)
mocked_check_call.assert_not_called()
self.assertEqual(
snr_readonly.doAction({"action": "history-clear"}), {"result": "failure"}
)
mocked_check_call.assert_not_called()
# Ensure that we respect read-only even if
# we support actions.
self.assertEqual(
snr_readwrite.doAction({"action": "history-clear"}), {"result": "failure"}
)
mocked_check_call.assert_not_called()
# Ensure that we accept calls to clear history of all sensors
self.assertEqual(
snr_readwrite.doAction({"action": "history-clear"}, False),
{"result": "success"},
)
mocked_check_call.assert_called_with(
["/usr/local/bin/sensor-util", "mb", "--history-clear"]
)
# Ensure we can clear history of specific sensor
self.assertEqual(
snr_readwrite.doAction({"action": "history-clear", "id": "0xA0"}, False),
{"result": "success"},
)
mocked_check_call.assert_called_with(
["/usr/local/bin/sensor-util", "mb", "--history-clear", "0xA0"]
)
def test_filter_by_id_call(self, mocked_popen):
return_value = b"MB_INLET_TEMP (0xA0) : 33.31 C | (ok)"
mock_return_value = Mock()
mock_return_value.communicate.return_value = (return_value, "error")
mocked_popen.return_value = mock_return_value
snr = sensorsNode("mb")
expected_filtered_output = {"MB_INLET_TEMP": {"value": "33.31"}}
# Get sensor by id.
self.assertEqual(snr.getInformation(param={"id": "0xA0"}),
expected_filtered_output)
mocked_popen.assert_called_with(
["/usr/local/bin/sensor-util", "mb", "0xA0"], stderr=-1, stdout=-1)
# Get unknown sensor by id
self.assertEqual(snr.getInformation(param={"id": "0xA9"}), {})
mocked_popen.assert_called_with(
["/usr/local/bin/sensor-util", "mb", "0xA9"], stderr=-1, stdout=-1)
def test_filter_by_id_call(self, mocked_check_output):
mocked_check_output.return_value = (
b"MB_INLET_TEMP (0xA0) : 33.31 C | (ok)"
)
snr = sensorsNode("mb")
expected_filtered_output = {"MB_INLET_TEMP": {"value": "33.31"}}
# Get sensor by id.
self.assertEqual(
snr.getInformation(param={"id": "0xA0"}), expected_filtered_output
)
mocked_check_output.assert_called_with(
["/usr/local/bin/sensor-util", "mb", "0xA0"]
)
# Get unknown sensor by id
self.assertEqual(snr.getInformation(param={"id": "0xA9"}), {})
mocked_check_output.assert_called_with(
["/usr/local/bin/sensor-util", "mb", "0xA9"]
)
def test_history_call(self, mocked_check_output):
mocked_check_output.return_value = b"MB_INLET_TEMP (0xA0) min = 32.88, average = 32.88, max = 32.88\nMB_OUTLET_TEMP (0xA1) min = 29.25, average = 29.31, max = 29.31"
snr = sensorsNode("mb")
expected_filtered_output = {
'MB_INLET_TEMP': {
'min': '32.88',
'avg': '32.88',
'max': '32.88'
}
}
self.assertEqual(
snr.getInformation(
param={
'name': 'MB_INLET_TEMP',
'display': 'history',
'history-period': '70'
}), expected_filtered_output)
mocked_check_output.assert_called_with(
['/usr/local/bin/sensor-util', 'mb', '--history', '70'])
def test_history_call(self, mocked_check_output):
mocked_check_output.return_value = b"MB_INLET_TEMP (0xA0) min = 32.88, average = 32.88, max = 32.88\nMB_OUTLET_TEMP (0xA1) min = 29.25, average = 29.31, max = 29.31"
snr = sensorsNode("mb")
expected_filtered_output = {
"MB_INLET_TEMP": {"min": "32.88", "avg": "32.88", "max": "32.88"}
}
self.assertEqual(
snr.getInformation(
param={
"name": "MB_INLET_TEMP",
"display": "history",
"history-period": "70",
}
),
expected_filtered_output,
)
mocked_check_output.assert_called_with(
["/usr/local/bin/sensor-util", "mb", "--history", "70"]
)
def test_thresholds_call(self, mocked_popen):
return_value = b"MB_INLET_TEMP (0xA0) : 32.62 C | (ok) | UCR: NA | UNC: NA | UNR: NA | LCR: NA | LNC: NA | LNR: NA\nMB_OUTLET_TEMP (0xA1) : 29.25 C | (ok) | UCR: 90.00 | UNC: NA | UNR: NA | LCR: NA | LNC: NA | LNR: NA"
mock_return_value = Mock()
mock_return_value.communicate.return_value = (return_value, "error")
mocked_popen.return_value = mock_return_value
snr = sensorsNode("mb")
expected_no_thresholds_sensor = {"MB_INLET_TEMP": {"value": "32.62"}}
expected_single_thresholds_sensor = {
"MB_OUTLET_TEMP": {
"thresholds": {
"UCR": "90.00"
},
"value": "29.25",
"units": "C",
}
}
self.assertEqual(
snr.getInformation(param={
"name": "MB_INLET_TEMP",
"display": "thresholds"
}),
expected_no_thresholds_sensor,
)
mocked_popen.assert_called_with(
["/usr/local/bin/sensor-util", "mb", "--threshold"],
stderr=-1,
stdout=-1)
self.assertEqual(
snr.getInformation(param={
"name": "MB_OUTLET_TEMP",
"display": "thresholds,units"
}),
expected_single_thresholds_sensor,
)
mocked_popen.assert_called_with(
["/usr/local/bin/sensor-util", "mb", "--threshold"],
stderr=-1,
stdout=-1)
def test_basic_call(self, mocked_popen):
return_value = b"MB_INLET_TEMP (0xA0) : 33.31 C | (ok)\nMB_OUTLET_TEMP (0xA1) : 29.56 C | (ok)"
mock_return_value = Mock()
mock_return_value.communicate.return_value = (return_value, "error")
mocked_popen.return_value = mock_return_value
snr = sensorsNode("mb")
expected_full_output = {
"MB_INLET_TEMP": {
"value": "33.31"
},
"MB_OUTLET_TEMP": {
"value": "29.56"
},
}
expected_filtered_output = {"MB_INLET_TEMP": {"value": "33.31"}}
expected_status_output = {
"MB_INLET_TEMP": {
"value": "33.31",
"status": "ok"
}
}
expected_units_output = {
"MB_INLET_TEMP": {
"value": "33.31",
"units": "C"
}
}
# Get all sensors
self.assertEqual(snr.getInformation(), expected_full_output)
mocked_popen.assert_called_with(["/usr/local/bin/sensor-util", "mb"],
stderr=-1,
stdout=-1)
# Get sensor by name
self.assertEqual(
snr.getInformation(param={"name": "MB_INLET_TEMP"}),
expected_filtered_output,
)
mocked_popen.assert_called_with(["/usr/local/bin/sensor-util", "mb"],
stderr=-1,
stdout=-1)
# Get unknown sensor by name
self.assertEqual(snr.getInformation(param={"name": "MB_INLET_TEMP2"}),
{})
mocked_popen.assert_called_with(["/usr/local/bin/sensor-util", "mb"],
stderr=-1,
stdout=-1)
self.assertEqual(
snr.getInformation(param={
"name": "MB_INLET_TEMP",
"display": "status"
}),
expected_status_output,
)
mocked_popen.assert_called_with(["/usr/local/bin/sensor-util", "mb"],
stderr=-1,
stdout=-1)
self.assertEqual(
snr.getInformation(param={
"name": "MB_INLET_TEMP",
"display": "units"
}),
expected_units_output,
)
mocked_popen.assert_called_with(["/usr/local/bin/sensor-util", "mb"],
stderr=-1,
stdout=-1)
