def __init__(self, devicename, expanderid, filename, verbosity=0):
self.devicename = devicename
self.expanderid = expanderid
self.filename = filename
self.verbosity = verbosity
if os.geteuid() != 0:
raise Exception("You must be running as root.")
self.sp = SesPageSas(devicename)
def __init__(self, devicename, expanderid, filename, verbosity=0):
self.devicename = devicename
self.expanderid = expanderid
self.filename = filename
self.verbosity = verbosity
if os.geteuid() != 0:
raise Exception("You must be running as root.")
self.sp = SesPageSas(devicename)
def __init__(self, ptdev, expanderid=None):
"""
pt is a SCSI passthrough device file name
expanderid can have one of the values
0x01: SBB Canister A
0x02: SBB Canister B
0x03: FEM Canister A SAS Expander 1
0x04: FEM Canister A SAS Expander 2
0x05: FEM Canister B SAS Expander 1
0x06: FEM Canister B SAS Expander 2
Alternately, the first parameter may be a sequence of (ptdev,expanderid).
"""
super(CliCmdSas, self).__init__()
if not isinstance(ptdev, str):
# If it's not a string, assume it's a sequence.
ptdev, expanderid = ptdev
self.ses = SesPageSas(ptdev)
self.pt = ScsiPT(ptdev)
self.expanderid = expanderid
class CliCmdSas(CliCmd):
def __init__(self, ptdev, expanderid=None):
"""
pt is a SCSI passthrough device file name
expanderid can have one of the values
0x01: SBB Canister A
0x02: SBB Canister B
0x03: FEM Canister A SAS Expander 1
0x04: FEM Canister A SAS Expander 2
0x05: FEM Canister B SAS Expander 1
0x06: FEM Canister B SAS Expander 2
Alternately, the first parameter may be a sequence of (ptdev,expanderid).
"""
super(CliCmdSas, self).__init__()
if not isinstance(ptdev, str):
# If it's not a string, assume it's a sequence.
ptdev, expanderid = ptdev
self.ses = SesPageSas(ptdev)
self.pt = ScsiPT(ptdev)
self.expanderid = expanderid
def close(self):
pass
def __del__(self):
#del self.ses
pass
def execute(self, command):
"""
Send a CLI command through SES page 0xe8.
"""
cmd = Cmd.clicommandout(self.expanderid, command)
cdb = CDB(cmd.cdb)
cdb.set_data_out(cmd.dat)
self.pt.sendcdb(cdb)
page = self.ses.parse(self.ses.readpage(0xe8))
return page["data"].response.val
class CliCmdSas(CliCmd):
def __init__(self, ptdev, expanderid=None):
"""
pt is a SCSI passthrough device file name
expanderid can have one of the values
0x01: SBB Canister A
0x02: SBB Canister B
0x03: FEM Canister A SAS Expander 1
0x04: FEM Canister A SAS Expander 2
0x05: FEM Canister B SAS Expander 1
0x06: FEM Canister B SAS Expander 2
Alternately, the first parameter may be a sequence of (ptdev,expanderid).
"""
super(CliCmdSas, self).__init__()
if not isinstance(ptdev, str):
# If it's not a string, assume it's a sequence.
ptdev, expanderid = ptdev
self.ses = SesPageSas(ptdev)
self.pt = ScsiPT(ptdev)
self.expanderid = expanderid
def close(self):
pass
def __del__(self):
#del self.ses
pass
def execute(self, command):
"""
Send a CLI command through SES page 0xe8.
"""
cmd = Cmd.clicommandout(self.expanderid, command)
cdb = CDB(cmd.cdb)
cdb.set_data_out(cmd.dat)
self.pt.sendcdb(cdb)
page = self.ses.parse(self.ses.readpage(0xe8))
return page["data"].response.val
def __init__(self, ptdev, expanderid=None):
"""
pt is a SCSI passthrough device file name
expanderid can have one of the values
0x01: SBB Canister A
0x02: SBB Canister B
0x03: FEM Canister A SAS Expander 1
0x04: FEM Canister A SAS Expander 2
0x05: FEM Canister B SAS Expander 1
0x06: FEM Canister B SAS Expander 2
Alternately, the first parameter may be a sequence of (ptdev,expanderid).
"""
super(CliCmdSas, self).__init__()
if not isinstance(ptdev, str):
# If it's not a string, assume it's a sequence.
ptdev, expanderid = ptdev
self.ses = SesPageSas(ptdev)
self.pt = ScsiPT(ptdev)
self.expanderid = expanderid
def probe():
"""
Create Discovery.capabilities. It is a dictionary indexed by capability.
Value is a set of tuples:
[0] is an arbitrary quality value, the lower the better.
[1] is either a class or a sequence of classes used to create the access object. If it's a sequence, the parameters are supplied to the last element, then the result is passed to the previous element, etc.
[2] is a parameter to send to the class to construct the access object.
"""
Discovery.capabilities = collections.defaultdict(set)
for devfile in Discovery.discover_sas():
for expanderid in (1, 2, 3, 5):
cli = CliCmdSas(devfile, expanderid)
for capability in Discovery.probe_cli(cli):
#print "cli capability of", devfile, expanderid, "=", Discovery.description[capability]
definition = (1, CliCmdSas, (devfile, expanderid))
Discovery.capabilities[capability].add(definition)
cli.close()
sp = SesPageSas(devfile)
for capability in Discovery.probe_ses(sp):
#print "ses capability of", devfile, "=", Discovery.description[capability]
definition = (1, SesPageSas, devfile)
Discovery.capabilities[capability].add(definition)
sp.close()
for devfile in Discovery.discover_serial():
cli = None
try:
cli = CliCmdSerial(devfile)
except:
if cli:
cli.close()
continue
for capability in Discovery.probe_cli(cli):
#print "cli capability of", devfile, "=", Discovery.description[capability]
definition = (3, CliCmdSerial, devfile)
Discovery.capabilities[capability].add(definition)
sp = SesPageCli(cli)
for capability in Discovery.probe_ses(sp):
#print "ses capability of", devfile, "=", Discovery.description[capability]
definition = (3, (SesPageCli, CliCmdSerial), devfile)
Discovery.capabilities[capability].add(definition)
sp.close()
def probe():
"""
Create Discovery.capabilities. It is a dictionary indexed by capability.
Value is a set of tuples:
[0] is an arbitrary quality value, the lower the better.
[1] is either a class or a sequence of classes used to create the access object. If it's a sequence, the parameters are supplied to the last element, then the result is passed to the previous element, etc.
[2] is a parameter to send to the class to construct the access object.
"""
Discovery.capabilities = collections.defaultdict(set)
for devfile in Discovery.discover_sas():
for expanderid in (1,2,3,5):
cli = CliCmdSas(devfile, expanderid)
for capability in Discovery.probe_cli(cli):
#print "cli capability of", devfile, expanderid, "=", Discovery.description[capability]
definition = ( 1, CliCmdSas, (devfile,expanderid) )
Discovery.capabilities[capability].add(definition)
cli.close()
sp = SesPageSas(devfile)
for capability in Discovery.probe_ses(sp):
#print "ses capability of", devfile, "=", Discovery.description[capability]
definition = (1, SesPageSas, devfile)
Discovery.capabilities[capability].add(definition)
sp.close()
for devfile in Discovery.discover_serial():
cli = None
try:
cli = CliCmdSerial(devfile)
except:
if cli:
cli.close()
continue
for capability in Discovery.probe_cli(cli):
#print "cli capability of", devfile, "=", Discovery.description[capability]
definition = (3, CliCmdSerial, devfile)
Discovery.capabilities[capability].add(definition)
sp = SesPageCli(cli)
for capability in Discovery.probe_ses(sp):
#print "ses capability of", devfile, "=", Discovery.description[capability]
definition = ( 3, (SesPageCli,CliCmdSerial), devfile )
Discovery.capabilities[capability].add(definition)
sp.close()
class FirmwareSes:
"""
Update firmware on one device.
"""
chunksize = 4096 # Maximum number of bytes to send to device at one time.
def __init__(self, devicename, expanderid, filename, verbosity=0):
self.devicename = devicename
self.expanderid = expanderid
self.filename = filename
self.verbosity = verbosity
if os.geteuid() != 0:
raise Exception("You must be running as root.")
self.sp = SesPageSas(devicename)
def set_filename(self, filename):
self.filename = filename
def update(self, callback=None):
def mycallback(total_packets, success_count, error_count):
if cb:
cb(total_packets, success_count, error_count, file_packets)
self.previous_line = ''
def statuscallback(total_packets, success_count, error_count,
file_packets):
#global previous_line
this_line = " %d%% %d err\r" % (total_packets * 100 /
file_packets, error_count)
if this_line != self.previous_line:
self.previous_line = this_line
sys.stdout.write(this_line)
sys.stdout.flush()
if callback:
cb = callback
else:
if self.verbosity >= 1:
cb = statuscallback
else:
cb = None
file_packets = (os.path.getsize(self.filename) -
1) / FirmwareSes.chunksize + 1
fwfile = open(self.filename, 'rb')
offset = 0 # We're at the beginning of the file.
microcode = fwfile.read()
for offset in range(0, len(microcode), FirmwareSes.chunksize):
mycallback(offset / FirmwareSes.chunksize, 0, 0)
sesdat = self.sp.page_0e_fill(
{
"mode": 0x0e,
"buf_offset": offset,
"data_len": min(FirmwareSes.chunksize,
len(microcode[offset:])),
"firmware_image_id": 1,
"sas_expander_id": self.expanderid,
}, microcode)
result = self.sp.writepage(sesdat)
if result != 0:
print "aborting; result =", result
break
page0e_desc = self.sp.parse(
self.sp.readpage(0x0e))["data"].descriptors.val[0]
if page0e_desc.status.val not in (0x01, 0x13):
print "aborting; status =", page0e_desc.status.val
break
if page0e_desc.status.val == 0x13:
print "done? status =", page0e_desc.status.val
sesdat = self.sp.page_0e_fill(
{
"mode": 0x0f,
"buf_offset": offset,
"data_len": min(FirmwareSes.chunksize, len(
microcode[offset:])),
"firmware_image_id": 1,
"sas_expander_id": self.expanderid,
}, microcode)
result = self.sp.writepage(sesdat)
if result != 0:
print "result =", result
page0e = self.sp.parse(self.sp.readpage(0x0e))["data"]
for descriptor in page0e.descriptors.val:
print "Enclosure #" + str(descriptor.subid.val)
print " status : %.2X - %s" % (
descriptor.status.val, descriptor.status_text.val)
print " additional status : %.2X" % descriptor.additional_status.val
print " maximum size : %s" % format(
descriptor.maxsize.val, ",d")
print " expected buffer id : %.2X" % descriptor.expected_id.val
print " expected buffer offset: %.8X" % descriptor.expected_offset.val
def identifyfile(self):
""" Attempt to determine version and productid of a firmware file. """
return FirmwareFile("").identifyfile(self.filename)
class FirmwareSes:
"""
Update firmware on one device.
"""
chunksize = 4096 # Maximum number of bytes to send to device at one time.
def __init__(self, devicename, expanderid, filename, verbosity=0):
self.devicename = devicename
self.expanderid = expanderid
self.filename = filename
self.verbosity = verbosity
if os.geteuid() != 0:
raise Exception("You must be running as root.")
self.sp = SesPageSas(devicename)
def set_filename(self, filename):
self.filename = filename
def update(self, callback=None):
def mycallback(total_packets, success_count, error_count):
if cb:
cb(total_packets, success_count, error_count, file_packets)
self.previous_line = ''
def statuscallback(total_packets, success_count, error_count, file_packets):
#global previous_line
this_line = " %d%% %d err\r" % (total_packets*100/file_packets, error_count)
if this_line != self.previous_line:
self.previous_line = this_line
sys.stdout.write(this_line)
sys.stdout.flush()
if callback:
cb = callback
else:
if self.verbosity >= 1:
cb = statuscallback
else:
cb = None
file_packets = (os.path.getsize(self.filename)-1)/FirmwareSes.chunksize+1
fwfile = open(self.filename, 'rb')
offset = 0 # We're at the beginning of the file.
microcode = fwfile.read()
for offset in range(0, len(microcode), FirmwareSes.chunksize):
mycallback(offset/FirmwareSes.chunksize, 0, 0)
sesdat = self.sp.page_0e_fill({
"mode":0x0e,
"buf_offset":offset,
"data_len":min(FirmwareSes.chunksize, len(microcode[offset:])),
"firmware_image_id":1,
"sas_expander_id":self.expanderid,
}, microcode)
result = self.sp.writepage(sesdat)
if result != 0:
print "aborting; result =", result
break
page0e_desc = self.sp.parse(self.sp.readpage(0x0e))["data"].descriptors.val[0]
if page0e_desc.status.val not in (0x01, 0x13):
print "aborting; status =", page0e_desc.status.val
break
if page0e_desc.status.val == 0x13:
print "done? status =", page0e_desc.status.val
sesdat = self.sp.page_0e_fill({
"mode":0x0f,
"buf_offset":offset,
"data_len":min(FirmwareSes.chunksize, len(microcode[offset:])),
"firmware_image_id":1,
"sas_expander_id":self.expanderid,
}, microcode)
result = self.sp.writepage(sesdat)
if result != 0:
print "result =", result
page0e = self.sp.parse(self.sp.readpage(0x0e))["data"]
for descriptor in page0e.descriptors.val:
print "Enclosure #" + str(descriptor.subid.val)
print " status : %.2X - %s" % (descriptor.status.val, descriptor.status_text.val)
print " additional status : %.2X" % descriptor.additional_status.val
print " maximum size : %s" % format(descriptor.maxsize.val, ",d")
print " expected buffer id : %.2X" % descriptor.expected_id.val
print " expected buffer offset: %.8X" % descriptor.expected_offset.val
def identifyfile(self):
""" Attempt to determine version and productid of a firmware file. """
return FirmwareFile("").identifyfile(self.filename)