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130 lines
3.5 KiB
130 lines
3.5 KiB
/***************************************************************************
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i8ksensorslist.cpp - description
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-------------------
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begin : jue jun 20 2002
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copyright : (C) 2002 by Miguel Novas
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email : migueln@users.sourceforge.net
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***************************************************************************/
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/***************************************************************************
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* *
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* This program is free software; you can redistribute it and/or modify *
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* it under the terms of the GNU General Public License as published by *
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* the Free Software Foundation; either version 2 of the License, or *
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* (at your option) any later version. *
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* *
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***************************************************************************/
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#include <klocale.h>
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#include "i8ksensorslist.h"
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#include "procinfo.h"
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I8KSensorsList::I8KSensorsList(QObject *parent, const char *name): SensorsList(parent,name)
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{
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setDescription(QString(i18n("MainBoard")) );
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setClass(Sensor::lmSensor);
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readConfig();
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if ( (i8kAvail = (I8KOnlyAvailable()==0)) )
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{
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cpuTemp= new Sensor(this);
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cpuTemp->setType(Sensor::lmTemp);
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cpuTemp->setName("cputemp");
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cpuTemp->setDescription("CPU Temp");
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cpuTemp->setValueMax (40 , Sensor::dgCelsius);
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cpuTemp->setValueMin ( 0 , Sensor::dgCelsius);
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cpuTemp->setValueIdeal(30 , Sensor::dgCelsius);
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cpuTemp->setValue (30 , Sensor::dgCelsius);
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cpuTemp->readConfig();
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leftFan= new Sensor(this);
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leftFan->setType(Sensor::lmFan);
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leftFan->setName("fan1");
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leftFan->setDescription("Left Fan");
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leftFan->setValueMax (10000);
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leftFan->setValueMin ( 0);
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leftFan->setValueIdeal( 4500);
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leftFan->setValue ( 4500);
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leftFan->readConfig();
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rightFan= new Sensor(this);
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rightFan->setType(Sensor::lmFan);
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rightFan->setName("fan2");
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rightFan->setDescription("Right Fan");
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rightFan->setValueMax (10000);
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rightFan->setValueMin ( 0);
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rightFan->setValueIdeal( 4500);
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rightFan->setValue ( 4500);
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rightFan->readConfig();
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}
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if ( (acpiAvail=(AcpiAvailable()==0)) )
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{
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cpuTempAcpi= new Sensor(this);
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cpuTempAcpi->setType(Sensor::lmTemp);
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cpuTempAcpi->setName("cputemp");
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cpuTempAcpi->setDescription("CPU Temp");
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cpuTempAcpi->setValueMax (40 , Sensor::dgCelsius);
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cpuTempAcpi->setValueMin ( 0 , Sensor::dgCelsius);
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cpuTempAcpi->setValueIdeal(30 , Sensor::dgCelsius);
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cpuTempAcpi->setValue (30 , Sensor::dgCelsius);
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cpuTempAcpi->readConfig();
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}
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updateSensors();
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}
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I8KSensorsList::~I8KSensorsList(){
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}
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void I8KSensorsList::updateSensors()
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{
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double t,f1,f2;
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if(i8kAvail && !getI8KInfo(&t,&f1,&f2)) {
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cpuTemp->setValue(t,Sensor::dgCelsius);
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leftFan->setValue(f1);
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rightFan->setValue(f2);
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}
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if(acpiAvail && !getAcpiTemperature(&t)) {
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cpuTempAcpi->setValue(t,Sensor::dgCelsius);
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}
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}
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int I8KSensorsList::AcpiAvailable()
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{
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double t;
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return getAcpiTemperature(&t);
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}
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int I8KSensorsList::I8KOnlyAvailable()
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{
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double d1,d2,d3;
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return getI8KInfo(&d1,&d2,&d3);
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}
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bool I8KSensorsList::I8KAvailable()
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{
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int result;
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switch(result= I8KOnlyAvailable()) {
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case -2: qWarning("I18K Warning: /proc/i8k format not valid or not supported. Inform the author."); break;
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case -3: qWarning("I18K Warning: Only format version 1.0 is supported. Inform the author."); break;
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}
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return (result==0 || AcpiAvailable()==0);
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}
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