def _info(disk):
attributes = extended_info(disk.name, disk.smart_options)
cap = capabilities(disk.name, disk.smart_options)
e_summary, e_lines = error_logs(disk.name, disk.smart_options)
smartid = info(disk.name, disk.smart_options)
test_d, log_lines = test_logs(disk.name, disk.smart_options)
ts = datetime.utcnow().replace(tzinfo=utc)
si = SMARTInfo(disk=disk, toc=ts)
si.save()
for k in sorted(attributes.keys(), reverse=True):
t = attributes[k]
sa = SMARTAttribute(info=si, aid=t[0], name=t[1], flag=t[2],
normed_value=t[3], worst=t[4], threshold=t[5],
atype=t[6], updated=t[7], failed=t[8],
raw_value=t[9])
sa.save()
for c in sorted(cap.keys(), reverse=True):
t = cap[c]
SMARTCapability(info=si, name=c, flag=t[0],
capabilities=t[1]).save()
for enum in sorted(e_summary.keys(), key=int, reverse=True):
l = e_summary[enum]
SMARTErrorLogSummary(info=si, error_num=enum, lifetime_hours=l[0],
state=l[1], etype=l[2], details=l[3]).save()
for l in e_lines:
SMARTErrorLog(info=si, line=l).save()
for tnum in sorted(test_d.keys()):
t = test_d[tnum]
tlen = len(t)
if (tlen < 5):
[t.append('') for i in range(tlen, 5)]
for i in range(2, 4):
try:
t[i] = int(t[i])
except:
t[i] = -1
SMARTTestLog(info=si, test_num=tnum, description=t[0], status=t[1],
pct_completed=t[2], lifetime_hours=t[3],
lba_of_first_error=t[4]).save()
for l in log_lines:
SMARTTestLogDetail(info=si, line=l).save()
SMARTIdentity(info=si, model_family=smartid[0],
device_model=smartid[1], serial_number=smartid[2],
world_wide_name=smartid[3], firmware_version=smartid[4],
capacity=smartid[5], sector_size=smartid[6],
rotation_rate=smartid[7], in_smartdb=smartid[8],
ata_version=smartid[9], sata_version=smartid[10],
scanned_on=smartid[11], supported=smartid[12],
enabled=smartid[13], version=smartid[14],
assessment=smartid[15]).save()
return Response(SMARTInfoSerializer(si).data)
def _info(disk):
attributes = extended_info(disk.name, disk.smart_options)
cap = capabilities(disk.name, disk.smart_options)
e_summary, e_lines = error_logs(disk.name, disk.smart_options)
smartid = info(disk.name, disk.smart_options)
test_d, log_lines = test_logs(disk.name, disk.smart_options)
ts = datetime.utcnow().replace(tzinfo=utc)
si = SMARTInfo(disk=disk, toc=ts)
si.save()
for k in sorted(attributes.keys(), reverse=True):
t = attributes[k]
sa = SMARTAttribute(info=si, aid=t[0], name=t[1], flag=t[2],
normed_value=t[3], worst=t[4], threshold=t[5],
atype=t[6], updated=t[7], failed=t[8],
raw_value=t[9])
sa.save()
for c in sorted(cap.keys(), reverse=True):
t = cap[c]
SMARTCapability(info=si, name=c, flag=t[0],
capabilities=t[1]).save()
for enum in sorted(e_summary.keys(), key=int, reverse=True):
l = e_summary[enum]
SMARTErrorLogSummary(info=si, error_num=enum, lifetime_hours=l[0],
state=l[1], etype=l[2], details=l[3]).save()
for l in e_lines:
SMARTErrorLog(info=si, line=l).save()
for tnum in sorted(test_d.keys()):
t = test_d[tnum]
tlen = len(t)
if (tlen < 5):
[t.append('') for i in range(tlen, 5)]
for i in range(2, 4):
try:
t[i] = int(t[i])
except:
t[i] = -1
SMARTTestLog(info=si, test_num=tnum, description=t[0], status=t[1],
pct_completed=t[2], lifetime_hours=t[3],
lba_of_first_error=t[4]).save()
for l in log_lines:
SMARTTestLogDetail(info=si, line=l).save()
SMARTIdentity(info=si, model_family=smartid[0],
device_model=smartid[1], serial_number=smartid[2],
world_wide_name=smartid[3], firmware_version=smartid[4],
capacity=smartid[5], sector_size=smartid[6],
rotation_rate=smartid[7], in_smartdb=smartid[8],
ata_version=smartid[9], sata_version=smartid[10],
scanned_on=smartid[11], supported=smartid[12],
enabled=smartid[13], version=smartid[14],
assessment=smartid[15]).save()
return Response(SMARTInfoSerializer(si).data)