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initial plasma6 support

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This commit is contained in:
Evgenii Alekseev
2024-03-07 12:09:46 +02:00
parent eecb128865
commit 4d01b87088
176 changed files with 2569 additions and 3795 deletions
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192
sources/extsysmonsources/batterysource.cpp
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@ -18,6 +18,9 @@
#include "batterysource.h"
#include <ksysguard/formatter/Unit.h>
#include <ksysguard/systemstats/SensorInfo.h>
#include <QDir>
#include <cmath>
@ -45,12 +48,12 @@ BatterySource::~BatterySource()
QStringList BatterySource::getSources()
{
QStringList sources;
sources.append("battery/ac");
sources.append("battery/bat");
sources.append("battery/batleft");
sources.append("battery/batnow");
sources.append("battery/batrate");
sources.append("battery/battotal");
sources.append("ac");
sources.append("bat");
sources.append("batleft");
sources.append("batnow");
sources.append("batrate");
sources.append("battotal");
auto directory = QDir(m_acpiPath);
@ -60,11 +63,11 @@ QStringList BatterySource::getSources()
qCInfo(LOG_ESS) << "Init batteries count as" << m_batteriesCount;
for (int i = 0; i < m_batteriesCount; i++) {
sources.append(QString("battery/bat%1").arg(i));
sources.append(QString("battery/batleft%1").arg(i));
sources.append(QString("battery/batnow%1").arg(i));
sources.append(QString("battery/batrate%1").arg(i));
sources.append(QString("battery/battotal%1").arg(i));
sources.append(QString("bat%1").arg(i));
sources.append(QString("batleft%1").arg(i));
sources.append(QString("batnow%1").arg(i));
sources.append(QString("batrate%1").arg(i));
sources.append(QString("battotal%1").arg(i));
}
}
@ -79,82 +82,79 @@ QVariant BatterySource::data(const QString &_source)
if (!m_values.contains(_source))
run();
QVariant value = m_values.take(_source);
return value;
return m_values.take(_source);
}
QVariantMap BatterySource::initialData(const QString &_source) const
KSysGuard::SensorInfo *BatterySource::initialData(const QString &_source) const
{
qCDebug(LOG_ESS) << "Source" << _source;
QVariantMap data;
if (_source == "battery/ac") {
data["min"] = false;
data["max"] = true;
data["name"] = "Is AC online or not";
data["type"] = "bool";
data["units"] = "";
} else if (_source == "battery/bat") {
data["min"] = 0;
data["max"] = 100;
data["name"] = "Average battery usage";
data["type"] = "integer";
data["units"] = "%";
} else if (_source == "battery/batleft") {
data["min"] = 0;
data["max"] = 0;
data["name"] = "Battery discharge time";
data["type"] = "integer";
data["units"] = "s";
} else if (_source == "battery/batnow") {
data["min"] = 0;
data["max"] = 0;
data["name"] = "Current battery capacity";
data["type"] = "integer";
data["units"] = "";
} else if (_source == "battery/batrate") {
data["min"] = 0;
data["max"] = 0;
data["name"] = "Average battery discharge rate";
data["type"] = "float";
data["units"] = "1/s";
} else if (_source == "battery/battotal") {
data["min"] = 0;
data["max"] = 0;
data["name"] = "Full battery capacity";
data["type"] = "integer";
data["units"] = "";
} else if (_source.startsWith("battery/batleft")) {
data["min"] = 0;
data["max"] = 0;
data["name"] = QString("Battery %1 discharge time").arg(index(_source));
data["type"] = "integer";
data["units"] = "s";
} else if (_source.startsWith("battery/batnow")) {
data["min"] = 0;
data["max"] = 0;
data["name"] = QString("Battery %1 capacity").arg(index(_source));
data["type"] = "integer";
data["units"] = "";
} else if (_source.startsWith("battery/battotal")) {
data["min"] = 0;
data["max"] = 0;
data["name"] = QString("Battery %1 full capacity").arg(index(_source));
data["type"] = "integer";
data["units"] = "";
} else if (_source.startsWith("battery/batrate")) {
data["min"] = 0;
data["max"] = 0;
data["name"] = QString("Battery %1 discharge rate").arg(index(_source));
data["type"] = "float";
data["units"] = "1/s";
} else if (_source.startsWith("battery/bat")) {
data["min"] = 0;
data["max"] = 100;
data["name"] = QString("Battery %1 usage").arg(index(_source));
data["type"] = "integer";
data["units"] = "%";
auto data = new KSysGuard::SensorInfo();
if (_source == "ac") {
data->name = "Is AC online or not";
data->variantType = QVariant::Bool;
data->unit = KSysGuard::UnitNone;
} else if (_source == "bat") {
data->min = 0;
data->max = 100;
data->name = "Average battery usage";
data->variantType = QVariant::Int;
data->unit = KSysGuard::UnitPercent;
} else if (_source == "batleft") {
data->min = 0;
data->max = 0;
data->name = "Battery discharge time";
data->variantType = QVariant::Int;
data->unit = KSysGuard::UnitSecond;
} else if (_source == "batnow") {
data->min = 0;
data->max = 0;
data->name = "Current battery capacity";
data->variantType = QVariant::Int;
data->unit = KSysGuard::UnitNone;
} else if (_source == "batrate") {
data->min = 0;
data->max = 0;
data->name = "Average battery discharge rate";
data->variantType = QVariant::Double;
data->unit = KSysGuard::UnitRate;
} else if (_source == "battotal") {
data->min = 0;
data->max = 0;
data->name = "Full battery capacity";
data->variantType = QVariant::Int;
data->unit = KSysGuard::UnitNone;
} else if (_source.startsWith("batleft")) {
data->min = 0;
data->max = 0;
data->name = QString("Battery %1 discharge time").arg(index(_source));
data->variantType = QVariant::Int;
data->unit = KSysGuard::UnitSecond;
} else if (_source.startsWith("batnow")) {
data->min = 0;
data->max = 0;
data->name = QString("Battery %1 capacity").arg(index(_source));
data->variantType = QVariant::Int;
data->unit = KSysGuard::UnitNone;
} else if (_source.startsWith("battotal")) {
data->min = 0;
data->max = 0;
data->name = QString("Battery %1 full capacity").arg(index(_source));
data->variantType = QVariant::Int;
data->unit = KSysGuard::UnitNone;
} else if (_source.startsWith("batrate")) {
data->min = 0;
data->max = 0;
data->name = QString("Battery %1 discharge rate").arg(index(_source));
data->variantType = QVariant::Double;
data->unit = KSysGuard::UnitRate;
} else if (_source.startsWith("bat")) {
data->min = 0;
data->max = 100;
data->name = QString("Battery %1 usage").arg(index(_source));
data->variantType = QVariant::Int;
data->unit = KSysGuard::UnitPercent;
}
return data;
@ -166,7 +166,7 @@ void BatterySource::run()
// adaptor
QFile acFile(QString("%1/AC/online").arg(m_acpiPath));
if (acFile.open(QIODevice::ReadOnly | QIODevice::Text))
m_values["battery/ac"] = (QString(acFile.readLine()).trimmed().toInt() == 1);
m_values["ac"] = (QString(acFile.readLine()).trimmed().toInt() == 1);
acFile.close();
// batteries
@ -177,28 +177,27 @@ void BatterySource::run()
if (currentLevelFile.open(QIODevice::ReadOnly | QIODevice::Text)) {
auto value = QString(currentLevelFile.readLine()).toInt();
m_trend[i + 1].append(value);
m_values[QString("battery/batnow%1").arg(i)] = value;
m_values[QString("batnow%1").arg(i)] = value;
}
currentLevelFile.close();
// total
QFile fullLevelFile(QString("%1/BAT%2/energy_full").arg(m_acpiPath).arg(i));
if (fullLevelFile.open(QIODevice::ReadOnly | QIODevice::Text))
m_values[QString("battery/battotal%1").arg(i)] = QString(fullLevelFile.readLine()).toInt();
m_values[QString("battotal%1").arg(i)] = QString(fullLevelFile.readLine()).toInt();
fullLevelFile.close();
m_values[QString("battery/bat%1").arg(i)]
= static_cast<int>(100 * m_values[QString("battery/batnow%1").arg(i)].toFloat()
/ m_values[QString("battery/battotal%1").arg(i)].toFloat());
m_values[QString("bat%1").arg(i)] = static_cast<int>(100 * m_values[QString("batnow%1").arg(i)].toFloat()
/ m_values[QString("battotal%1").arg(i)].toFloat());
// accumulate
currentLevel += m_values[QString("battery/batnow%1").arg(i)].toFloat();
fullLevel += m_values[QString("battery/battotal%1").arg(i)].toFloat();
currentLevel += m_values[QString("batnow%1").arg(i)].toFloat();
fullLevel += m_values[QString("battotal%1").arg(i)].toFloat();
}
// total
m_trend[0].append(static_cast<int>(currentLevel));
m_values["battery/batnow"] = static_cast<int>(currentLevel);
m_values["battery/battotal"] = static_cast<int>(fullLevel);
m_values["battery/bat"] = static_cast<int>(100 * currentLevel / fullLevel);
m_values["batnow"] = static_cast<int>(currentLevel);
m_values["battotal"] = static_cast<int>(fullLevel);
m_values["bat"] = static_cast<int>(100 * currentLevel / fullLevel);
calculateRates();
}
@ -244,15 +243,14 @@ void BatterySource::calculateRates()
for (int i = 0; i < m_batteriesCount; i++) {
auto approx = approximate(m_trend[i + 1]);
m_values[QString("battery/batrate%1").arg(i)] = approx / interval;
m_values[QString("battery/batleft%1").arg(i)]
= interval * m_values[QString("battery/batnow%1").arg(i)].toFloat() / approx;
m_values[QString("batrate%1").arg(i)] = approx / interval;
m_values[QString("batleft%1").arg(i)] = interval * m_values[QString("batnow%1").arg(i)].toFloat() / approx;
}
// total
auto approx = approximate(m_trend[0]);
m_values["battery/batrate"] = approx / interval;
m_values["battery/batleft"] = interval * m_values["battery/batnow"].toFloat() / approx;
m_values["batrate"] = approx / interval;
m_values["batleft"] = interval * m_values["batnow"].toFloat() / approx;
// old data cleanup
for (auto &trend : m_trend.keys()) {