def test_t2000_off(sample_session):
test = sample_session('test/t2000_off_docs_example.txt')
result = parse_showenvironment(test)
# Temperature block
assert result['power']['temperature'] == 1
assert result['temperature']['PDB/T_AMB']['Status'] == 1
assert result['temperature']['PDB/T_AMB']['Temp'] == 24
# Indicators
assert result['indicator']['SYS/LOCATE'] == 'OFF'
assert result['indicator']['SYS/SERVICE'] == 'OFF'
assert result['indicator']['SYS/ACT'] == 'STANDBY BLINK'
assert result['indicator']['SYS/REAR_FAULT'] == 'OFF'
assert result['indicator']['SYS/TEMP_FAULT'] == 'OFF'
assert result['indicator']['SYS/TOP_FAN_FAULT'] == 'OFF'
# Disk
assert result['power']['disk'] == 0
# Fans
assert result['power']['fans'] == 0
# Voltage
assert result['power']['voltage'] == 0
# Load
assert result['power']['load'] == 0
# Current
assert result['power']['current'] == 0
# Power supplies
assert result['psu']['PS0']['Status'] == 1
assert result['psu']['PS1']['Status'] == 1
def test_t1000_off(sample_session):
test = sample_session('test/t1000_off.txt')
result = parse_showenvironment(test)
# Temperature block
assert result['power']['temperature'] == 1
assert result['temperature']['MB/T_AMB']['Status'] == 1
assert result['temperature']['MB/T_AMB']['Temp'] == 25
# Indicators
assert result['indicator']['SYS/LOCATE'] == 'FAST BLINK'
assert result['indicator']['SYS/SERVICE'] == 'OFF'
assert result['indicator']['SYS/ACT'] == 'STANDBY BLINK'
# Fans
assert result['power']['fans'] == 0
# Voltage
assert result['power']['voltage'] == 0
# Load
assert result['power']['load'] == 0
# Current
assert result['power']['current'] == 0
# Power supplies
assert result['psu']['PS0']['Status'] == 1
def test_t1000_on_docs_example(sample_session):
test = sample_session('test/t1000_on_docs_example.txt')
result = parse_showenvironment(test)
# Temperature block
assert result['power']['temperature'] == 1
assert result['temperature']['MB/T_AMB']['Status'] == 1
assert result['temperature']['MB/T_AMB']['Temp'] == 26
assert result['temperature']['MB/CMP0/T_TCORE']['Temp'] == 42
assert result['temperature']['MB/CMP0/T_BCORE']['Temp'] == 42
assert result['temperature']['MB/IOB/T_CORE']['Temp'] == 36
# Indicators
assert result['indicator']['SYS/LOCATE'] == 'OFF'
assert result['indicator']['SYS/SERVICE'] == 'OFF'
assert result['indicator']['SYS/ACT'] == 'ON'
# Fans
assert result['power']['fans'] == 1
assert result['fans']['FT0/F0']['Speed'] == 6653
assert result['fans']['FT0/F1']['Speed'] == 6653
assert result['fans']['FT0/F2']['Speed'] == 6653
assert result['fans']['FT0/F3']['Speed'] == 6547
# Voltage
assert result['power']['voltage'] == 1
assert result['voltage']['MB/V_VCORE']['Voltage'] == 1.31
assert result['voltage']['MB/V_VMEM']['Voltage'] == 1.78
assert result['voltage']['MB/V_VTT']['Voltage'] == 0.89
assert result['voltage']['MB/V_+1V2']['Voltage'] == 1.19
assert result['voltage']['MB/V_+1V5']['Voltage'] == 1.49
assert result['voltage']['MB/V_+2V5']['Voltage'] == 2.50
assert result['voltage']['MB/V_+3V3']['Voltage'] == 3.29
assert result['voltage']['MB/V_+5V']['Voltage'] == 5.02
assert result['voltage']['MB/V_+12V']['Voltage'] == 12.18
assert result['voltage']['MB/V_+3V3STBY']['Voltage'] == 3.31
# Load
assert result['power']['load'] == 1
assert result['load']['MB/I_VCORE']['Load'] == 21.52
assert result['load']['MB/I_VMEM']['Load'] == 1.74
# Current
assert result['current']['MB/BAT/V_BAT']['Status'] == 1
# Power supplies
assert result['psu']['PS0']['Status'] == 1
def test_t1000_on_0(sample_session):
test = sample_session('test/t1000_on_0.txt')
result = parse_showenvironment(test)
# Temperature block
assert result['power']['temperature'] == 1
assert result['temperature']['MB/T_AMB']['Status'] == 1
assert result['temperature']['MB/T_AMB']['Temp'] == 25
assert result['temperature']['MB/CMP0/T_TCORE']['Temp'] == 37
assert result['temperature']['MB/CMP0/T_BCORE']['Temp'] == 37
assert result['temperature']['MB/IOB/T_CORE']['Temp'] == 37
# Indicators
assert result['indicator']['SYS/LOCATE'] == 'OFF'
assert result['indicator']['SYS/SERVICE'] == 'OFF'
assert result['indicator']['SYS/ACT'] == 'ON'
# Fans
assert result['power']['fans'] == 1
assert result['fans']['FT0/F0']['Speed'] == 8967
assert result['fans']['FT0/F1']['Speed'] == 8776
assert result['fans']['FT0/F2']['Speed'] == 9166
assert result['fans']['FT0/F3']['Speed'] == 8776
# Voltage
assert result['power']['voltage'] == 1
assert result['voltage']['MB/V_VCORE']['Voltage'] == 1.30
assert result['voltage']['MB/V_VMEM']['Voltage'] == 1.79
assert result['voltage']['MB/V_VTT']['Voltage'] == 0.89
assert result['voltage']['MB/V_+1V2']['Voltage'] == 1.18
assert result['voltage']['MB/V_+1V5']['Voltage'] == 1.48
assert result['voltage']['MB/V_+2V5']['Voltage'] == 2.50
assert result['voltage']['MB/V_+3V3']['Voltage'] == 3.31
assert result['voltage']['MB/V_+5V']['Voltage'] == 5.02
assert result['voltage']['MB/V_+12V']['Voltage'] == 12.25
assert result['voltage']['MB/V_+3V3STBY']['Voltage'] == 3.38
# Load
assert result['power']['load'] == 1
assert result['load']['MB/I_VCORE']['Load'] == 11.2
assert result['load']['MB/I_VMEM']['Load'] == 2.88
# Current
assert result['current']['MB/BAT/V_BAT']['Status'] == 1
# Power supplies
assert result['psu']['PS0']['Status'] == 1
def test_t2000_on(sample_session):
test = sample_session('test/t2000_on_docs_example.txt')
result = parse_showenvironment(test)
# Temperature block
assert result['power']['temperature'] == 1
assert result['temperature']['PDB/T_AMB']['Status'] == 1
assert result['temperature']['PDB/T_AMB']['Temp'] == 24
assert result['temperature']['MB/T_AMB']['Temp'] == 28
assert result['temperature']['MB/CMP0/T_TCORE']['Temp'] == 44
assert result['temperature']['MB/CMP0/T_BCORE']['Temp'] == 44
assert result['temperature']['IOBD/IOB/TCORE']['Temp'] == 43
assert result['temperature']['IOBD/T_AMB']['Temp'] == 29
# Indicators
assert result['indicator']['SYS/LOCATE'] == 'OFF'
assert result['indicator']['SYS/SERVICE'] == 'OFF'
assert result['indicator']['SYS/ACT'] == 'ON'
assert result['indicator']['SYS/REAR_FAULT'] == 'OFF'
assert result['indicator']['SYS/TEMP_FAULT'] == 'OFF'
assert result['indicator']['SYS/TOP_FAN_FAULT'] == 'OFF'
# Disk
assert result['power']['disk'] == 1
assert result['disk']['HDD0']['Status'] == 1.0
assert result['disk']['HDD1']['Status'] == -1.0
assert result['disk']['HDD2']['Status'] == -1.0
assert result['disk']['HDD3']['Status'] == -1.0
# Fans
assert result['power']['fans'] == 1
assert result['fans']['FT0/FM0']['Speed'] == 3586
assert result['fans']['FT0/FM1']['Speed'] == 3525
assert result['fans']['FT0/FM2']['Speed'] == 3650
assert result['fans']['FT2']['Speed'] == 2455
# Voltage
assert result['power']['voltage'] == 1
assert result['voltage']['MB/V_+1V5']['Voltage'] == 1.48
assert result['voltage']['MB/V_VMEML']['Voltage'] == 1.79
assert result['voltage']['MB/V_VMEMR']['Voltage'] == 1.78
assert result['voltage']['MB/V_VTTL']['Voltage'] == 0.89
assert result['voltage']['MB/V_VTTR']['Voltage'] == 0.89
assert result['voltage']['MB/V_+3V3STBY']['Voltage'] == 3.39
assert result['voltage']['MB/V_VCORE']['Voltage'] == 1.31
assert result['voltage']['IOBD/V_+1V5']['Voltage'] == 1.48
assert result['voltage']['IOBD/V_+1V8']['Voltage'] == 1.79
assert result['voltage']['IOBD/V_+3V3MAIN']['Voltage'] == 3.36
assert result['voltage']['IOBD/V_+3V3STBY']['Voltage'] == 3.41
assert result['voltage']['IOBD/V_+1V']['Voltage'] == 1.11
assert result['voltage']['IOBD/V_+1V2']['Voltage'] == 1.17
assert result['voltage']['IOBD/V_+5V']['Voltage'] == 5.15
assert result['voltage']['IOBD/V_-12V']['Voltage'] == -12.04
assert result['voltage']['IOBD/V_+12V']['Voltage'] == 12.18
assert result['voltage']['SC/BAT/V_BAT']['Voltage'] == 3.06
# Load
assert result['power']['load'] == 1
assert result['load']['MB/I_VCORE']['Load'] == 34.64
assert result['load']['MB/I_VMEML']['Load'] == 7.56
assert result['load']['MB/I_VMEMR']['Load'] == 6.42
# Current
assert result['power']['current'] == 1
assert result['current']['IOBD/I_USB0']['Status'] == 1
assert result['current']['IOBD/I_USB1']['Status'] == 1
assert result['current']['FIOBD/I_USB']['Status'] == 1
# Power supplies
assert result['psu']['PS0']['Status'] == 1
assert result['psu']['PS1']['Status'] == 1
def collect(self):
metrics = {}
metrics['temperature'] = GaugeMetricFamily(
'alom_system_temperature',
'Current temperature of system sensors',
labels=['sensor'])
# metrics['indicator'] = Enum(
# 'alom_indicator_status',
# 'Status of each indicator LED',
# labelnames=['indicator'],
# states=['OFF', 'FAST BLINK', 'STANDBY BLINK']
# )
metrics['fans'] = GaugeMetricFamily(
'alom_fan_speed',
'Current speed of cooling fans in RPM',
labels=['sensor'])
metrics['voltage'] = GaugeMetricFamily(
'alom_voltage_status',
'Current voltage at sensors across the machine',
labels=['sensor'])
metrics['load'] = GaugeMetricFamily('alom_system_load',
'Current system load in amps',
labels=['sensor'])
metrics['current'] = GaugeMetricFamily('alom_sensor_status',
'Status of current sensors',
labels=['sensor'])
metrics['psu'] = GaugeMetricFamily('alom_power_supply_status',
'Status of power supplies',
labels=['supply'])
metrics['heartbeat'] = GaugeMetricFamily('alom_ok',
'Scraping status from ALOM')
metrics['power'] = GaugeMetricFamily('alom_system_power',
'System power status')
try:
env = self.connection.showenvironment()
trimmed = [line.strip() for line in env.splitlines()]
data = parse_showenvironment(trimmed)
metrics['heartbeat'].add_metric([], 1)
except PartialResponseException as e:
# A partially formed response causes the heartbeat metric to drop and the timer for returning data to increase
metrics['heartbeat'].add_metric([], 0)
self.connection.increase_backoff()
log.warning(
'Increasing command wait due to partially formed response')
yield metrics['heartbeat']
return
except Exception as e:
metrics['heartbeat'].add_metric([], 0)
raise # Gradually this should become a logging statement so the daemon doesn't crash.
# Simple metrics
metrics['power'].add_metric([], data['power']['system'])
for sensor, sensor_readings in data['temperature'].items():
# XXX include sensor thresholds (Low/High Hard/Soft/Warn) if appropriate
metrics['temperature'].add_metric([sensor],
sensor_readings['Temp'])
# for indicator, state in data['indicator'].items():
# metrics['indicator'].labels(indicator).state(state)
for fan_sensor, fan_status in data['fans'].items():
metrics['fans'].add_metric([fan_sensor], fan_status['Speed'])
for sensor, sensor_readings in data['voltage'].items():
metrics['voltage'].add_metric([sensor], sensor_readings['Voltage'])
for sensor, sensor_readings in data['load'].items():
metrics['load'].add_metric([sensor], sensor_readings['Load'])
for sensor, sensor_readings in data['current'].items():
metrics['current'].add_metric([sensor], sensor_readings['Status'])
for sensor, sensor_readings in data['psu'].items():
metrics['psu'].add_metric([sensor], sensor_readings['Status'])
for metric in metrics.values():
yield metric