def test_one(self):
h, m = secs_to_hhmm(0)
assert h == 0
assert m == 0
def test_rounding_1(self):
h, m = secs_to_hhmm(29)
assert h == 0
assert m == 0
def test_rounding_2(self):
h, m = secs_to_hhmm(30)
assert h == 0
assert m == 1
def test_5(self):
h, m = secs_to_hhmm(86400 - 31)
assert h == 23
assert m == 59
def test_4(self):
h, m = secs_to_hhmm(3600)
assert h == 1
assert m == 0
def test_3(self):
h, m = secs_to_hhmm(121)
assert h == 0
assert m == 2
def test_two(self):
h, m = secs_to_hhmm(60)
assert h == 0
assert m == 1
def render_page(self, message=None, console=None):
logger.info('rendering page')
try:
tes = list()
data = dict()
# General System Information
m = Model.instance
md = m.get_all()
d = Data(md)
cloud_log_state = md['cloud']
serial = d.get('N/A', 'sys-version', 'serial')
tes.append(TE('System', ''))
text = nice([('sys', 'System', ''), ('bl', 'Bootloader', ''),
('hw', 'Hardware', '')], md['sys-version'], True)
tes.append(TE('Version', text))
dt = d.get('N/A', 'sys-datetime', 'date')
tes.append(TE('Date', dt))
ut = d.get('N/A', 'sys-datetime', 'uptime')
tes.append(TE('Uptime', ut))
total, free = d.get((0, 0), 'sys-misc', 'mem')
tes.append(TE('Memory', f'Total: {total} kB<br>Free: {free} kB'))
wear_slc, wear_mlc = d.get((0, 0), 'sys-disc', 'wear')
sysroot_info = d.get('N/A', 'sys-disc', 'part_sysroot')
data_info = d.get('N/A', 'sys-disc', 'part_data')
tes.append(
TE(
'Disc',
f'eMMC Wear Level: SLC: {wear_slc} %, MLC: {wear_mlc} %<br>'
f'Root: {sysroot_info}<br>'
f'Data: {data_info}'))
a, b, c = d.get((0, 0, 0), 'sys-misc', 'load')
tes.append(TE('Load', f'{a}, {b}, {c}'))
temp = d.get(0, 'sys-misc', 'temp')
tes.append(TE('Temperature', f'{temp:.0f} °C'))
v_in = md['sys-misc']['v_in']
v_rtc = md['sys-misc']['v_rtc']
tes.append(
TE('Voltages', f'Input: {v_in:.1f} V, RTC: {v_rtc:.2f} V'))
# Network Information
tes.append(TE('', ''))
tes.append(TE('Network', ''))
rx, tx = d.get((-1, -1), 'net-wwan0', 'bytes')
if rx != -1:
rx = int(rx) / 1000000
tx = int(tx) / 1000000
tes.append(TE('wwan0', f'Rx: {rx:.1f} MB<br>Tx: {tx:.1f} MB'))
# Modem Information
mi = md['modem']
if 'modem-id' in mi:
tes.append(TE('', ''))
tes.append(TE('Mobile', ''))
tes.append(TE('Modem Id', mi['modem-id']))
state = mi['state']
access_tech = mi['access-tech']
tes.append(TE('State', f'{state}, {access_tech}'))
if 'location' in mi:
loc_info = mi['location']
if loc_info['mcc']:
text = nice([('mcc', 'MCC', ''), ('mnc', 'MNC', ''),
('lac', 'LAC', ''), ('cid', 'CID', '')],
loc_info)
tes.append(TE('Cell', text))
data.update(loc_info)
sq = mi['signal-quality']
tes.append(TE('Signal', f'{sq} %'))
if access_tech == 'lte':
sig = mi['signal-lte']
text = nice([('rsrp', 'RSRP', 'dBm'),
('rsrq', 'RSRQ', 'dB')], sig, True)
tes.append(TE('Signal LTE', text))
elif access_tech == 'umts':
sig = mi['signal-umts']
text = nice([('rscp', 'RSRP', 'dBm'),
('ecio', 'ECIO', 'dB')], sig, True)
tes.append(TE('Signal UMTS', text))
if 'bearer-id' in mi:
tes.append(TE('', ''))
tes.append(TE('Bearer Id', mi['bearer-id']))
if 'bearer-uptime' in mi:
ut = mi['bearer-uptime']
if ut:
uth, utm = secs_to_hhmm(ut)
tes.append(TE('Uptime', f'{uth}:{utm:02} h'))
ip = mi['bearer-ip']
tes.append(TE('IP', ip))
if 'link' in md:
if 'delay' in md['link']:
delay_in_ms = md['link']['delay'] * 1000.0
tes.append(TE('Ping', f'{delay_in_ms:.0f} ms'))
else:
tes.append(TE('', ''))
tes.append(TE('Modem Id', 'No Modem'))
# GNSS
if 'gnss-pos' in md:
tes.append(TE('', ''))
tes.append(TE('GNSS', ''))
pos = md['gnss-pos']
tes.append(TE('Fix', pos['fix']))
text = f'Longitude: {pos["lon"]:.9f}, Latitude: {pos["lat"]:.9f}'
tes.append(TE('Position', text))
text = nice([('speed', '', 'km/h')], pos)
tes.append(
TE(
'Speed',
f'{pos["speed"]:.0f} m/s, {pos["speed"]*3.60:.0f} km/h'
))
self.render('main.html',
title=f'{serial}',
table=tes,
data=data,
message=message,
console=console,
version=version,
cloud_log=cloud_log_state)
except KeyError as e:
logger.warning(f'lookup error {e}')
self.render('main.html',
title='NG800/VCU Pro',
message=f'Data lookup error: {e} not found',
table=None,
data=None,
console=None,
version='n/a',
cloud_log=False)