def test_fboss_bmc_power_cmd(self):
"""
Tests the 'fboss bmc power' command
Expected output:
$ fboss -H rsw1at.20.snc1 bmc power
Power Supply 1
Name: pfe1100-i2c-7-59
Input Voltage: +208.50 V
Output Current: +0.00 A
Output Power: 54.00 W
Output Voltage: +12.01 V
Power Supply 2
Name: pfe1100-i2c-7-5a
Input Voltage: +212.00 V
Output Current: +2.50 A
Output Power: 30.00 W
Output Voltage: +12.05 V
We expect there to be one or two power supply labeled 1, 2,
each with a name and several input/output parameters.
This test will check that each line matches the corresponding regex.
"""
# Does the binary exist?
self.assertTrue(check_binary_exist(FbossBmcCmdline.FBOSS_CMD),
msg="fboss command not found")
cmd = [FbossBmcCmdline.FBOSS_CMD,
"-H", self.test_topology.switch.name,
"bmc", "power"
]
try:
output = check_subprocess_output(cmd).splitlines()
except Exception as e:
self.fail(e)
for line in output:
if len(line) == 0:
continue
self.assertTrue(
FbossBmcCmdline.POWER_PATTERN.match(line) is not None
or FbossBmcCmdline.POWER_NAME_PATTERN.match(line) is not None
or FbossBmcCmdline.POWER_IO_PATTERN.match(line) is not None,
msg="fboss bmc power command output did not match regex")
def test_fboss_bmc_power_cmd(self):
"""
Tests the 'fboss bmc power' command
Expected output:
$ fboss -H rsw1at.20.snc1 bmc power
Power Supply 1
Name: pfe1100-i2c-7-59
Input Voltage: +208.50 V
Output Current: +0.00 A
Output Power: 54.00 W
Output Voltage: +12.01 V
Power Supply 2
Name: pfe1100-i2c-7-5a
Input Voltage: +212.00 V
Output Current: +2.50 A
Output Power: 30.00 W
Output Voltage: +12.05 V
We expect there to be one or two power supply labeled 1, 2,
each with a name and several input/output parameters.
This test will check that each line matches the corresponding regex.
"""
# Does the binary exist?
self.assertTrue(check_binary_exist(FbossBmcCmdline.FBOSS_CMD),
msg="fboss command not found")
cmd = [FbossBmcCmdline.FBOSS_CMD,
"-H", self.test_topology.switch.name,
"bmc", "power"
]
try:
output = check_subprocess_output(cmd).splitlines()
except Exception as e:
self.fail(e)
for line in output:
if len(line) == 0:
continue
self.assertTrue(
FbossBmcCmdline.POWER_PATTERN.match(line) is not None
or FbossBmcCmdline.POWER_NAME_PATTERN.match(line) is not None
or FbossBmcCmdline.POWER_IO_PATTERN.match(line) is not None,
msg="fboss bmc power command output did not match regex")
def test_fboss_bmc_fan_cmd(self):
"""
Tests the 'fboss bmc fan' command
Note to the future: system_tests currently don't support galaxy devices,
but when we do, know that galaxy FC/LC cards have 0 fan
Expected output:
$ fboss -H rsw1ab.20.snc1 bmc fan
Fan 1 front: 9750 RPM
Fan 1 rear: 6900 RPM
Fan 2 front: 9900 RPM
Fan 2 rear: 6900 RPM
Fan 3 front: 9900 RPM
Fan 3 rear: 6900 RPM
Fan 4 front: 9900 RPM
Fan 4 rear: 6750 RPM
Fan 5 front: 9750 RPM
Fan 5 rear: 6600 RPM
We expect there to be four or five fans labeled 0+ or 1+ with both front
and rear present in the output. This test will check that there are
between 1 and 12 lines of code inclusive, and that each line matches the
regex.
"""
# Does the binary exist?
self.assertTrue(check_binary_exist(FbossBmcCmdline.FBOSS_CMD),
msg="fboss command not found")
cmd = [
FbossBmcCmdline.FBOSS_CMD, "-H", self.test_topology.switch.name,
"bmc", "fan"
]
try:
output = check_subprocess_output(cmd).splitlines()
except Exception as e:
self.fail(e)
self.assertTrue(
len(output) > 0 and len(output) <= 12,
msg="fboss bmc fan command produced unexpected output size")
for line in output:
self.assertTrue(
FbossBmcCmdline.FAN_PATTERN.match(line) is not None,
msg="fboss bmc fan command output did not match regex")
def test_fboss_bmc_fan_cmd(self):
"""
Tests the 'fboss bmc fan' command
Note to the future: system_tests currently don't support galaxy devices,
but when we do, know that galaxy FC/LC cards have 0 fan
Expected output:
$ fboss -H rsw1ab.20.snc1 bmc fan
Fan 1 front: 9750 RPM
Fan 1 rear: 6900 RPM
Fan 2 front: 9900 RPM
Fan 2 rear: 6900 RPM
Fan 3 front: 9900 RPM
Fan 3 rear: 6900 RPM
Fan 4 front: 9900 RPM
Fan 4 rear: 6750 RPM
Fan 5 front: 9750 RPM
Fan 5 rear: 6600 RPM
We expect there to be four or five fans labeled 0+ or 1+ with both front
and rear present in the output. This test will check that there are
between 1 and 12 lines of code inclusive, and that each line matches the
regex.
"""
# Does the binary exist?
self.assertTrue(check_binary_exist(FbossBmcCmdline.FBOSS_CMD),
msg="fboss command not found")
cmd = [FbossBmcCmdline.FBOSS_CMD,
"-H", self.test_topology.switch.name,
"bmc", "fan"
]
try:
output = check_subprocess_output(cmd).splitlines()
except Exception as e:
self.fail(e)
self.assertTrue(len(output) > 0 and len(output) <= 12,
msg="fboss bmc fan command produced unexpected output size")
for line in output:
self.assertTrue(FbossBmcCmdline.FAN_PATTERN.match(line) is not None,
msg="fboss bmc fan command output did not match regex")
def test_fboss_bmc_temp_cmd(self):
"""
Test the 'fboss bmc temp' command
Expected output
$ fboss -H rsw1ap.20.snc1 bmc temp
Inlet Temp: +23.6 C
Switch Temp: +27.6 C
Outlet Temp: +28.4 C
CPU Temp: +24.1 C
DIMM0 Temp: +30.8 C
All temperatures should be populated with reasonable values -
between 40F and 140F (4.5C and 60C)
"""
# Does the binary exist?
self.assertTrue(check_binary_exist(FbossBmcCmdline.FBOSS_CMD),
msg="fboss command not found")
cmd = [FbossBmcCmdline.FBOSS_CMD,
'-H', self.test_topology.switch.name,
'bmc',
'temp'
]
try:
output = check_subprocess_output(cmd).splitlines()
except Exception as e:
self.fail(e)
# as we step through each line:
# - verify that each line follows expected output
# - verify that each line contains a temperature
# - verify that temperature unit is F or C
# - verify that temperature is within range
for line in output:
self.assertIsNotNone(FbossBmcCmdline.TEMP_PATTERN.match(line),
msg="Line doesn't match the expected output: " + line)
line_split = line.split()
temp_location = line_split.index("Temp:")
temperature, temperature_unit = self._check_temp(line_split,
temp_location)
self._check_temp_range(temperature, temperature_unit)
def test_fboss_bmc_temp_cmd(self):
"""
Test the 'fboss bmc temp' command
Expected output
$ fboss -H rsw1ap.20.snc1 bmc temp
Inlet Temp: +23.6 C
Switch Temp: +27.6 C
Outlet Temp: +28.4 C
CPU Temp: +24.1 C
DIMM0 Temp: +30.8 C
All temperatures should be populated with reasonable values -
between 40F and 140F (4.5C and 60C)
"""
# Does the binary exist?
self.assertTrue(check_binary_exist(FbossBmcCmdline.FBOSS_CMD),
msg="fboss command not found")
cmd = [FbossBmcCmdline.FBOSS_CMD,
'-H', self.test_topology.switch.name,
'bmc',
'temp'
]
try:
output = check_subprocess_output(cmd).splitlines()
except Exception as e:
self.fail(e)
# as we step through each line:
# - verify that each line follows expected output
# - verify that each line contains a temperature
# - verify that temperature unit is F or C
# - verify that temperature is within range
for line in output:
self.assertIsNotNone(FbossBmcCmdline.TEMP_PATTERN.match(line),
msg="Line doesn't match the expected output: " + line)
line_split = line.split()
temp_location = line_split.index("Temp:")
temperature, temperature_unit = self._check_temp(line_split,
temp_location)
self._check_temp_range(temperature, temperature_unit)