_format_hw_dn(char *buf, size_t size, const_efidp dp)
{
efi_guid_t edd10_guid = EDD10_HARDWARE_VENDOR_PATH_GUID;
off_t off = 0;
switch (dp->subtype) {
case EFIDP_HW_PCI:
off += format(buf, size, off, "Pci(0x%"PRIx32",0x%"PRIx32")",
dp->pci.device, dp->pci.function);
break;
case EFIDP_HW_PCCARD:
off += format(buf, size, off, "PcCard(0x%"PRIx32")",
dp->pccard.function);
break;
case EFIDP_HW_MMIO:
off += format(buf, size, off,
"MemoryMapped(%"PRIu32",0x%"PRIx64",0x%"PRIx64")",
dp->mmio.memory_type, dp->mmio.starting_address,
dp->mmio.ending_address);
break;
case EFIDP_HW_VENDOR:
if (!efi_guid_cmp(&dp->hw_vendor.vendor_guid, &edd10_guid)) {
off += format_helper(format_edd10_guid, buf, size,
off, dp);
} else {
off += format_vendor(buf, size, off, "VenHw", dp);
}
break;
case EFIDP_HW_CONTROLLER:
off += format(buf, size, off, "Ctrl(0x%"PRIx32")",
dp->controller.controller);
break;
case EFIDP_HW_BMC:
off += format(buf, size, off, "BMC(%d,0x%"PRIx64")",
dp->bmc.interface_type, dp->bmc.base_addr);
break;
default:
off += format(buf, size, off, "HardwarePath(%d,", dp->subtype);
off += format_hex(buf, size, off, (uint8_t *)dp+4,
efidp_node_size(dp)-4);
off += format(buf,size,off,")");
break;
}
return off;
}
_format_message_dn(char *buf, size_t size, const_efidp dp)
{
ssize_t off = 0;
ssize_t sz;
switch (dp->subtype) {
case EFIDP_MSG_ATAPI:
off += format(buf, size, off, "Ata(%d,%d,%d)",
dp->atapi.primary, dp->atapi.slave,
dp->atapi.lun);
break;
case EFIDP_MSG_SCSI:
off += format(buf, size, off, "SCSI(%d,%d)",
dp->scsi.target, dp->scsi.lun);
break;
case EFIDP_MSG_FIBRECHANNEL:
off += format(buf, size, off, "Fibre(%"PRIx64",%"PRIx64")",
le64_to_cpu(dp->fc.wwn),
le64_to_cpu(dp->fc.lun));
break;
case EFIDP_MSG_FIBRECHANNELEX:
off += format(buf, size, off, "Fibre(%"PRIx64",%"PRIx64")",
be64_to_cpu(dp->fc.wwn),
be64_to_cpu(dp->fc.lun));
break;
case EFIDP_MSG_1394:
off += format(buf, size, off, "I1394(0x%"PRIx64")",
dp->firewire.guid);
break;
case EFIDP_MSG_USB:
off += format(buf, size, off, "USB(%d,%d)",
dp->usb.parent_port, dp->usb.interface);
break;
case EFIDP_MSG_I2O:
off += format(buf, size, off, "I2O(%d)", dp->i2o.target);
break;
case EFIDP_MSG_INFINIBAND:
if (dp->infiniband.resource_flags &
EFIDP_INFINIBAND_RESOURCE_IOC_SERVICE) {
off += format(buf, size, off,
"Infiniband(%08x,%"PRIx64"%"PRIx64",%"PRIx64",%"PRIu64",%"PRIu64")",
dp->infiniband.resource_flags,
dp->infiniband.port_gid[1],
dp->infiniband.port_gid[0],
dp->infiniband.service_id,
dp->infiniband.target_port_id,
dp->infiniband.device_id);
} else {
off += format(buf, size, off,
"Infiniband(%08x,%"PRIx64"%"PRIx64",",
dp->infiniband.resource_flags,
dp->infiniband.port_gid[1],
dp->infiniband.port_gid[0]);
off += format_guid(buf, size, off, (efi_guid_t *)
&dp->infiniband.ioc_guid);
off += format(buf, size, off, ",%"PRIu64",%"PRIu64")",
dp->infiniband.target_port_id,
dp->infiniband.device_id);
}
break;
case EFIDP_MSG_MAC_ADDR:
off += format(buf, size, off, "MAC(");
off += format_hex(buf, size, off, dp->mac_addr.mac_addr,
dp->mac_addr.if_type < 2 ? 6
: sizeof(dp->mac_addr.mac_addr));
off += format(buf, size, off, ",%d)", dp->mac_addr.if_type);
break;
case EFIDP_MSG_IPv4: {
efidp_ipv4_addr const *a = &dp->ipv4_addr;
off += format(buf, size, off,
"IPv4(%hhu.%hhu.%hhu.%hhu:%hu<->%hhu.%hhu.%hhu.%hhu:%hu,%hx,%hhx)",
a->local_ipv4_addr[0], a->local_ipv4_addr[1],
a->local_ipv4_addr[2], a->local_ipv4_addr[3],
a->local_port, a->remote_ipv4_addr[0],
a->remote_ipv4_addr[1], a->remote_ipv4_addr[2],
a->remote_ipv4_addr[3], a->remote_port,
a->protocol, a->static_ip_addr);
break;
}
case EFIDP_MSG_VENDOR: {
struct {
efi_guid_t guid;
char label[40];
ssize_t (*formatter)(char *buf, size_t size,
const_efidp dp);
} subtypes[] = {
{ EFIDP_PC_ANSI_GUID, "VenPcAnsi" },
{ EFIDP_VT_100_GUID, "VenVt100" },
{ EFIDP_VT_100_PLUS_GUID, "VenVt100Plus" },
{ EFIDP_VT_UTF8_GUID, "VenUtf8" },
{ EFIDP_MSG_DEBUGPORT_GUID, "DebugPort" },
{ EFIDP_MSG_UART_GUID, "", format_uart },
{ EFIDP_MSG_SAS_GUID, "", format_sas },
{ efi_guid_empty, "" }
};
char *label = NULL;
ssize_t (*formatter)(char *buf, size_t size,
const_efidp dp) = NULL;
for (int i = 0; !efi_guid_is_zero(&subtypes[i].guid); i++) {
if (efi_guid_cmp(&subtypes[i].guid,
&dp->msg_vendor.vendor_guid))
continue;
label = subtypes[i].label;
formatter = subtypes[i].formatter;
break;
}
if (!label && !formatter) {
off += format_vendor(buf, size, off, "VenMsg", dp);
break;
} else if (formatter) {
off += format_helper(formatter, buf, size, off, dp);
break;
}
off += format(buf, size, off, "%s(", label);
if (efidp_node_size(dp) >
(ssize_t)(sizeof (efidp_header)
+ sizeof (efi_guid_t))) {
off += format_hex(buf, size, off,
dp->msg_vendor.vendor_data,
efidp_node_size(dp)
- sizeof (efidp_header)
- sizeof (efi_guid_t));
}
break;
}
case EFIDP_MSG_IPv6: {
efidp_ipv6_addr const *a = &dp->ipv6_addr;
char *addr0 = NULL;
char *addr1 = NULL;
sz = format_ipv6_port(addr0, 0, 0, a->local_ipv6_addr,
a->local_port);
if (sz < 0)
return sz;
addr0 = alloca(sz+1);
sz = format_ipv6_port(addr0, sz, 0, a->local_ipv6_addr,
a->local_port);
if (sz < 0)
return sz;
sz = format_ipv6_port(addr1, 0, 0, a->remote_ipv6_addr,
a->remote_port);
if (sz < 0)
return sz;
addr1 = alloca(sz+1);
sz = format_ipv6_port(addr1, sz, 0, a->remote_ipv6_addr,
a->remote_port);
if (sz < 0)
return sz;
off += format(buf, size, off, "IPv6(%s<->%s,%hx,%hhx)",
addr0, addr1, a->protocol, a->ip_addr_origin);
break;
}
case EFIDP_MSG_UART: {
int parity = dp->uart.parity;
char parity_label[] = "DNEOMS";
int stop_bits = dp->uart.stop_bits;
char *sb_label[] = {"D", "1", "1.5", "2"};
off += format(buf, size, off, "Uart(%"PRIu64",%d,",
dp->uart.baud_rate ? dp->uart.baud_rate : 115200,
dp->uart.data_bits ? dp->uart.data_bits : 8);
off += format(buf, size, off,
parity > 5 ? "%d," : "%c,",
parity > 5 ? parity : parity_label[parity]);
if (stop_bits > 3)
off += format(buf, size, off, "%d)", stop_bits);
else
off += format(buf, size, off, "%s)",
sb_label[stop_bits]);
break;
}
case EFIDP_MSG_USB_CLASS:
off += format_helper(format_usb_class, buf, size, off, dp);
break;
case EFIDP_MSG_USB_WWID:
off += format(buf, size, off,
"UsbWwid(%"PRIx16",%"PRIx16",%d,",
dp->usb_wwid.vendor_id, dp->usb_wwid.product_id,
dp->usb_wwid.interface);
off += format_ucs2(buf, size, off, dp->usb_wwid.serial_number,
(efidp_node_size(dp)
- offsetof(efidp_usb_wwid, serial_number))
/ 2 + 1);
off += format(buf, size, off, ")");
break;
case EFIDP_MSG_LUN:
off += format(buf, size, off, "Unit(%d)", dp->lun.lun);
break;
case EFIDP_MSG_SATA:
off += format(buf, size, off, "Sata(%d,%d,%d)",
dp->sata.hba_port, dp->sata.port_multiplier_port,
dp->sata.lun);
break;
case EFIDP_MSG_ISCSI: {
size_t sz = efidp_node_size(dp)
- offsetof(efidp_iscsi, target_name);
if (sz > EFIDP_ISCSI_MAX_TARGET_NAME_LEN)
sz = EFIDP_ISCSI_MAX_TARGET_NAME_LEN;
char target_name[sz + 1];
memcpy(target_name, dp->iscsi.target_name, sz);
target_name[sz] = '\0';
uint64_t lun;
memcpy(&lun, dp->iscsi.lun, sizeof (lun));
off += format(buf, size, off,
"iSCSI(%s,%d,0x%"PRIx64",%s,%s,%s,%s)",
target_name, dp->iscsi.tpgt,
be64_to_cpu(lun),
(dp->iscsi.options >> EFIDP_ISCSI_HEADER_DIGEST_SHIFT) & EFIDP_ISCSI_HEADER_CRC32 ? "CRC32" : "None",
(dp->iscsi.options >> EFIDP_ISCSI_DATA_DIGEST_SHIFT) & EFIDP_ISCSI_DATA_CRC32 ? "CRC32" : "None",
(dp->iscsi.options >> EFIDP_ISCSI_AUTH_SHIFT) & EFIDP_ISCSI_AUTH_NONE ? "None" : \
(dp->iscsi.options >> EFIDP_ISCSI_CHAP_SHIFT) & EFIDP_ISCSI_CHAP_UNI ? "CHAP_UNI" : "CHAP_BI",
dp->iscsi.protocol == 0 ? "TCP" : "Unknown");
break;
}
case EFIDP_MSG_VLAN:
off += format(buf, size, off, "Vlan(%d)", dp->vlan.vlan_id);
break;
case EFIDP_MSG_SAS_EX:
off += format_sas(buf, size, dp);
break;
case EFIDP_MSG_NVME:
off += format(buf, size, off, "NVMe(0x%"PRIx32","
"%02X-%02X-%02X-%02X-%02X-%02X-%02X-%02X)",
dp->nvme.namespace_id, dp->nvme.ieee_eui_64[0],
dp->nvme.ieee_eui_64[1], dp->nvme.ieee_eui_64[2],
dp->nvme.ieee_eui_64[3], dp->nvme.ieee_eui_64[4],
dp->nvme.ieee_eui_64[5], dp->nvme.ieee_eui_64[6],
dp->nvme.ieee_eui_64[7]);
break;
case EFIDP_MSG_URI: {
size_t sz = efidp_node_size(dp) - offsetof(efidp_uri, uri);
char uri[sz + 1];
memcpy(uri, dp->uri.uri, sz);
uri[sz] = '\0';
off += format(buf, size, off, "Uri(%s)", uri);
break;
}
case EFIDP_MSG_UFS:
off += format(buf, size, off, "UFS(%d,0x%02x)",
dp->ufs.target_id, dp->ufs.lun);
break;
case EFIDP_MSG_SD:
off += format(buf, size, off, "SD(%d)", dp->sd.slot_number);
break;
default:
off += format(buf, size, off, "Msg(%d,", dp->subtype);
off += format_hex(buf, size, off, (uint8_t *)dp+4,
efidp_node_size(dp)-4);
off += format(buf,size,off,")");
break;
}
return off;
}
ssize_t
_format_media_dn(char *buf, size_t size, const_efidp dp)
{
ssize_t off = 0;
switch (dp->subtype) {
case EFIDP_MEDIA_HD:
off += format(buf, size, off, "HD(%d,",
dp->hd.partition_number);
switch (dp->hd.signature_type) {
case EFIDP_HD_SIGNATURE_MBR:
off += format(buf, size, off,
"MBR,0x%"PRIu32",0x%"PRIx64",0x%"PRIx64")",
*(char *)dp->hd.signature,
dp->hd.start, dp->hd.size);
break;
case EFIDP_HD_SIGNATURE_GUID:
off += format(buf, size, off, "GPT,");
off += format_guid(buf, size, off,
(efi_guid_t *)dp->hd.signature);
off += format(buf, size, off,
",0x%"PRIx64",0x%"PRIx64")",
dp->hd.start, dp->hd.size);
break;
default:
off += format(buf, size, off, "%d,",
dp->hd.signature_type);
off += format_hex(buf, size, off,
dp->hd.signature,
sizeof(dp->hd.signature));
off += format(buf, size, off,
",0x%"PRIx64",0x%"PRIx64")",
dp->hd.start, dp->hd.size);
break;
}
break;
case EFIDP_MEDIA_CDROM:
off += format(buf, size, off,
"CDROM(%d,0x%"PRIx64",0x%"PRIx64")",
dp->cdrom.boot_catalog_entry,
dp->cdrom.partition_rba, dp->cdrom.sectors);
break;
case EFIDP_MEDIA_VENDOR:
off += format_vendor(buf, size, off, "VenMedia", dp);
break;
case EFIDP_MEDIA_FILE:
off += format(buf, size, off, "File(");
off += format_ucs2(buf, size, off, dp->file.name,
(efidp_node_size(dp)
- offsetof(efidp_file, name)) / 2);
off += format(buf, size, off, ")");
break;
case EFIDP_MEDIA_PROTOCOL:
off += format(buf, size, off, "Media(");
off += format_guid(buf, size, off, &dp->protocol.protocol_guid);
off += format(buf, size, off, ")");
break;
case EFIDP_MEDIA_FIRMWARE_FILE:
off += format(buf, size, off, "FvFile(");
off += format_guid(buf, size, off, &dp->protocol.protocol_guid);
off += format(buf, size, off, ")");
break;
case EFIDP_MEDIA_FIRMWARE_VOLUME:
off += format(buf, size, off, "FvVol(");
off += format_guid(buf, size, off, &dp->protocol.protocol_guid);
off += format(buf, size, off, ")");
break;
case EFIDP_MEDIA_RELATIVE_OFFSET:
off = format(buf, size, off, "Offset(0x%"PRIx64",0x%"PRIx64")",
dp->relative_offset.first_byte,
dp->relative_offset.last_byte);
break;
case EFIDP_MEDIA_RAMDISK: {
struct {
efi_guid_t guid;
char label[40];
} subtypes[] = {
{ EFIDP_VIRTUAL_DISK_GUID, "VirtualDisk" },
{ EFIDP_VIRTUAL_CD_GUID, "VirtualCD" },
{ EFIDP_PERSISTENT_VIRTUAL_DISK_GUID, "PersistentVirtualDisk" },
{ EFIDP_PERSISTENT_VIRTUAL_CD_GUID, "PersistentVirtualCD" },
{ efi_guid_empty, "" }
};
char *label = NULL;
for (int i = 0; !efi_guid_is_zero(&subtypes[i].guid); i++) {
if (efi_guid_cmp(&subtypes[i].guid,
&dp->ramdisk.disk_type_guid))
continue;
label = subtypes[i].label;
break;
}
if (label) {
off += format(buf, size, off,
"%s(0x%"PRIx64",0x%"PRIx64",%d)", label,
dp->ramdisk.start_addr,
dp->ramdisk.end_addr,
dp->ramdisk.instance_number);
break;
}
off += format(buf, size, off,
"Ramdisk(0x%"PRIx64",0x%"PRIx64",%d,",
dp->ramdisk.start_addr, dp->ramdisk.end_addr,
dp->ramdisk.instance_number);
off += format_guid(buf, size, off, &dp->ramdisk.disk_type_guid);
off += format(buf, size, off, ")");
break;
}
default:
off += format(buf, size, off, "MediaPath(%d,", dp->subtype);
off += format_hex(buf, size, off,
(uint8_t *)dp+4,
(efidp_node_size(dp)-4) / 2);
off += format(buf,size,off,")");
break;
}
return off;
}
