//SMBIOS parsing. //Based on SMBIOS specification 3.3.0 (document "DSP0134") // TODO cleanup output formatting //SMBIOS parsing based on SMBIOS specification 3.3.0 (document "DSP0134") #define SMBIOSt_BIOS 0 #define SMBIOSt_SYSTEM 1 #define SMBIOSt_BASEBOARD 2 #define SMBIOSt_ENCLOSURE 3 #define SMBIOSt_PROCESSOR 4 #define SMBIOSt_CACHE 7 #define SMBIOSt_CONNECTOR 8 #define SMBIOSt_SLOT 9 #define SMBIOSt_OEM_STRINGS 11 #define SMBIOSt_SYS_CONFIG_OPTIONS 12 #define SMBIOSt_PHYMEM 16 #define SMBIOSt_MEM_DEVICE 17 #define SMBIOSt_MAPPED_ADDR 19 #define SMBIOSt_BATTERY 22 #define SMBIOSt_BOOT_INFO 32 #define SMBIOSt_ALL 0xFF //Non-existent placeholder type static U8 *sys_smbios_entry=NULL; class CSMBIOSHeader {//Section 6.1.2 line 885 U8 type, //SMBIOSt_* length; U16 handle; //identifier for this structure. }; class CSMBIOSEntryPoint {//Section 5.2.1 line 812 U8 anchor_str[4], // '_SM_' checksum, length, major_version, minor_version; U16 max_structure_size; U8 entry_point_revision, formatted_area[5], anchor_str2[5], // '_DMI_' checksum2; U16 table_length; U32 table_address; U16 structure_cnt; U8 bcd_revision; }; class CSMBIOSBIOSInfo {//Section 7.1 line 922 CSMBIOSHeader header; U8 vendor, version; U16 start_address_segment; U8 release_date, rom_size; U64 flags; U8 extended_flags[2]; U8 major_release, minor_release, embedded_controller_firmware_major_release, embedded_controller_firmware_minor_release; U16 extended_rom_size; }; class CSMBIOSSystemInfo {//Section 7.2 line 936 CSMBIOSHeader header; U8 manufacturer, product_name, version, serial_number, uuid[16], wakeup_type, sku_number, family; }; class CSMBIOSBaseboardInfo {//Section 7.3 line 968 CSMBIOSHeader header; U8 manufacturer, product, version, serial_number, asset_tag, feature_flags, chassis_location; U16 chassis_handle; U8 board_type, contained_object_handles_num; U16 contained_object_handles[1]; //Variable length, member above gives length }; class CSMBIOSEnclosureInfo {//Section 7.4 line 984 CSMBIOSHeader header; U8 manufacturer, type, version, serial_number, asset_tag, bootup_state, power_supply_state, thermal_state, security_status; U32 oem_defined; U8 height, power_cord_cnt, contained_element_cnt, contained_element_record_length, contained_elements[1]; //array length == cnt * record_length; }; class CSMBIOSEnclosureContainedElement {//Section 7.4.4 line 999 U8 contained_element_type, contained_element_minimum, contained_element_maximum; }; class CSMBIOSProcessorInfo {//Section 7.5 line 1010 CSMBIOSHeader header; U8 name, type, family, manufacturer; U64 id; U8 version, voltage; U16 external_clock, max_speed, current_speed; U8 status, upgrade; U16 l1_cache_handle, l2_cache_handle, l3_cache_handle; U8 serial_number, asset_tag, part_number, core_cnt, cores_enabled, thread_cnt; U16 characteristics; }; class CSMBIOSCacheInfo {//Section 7.8 line 1168 CSMBIOSHeader header; U8 name; U16 config, max_size, installed_size, supported_sram_type, installed_sram_type; U8 cache_speed, error_correction_type, cache_type, associativity; }; class CSMBIOSConnectorInfo {//Section 7.9 line 1198 CSMBIOSHeader header; U8 internal_name, internal_type, external_name, external_type, port_type; }; class CSMBIOSSlotInfo {//Section 7.10 line 1226 CSMBIOSHeader header; U8 name, type, data_bus_width, current_usage, length; U16 id; U8 flags1, flags2; U16 segment_group_number; U8 bus_number, device_function_number; }; class CSMBIOSMemArrayInfo {//Section 7.17 line 1519 CSMBIOSHeader header; U8 location, use, memory_error_correction; U32 max_capacity; U16 memory_error_info_handle, mem_device_cnt; U64 extended_max_capacity; }; class CSMBIOSMemDeviceInfo {//Section 7.18 line 1538 CSMBIOSHeader header; U16 memory_array_handle, memory_error_info_handle, total_width, data_width, size; U8 form_factor, device_set, device_locator, bank_locator, type; U16 type_detail, speed; U8 manufacturer, serial_number, asset_tag, part_number, attributes; U32 extended_size; U16 configured_speed, min_voltage, max_voltage, configured_voltage; }; class CSMBIOSBatteryInfo {//Section 7.23 line 1723 CSMBIOSHeader header; U8 location, manufacturer, manufacture_date, serial_number, name, chemistry, capacity, voltage, sbds_version_number, max_battery_data_error, sbds_serial_number, sbds_manufacture_date, sbds_chemistry, capacity_multiplier; U32 oem; }; U0 SMBIOSInit() {//Section 7.1.1 line 925 (BIOS characteristics) DefineLstLoad("ST_SMBIOS_BIOS_FLAGS", " \0" " \0" " \0" " \0" "ISA\0" "MCA\0" "EISA\0" "PCI\0" "PC Card\0" "Plug and Play\0" "APM\0" "Flashable BIOS\0" "BIOS shadowing\0" "VESA Local Bus\0" "ESCD\0" "CD Boot\0" "Selectable boot\0" "BIOS ROM socketed\0" "PC Card Boot\0" "Enhanced Disk Drive Services\0" " \0" " \0" "INT 0x13 5.25\"/360 KB Floppy Support\0" "INT 0x13 5.25\"/1.2 MB Floppy Support\0" "INT 0x13 3.5\"/720 KB Floppy Support\0" "INT 0x13 3.5\"/2.88 MB Floppy Support\0" "INT 0x05 Screen Printing\0" "INT 0x09 8042 Keyboard\0" "INT 0x14 Serial\0" "INT 0x17 Printer\0" "INT 0x10 CGA/Mono Video"); //Section 7.1.2.1 line 931 (BIOS characteristics extension byte 1) DefineLstLoad("ST_SMBIOS_BIOS_FLAGSEXT1", "ACPI\0" "USB Legacy\0" " \0" " \0" " \0" " \0" "Serial Boot\0" "Smart Battery"); //Section 7.1.2.2 line 935 (BIOS characteristics extension byte 2) DefineLstLoad("ST_SMBIOS_BIOS_FLAGSEXT2", "BIOS Boot\0" "Network Boot\0" "Targeted Content Distribution\0" "UEFI\0" "Virtual Machine"); //Section 7.2.2 line 959 (system wakeup types) DefineLstLoad("ST_SMBIOS_WAKEUP_TYPES", " \0" "Other\0" "Unknown\0" "APM Timer\0" "Modem Ring\0" "LAN Remote\0" "Power Switch\0" "PCI PME#\0" "AC Power Restored"); //Section 7.3.1 line 972 (baseboard feature flags) DefineLstLoad("ST_SMBIOS_BASEBOARD_FLAGS", "Hosting Board (Motherboard)\0" "Requires Auxilary Board\0" "Removable\0" "Replaceable\0" "Hot Swappable"); //Section 7.3.2 line 977 (baseboard board types) DefineLstLoad("ST_SMBIOS_BASEBOARD_TYPES", " \0" "Unknown\0" "Other\0" "Server Blade\0" "Connectivity Switch\0" "System Management Module\0" "Processor Module\0" "I/O Module\0" "Daughterboard\0" "Motherboard\0" "Processor/Memory Module\0" "Processor/IO Module\0" "Interconnect Board\0"); //Section 7.4.1 line 988 (system enclosure types) DefineLstLoad("ST_SMBIOS_ENCLOSURE_TYPES", " \0" "Other\0" "Unknown\0" "Desktop\0" "Low Profile Desktop\0" "Pizza Box\0" "Mini Tower\0" "Tower\0" "Portable\0" "Laptop\0" "Notebook\0" "Hand Held\0" "Docking Station\0" "All-in-One\0" "Sub Notebook\0" "Space-saving\0" "Lunch box\0" "Main Server Chassis\0" "Expansion Chassis\0" "SubChassis\0" "Bus Expansion Chassis\0" "Peripheral Chassis\0" "RAID Chassis\0" "Rack Mount Chassis\0" "Sealed-case PC\0" "Multi-system Chassis\0" "Compact PCI\0" "Advanced TCA\0" "Blade\0" "Blade Enclosure\0" "Tablet\0" "Convertible\0" "Detachable\0" "IoT Gateway\0" "Embedded PC\0" "Mini PC\0" "Stick PC"); //Section 7.4.2 line 991 (enclosure states) DefineLstLoad("ST_SMBIOS_ENCLOSURE_STATES", " \0" "Other\0" "Unknown\0" "Safe\0" "Warning\0" "Critical\0" "Non-Recoverable"); //Section 7.4.3 line 994 (enclosure security status field) DefineLstLoad("ST_SMBIOS_ENCLOSURE_SECURITY_STATUSES", " \0" "Other\0" "Unknown\0" "None\0" "External Interface Locked Out\0" "External Interface Enabled"); //Section 7.5.1 line 1014 (processor type field) DefineLstLoad("ST_SMBIOS_PROCESSOR_TYPES", " \0" "Other\0" "Unknown\0" "Central Processor\0" "Math Processor\0" "DSP Processor\0" "Video Processor"); //Section 7.5.4 line 1050 (processor voltage field) DefineLstLoad("ST_SMBIOS_PROCESSOR_VOLTAGE_LEVELS", "5V\0" "3.3V\0" "2.9V"); DefineLstLoad("ST_CPUID_1_EDX_FLAGS", "x87 FPU\0" "Virtual 8086 Mode Enhancements\0" "Debugging Extensions\0" "Page Size Extensions\0" "Time Stamp Counter\0" "MSRs\0" "Page Address Extension\0" "Machine Check Exceptions\0" "CMPXCHG8B\0" "APIC\0" " \0" "SYSENTER/SYSEXIT\0" "Memory Type Range Registers\0" "Page Glbl Bit\0" "Machine Check Architecture\0" "CMOV Instructions\0" "Page Attribute Table\0" "36 Bit Page Size Extension\0" "Processor Serial Number\0" "CLFLUSH\0" " \0" "Dbg Store\0" "ACPI\0" "MMX\0" "FXSAVE/FXRSTOR\0" "SSE\0" "SSE2\0" "Self Snoop\0" "HTT\0" "Thermal Monitor\0" " \0" "Pending Break Enable\0"); DefineLstLoad("ST_CPUID_1_ECX_FLAGS", "SSE3\0" "PCLMULQDQ\0" "64 bit DS AREA\0" "MONITOR/MWAIT\0" "CPL Qualified Dbg Store\0" "Virtual Machine Extensions\0" "Safer Mode Extensions\0" " \0" "Thermal Monitor 2\0" "SSSE3\0" "L1 Context ID\0" "IA32_DEBUG_INTERFACE\0" "FMA Extensions\0" "CMPXCHG16B\0" "xTPR Update Control\0" "Perfmon and Dbg Capability\0" " \0" "Process Context Identifiers\0" "MMIO Prefetch\0" "SSE4.1\0" "SSE4.2\0" "x2APIC\0" "MOVBE\0" "POPCNT\0" "TSC Deadline\0" "AESNI\0" "XSAVE\0" "OSXSAVE\0" "AVX\0" "F16C\0" "RDRAND"); //Section 7.5.5 line 1058 (upgrade field) DefineLstLoad("ST_SMBIOS_PROCESSOR_UPGRADES", " \0" "Other\0" "Unknown\0" "Daughterboard\0" "ZIF Socket\0" "Replacable Piggy Back\0" "None\0" "LIF Socket\0" "Slot 1\0" "Slot2\0" "370-pin Socket\0" "Slot A\0" "Slot M\0" "Socket 423\0" "Socket A (Socket 462)\0" "Socket 478\0" "754\0" "940\0" "939\0" "mPGA604\0" "LGA771\0" "LGA775\0" "S1\0" "AM2\0" "F (1207)\0" "LGA1366\0" "G34\0" "AM3\0" "C32\0" "LGA1156\0" "LGA1567\0" "PGA988A\0" "BGA1288\0" "rPGA988B\0" "BGA1023\0" "BGA1224\0" "LGA1155\0" "LGA1356\0" "LGA2011\0" "FS1\0" "FS2\0" "FM1\FM2\0" "LGA2011-3\0" "LGA1356-3\0" "LGA1150\0" "BGA1168\0" "BGA1234\BGA1364\0" "AM4\0" "LGA1151\0" "BGA1440\0" "BGA1515\0" "LGA3647-1\0" "SP3\0" "SP3r2\0" "LGA2066\0" "BGA1932\0" "BGA1510\0" "BGA1528"); //Section 7.5.9 line 1110 (processor characteristics) DefineLstLoad("ST_SMBIOS_PROCESSOR_FLAGS", " \0" " \0" "64 Bit\0" "Multicore\0" "HyperThreading\0" "NX/XD Protection\0" "Enhanced Virtualization\0" "Power/Performance Control\0" "128 Bit Capable"); //Section 7.8.2 line 1178 (cache information SRAM type field) DefineLstLoad("ST_SMBIOS_CACHE_SRAM_TYPES", "Other\0" "Unknown\0" "Non-Burst\0" "Burst\0" "Pipeline Burst\0" "Synchronous\0" "Asynchronous"); //Section 7.8.6 line 1193 (cache information associativity field) DefineLstLoad("ST_SMBIOS_CACHE_ASSOCIATIVITY", " \0" "Other\0" "Unknown\0" "Direct Mapped\0" "2-way Set-Associative\0" "4-way Set-Associative\0" "Fully Associative\0" "8-way Set-Associative\0" "16-way Set-Associative\0" "12-way Set-Associative\0" "24-way Set-Associative\0" "32-way Set-Associative\0" "48-way Set-Associative\0" "64-way Set-Associative\0" "20-way Set-Associative"); //Section 7.9.2 line 1219 (connector type field) DefineLstLoad("ST_SMBIOS_CONNECTOR_TYPES", "None\0" "Centronics\0" "Mini Centronics\0" "Proprietary\0" "DB-25 Pin Male\0" "DB-25 Pin Female\0" "DB-15 Pin Male\0" "DB-15 Pin Female\0" "DB-9 Pin Male\0" "DB-9 Pin Female\0" "RJ-11\0" "RJ-45\0" "50-Pin MiniSCSI\0" "Mini-DIN\0" "Micro-DIN\0" "PS/2\0" "Infrared\0" "HP-HIL\0" "Access Bus (USB)\0" "SSA SCSI\0" "Circular DIN-8 Male\0" "Circular DIN-8 Female\0" "Onboard IDE\0" "Onboard Floppy\0" "9-Pin Dual Inline (Pin 10 Cut)\0" "25-Pin Dual Inline (Pin 26 Cut)\0" "50-Pin Dual Inline\0" "68-Pin Dual Inline\0" "Onboard CD-ROM Sound Input\0" "Mini-Centronics Type-14\0" "Mini-Centronics Type-26\0" "Mini-Jack (Headphones)\0" "BNC\0" "1394\0" "SAS\SATA Plug\0" "USB Type-C"); //Section 7.9.3 line 1222 (port type field) DefineLstLoad("ST_SMBIOS_PORT_TYPES", "None\0" "Parallel Port XT/AT Compatible\0" "Parallel Port PS/2\0" "Parallel Port ECP\0" "Parallel Port EPP\0" "Parallel Port ECP/EPP\0" "Serial Port XT/AT Compatible\0" "Serial Port 16450 Compatible\0" "Serial Port 16550 Compatible\0" "Serial Port 16550A Compatible\0" "SCSI Port\0" "MIDI Port\0" "Joystick Port\0" "Keyboard Port\0" "Mouse Port\0" "SSA SCSI\0" "USB\0" "FireWire (IEEE 1394)\0" "PCMCIA Type I\0" "PCMCIA Type II\0" "PCMCIA Type III\0" "Cardbus\0" "Access Bus Port\0" "SCSI II\0" "SCSI Wide\0" " \0" " \0" " \0" "Video Port\0" "Audio Port\0" "Modem Port\0" "Network Port\0" "SATA\0" "SAS\0" "MFDP (Multi-Function Display Port\0" "Thunderbolt\0" "8251 Compatible\0" "8251 FIFO Compatible"); //Section 7.10.1 line 1229 (slot type) DefineLstLoad("ST_SMBIOS_SLOT_TYPES1", " \0" "Other\0" "Unknown\0" "ISA\0" "MCA\0" "EISA\0" "PCI\0" "PC Card (PCMCIA)\0" "VESA Local Bus\0" "Proprietary\0" "Proprietary Card Slot\0" "Proprietary Memory Card Slot\0" "I/O Riser Card Slot\0" "NuBus\0" "PCI - 66 MHz Capable\0" "AGP\0" "AGP 2X\0" "AGP 4X\0" "PCI-X\0" "AGP 8X\0" "M.2 Socket 1-DP (Mechanical Key A)\0" "M.2 Socket 1-SD (Mechanical Key E)\0" "M.2 Socket 2 (Mechanical Key B)\0" "M.2 Socket 3 (Mechanical Key M)\0" "MXM Type I\0" "MXM Type II\0" "MXM Type III (Standard Connector)\0" "MXM Type III (HE Connector)\0" "MXM Type IV\0" "MXM 3.0 Type A\0" "MXM 3.0 Type B\0" "PCI Express Gen 2 SFF-8639\0" "PCI Express Gen 3 SFF-8639\0" "PCI Express Mini 52-Pin with bottom-side keep-outs\0" "PCI Express Mini 52-Pin without bottom-side keep-outs\0" "PCI Express Mini 76-Pin\0" "CXL Flexbus 1.0"); DefineLstLoad("ST_SMBIOS_SLOT_TYPES2", " \0" " \0" " \0" " \0" " \0" "PCI Express\0" "PCI Express 1x\0" "PCI Express 2x\0" "PCI Express 4x\0" "PCI Express 8x\0" "PCI Express 16x\0" "PCI Express Gen 2\0" "PCI Express Gen 2 1x\0" "PCI Express Gen 2 2x\0" "PCI Express Gen 2 4x\0" "PCI Express Gen 2 8x\0" "PCI Express Gen 2 16x\0" "PCI Express Gen 3\0" "PCI Express Gen 3 1x\0" "PCI Express Gen 3 2x\0" "PCI Express Gen 3 4x\0" "PCI Express Gen 3 8x\0" "PCI Express Gen 3 16x\0" "PCI Express Gen 4\0" "PCI Express Gen 4 1x\0" "PCI Express Gen 4 2x\0" "PCI Express Gen 4 4x\0" "PCI Express Gen 4 8x\0" "PCI Express Gen 4 16x"); //Section 7.10.2 line 1244 (slot data bus width field) DefineLstLoad("ST_SMBIOS_SLOT_DATA_BUS_WIDTHS", " \0" "Other\0" "Unknown\0" "8 Bit\0" "16 Bit\0" "32 Bit\0" "64 Bit\0" "128 Bit\0" "1x\0" "2x\0" "4x\0" "8x\0" "12x\0" "16x\0" "32x"); //Section 7.10.6 line 1259 (slot characteristics 1 field) DefineLstLoad("ST_SMBIOS_SLOT_FLAGS1", " \0" "5.0 V\0" "3.3 V\0" "Shared Slot Opening\0" "PC Card 16\0" "CardBus\0" "Zoom Video\0" "Modem Ring Resume"); //Section 7.10.7 line 1262 (slot characteristics 2 field) DefineLstLoad("ST_SMBIOS_SLOT_FLAGS2", "PCI Power Management Event (PME#) Signal\0" "HotPlug\0" "SMBus\0" "Bifurcation"); //Section 7.17.1 line 1523 (memory array location field) DefineLstLoad("ST_SMBIOS_PHYMEM_LOCATIONS", " \0" "Other\0" "Unknown\0" "Motherboard\0" "ISA Add-On Card\0" "EISA Add-On Card\0" "PCI Add-On Card\0" "MCA Add-On Card\0" "PCMCIA Add-On Card\0" "Proprietary Add-On Card\0" "NuBus\0" " \0" " \0" " \0" " \0" " \0"); //Section 7.17.2 line 1527 (memory array use field) DefineLstLoad("ST_SMBIOS_PHYMEM_USES", " \0" "Other\0" "Unknown\0" "System Memory\0" "Video Memory\0" "Flash Memory\0" "Non-Volatile RAM\0" "Cache Memory"); //Section 7.18.1 line 1542 (form factor field) DefineLstLoad("ST_SMBIOS_MEMDEV_FORM_FACTORS", " \0" "Other\0" "Unknown\0" "SIMM\0" "SIP\0" "DIP\0" "ZIP\0" "Proprietary Card\0" "DIMM\0" "TSOP\0" "Row of Chips\0" "RIMM\0" "SODIMM\0" "SRIMM\0" "FB-DIMM\0" "Die"); //Section 7.18.2 line 1546 (type field) DefineLstLoad("ST_SMBIOS_MEMDEV_TYPES", " \0" "Unknown\0" "DRAM\0" "EDRAM\0" "VRAM\0" "SRAM\0" "RAM\0" "ROM\0" "FLASH\0" "EEPROM\0" "FEPROM\0" "EPROM\0" "CDRAM\0" "3DRAM\0" "SDRAM\0" "SGRAM\0" "RDRAM\0" "DDR\0" "DDR2\0" "DDR2 FB-DIMM\0" " \0" " \0" " \0" "DDR3\0" "FBD2\0" "DDR4\0" "LPDDR\0" "LPDDR2\0" "LPDDR3\0" "LPDDR4\0" "Logical Non-Volatile Device\0" "HBM (High Bandwidth Memory)\0" "HBM2 (High Bandwidth Memory Gen 2)"); //Section 7.18.3 line 1550 (type detail field) DefineLstLoad("ST_SMBIOS_MEMDEV_TYPE_DETAILS", " \0" " \0" " \0" "Fast Paged\0" "Static Column\0" "Psuedo Static\0" "RAMBUS\0" "Synchronous\0" "CMOS\0" "EDO\0" "Window DRAM\0" "Cache DRAM\0" "Non Volatile\0" "Registered (Buffered)\0" "Unregistered (Unbuffered)\0" "LRDIMM"); } SMBIOSInit; Bool SMBIOSEntryScan(CSMBIOSEntryPoint **entry) {//Search 0xF0000 - 0x100000 for SMBIOS Entry Point structure. I64 i; U8 noreg checksum = 0, *mem = 0xF0000; if (sys_smbios_entry) { *entry = sys_smbios_entry; return TRUE; } do { if (!MemCmp(mem, "_SM_", 4)) { *entry = mem; for (i = 0; i < (*entry)->length; i++) checksum += mem[i]; if (checksum == 0) //valid checksums sum to zero break; } } while ((mem += 16) < 0x100000); //anchor sits on 16-byte boundary return mem != 0x100000; } U8 *SMBIOSStr(CSMBIOSHeader *header, I64 str_num, U8 *default="None") {//Get string str_num from end of structure (string section). I64 i; U8* ptr = header(U8 *) + header->length; if (!str_num) return default; for (i = 1; i < str_num; i++) { while (*ptr++); if (!ptr[0] && !ptr[1]) //structure ends in double NULL return default; } return ptr; } CSMBIOSHeader *SMBIOSStructGet(I64 type=0xFFFFF, I64 handle=0xFFFFF, CSMBIOSHeader *head=NULL) {//Search for struct with type or handle. Return NULL if not found. I64 i; CSMBIOSEntryPoint *entry; if (!head) { if (!SMBIOSEntryScan(&entry)) return NULL; head = entry->table_address; } while (head->type != 127) { if (head->handle == handle) return head; if (head->type == type) return head; head = head(U8 *) + head->length; for (i = 1; head(U8 *)[i - 1] || head(U8 *)[i]; i++); head = head(U8 *) + i + 1; } return NULL; } #ifdef SCREEN_SAVER_TIMEOUT // TinkerOS U8 *os_string="TinkerOS"; U8 *SysRepFlagsMk(U8 *buf) { U8 *str, *tmp; tmp = StrReplace(StrReplace(StrReplace(StrReplace(buf, "+ ", ""), "- ", "",, TRUE), "+", "\n$BLUE$+$GREEN$",, TRUE), "-", "\n$BLUE$-$RED$",, TRUE); str = MStrPrint("$ID,17$%s$ID,-17$", tmp); Free(tmp); return str; } public I64 SysRep(I64 type=SMBIOSt_ALL, I64 handle=0, Bool show_all_flags=FALSE, I64 memdev_handle=0xFFFF, I64 verbose=2) {//Display info of SMBIOS structures. Returns cnt of displayed structures. #else // TempleOS U8 *os_string="TempleOS"; class CRAXRBXRCXRDX { I64 rax,rbx,rcx,rdx; }; U8 *SysRepFlagsMk(U8 *buf) { return 0; }; U8 *StrReplace(U8 *str, U8 *old, U8 *new, I64 sff_flags=0, Bool free_str=FALSE) { return 0; }; I64 Seg2Linear(U32 *ptr) { return 0; }; U8(*StrPrintFlags2)(U8 *dst,U8 *lst,I64 flags)=&StrPrintFlags; U8 *StrPrintFlags(U8 *dst,U8 *lst,I64 flags, Bool print_all=FALSE, I64 print_all_length=0) { no_warn print_all; no_warn print_all_length; StrPrintFlags2(dst,lst,flags); } public I64 SysRep(I64 type=SMBIOSt_ALL, I64 handle=0, Bool show_all_flags=FALSE, I64 memdev_handle=0xFFFF, I64 verbose2=2) {//Display info of SMBIOS structures. Returns cnt of displayed structures. I64 verbose=0; #endif I64 i = 1, structure_cnt = 0, cache_cnt = 0, start_addr; CSMBIOSEntryPoint *entry; CSMBIOSHeader *header; CSMBIOSBIOSInfo *bios_info; U8 buffer[2048], buffer2[512], *str; if (!SMBIOSEntryScan(&entry)) { "No SMBIOS data found.\n"; return 0; } header = entry->table_address; if (!handle && type == 0xFF) { "SMBIOS version %d.%d (%d entries)\n", entry->major_version, entry->minor_version, entry->structure_cnt; } while (header->type != 127) { if (handle && header->handle != handle) goto loop_end; if (type != 0xFF && header->type != type) goto loop_end; switch (header->type) { start: case SMBIOSt_BIOS: bios_info = header; start_addr = bios_info->start_address_segment << 16; if (verbose<2) break; "$TR-C,\"BIOS\"$\n"; "$FD,CYAN$"; "$ID,3$" "Vendor:$BLACK$%s$FG$\n" , SMBIOSStr(header, bios_info->vendor); "Version:$BLACK$%s$FG$\n" , SMBIOSStr(header, bios_info->version); "Release Date:$BLACK$%s (mm/dd/yyyy)$FG$\n" , SMBIOSStr(header, bios_info->release_date); "Release Version:$BLACK$%d.%d$FG$\n" , bios_info->major_release, bios_info->minor_release; "Start Address:$BLACK$0x%X$FG$\n" , Seg2Linear(&start_addr); "Image Size:$BLACK$%d bytes$FG$\n" , (0x10000 - bios_info->start_address_segment) * 16; "ROM Size:$BLACK$"; if (bios_info->rom_size == 0xFF) { "%d %ziB$FG$\n", bios_info->extended_rom_size & ~0xC000, Bt(&bios_info->extended_rom_size, 14), "M\0G"; } else "%d KiB$FG$\n", (bios_info->rom_size + 1) * 64; if (Bt(&bios_info->flags, 3)) "Flags Not Supported$FG$\n"; else { "$TR,\"Flags\"$"; StrPrintFlags(buffer, Define("ST_SMBIOS_BIOS_FLAGS"), bios_info->flags & ~0xF, show_all_flags, 31); CatPrint(buffer, StrPrintFlags(buffer2, Define("ST_SMBIOS_BIOS_FLAGSEXT1"), bios_info->extended_flags[0], show_all_flags, 8)); CatPrint(buffer, StrPrintFlags(buffer2, Define("ST_SMBIOS_BIOS_FLAGSEXT2"), bios_info->extended_flags[1], show_all_flags, 5)); str = SysRepFlagsMk(buffer); "%s$FG$\n" , str; Free(str); } "$ID,-3$"; break; case SMBIOSt_SYSTEM: CSMBIOSSystemInfo *sys_info = header; "$TR-C,\"System\"$\n"; "$FD,CYAN$"; "$ID,3$Operating system:$BLACK$%s V%5.3f$FG$\n" , os_string, sys_os_version; "Manufacturer:$BLACK$%s$FG$\n" , SMBIOSStr(header, sys_info->manufacturer); "Product Name:$BLACK$%s$FG$\n" , SMBIOSStr(header, sys_info->product_name); "Version:$BLACK$%s$FG$\n" , SMBIOSStr(header, sys_info->version); if (!verbose) { "$ID,-3$"; break; } "Serial Number:$BLACK$%s$FG$\n" , SMBIOSStr(header, sys_info->serial_number); "UUID:$BLACK$%X-%X-%X-%X-%X$FG$\n" , EndianU32(sys_info->uuid(U32 *)), EndianU16((sys_info->uuid)(U16 *)[2]), EndianU16((sys_info->uuid)(U16 *)[3]), EndianU16((sys_info->uuid)(U16 *)[4]), EndianU16((sys_info->uuid)(U16 *)[5]) << 32 | EndianU32((sys_info->uuid)(U32 *)[3]); "Wakeup Type:$BLACK$%Z$FG$\n" , sys_info->wakeup_type, "ST_SMBIOS_WAKEUP_TYPES"; "SKU Number:$BLACK$%s$FG$\n" , SMBIOSStr(header, sys_info->sku_number); "Family:$BLACK$%s$FG$\n" , SMBIOSStr(header, sys_info->family); "$ID,-3$"; break; case SMBIOSt_ENCLOSURE: if (!verbose) break; if (verbose<2) break; CSMBIOSEnclosureInfo *info = header; "$TR-C,\"Enclosure\"$\n"; "$FD,CYAN$"; "$ID,3$Manufacturer:$BLACK$%s$FG$\n" , SMBIOSStr(header, info->manufacturer); "Type:$BLACK$%Z%z$FG$\n" , info->type & 0x7F, "ST_SMBIOS_ENCLOSURE_TYPES", Bt(&info->type, 7), " \0, Lock Present"; "Version:$BLACK$%s$FG$\n" , SMBIOSStr(header, info->version); "Bootup State:$BLACK$%Z$FG$\n" , info->bootup_state, "ST_SMBIOS_ENCLOSURE_STATES"; "Thermal State:$BLACK$%Z$FG$\n" , info->thermal_state, "ST_SMBIOS_ENCLOSURE_STATES"; "Power Supply:$BLACK$%Z$FG$\n" , info->power_supply_state, "ST_SMBIOS_ENCLOSURE_STATES"; "Security Status:$BLACK$%Z$FG$\n" , info->security_status, "ST_SMBIOS_ENCLOSURE_SECURITY_STATUSES"; "Height:$BLACK$"; //height is in 'U' units. 1 'U' is 1.75 inches or 4.445 cm. if (info->height) "%0.2f\"$FG$\n", info->height * 1.75; else "Unknown$FG$\n"; "Serial Number:$BLACK$%s$FG$\n" , SMBIOSStr(header, info->serial_number); "Asset Tag:$BLACK$%s$FG$\n" , SMBIOSStr(header, info->asset_tag); "Power Cord Count:$BLACK$"; if (info->power_cord_cnt) "%d$FG$\n", info->power_cord_cnt; else "Unknown$FG$\n"; "$ID,-3$"; break; case SMBIOSt_PROCESSOR: CSMBIOSProcessorInfo *p_info = header; CRAXRBXRCXRDX regs; CPUId(1, ®s); "$TR-C,\"Processor\"$\n"; "$FD,CYAN$"; "$ID,3$Socket Name:$BLACK$%s$FG$\n" , SMBIOSStr(header, p_info->name); "Processor Type:$BLACK$%Z$FG$\n" , p_info->type, "ST_SMBIOS_PROCESSOR_TYPES"; "Status:$BLACK$%z, %z$FG$\n" , p_info->status >> 6, "Socket Unpopulated\0Socket Populated", p_info->status & 7, "Unknown\0CPU Enabled\0CPU Disabled through BIOS Setup\0" "CPU Disabled by BIOS (POST Error)\0CPU Idle, Waiting to be Enabled\0 \0 \0Other"; "Core Count:$BLACK$%d$FG$\n" , p_info->core_cnt; "Cores Enabled:$BLACK$%d$FG$\n" , p_info->cores_enabled; "Manufacturer:$BLACK$%s$FG$\n" , SMBIOSStr(header, p_info->manufacturer); "Name:$BLACK$%s$FG$\n" , SMBIOSStr(header, p_info->version); "Family:$BLACK$"; if (regs.rax >> 8 & 0xF < 0xF) "%d$FG$\n", regs.rax >> 8 & 0xF; else "%d$FG$\n", 0xF + regs.rax >> 20 & 0xFF; "Model:$BLACK$"; if (regs.rax >> 4 & 0xF < 0xF) "%d$FG$\n", regs.rax >> 4 & 0xF; else "%d$FG$\n", (regs.rax >> 4 & 0xF) << 4 | regs.rax >> 16 & 0xF; "Stepping:$BLACK$%d$FG$\n" , regs.rax & 0xF; "Current Speed:$BLACK$"; if (p_info->current_speed) "%0.1f GHz$FG$\n", p_info->current_speed / 1000.0; else "Unknown$FG$\n"; "Max Speed:$BLACK$"; if (p_info->max_speed) "%0.1f GHz$FG$\n", p_info->max_speed / 1000.0; else "Unknown$FG$\n"; "Socket:$BLACK$%Z$FG$\n" , p_info->upgrade, "ST_SMBIOS_PROCESSOR_UPGRADES"; "Voltage:$BLACK$"; if (Bt(&p_info->voltage, 7)) "%0.1fV$FG$\n", (p_info->voltage & 0x7F) / 10.0; else "%Z$FG$\n", Bsf(p_info->voltage), "ST_SMBIOS_PROCESSOR_VOLTAGE_LEVELS"; "External Clock:$BLACK$"; if (p_info->external_clock) "%d MHz$FG$\n", p_info->external_clock; else "Unknown$FG$\n"; if (verbose<2) { "$ID,-3$"; break; } if (!verbose) { "Serial Number:$BLACK$%s$FG$\n" , SMBIOSStr(header, p_info->serial_number); "Asset Tag:$BLACK$%s$FG$\n" , SMBIOSStr(header, p_info->asset_tag); "Part Number:$BLACK$%s$FG$\n" , SMBIOSStr(header, p_info->part_number); } StrPrintFlags(buffer, Define("ST_SMBIOS_PROCESSOR_FLAGS"), p_info->characteristics, show_all_flags, 9); str = SysRepFlagsMk(buffer); "$TR,\"Processor Flags\"$%s$FG$\n" , str; StrPrintFlags(buffer, Define("ST_CPUID_1_EDX_FLAGS"), regs.rdx, show_all_flags, 32); CatPrint(buffer, StrPrintFlags(buffer2, Define("ST_CPUID_1_ECX_FLAGS"), regs.rcx, show_all_flags, 31)); str = SysRepFlagsMk(buffer); "$TR,\"CPUID 0x1 Flags\"$%s$FG$\n" , str; Free(str); if (p_info->l1_cache_handle && p_info->l1_cache_handle != 0xFFFF) { "$TR,\"L1 Cache Info\"$\n"; SysRep(,p_info->l1_cache_handle, show_all_flags); } if (p_info->l2_cache_handle && p_info->l2_cache_handle != 0xFFFF) { "$TR,\"L2 Cache Info\"$\n"; SysRep(,p_info->l2_cache_handle, show_all_flags); } if (p_info->l3_cache_handle && p_info->l3_cache_handle != 0xFFFF) { "$TR,\"L3 Cache Info\"$\n"; SysRep(,p_info->l3_cache_handle, show_all_flags); } "$ID,-3$"; break; case SMBIOSt_CACHE: if (!handle) break; if (cache_cnt++ > 0) break; if (verbose<2) break; CSMBIOSCacheInfo *c_info = header; "$FD,CYAN$"; "$ID,3$"; "Name:$BLACK$%s$FG$\n" , SMBIOSStr(header, c_info->name); "Status:$BLACK$%z$FG$\n" , Bt(&c_info->config, 7), "Disabled\0Enabled"; "Mode:$BLACK$%z$FG$\n" , c_info->config >> 8 & 3, "Write-Through\0Write-Back\0Varies with Memory Address\0Unknown"; "Type:$BLACK$%z$FG$\n" , c_info->cache_type, " \0Other\0Unknown\0Instruction\0Data\0Unified"; "Location:$BLACK$%z$FG$\n" , c_info->config >> 5 & 3, "CPU Internal\0External\0 \0Unknown"; "Socketed:$BLACK$%z$FG$\n" , Bt(&c_info->config, 3), "No\0Yes"; "Max Cache Size:$BLACK$"; //if Bit 15 is 1 then granularity is 64K else 1K if (Bt(&c_info->max_size, 15)) "%d KB$FG$\n", (c_info->max_size & 0x7FFF) * 64; else "%d KB$FG$\n", c_info->max_size & 0x7FFF; "Installed Size:$BLACK$"; //if Bit 15 is 1 then granularity is 64K else 1K if (Bt(&c_info->installed_size, 15)) "%d KB$FG$\n", (c_info->installed_size & 0x7FFF) * 64; else "%d KB$FG$\n", c_info->installed_size & 0x7FFF; StrPrintFlags(buffer, Define("ST_SMBIOS_CACHE_SRAM_TYPES"), c_info->supported_sram_type); str = StrReplace(buffer, "+", ", "); "Supported SRAM Types:$BLACK$%s$FG$\n" , str + 2; Free(str); "Installed SRAM Type:$BLACK$%Z$FG$\n" , Bsf(c_info->installed_sram_type), "ST_SMBIOS_CACHE_SRAM_TYPES"; "Cache Speed:$BLACK$"; if (c_info->cache_speed) "%d nS$FG$\n", c_info->cache_speed; else "Unknown$FG$\n"; "ECC type:$BLACK$%z$FG$\n" , c_info->error_correction_type, " \0Other\0Unknown\0None\0Parity\0Single-bit ECC\0Multi-bit ECC"; "Associativity:$BLACK$%Z$FG$\n" , c_info->associativity, "ST_SMBIOS_CACHE_ASSOCIATIVITY"; "$ID,-3$"; break; case SMBIOSt_PHYMEM: CSMBIOSMemArrayInfo *ma_info = header; "$TR-C,\"Memory Array\"$\n"; "$FD,CYAN$"; "$ID,3$"; "Location:$BLACK$%Z$FG$\n" , ma_info->location, "ST_SMBIOS_PHYMEM_LOCATIONS"; "Use:$BLACK$%Z$FG$\n" , ma_info->use, "ST_SMBIOS_PHYMEM_USES"; "Error Correction:$BLACK$%z$FG$\n" , ma_info->use, " \0Other\0Unknown\0None\0Parity\0Single-bit ECC\0Multi-bit ECC\0CRC"; "Max Capacity:$BLACK$"; if (ma_info->max_capacity == 0x80000000) "%d MB$FG$\n", ma_info->extended_max_capacity / 1024; else "%d MB$FG$\n", ma_info->max_capacity / 1024; "Mem Device Count:$BLACK$%d$FG$\n" , ma_info->mem_device_cnt; if (verbose<2) { "$ID,-3$"; break; } "$TR,\"Memory Devices\"$\n"; "$ID,3$"; SysRep(SMBIOSt_MEM_DEVICE, handle, show_all_flags, ma_info->header.handle); "$ID,-3$"; "$ID,-3$"; break; case SMBIOSt_MEM_DEVICE: CSMBIOSMemDeviceInfo *mem_info = header; if (type != SMBIOSt_MEM_DEVICE) break; if (memdev_handle != 0xFFFF && memdev_handle != mem_info->memory_array_handle) break; if (verbose<2) break; "$TR,\"Memory Device\"$\n"; "$FD,CYAN$"; "$ID,3$"; "Device Location:$BLACK$%s$FG$\n" , SMBIOSStr(header, mem_info->device_locator); "Bank Location:$BLACK$%s$FG$\n" , SMBIOSStr(header, mem_info->bank_locator); "Manufacturer:$BLACK$%s$FG$\n" , SMBIOSStr(header, mem_info->manufacturer); "Size:$BLACK$"; if (!mem_info->size) "No Device Installed$FG$\n"; else if (mem_info->size == 0xFFFF) "Unknown$FG$\n"; else if (mem_info->size == 0x7FFF) "%d GB$FG$\n", mem_info->extended_size; else "%d %zB$FG$\n", mem_info->size & 0x7FFF, Bt(&mem_info->size, 15), "M\0K"; if (entry->major_version >= 2 && entry->minor_version >= 8) { "Min Voltage:$BLACK$"; if (mem_info->min_voltage) "%d mV$FG$\n", mem_info->min_voltage; else "Unknown$FG$\n"; "Max Voltage:$BLACK$"; if (mem_info->max_voltage) "%d mV$FG$\n", mem_info->max_voltage; else "Unknown$FG$\n"; "Configured Volt.:$BLACK$"; if (mem_info->configured_voltage) "%d mV$FG$\n", mem_info->configured_voltage; else "Unknown$FG$\n"; } "Total Width:$BLACK$"; if (mem_info->total_width != 0xFFFF) "%d bits$FG$\n", mem_info->total_width; else "Unknown$FG$\n"; "Data Width:$BLACK$"; if (mem_info->data_width != 0xFFFF) "%d bits$FG$\n", mem_info->data_width; else "Unknown$FG$\n"; "Max Speed:$BLACK$"; if (mem_info->speed) { "%d MT/s$FG$\n", mem_info->speed; } else "Unknown$FG$\n"; "Configured Speed:$BLACK$"; if (mem_info->configured_speed) { "%d MT/s$FG$\n", mem_info->configured_speed; } else "Unknown$FG$\n"; if (!verbose) { "Serial Number:$BLACK$%s$FG$\n" , SMBIOSStr(header, mem_info->serial_number); } "Part Number:$BLACK$%s$FG$\n" , SMBIOSStr(header, mem_info->part_number); "Asset Tag:$BLACK$%s$FG$\n" , SMBIOSStr(header, mem_info->asset_tag); "Form Factor:$BLACK$%Z$FG$\n" , mem_info->form_factor, "ST_SMBIOS_MEMDEV_FORM_FACTORS"; "Type:$BLACK$%Z$FG$\n" , mem_info->type, "ST_SMBIOS_MEMDEV_TYPES"; StrPrintFlags(buffer, Define("ST_SMBIOS_MEMDEV_TYPE_DETAILS"), mem_info->type_detail, show_all_flags, 16); str = SysRepFlagsMk(buffer); "$TR,\"Type Flags\"$%s$FG$\n" , str; Free(str); "$ID,-3$"; break; case SMBIOSt_BASEBOARD: CSMBIOSBaseboardInfo *b_info = header; if (verbose<2) break; "$TR-C,\"Baseboard\"$\n"; "$FD,CYAN$"; "$ID,3$"; "Manufacturer:$BLACK$%s$FG$\n" , SMBIOSStr(header, b_info->manufacturer); "Product:$BLACK$%s$FG$\n" , SMBIOSStr(header, b_info->product); "Version:$BLACK$%s$FG$\n" , SMBIOSStr(header, b_info->version); if (!verbose) { "Type:$BLACK$%Z$FG$\n" , b_info->board_type, "ST_SMBIOS_BASEBOARD_TYPES"; "Location:$BLACK$%s$FG$\n" , SMBIOSStr(header, b_info->chassis_location, "Not Specified"); "Serial Number:$BLACK$%s$FG$\n" , SMBIOSStr(header, b_info->serial_number); "Asset Tag:$BLACK$%s$FG$\n" , SMBIOSStr(header, b_info->asset_tag); "$TR,\"Flags\"$"; StrPrintFlags(buffer, Define("ST_SMBIOS_BASEBOARD_FLAGS"), b_info->feature_flags, show_all_flags, 5); str = SysRepFlagsMk(buffer); "%s$FG$\n" , str; Free(str); } "$ID,-3$"; break; case SMBIOSt_CONNECTOR: CSMBIOSConnectorInfo *con_info = header; if (verbose<2) break; "$TR,\"Port Connector\"$\n"; "$FD,CYAN$"; "$ID,3$"; "Port Type:$BLACK$"; if (con_info->port_type == 0xFF) "Other$FG$\n"; else "%Z$FG$\n", con_info->port_type, "ST_SMBIOS_PORT_TYPES"; "External Name:$BLACK$%s$FG$\n" , SMBIOSStr(header, con_info->external_name); "Internal Name:$BLACK$%s$FG$\n" , SMBIOSStr(header, con_info->internal_name); "External Type:$BLACK$"; if (con_info->external_type == 0xFF) "Other$FG$\n"; else "%Z$FG$\n", con_info->external_type, "ST_SMBIOS_CONNECTOR_TYPES"; "Internal Type:$BLACK$"; if (con_info->internal_type == 0xFF) "Other$FG$\n"; else "%Z$FG$\n", con_info->internal_type, "ST_SMBIOS_CONNECTOR_TYPES"; "$ID,-3$"; break; case SMBIOSt_BATTERY: CSMBIOSBatteryInfo *bat_info = header; if (verbose<2) break; "$TR,\"Battery\"$\n"; "$FD,CYAN$"; "$ID,3$"; "Name:$BLACK$%s$FG$\n" , SMBIOSStr(header, bat_info->name); "Manufacturer:$BLACK$%s$FG$\n" , SMBIOSStr(header, bat_info->manufacturer); " SBDS Version: $BLACK$%s$FG$\n", SMBIOSStr(header, bat_info->manufacturer); "Manufacture Date:$BLACK$"; if (bat_info->manufacture_date) "%s$FG$\n", SMBIOSStr(header, bat_info->manufacture_date); else "%s$FG$\n", SMBIOSStr(header, bat_info->sbds_manufacture_date); "Chemistry:$BLACK$"; if (bat_info->chemistry) "%s$FG$\n", SMBIOSStr(header, bat_info->chemistry); else "%s$FG$\n", SMBIOSStr(header, bat_info->sbds_chemistry); "Capacity:$BLACK$"; if (bat_info->capacity) "%d Milliwatt-Hours$FG$\n", bat_info->capacity * bat_info->capacity_multiplier; else "Unknown$FG$\n"; "Voltage:$BLACK$"; if (bat_info->voltage) "%d Millivolts$FG$\n", bat_info->voltage; else "Unknown$FG$\n"; "Max Data Error:$BLACK$"; if (bat_info->max_battery_data_error != 0xFF) "%d$FG$\n", bat_info->max_battery_data_error; else "Unknown$FG$\n"; if (!verbose) { "Serial Number:$BLACK$"; if (bat_info->serial_number) "%s$FG$\n", SMBIOSStr(header, bat_info->serial_number); else "%d$FG$\n", bat_info->sbds_serial_number; } "$ID,-3$"; break; case SMBIOSt_OEM_STRINGS: case SMBIOSt_SYS_CONFIG_OPTIONS: if (!verbose) break; if (verbose<2) break; if (header->type == SMBIOSt_OEM_STRINGS) "$TR,\"OEM Strings\"$\n"; else "$TR,\"Sys Config Strings\"$\n"; "$FD,CYAN$"; "$ID,3$"; str = *(header(U8 *) + sizeof(CSMBIOSHeader)); //using str to hold the string cnt for (i = 1; i <= str; i++) ":$BLACK$%s$FG$\n", SMBIOSStr(header, i); "$ID,-3$"; break; case SMBIOSt_SLOT: CSMBIOSSlotInfo *slot_info = header; if (verbose<2) break; "$TR,\"Slot\"$\n"; "$FD,CYAN$"; "$ID,3$"; "Name:$BLACK$%s$FG$\n" , SMBIOSStr(header, slot_info->name); "Type:$BLACK$"; if (slot_info->type >= 0xA0) "%Z$FG$\n", slot_info->type - 0xA0, "ST_SMBIOS_SLOT_TYPES2"; else "%Z$FG$\n", slot_info->type, "ST_SMBIOS_SLOT_TYPES1"; "Data Bus Width:$BLACK$%Z$FG$\n" , slot_info->data_bus_width, "ST_SMBIOS_SLOT_DATA_BUS_WIDTHS"; "Current Usage:$BLACK$%z$FG$\n" , slot_info->current_usage, " \0Other\0Unknown\0Available\0In Use\0Unavailable"; "Slot Length:$BLACK$%z$FG$\n" , slot_info->length, " \0Other\0Unknown\0Short\0Long\02.5\" Drive Form Factor\03.5\" Drive Form Factor"; "Segment Group:$BLACK$"; if (slot_info->segment_group_number != 0xFF) "%d$FG$\n", slot_info->segment_group_number; else "None$FG$\n"; "Bus:$BLACK$"; if (slot_info->bus_number != 0xFF) "%d$FG$\n", slot_info->bus_number; else "None$FG$\n"; if (slot_info->device_function_number != 0xFF) { "Device:$BLACK$%d$FG$\n", slot_info->device_function_number >> 3; "Function:$BLACK$%d$FG$\n" , slot_info->device_function_number & 7; } else "Device:$BLACK$None$FG$\nFunction:$BLACK$None$FG$\n"; "$TR,\"Flags\"$"; if (!Bt(&slot_info->flags1, 0)) { StrPrintFlags(buffer, Define("ST_SMBIOS_SLOT_FLAGS1"), slot_info->flags1, show_all_flags, 8); CatPrint(buffer, StrPrintFlags(buffer2, Define("ST_SMBIOS_SLOT_FLAGS2"), slot_info->flags2, show_all_flags, 4)); str = SysRepFlagsMk(buffer); "%s$FG$\n" , str; Free(str); } "$ID,-3$"; break; case 28: if (verbose>1) "$TR,\"Temperature Probe\"$\n"; break; end: structure_cnt++; } loop_end: header = header(U8 *) + header->length; for (i = 1; header(U8 *)[i - 1] || header(U8 *)[i]; i++); header = header(U8 *) + i + 1; } if (!handle) "$FD,BLUE$"; return structure_cnt; } public U0 SysRepLite() { SysRep(SMBIOSt_ALL, 0, FALSE, 0xFFFF, 0); } public U0 BIOSRep() {//Wrapper around SysRep() to only show BIOS info. SysRep(SMBIOSt_BIOS); } public U0 SysRepSurvey() {//Display system info excluding sensative info SysRep(,,,, TRUE); }