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/******************************************************************************
// @file sensor_info.c
// @brief Common sensor List for product applets
*/
/******************************************************************************
*
* @page ChangeLogs Change Logs
* @section sensor_info.c SENSOR_INFO.c
* @verbatim
*
* Flag Def/Fea Userid Date Description
* ------- ---------- -------- ---------- ----------------------------------
* @th005 thallet 11/15/2011 created
* @th00a thallet 02/03/2012 Worst case FW timings in AMEC Sensors
* @rc003 rickylie 02/03/2012 Verify & Clean Up OCC Headers & Comments
* @th00b thallet 02/28/12 Fix frequency on 3 sensors
* @at003 alvinwan 03/19/2012 Move sensor_info_t to sensor.h
* @ly001 853751 lychen 09/17/2012 Support DPS algorithm
* @th026 865074 thallet 12/21/2012 Updated Centaur sensors
* @th032 thallet 04/26/2013 Tuleta HW Bringup Changes
* @gm002 885429 milesg 05/30/2013 Updated type and location values
* @at016 891144 alvinwan 06/10/2013 OCC Power Cap Testing
* @gs010 899888 gjsilva 09/24/2013 Fix scale factor for UTIL sensors
* @gm012 905097 milesg 10/31/2013 Change core sensor strings to use hw numbering
* @gs015 905166 gjsilva 11/04/2013 Full support for IPS function
* @fk002 905632 fmkassem 11/05/2013 Remove CriticalPathMonitor code
* @gm013 907548 milesg 11/22/2013 Memory therm monitoring support
* @mw633 mware 02/08/2014 Correct scaling on per core memory read and write bandwidth sensors.
* @gs026 915840 gjsilva 02/13/2014 Support for Nvidia GPU power measurement
* @mw655 918066 mware 03/11/2014 2x higher scaling on per chip memory read/write bandwidth and core memory bandwidth sensors.
* @mw671 mware 05/06/2014 Removed 2x higher scaling on per chip memory read/write bandwidth and per core.
* @mw682 933716 mware 07/28/2014 Renamed MCPIFD to be NOTBZE and MCPIFI to be NOTFIN.
*
* @endverbatim
*
*///*************************************************************************/
#ifndef APPLET_BUILD
#warning "This file is only in OCC App Source Tree for convenience of updating sensors in one place."
#error "This file can only be included and built into an applet due to large table size"
#endif
//*************************************************************************
// Includes
//*************************************************************************
#include <occ_common.h> // STATIC_ASSERT macro
#include <sensor.h> // For Sensor defines
//*************************************************************************
// Structures
//*************************************************************************
//*************************************************************************
// Defines/Enums
//*************************************************************************
#define AMEEFP_2MS_IN_HZ AMEFP(5,2) // 500 Hz
#define AMEEFP_250US_IN_HZ AMEFP(4,3) // 4000 Hz
#define AMEEFP_3S_IN_HZ AMEFP(333,-3) // 0.333 Hz
#define AMEFP_SCALE_0_16384 AMEFP(610352,-8) // scalar so that digital 16384=100% // @ly001a
//*************************************************************************
// Externs
//*************************************************************************
//*************************************************************************
// Macros
//*************************************************************************
// This will get the string when given the GSID
#define SENSOR_GSID_TO_STRING(gsid) G_sensor_list[gsid].name;
// This will define the fields of the "sensor" member of the sensor_info_t
#define SENSOR_VALUES(units, type, location, number, frequency, scaleFactor) \
.sensor = { units, type, location, number, frequency, scaleFactor },}
// This will put a single sensor entry into the sensor list table
#define SENSOR_INFO_T_ENTRY(sensor_name, units, type, location, number, frequency, scaleFactor) \
[sensor_name] = {.name = #sensor_name, \
.sensor = { units, type, location, number, frequency, scaleFactor },}
// This will paste a number onto a sensor name base to create the full enum
// representation of the sensor name
#define SENSOR_W_NUM(sensor_name, num) sensor_name##num
// This will paste a number onto a sensor name base to create the full enum
// representation of the sensor name
#define SENSOR_W_CENTAUR_NUM_HELPER(sensor_name, memc,centL,cent,ppL,pp) sensor_name##memc##centL##cent##ppL##pp
#define SENSOR_W_CENTAUR_NUM(sensor_name, memc,cent,pp) SENSOR_W_CENTAUR_NUM_HELPER(sensor_name,memc,C,cent,P,pp)
// This will stringify the enum so to create the sensor name. This will help
// save keystrokes, as well as reduce typos & copy paste errors.
#define SENSOR_STRING(sensor_name) #sensor_name
// This will stringify the enum so to create the sensor name. This will help
// save keystrokes, as well as reduce typos & copy paste errors.
#define CENTAUR_SENSOR_STRING_HELPER(sensor_name, memc,centL,cent,ppL,pp) SENSOR_STRING(sensor_name##memc##centL##cent##ppL##pp)
#define CENTAUR_SENSOR_STRING(sensor_name,memc,cent,pp) CENTAUR_SENSOR_STRING_HELPER(sensor_name, memc,C,cent,P,pp)
// This will create a set of 12 sensor entries into the sensor list table.
// (one for each core...) The base name of the sensor enum must be passed
// and this macro will take care of the paste & stringify operations.
#define SENS_CORE_ENTRY_SET(sensor_name, units, type, location, number, frequency, scaleFactor) \
[SENSOR_W_NUM(sensor_name,0)] = {.name = SENSOR_STRING(sensor_name ## 1), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,1)] = {.name = SENSOR_STRING(sensor_name ## 2), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,2)] = {.name = SENSOR_STRING(sensor_name ## 3), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,3)] = {.name = SENSOR_STRING(sensor_name ## 4), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,4)] = {.name = SENSOR_STRING(sensor_name ## 5), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,5)] = {.name = SENSOR_STRING(sensor_name ## 6), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,6)] = {.name = SENSOR_STRING(sensor_name ## 9), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,7)] = {.name = SENSOR_STRING(sensor_name ## 10), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,8)] = {.name = SENSOR_STRING(sensor_name ## 11), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,9)] = {.name = SENSOR_STRING(sensor_name ## 12), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,10)] = {.name = SENSOR_STRING(sensor_name ## 13), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,11)] = {.name = SENSOR_STRING(sensor_name ## 14), \
.sensor = { units, type, location, number, frequency, scaleFactor },}
// This will create a set of 8 sensor entries into the sensor list table.
// (one for each memc...) The base name of the sensor enum must be passed
// and this macro will take care of the paste & stringify operations.
#define SENS_MEMC_ENTRY_SET(sensor_name, units, type, location, number, frequency, scaleFactor) \
[SENSOR_W_NUM(sensor_name,0)] = {.name = SENSOR_STRING(sensor_name ## 0), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,1)] = {.name = SENSOR_STRING(sensor_name ## 1), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,2)] = {.name = SENSOR_STRING(sensor_name ## 2), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,3)] = {.name = SENSOR_STRING(sensor_name ## 3), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,4)] = {.name = SENSOR_STRING(sensor_name ## 4), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,5)] = {.name = SENSOR_STRING(sensor_name ## 5), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,6)] = {.name = SENSOR_STRING(sensor_name ## 6), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_NUM(sensor_name,7)] = {.name = SENSOR_STRING(sensor_name ## 7), \
.sensor = { units, type, location, number, frequency, scaleFactor },}
// This will create a set of 16 sensor entries into the sensor list table.
// (one for each centaur...) The base name of the sensor enum must be passed
// and this macro will take care of the paste & stringify operations.
#define SEN_CENTR_ENTRY_SET(sensor_name, units, type, location, number, frequency, scaleFactor) \
[SENSOR_W_CENTAUR_NUM(sensor_name,0,0,0)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,0,0,0), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,0,0,1)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,0,0,1), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,1,0,0)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,1,0,0), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,1,0,1)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,1,0,1), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,2,0,0)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,2,0,0), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,2,0,1)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,2,0,1), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,3,0,0)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,3,0,0), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,3,0,1)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,3,0,1), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,4,0,0)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,4,0,0), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,4,0,1)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,4,0,1), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,5,0,0)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,5,0,0), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,5,0,1)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,5,0,1), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,6,0,0)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,6,0,0), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,6,0,1)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,6,0,1), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,7,0,0)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,7,0,0), \
.sensor = { units, type, location, number, frequency, scaleFactor },}, \
[SENSOR_W_CENTAUR_NUM(sensor_name,7,0,1)] = {.name = CENTAUR_SENSOR_STRING(sensor_name,7,0,1), \
.sensor = { units, type, location, number, frequency, scaleFactor },}
// This table takes care of the ordering of the sensors (by GSID) and all parameters needed for AMEC or AMESTER. The order
// that is in the table below doesn't matter because we use designated initializers.
// If anything more than the barebones sensor_t is need, an applet will need to be called in order to gather that data.
// For refernce:
// AMEFP(1, 3); // 1000:1 scale factor
// AMEFP(1, 0); // 1:1 scale factor
// AMEFP(1,-1); // 1:0.1 scale factor
// AMEFP(1,-3); // 1:0.001 scale factor
//
const sensor_info_t G_sensor_info[] =
{
/* ==FirmwareSensors== NameString Units Type Location Number Freq ScaleFactor */
SENSOR_INFO_T_ENTRY( AMEintdur, "us\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( AMESSdur0, "us\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( AMESSdur1, "us\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( AMESSdur2, "us\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( AMESSdur3, "us\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( AMESSdur4, "us\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( AMESSdur5, "us\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( AMESSdur6, "us\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( AMESSdur7, "us\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( PROBE250US0, "n/a\0", AMEC_SENSOR_TYPE_GENERIC, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( PROBE250US1, "n/a\0", AMEC_SENSOR_TYPE_GENERIC, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( PROBE250US2, "n/a\0", AMEC_SENSOR_TYPE_GENERIC, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( PROBE250US3, "n/a\0", AMEC_SENSOR_TYPE_GENERIC, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( PROBE250US4, "n/a\0", AMEC_SENSOR_TYPE_GENERIC, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( PROBE250US5, "n/a\0", AMEC_SENSOR_TYPE_GENERIC, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( PROBE250US6, "n/a\0", AMEC_SENSOR_TYPE_GENERIC, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( PROBE250US7, "n/a\0", AMEC_SENSOR_TYPE_GENERIC, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( GPEtickdur0, "us\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( GPEtickdur1, "us\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( RTLtickdur, "us\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_OCC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
/* ==SystemSensors== NameString Units Type Location Number Freq ScaleFactor */
SENSOR_INFO_T_ENTRY( TEMPAMBIENT, "C\0", AMEC_SENSOR_TYPE_TEMP, AMEC_SENSOR_LOC_SYS, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( ALTITUDE, "m\0", AMEC_SENSOR_TYPE_TEMP, AMEC_SENSOR_LOC_SYS, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( PWR250US, "W\0", AMEC_SENSOR_TYPE_POWER, AMEC_SENSOR_LOC_SYS, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ), // @at016c
SENSOR_INFO_T_ENTRY( PWR250USFAN, "W\0", AMEC_SENSOR_TYPE_POWER, AMEC_SENSOR_LOC_SYS, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ), // @at016c
SENSOR_INFO_T_ENTRY( PWR250USIO, "W\0", AMEC_SENSOR_TYPE_POWER, AMEC_SENSOR_LOC_SYS, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ), // @at016c
SENSOR_INFO_T_ENTRY( PWR250USSTORE, "W\0", AMEC_SENSOR_TYPE_POWER, AMEC_SENSOR_LOC_SYS, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ), // @at016c
SENSOR_INFO_T_ENTRY( PWR250USGPU, "W\0", AMEC_SENSOR_TYPE_POWER, AMEC_SENSOR_LOC_SYS, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( FANSPEEDAVG, "RPM\0", AMEC_SENSOR_TYPE_TEMP, AMEC_SENSOR_LOC_SYS, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
/* ==ChipSensors== NameString Units Type Location Number Freq ScaleFactor */
SENSOR_INFO_T_ENTRY( TODclock0, "us\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_ALL, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 16, 0) ), // @mw586
SENSOR_INFO_T_ENTRY( TODclock1, "sec\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_ALL, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1048576,-6) ), // @mw586
SENSOR_INFO_T_ENTRY( TODclock2, "day\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_ALL, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 795364,-6) ), // @mw586
/* ==ProcSensors== NameString Units Type Location Number Freq ScaleFactor */
SENSOR_INFO_T_ENTRY( FREQA2MSP0, "MHz\0", AMEC_SENSOR_TYPE_FREQ, AMEC_SENSOR_LOC_PROC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( IPS2MSP0, "MIP\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_PROC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ), // @mw584
SENSOR_INFO_T_ENTRY( MEMSP2MSP0, "%\0", AMEC_SENSOR_TYPE_TIME, AMEC_SENSOR_LOC_PROC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( PWR250USP0, "W\0", AMEC_SENSOR_TYPE_POWER, AMEC_SENSOR_LOC_PROC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ), // @at016c
SENSOR_INFO_T_ENTRY( PWR250USVDD0, "W\0", AMEC_SENSOR_TYPE_POWER, AMEC_SENSOR_LOC_PROC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ), // @at016c
SENSOR_INFO_T_ENTRY( CUR250USVDD0, "A\0", AMEC_SENSOR_TYPE_CURRENT, AMEC_SENSOR_LOC_PROC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1,-2) ), // @mw586
SENSOR_INFO_T_ENTRY( PWR250USVCS0, "W\0", AMEC_SENSOR_TYPE_POWER, AMEC_SENSOR_LOC_PROC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ), // @at016c
SENSOR_INFO_T_ENTRY( PWR250USMEM0, "W\0", AMEC_SENSOR_TYPE_POWER, AMEC_SENSOR_LOC_PROC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ), // @at016c
SENSOR_INFO_T_ENTRY( SLEEPCNT2MSP0, "#\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_PROC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( WINKCNT2MSP0, "#\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_PROC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( SP250USP0, "%\0", AMEC_SENSOR_TYPE_FREQ, AMEC_SENSOR_LOC_PROC, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( TEMP2MSP0, "C\0", AMEC_SENSOR_TYPE_TEMP, AMEC_SENSOR_LOC_PROC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( TEMP2MSP0PEAK, "C\0", AMEC_SENSOR_TYPE_TEMP, AMEC_SENSOR_LOC_PROC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( UTIL2MSP0, "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_PROC, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1,-2) ),
SENSOR_INFO_T_ENTRY( VRFAN250USPROC, "pin\0", AMEC_SENSOR_TYPE_TEMP, AMEC_SENSOR_LOC_VRM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( VRHOT250USPROC, "pin\0", AMEC_SENSOR_TYPE_TEMP, AMEC_SENSOR_LOC_VRM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
/* ==ReguSensors== NameString Units Type Location Number Freq ScaleFactor */
SENSOR_INFO_T_ENTRY( UVOLT250USP0V0, "mV\0", AMEC_SENSOR_TYPE_VOLTAGE, AMEC_SENSOR_LOC_VRM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, -1) ), //@cl003
SENSOR_INFO_T_ENTRY( UVOLT250USP0V1, "mV\0", AMEC_SENSOR_TYPE_VOLTAGE, AMEC_SENSOR_LOC_VRM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, -1) ), //@cl003
SENSOR_INFO_T_ENTRY( VOLT250USP0V0, "mV\0", AMEC_SENSOR_TYPE_VOLTAGE, AMEC_SENSOR_LOC_VRM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, -1) ), //@cl003
SENSOR_INFO_T_ENTRY( VOLT250USP0V1, "mV\0", AMEC_SENSOR_TYPE_VOLTAGE, AMEC_SENSOR_LOC_VRM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, -1) ), //@cl003
/* ==CoreSensors== NameString Units Type Location Number Freq ScaleFactor */
// SENS_CORE_ENTRY_SET( CPM2MSP0C , "bit\0", AMEC_SENSOR_TYPE_CPM, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ), //CPM - Commented out as requested by Malcolm
SENS_CORE_ENTRY_SET( FREQ250USP0C , "MHz\0", AMEC_SENSOR_TYPE_FREQ, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENS_CORE_ENTRY_SET( FREQA2MSP0C , "MHz\0", AMEC_SENSOR_TYPE_FREQ, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ), // @mw584
SENS_CORE_ENTRY_SET( IPS2MSP0C , "MIP\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ), // @mw584
SENS_CORE_ENTRY_SET( NOTBZE2MSP0C , "cyc\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ), // @mw682
SENS_CORE_ENTRY_SET( NOTFIN2MSP0C , "cyc\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ), // @mw682
SENS_CORE_ENTRY_SET( SPURR2MSP0C , "%\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENS_CORE_ENTRY_SET( TEMP2MSP0C , "C\0", AMEC_SENSOR_TYPE_TEMP, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENS_CORE_ENTRY_SET( UTIL2MSP0C , "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1,-2) ),
SENS_CORE_ENTRY_SET( NUTIL3SP0C , "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_3S_IN_HZ, AMEFP( 1,-2) ),
SENS_CORE_ENTRY_SET( MSTL2MSP0C , "cpi\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENS_CORE_ENTRY_SET( CMT2MSP0C , "%\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENS_CORE_ENTRY_SET( CMBW2MSP0C , "GBs\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 128, -5) ), // @mw671
SENS_CORE_ENTRY_SET( PPICP0C , "%\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENS_CORE_ENTRY_SET( PWRPX250USP0C , "W\0", AMEC_SENSOR_TYPE_POWER, AMEC_SENSOR_LOC_CORE, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
/* ==MemSensors== NameString Units Type Location Number Freq ScaleFactor */
SENSOR_INFO_T_ENTRY( VRFAN250USMEM, "pin\0", AMEC_SENSOR_TYPE_TEMP, AMEC_SENSOR_LOC_VRM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( VRHOT250USMEM, "pin\0", AMEC_SENSOR_TYPE_TEMP, AMEC_SENSOR_LOC_VRM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENS_MEMC_ENTRY_SET( MRD2MSP0M, "GBs\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 128, -5) ), // @mw671
SENS_MEMC_ENTRY_SET( MWR2MSP0M, "GBs\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 128, -5) ), // @mw671
SENS_MEMC_ENTRY_SET( MIRC2MSP0M, "eps\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENS_MEMC_ENTRY_SET( MLP2P0M, "eps\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENS_MEMC_ENTRY_SET( TEMPDIMMAXP0M, "C\0", AMEC_SENSOR_TYPE_TEMP, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
SENS_MEMC_ENTRY_SET( LOCDIMMAXP0M, "loc\0", AMEC_SENSOR_TYPE_TEMP, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 1, 0) ),
/* ==CentaurSensors== NameString Units Type Location Number Freq ScaleFactor */
SEN_CENTR_ENTRY_SET( MAC2MSP0M, "rps\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SEN_CENTR_ENTRY_SET( MPU2MSP0M, "rps\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SEN_CENTR_ENTRY_SET( MIRB2MSP0M, "eps\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SEN_CENTR_ENTRY_SET( MIRL2MSP0M, "eps\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SEN_CENTR_ENTRY_SET( MIRM2MSP0M, "eps\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SEN_CENTR_ENTRY_SET( MIRH2MSP0M, "eps\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SEN_CENTR_ENTRY_SET( MTS2MSP0M, "cnt\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SEN_CENTR_ENTRY_SET( MEMSP2MSPM, "%\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SEN_CENTR_ENTRY_SET( M4RD2MSP0M, "GBs\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 128, -5) ), // @mw671
SEN_CENTR_ENTRY_SET( M4WR2MSP0M, "GBs\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP( 128, -5) ), // @mw671
/* ==MemSummarySensors== NameString Units Type Location Number Freq ScaleFactor */
SENSOR_INFO_T_ENTRY( TEMP2MSCENT, "C\0", AMEC_SENSOR_TYPE_TEMP, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( TEMP2MSDIMM, "C\0", AMEC_SENSOR_TYPE_TEMP, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
SENSOR_INFO_T_ENTRY( MEMSP2MS, "%\0", AMEC_SENSOR_TYPE_PERF, AMEC_SENSOR_LOC_MEM, AMEC_SENSOR_NONUM, AMEEFP_250US_IN_HZ, AMEFP( 1, 0) ),
// @ly001a - start
/* ==PartSummarySensors== NameString Units Type Location Number Freq ScaleFactor */
SENSOR_INFO_T_ENTRY( UTIL2MSSLCG000, "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_LPAR, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP_SCALE_0_16384),
SENSOR_INFO_T_ENTRY( UTIL2MSSLCG001, "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_LPAR, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP_SCALE_0_16384),
SENSOR_INFO_T_ENTRY( UTIL2MSSLCG002, "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_LPAR, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP_SCALE_0_16384),
SENSOR_INFO_T_ENTRY( UTIL2MSSLCG003, "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_LPAR, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP_SCALE_0_16384),
SENSOR_INFO_T_ENTRY( UTIL2MSSLCG004, "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_LPAR, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP_SCALE_0_16384),
SENSOR_INFO_T_ENTRY( UTIL2MSSLCG005, "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_LPAR, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP_SCALE_0_16384),
SENSOR_INFO_T_ENTRY( UTIL2MSSLCG006, "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_LPAR, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP_SCALE_0_16384),
SENSOR_INFO_T_ENTRY( UTIL2MSSLCG007, "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_LPAR, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP_SCALE_0_16384),
SENSOR_INFO_T_ENTRY( UTIL2MSSLCG008, "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_LPAR, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP_SCALE_0_16384),
SENSOR_INFO_T_ENTRY( UTIL2MSSLCG009, "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_LPAR, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP_SCALE_0_16384),
SENSOR_INFO_T_ENTRY( UTIL2MSSLCG010, "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_LPAR, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP_SCALE_0_16384),
SENSOR_INFO_T_ENTRY( UTIL2MSSLCG011, "%\0", AMEC_SENSOR_TYPE_UTIL, AMEC_SENSOR_LOC_LPAR, AMEC_SENSOR_NONUM, AMEEFP_2MS_IN_HZ, AMEFP_SCALE_0_16384),
// @ly001a - end
};
// Cause a compile error if we don't have all the sensors in the enum in the initialization list.
STATIC_ASSERT( (NUMBER_OF_SENSORS_IN_LIST != (sizeof(G_sensor_info)/sizeof(sensor_info_t))) );
STATIC_ASSERT( (MAX_AMEC_SENSORS < (sizeof(G_sensor_info)/sizeof(sensor_info_t))) );
//*************************************************************************
// Globals
//*************************************************************************
//*************************************************************************
// Function Prototypes
//*************************************************************************
//*************************************************************************
// Functions
//*************************************************************************
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