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https://github.com/lm-sensors/lm-sensors
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Additional sensor fields decoded
git-svn-id: http://lm-sensors.org/svn/lm-sensors/trunk@1481 7894878c-1315-0410-8ee3-d5d059ff63e0
This commit is contained in:
Mark D. Studebaker
parent
cc489acb76
commit
b30e01d7a9
@ -6,6 +6,8 @@
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* 2-July-2001 Matt Domsch <Matt_Domsch@dell.com>
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* Additional structures displayed per SMBIOS 2.3.1 spec
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*
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* 8/3/02 Enhanced and incorporated in lm_sensors 2.6.5
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*
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* Licensed under the GNU Public license. If you want to use it in with
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* another license just ask.
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*/
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@ -29,6 +31,7 @@ dump_raw_data(void *data, unsigned int length)
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unsigned int length_printed = 0;
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const unsigned char maxcolumn = 16;
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while (length_printed < length) {
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printf("\t");
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b1 = buffer1;
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b2 = buffer2;
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for (column = 0;
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@ -427,6 +430,179 @@ static char *dmi_onboard_type(u8 code)
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return onboard_type[code];
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}
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static char *dmi_mgmt_dev_type(u8 code)
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{
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static char *type[]={
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"",
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"Other",
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"Unknown",
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"LM75",
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"LM78",
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"LM79",
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"LM80",
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"LM81",
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"ADM9240",
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"DS1780",
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"MAX1617",
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"GL518SM",
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"W83781D",
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"HT82H791",
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};
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code &= 0x80;
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if (code > 0x0d)
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return "";
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return type[code];
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}
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static char *dmi_mgmt_addr_type(u8 code)
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{
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static char *type[]={
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"",
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"Other",
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"Unknown",
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"I/O",
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"Memory",
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"SMBus",
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};
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code &= 0x80;
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if (code > 5)
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return "";
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return type[code];
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}
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static char *dmi_fan_type(u8 code)
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{
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static char *type[]={
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"",
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"Other",
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"Unknown",
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"Fan",
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"Centrifugal Blower",
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"Chip Fan",
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"Cabinet Fan",
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"Power Supply Fan",
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"Heat Pipe",
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"Integrated Refrigeration",
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"",
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"",
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"",
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"",
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"",
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"",
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"Active Cooling",
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"Passive Cooling",
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};
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code &= 0x80;
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if (code > 0x11)
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return "";
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return type[code];
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}
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static char *dmi_volt_loc(u8 code)
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{
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static char *type[]={
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"",
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"Other",
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"Unknown",
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"Processor",
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"Disk",
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"Peripheral Bay",
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"System Management Module",
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"Motherboard",
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"Memory Module",
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"Processor Module",
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"Power Unit",
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"Add-in Card",
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};
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code &= 0x80;
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if (code > 0x0b)
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return "";
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return type[code];
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}
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static char *dmi_temp_loc(u8 code)
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{
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static char *type[]={
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"Front Panel Board",
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"Back Panel Board",
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"Power System Board",
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"Drive Back Plane",
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};
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code &= 0x80;
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if (code <= 0x0b)
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return dmi_volt_loc(code);
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return type[code - 0x0c];
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}
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static char *dmi_status(u8 code)
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{
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static char *type[]={
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"",
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"Other",
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"Unknown",
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"OK",
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"Non-critical",
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"Critical",
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"Non-recoverable",
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};
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code &= 0x80;
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if (code > 6)
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return "";
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return type[code];
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}
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/* 3 dec. places */
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static char *dmi_millivolt(u8 *data, int index)
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{
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static char buffer[20];
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short int d;
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if (data[index+1] == 0x80 && data[index] == 0)
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return "Unknown";
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d = data[index+1] << 8 | data[index];
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sprintf(buffer, "%0.3f", d / 1000.0);
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return buffer;
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}
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/* 2 dec. places */
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static char *dmi_accuracy(u8 *data, int index)
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{
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static char buffer[20];
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short int d;
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if (data[index+1] == 0x80 && data[index] == 0)
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return "Unknown";
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d = data[index+1] << 8 | data[index];
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sprintf(buffer, "%0.2f", d / 100.0);
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return buffer;
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}
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/* 1 dec. place */
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static char *dmi_temp(u8 *data, int index)
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{
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static char buffer[20];
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short int d;
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if (data[index+1] == 0x80 && data[index] == 0)
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return "Unknown";
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d = data[index+1] << 8 | data[index];
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sprintf(buffer, "%0.1f", d / 10.0);
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return buffer;
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}
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/* 0 dec. place */
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static char *dmi_speed(u8 *data, int index)
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{
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static char buffer[20];
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short int d;
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if (data[index+1] == 0x80 && data[index] == 0)
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return "Unknown";
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d = data[index+1] << 8 | data[index];
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sprintf(buffer, "%d", d);
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return buffer;
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}
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static void dmi_table(int fd, u32 base, int len, int num)
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{
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@ -706,21 +882,21 @@ static void dmi_table(int fd, u32 base, int len, int num)
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break;
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case 15:
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printf("\tEvent Log\n");
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printf("\t\tLog Area: %d bytes.\n",
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data[5]<<8|data[4]);
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printf("\t\tLog Header At: %d.\n",
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data[7]<<8|data[6]);
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printf("\t\tLog Data At: %d.\n",
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data[9]<<8|data[8]);
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printf("\t\tLog Type: %d.\n",
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data[10]);
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if(data[11]&(1<<0))
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printf("\t\tLog Valid: Yes.\n");
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if(data[11]&(1<<1))
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printf("\t\t**Log Is Full**.\n");
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break;
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case 15:
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printf("\tEvent Log\n");
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printf("\t\tLog Area: %d bytes.\n",
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data[5]<<8|data[4]);
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printf("\t\tLog Header At: %d.\n",
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data[7]<<8|data[6]);
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printf("\t\tLog Data At: %d.\n",
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data[9]<<8|data[8]);
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printf("\t\tLog Type: %d.\n",
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data[10]);
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if(data[11]&(1<<0))
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printf("\t\tLog Valid: Yes.\n");
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if(data[11]&(1<<1))
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printf("\t\t**Log Is Full**.\n");
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break;
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case 16:
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printf("\tPhysical Memory Array\n");
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@ -737,15 +913,158 @@ static void dmi_table(int fd, u32 base, int len, int num)
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case 20:
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printf("\tMemory Device Mapped Address\n");
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break;
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case 21:
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printf("\tBuilt-In Pointing Device\n");
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break;
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case 22:
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printf("\tPortable Battery\n");
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printf("\t\tLocation: %s\n",
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dmi_string(dm, data[4]));
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printf("\t\tManufacturer: %s\n",
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dmi_string(dm, data[5]));
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printf("\t\tManufacture Date: %s\n",
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dmi_string(dm, data[6]));
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printf("\t\tSerial Number: %s\n",
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dmi_string(dm, data[7]));
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printf("\t\tName: %s\n",
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dmi_string(dm, data[8]));
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break;
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case 23:
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printf("\tSystem Reset\n");
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break;
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case 24:
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printf("\tHardware Security\n");
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break;
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case 25:
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printf("\tSystem Power Controls\n");
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break;
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case 26:
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printf("\tVoltage Sensor\n");
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printf("\t\tDescription: %s\n",
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dmi_string(dm, data[4]));
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printf("\t\tDevice Location: %s\n",
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dmi_volt_loc(data[5] & 0x1f));
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printf("\t\tDevice Status: %s\n",
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dmi_status(data[5] >> 5));
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printf("\t\tMaximum Value: %s\n",
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dmi_millivolt(data, 6));
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printf("\t\tMinimum Value: %s\n",
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dmi_millivolt(data, 8));
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printf("\t\tResolution: %s\n",
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dmi_millivolt(data, 10));
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printf("\t\tTolerance: %s\n",
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dmi_millivolt(data, 12));
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printf("\t\tAccuracy: %s\n",
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dmi_accuracy(data, 14));
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if(dm->length > 0x14)
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printf("\t\tNominal Value: %s\n",
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dmi_millivolt(data, 0x14));
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break;
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case 27:
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printf("\tCooling Device\n");
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printf("\t\tDevice Type: %s\n",
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dmi_fan_type(data[5] & 0x1f));
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printf("\t\tDevice Status: %s\n",
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dmi_status(data[5] >> 5));
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if(dm->length > 0x0c)
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printf("\t\tNominal Speed: %s\n",
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dmi_speed(data, 0x0c));
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break;
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case 28:
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printf("\tTemperature Sensor\n");
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printf("\t\tDescription: %s\n",
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dmi_string(dm, data[4]));
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printf("\t\tDevice Location: %s\n",
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dmi_temp_loc(data[5] & 0x1f));
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printf("\t\tDevice Status: %s\n",
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dmi_status(data[5] >> 5));
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printf("\t\tMaximum Value: %s\n",
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dmi_temp(data, 6));
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printf("\t\tMinimum Value: %s\n",
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dmi_temp(data, 8));
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printf("\t\tResolution: %s\n",
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dmi_temp(data, 10));
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printf("\t\tTolerance: %s\n",
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dmi_temp(data, 12));
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printf("\t\tAccuracy: %s\n",
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dmi_accuracy(data, 14));
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if(dm->length > 0x14)
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printf("\t\tNominal Value: %s\n",
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dmi_temp(data, 0x14));
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break;
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case 29:
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printf("\tCurrent Sensor\n");
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printf("\t\tDescription: %s\n",
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dmi_string(dm, data[4]));
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printf("\t\tDevice Location: %s\n",
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dmi_volt_loc(data[5] & 0x1f));
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printf("\t\tDevice Status: %s\n",
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dmi_status(data[5] >> 5));
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printf("\t\tMaximum Value: %s\n",
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dmi_millivolt(data, 6));
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printf("\t\tMinimum Value: %s\n",
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dmi_millivolt(data, 8));
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printf("\t\tResolution: %s\n",
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dmi_millivolt(data, 10));
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printf("\t\tTolerance: %s\n",
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dmi_millivolt(data, 12));
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printf("\t\tAccuracy: %s\n",
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dmi_accuracy(data, 14));
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if(dm->length > 0x14)
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printf("\t\tNominal Value: %s\n",
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dmi_millivolt(data, 0x14));
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break;
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case 30:
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printf("\tOut-of-Band Remote Access\n");
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break;
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case 31:
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printf("\tBoot Integrity Services Entry Point\n");
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break;
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case 32:
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printf("\tSystem Boot Information\n");
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break;
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case 33:
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printf("\t64-bit Memory Error Information\n");
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break;
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case 34:
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printf("\tManagement Device\n");
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printf("\t\tDescription: %s\n",
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dmi_string(dm, data[4]));
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printf("\t\tDevice Type: %s\n",
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dmi_mgmt_dev_type(data[5]));
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printf("\t\tAddress Type: %s\n",
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dmi_mgmt_addr_type(data[6]));
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break;
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case 35:
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printf("\tManagement Device Component\n");
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printf("\t\tDescription: %s\n",
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dmi_string(dm, data[4]));
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printf("\t\tDevice Handle : 0x%02x%02x\n",
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data[6], data[5]);
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printf("\t\tComponent Handle: 0x%02x%02x\n",
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data[8], data[7]);
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printf("\t\tThreshold Handle: 0x%02x%02x\n",
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data[10], data[9]);
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break;
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case 36:
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printf("\tManagement Device Threshold Data\n");
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if (dm->length > 4)
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dump_raw_data(data+4, dm->length-4);
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break;
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case 37:
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printf("\tMemory Channeln");
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break;
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case 38:
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printf("\tIPMI Device\n");
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if (dm->length > 4)
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dump_raw_data(data+4, dm->length-4);
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break;
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case 39:
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printf("\tPower Supply\n");
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if (dm->length > 4)
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dump_raw_data(data+4, dm->length-4);
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break;
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case 126:
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printf("\tInactive\n");
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break;
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