87c09c4da0
* Replaced smartmontools with smartmontool-svn
* Adds JSON exporting which makes parsing the data easier
* Using nvme-cli for NVMe drives instead of smartctl
* NVMe support in smartctl is still experimental and inconsistent
* New "Health OK" detection
* This is used to determine if a disk is okay to be tested
* e.g. an IDE disk w/out any SMART data now requires explicit overriding
* NVMe disks are set using the "critical_warning" attribute
* SMART disks are set using the "overall-health" attribute
241 lines
8.1 KiB
Python
Executable file
241 lines
8.1 KiB
Python
Executable file
# Wizard Kit: Functions - HW Diagnostics
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import libtmux
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import json
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from functions.common import *
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# STATIC VARIABLES
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TMUX = libtmux.Server()
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SESSION = TMUX.find_where({'session_name': 'hw-diags'})
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WINDOW = SESSION.windows[0] # Should be a safe assumption
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PANE = WINDOW.panes[0] # Should be a safe assumption
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TESTS = {
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'Prime95': {
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'Enabled': False,
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'Status': 'Pending',
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},
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'SMART': {
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'Enabled': False,
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'Quick': False,
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},
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'badblocks': {
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'Enabled': False,
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},
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}
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def get_smart_details(dev):
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cmd = 'sudo smartctl --all --json /dev/{}'.format(dev).split()
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result = run_program(cmd, check=False)
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try:
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return json.loads(result.stdout.decode())
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except Exception:
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# Let other sections deal with the missing data
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return {}
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def get_status_color(s):
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color = COLORS['CLEAR']
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if s in ['NS', 'Unknown']:
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color = COLORS['RED']
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elif s in ['Working', 'Skipped']:
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color = COLORS['YELLOW']
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elif s in ['CS']:
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color = COLORS['GREEN']
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return color
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def menu_diags():
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diag_modes = [
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{'Name': 'All tests', 'Tests': ['Prime95', 'SMART', 'badblocks']},
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{'Name': 'Prime95', 'Tests': ['Prime95']},
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{'Name': 'SMART & badblocks', 'Tests': ['SMART', 'badblocks']},
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{'Name': 'SMART', 'Tests': ['SMART']},
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{'Name': 'badblocks', 'Tests': ['badblocks']},
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{'Name': 'Quick drive test', 'Tests': ['Quick', 'SMART']},
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]
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actions = [
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{'Letter': 'A', 'Name': 'Audio test'},
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{'Letter': 'N', 'Name': 'Network test'},
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{'Letter': 'M', 'Name': 'Screen Saver - Matrix', 'CRLF': True},
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{'Letter': 'P', 'Name': 'Screen Saver - Pipes'},
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{'Letter': 'Q', 'Name': 'Quit', 'CRLF': True},
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]
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# Show menu
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while True:
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selection = menu_select(
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title = 'Hardware Diagnostics: Menu',
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main_entries = diag_modes,
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action_entries = actions,
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spacer = '─────────────────────────')
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if selection.isnumeric():
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run_tests(diag_modes[int(selection)-1]['Tests'])
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elif selection == 'A':
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run_program(['hw-diags-audio'], check=False, pipe=False)
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sleep(1)
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elif selection == 'N':
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run_program(['hw-diags-network'], check=False, pipe=False)
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sleep(1)
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elif selection == 'M':
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run_program(['cmatrix', '-abs'], check=False, pipe=False)
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elif selection == 'P':
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run_program(
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'pipes -t 0 -t 1 -t 2 -t 3 -p 5 -R -r 4000'.split(),
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check=False, pipe=False)
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elif selection == 'Q':
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break
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def run_badblocks():
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pass
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def run_mprime():
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# Set Window layout
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window = SESSION.new_window()
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pane_sensors = window.panes[0]
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pane_mprime = window.split_window(attach=False)
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pane_mprime.set_height(10)
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pane_progress = window.split_window(attach=False, vertical=False)
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pane_progress.set_width(16)
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# Start test
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run_program(['apple-fans', 'max'])
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pane_sensors.send_keys('watch -c -n1 -t hw-sensors')
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pane_progress.send_keys('watch -c -n1 -t cat "{}"'.format(TESTS['Progress Out']))
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pane_mprime.send_keys('mprime -t')
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#sleep(MPRIME_LIMIT*60)
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sleep(15)
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# Done
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run_program(['apple-fans', 'auto'])
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window.kill_window()
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def run_smart():
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# Set Window layout
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window = SESSION.new_window()
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pane_sensors = window.panes[0]
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pane_smart = window.split_window(attach=False)
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pane_smart.set_height(10)
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pane_progress = window.split_window(attach=False, vertical=False)
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pane_progress.set_width(16)
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# Start test
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run_program(['apple-fans', 'max'])
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pane_sensors.send_keys('watch -c -n1 -t hw-sensors')
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pane_progress.send_keys('watch -c -n1 -t cat "{}"'.format(TESTS['Progress Out']))
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pane_mprime.send_keys('mprime -t')
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#sleep(MPRIME_LIMIT*60)
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sleep(15)
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# Done
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run_program(['apple-fans', 'auto'])
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window.kill_window()
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def run_tests(tests):
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# Enable selected tests
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for t in ['Prime95', 'SMART', 'badblocks']:
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TESTS[t]['Enabled'] = t in tests
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TESTS['SMART']['Quick'] = 'Quick' in tests
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# Initialize
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if TESTS['SMART']['Enabled'] or TESTS['badblocks']['Enabled']:
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scan_disks()
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update_progress()
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# Run
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if TESTS['Prime95']['Enabled']:
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run_mprime()
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if TESTS['SMART']['Enabled']:
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run_smart()
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if TESTS['badblocks']['Enabled']:
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run_badblocks()
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def scan_disks():
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clear_screen()
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# Get eligible disk list
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cmd = 'lsblk -J -o HOTPLUG,NAME,TRAN,TYPE'.split()
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result = run_program(cmd)
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json_data = json.loads(result.stdout.decode())
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devs = json_data.get('blockdevices', [])
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devs = {d['name']: {'lsblk': d, 'Status': 'Pending'} for d in devs
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if d['type'] == 'disk' and d['hotplug'] == '0'}
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for dev, data in devs.items():
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# Get SMART attributes
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data['smartctl'] = get_smart_details(dev)
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# Get NVMe attributes
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if data['lsblk']['tran'] == 'nvme':
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cmd = 'sudo nvme smart-log /dev/{} -o json'.format(dev).split()
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result = run_program(cmd, check=False)
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try:
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data['nvme-cli'] = json.loads(result.stdout.decode())
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except Exception:
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# Let other sections deal with the missing data
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data['nvme-cli'] = {}
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# Set "Health OK" value
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## NOTE: OK == we'll check the SMART/NVMe attributes, else req override
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wanted_smart_list = [
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'ata_smart_attributes',
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'ata_smart_data',
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'smart_status',
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]
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if data['lsblk']['tran'] == 'nvme':
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crit_warn = data['nvme-cli'].get('critical_warning', 1)
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data['Health OK'] = True if crit_warn == 0 else False
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elif set(wanted_smart_list).issubset(data['smartctl'].keys()):
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data['Health OK'] = data.get(
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'smart_status', {}).get('passed', False)
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else:
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data['Health OK'] = False
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# Ask for manual overrides if necessary
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if not data['Health OK'] and TESTS['badblocks']['Enabled']:
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#TODO Print disk "report" for reference
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print_warning("WARNING: Health can't be confirmed for: {}".format(
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'/dev/{}'.format(dev)))
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if ask('Run badblocks for this device anyway?'):
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data['OVERRIDE'] = True
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TESTS['SMART']['Devices'] = devs
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TESTS['badblocks']['Devices'] = devs
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def update_progress():
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if 'Progress Out' not in TESTS:
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TESTS['Progress Out'] = '{}/progress.out'.format(global_vars['LogDir'])
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output = []
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output.append('{BLUE}HW Diagnostics{CLEAR}'.format(**COLORS))
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output.append('───────────────')
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if TESTS['Prime95']['Enabled']:
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output.append('{BLUE}Prime95{s_color}{status:>8}{CLEAR}'.format(
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s_color = get_status_color(TESTS['Prime95']['Status']),
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status = TESTS['Prime95']['Status'],
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**COLORS))
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if TESTS['SMART']['Enabled']:
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output.append('{BLUE}SMART{CLEAR}'.format(**COLORS))
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for dev, data in sorted(TESTS['SMART']['Devices'].items()):
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output.append('{dev}{s_color}{status:>{pad}}{CLEAR}'.format(
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dev = dev,
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pad = 16-len(dev),
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s_color = get_status_color(status),
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status = data['Status'],
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**COLORS))
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if TESTS['badblocks']['Enabled']:
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output.append('{BLUE}badblocks{CLEAR}'.format(**COLORS))
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for dev, data in sorted(TESTS['badblocks']['Devices'].items()):
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output.append('{dev}{s_color}{status:>{pad}}{CLEAR}'.format(
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dev = dev,
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pad = 16-len(dev),
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s_color = get_status_color(data['Status']),
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status = data['Status'],
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**COLORS))
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# Add line-endings
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output = ['{}\n'.format(line) for line in output]
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with open(TESTS['Progress Out'], 'w') as f:
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f.writelines(output)
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if __name__ == '__main__':
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print("This file is not meant to be called directly.")
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