def __init__(self, lshw, element):
Component.__init__(self, lshw, element)
self.data = {
"slot":
utils.xml_ev(lshw, element, "slot"),
"size":
str(int(int(utils.xml_ev(lshw, element, "size")) / 1024000000)) +
"GB",
"clock":
int(utils.xml_ev(lshw, element, "clock")) /
1000000 if utils.xml_ev(lshw, element, "clock") else "",
"type":
utils.get_dmidecode_prop(
"0x" +
utils.xml_ev(lshw, element, "@handle", True).split(":", 1)[1],
"17",
"type",
),
"asset_tag":
"Unknown",
}
self.name = utils.xml_ev(lshw, element, "description")
self.model = utils.xml_ev(lshw, element, "product")
self.vendor = utils.normalize_vendor(
utils.xml_ev(lshw, element, "vendor"))
self.serial = utils.xml_ev(lshw, element, "serial")
self.firmware_version = "N/A"
def list(cls, lshw):
xpath = etree.XPath("//node[description='System Memory']/node")
memorys = []
for memory in xpath(lshw):
if "[empty]" in utils.xml_ev(lshw, memory, "description"):
continue
memorys.append(cls(lshw, memory))
return memorys
def list(cls, lshw):
xpath = etree.XPath(
"//node[@class='network'][@handle!=''][logicalname]")
networks = []
for network in xpath(lshw):
if utils.xml_ev(lshw, network, "logicalname") == "bond0":
continue
networks.append(cls(lshw, network))
return networks
def list(cls, lshw):
xpath = etree.XPath("/list/node/node[1]/node[@class='processor']")
processors = []
for processor in xpath(lshw):
_name = utils.xml_ev(lshw, processor, "product")
if _name.startswith("cpu") or _name.startswith("l2-cache"):
continue
processors.append(cls(lshw, processor))
return processors
def __init__(self, lshw, element):
Component.__init__(self, lshw, element)
self.data = {
"uuid":
utils.xml_ev(
lshw,
lshw.getroot(),
"node[@class='system']/configuration/setting[@id='uuid']/@value",
True,
),
"date":
utils.xml_ev(lshw, element, "node[@id='firmware']/date"),
}
self.vendor = utils.normalize_vendor(
utils.xml_ev(lshw, element, "vendor"))
if self.vendor == "Dell Inc.":
self.model = utils.dmidecode_string("system-product-name")
else:
self.model = utils.xml_ev(lshw, element, "product")
if self.model == "X11SSE-F":
self.model = "MBD-X11SSE-F"
self.name = self.model
self.serial = utils.xml_ev(lshw, element, "serial")
self.firmware_version = utils.xml_ev(lshw, element,
"node[@id='firmware']/version")
def __init__(self, lshw, element):
Component.__init__(self, lshw, element)
self.name = utils.xml_ev(lshw, element, "description")
self.model = utils.xml_ev(lshw, element, "product")
self.serial = utils.xml_ev(lshw, element, "businfo")
self.vendor = utils.normalize_vendor(utils.xml_ev(lshw, element, "vendor"))
self.firmware_version = utils.xml_ev(lshw, element, "version")
self.data = {
"driver": utils.xml_ev(
lshw, element, "configuration/setting[@id='driver']/@value", True
)
}
if "MegaRAID" in self.model:
self.serial = utils.get_megaraid_prop("serial")
for prop in (
"product_name",
"firmware_bios",
"firmware_ctrlr",
"firmware_fw",
"firmware_nvdata",
"firmware_boot",
"bbu",
"memory_size",
):
self.data["megaraid_" + prop] = utils.get_megaraid_prop(prop)
def list(cls, lshw):
xpath = etree.XPath("//node[@class='storage'][@handle!='']")
disk_controllers = []
for disk_controller in xpath(lshw):
if (
utils.xml_ev(lshw, disk_controller, "description")
== "Non-Volatile memory controller"
):
continue
disk_controllers.append(cls(lshw, disk_controller))
return disk_controllers
def __init__(self, lshw, element):
Component.__init__(self, lshw, element)
self.data = {
"cores": utils.xml_ev(
lshw, element, "configuration/setting[@id='cores']/@value", True
),
"clock": utils.xml_ev(lshw, element, "capacity"),
}
self.name = utils.xml_ev(lshw, element, "product")
self.model = utils.xml_ev(lshw, element, "version")
self.vendor = utils.normalize_vendor(utils.xml_ev(lshw, element, "vendor"))
self.serial = utils.xml_ev(lshw, element, "slot")
self.firmware_version = "N/A"
def __init__(self, lshw, element):
Component.__init__(self, lshw, element)
self.data = {
"rate":
utils.xml_ev(lshw, element, "size"),
"devname":
utils.xml_ev(lshw, element, "logicalname"),
"driver":
utils.xml_ev(lshw, element,
"configuration/setting[@id='driver']/@value", True),
}
if self.data["rate"] == "":
self.data["rate"] = utils.xml_ev(lshw, element, "capacity")
self.name = utils.xml_ev(lshw, element, "product")
self.model = utils.xml_ev(lshw, element, "product")
self.serial = utils.ethtool_mac(
utils.xml_ev(lshw, element, "logicalname"))
self.vendor = utils.normalize_vendor(
utils.xml_ev(lshw, element, "vendor"))
self.firmware_version = utils.xml_ev(
lshw, element, "configuration/setting[@id='firmware']/@value",
True)
if not utils.xml_ev(lshw, element, "businfo") == "":
self.pci_id = utils.xml_ev(lshw, element, "businfo").split(":",
1)[1]
else:
self.pci_id = ""
if "Illegal Vendor ID" in self.vendor and self.pci_id != "":
_lspci = utils.lspci(self.pci_id)
self.vendor = utils.normalize_vendor(_lspci["vendor"])
self.model = _lspci["device"]
self.name = self.model
if "Mellanox" in self.vendor and self.pci_id != "":
try:
self.firmware_version = utils.get_mellanox_prop(
self.pci_id, "firmware_version")
self.model = utils.get_mellanox_part_number(self.pci_id)
self.data["mellanox_psid"] = utils.get_mellanox_prop(
self.pci_id, "psid")
except Exception:
self.firmware_version = ""
utils.log(message="get_mellanox_prop failed.")
