mirror of
https://github.com/arcan1s/awesome-widgets.git
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457 lines
20 KiB
C++
457 lines
20 KiB
C++
/***************************************************************************
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* This file is part of awesome-widgets *
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* *
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* awesome-widgets is free software: you can redistribute it and/or *
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* modify it under the terms of the GNU General Public License as *
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* published by the Free Software Foundation, either version 3 of the *
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* License, or (at your option) any later version. *
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* *
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* awesome-widgets is distributed in the hope that it will be useful, *
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* but WITHOUT ANY WARRANTY; without even the implied warranty of *
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the *
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* GNU General Public License for more details. *
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* *
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* You should have received a copy of the GNU General Public License *
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* along with awesome-widgets. If not, see http://www.gnu.org/licenses/ *
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***************************************************************************/
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#include "awdataenginemapper.h"
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#include <QRegularExpression>
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#include "awdebug.h"
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#include "awformatterhelper.h"
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AWDataEngineMapper::AWDataEngineMapper(QObject *_parent, AWFormatterHelper *_custom)
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: QObject(_parent)
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, m_customFormatters(_custom)
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{
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qCDebug(LOG_AW) << __PRETTY_FUNCTION__;
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// default formatters
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// memory
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m_formatter["mem"] = AWKeysAggregator::FormatterType::Float;
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m_formatter["memtotmb"] = AWKeysAggregator::FormatterType::MemMBFormat;
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m_formatter["memtotgb"] = AWKeysAggregator::FormatterType::MemGBFormat;
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// network
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m_formatter["down"] = AWKeysAggregator::FormatterType::NetSmartFormat;
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m_formatter["downkb"] = AWKeysAggregator::FormatterType::Integer;
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m_formatter["downtot"] = AWKeysAggregator::FormatterType::MemMBFormat;
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m_formatter["downtotkb"] = AWKeysAggregator::FormatterType::Integer;
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m_formatter["downunits"] = AWKeysAggregator::FormatterType::NetSmartUnits;
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m_formatter["up"] = AWKeysAggregator::FormatterType::NetSmartFormat;
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m_formatter["upkb"] = AWKeysAggregator::FormatterType::Integer;
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m_formatter["uptot"] = AWKeysAggregator::FormatterType::MemMBFormat;
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m_formatter["uptotkb"] = AWKeysAggregator::FormatterType::Integer;
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m_formatter["upunits"] = AWKeysAggregator::FormatterType::NetSmartUnits;
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// swap
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m_formatter["swap"] = AWKeysAggregator::FormatterType::Float;
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m_formatter["swaptotmb"] = AWKeysAggregator::FormatterType::MemMBFormat;
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m_formatter["swaptotgb"] = AWKeysAggregator::FormatterType::MemGBFormat;
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}
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AWDataEngineMapper::~AWDataEngineMapper()
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{
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qCDebug(LOG_AW) << __PRETTY_FUNCTION__;
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}
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AWKeysAggregator::FormatterType AWDataEngineMapper::formatter(const QString &_key) const
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{
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qCDebug(LOG_AW) << "Get formatter for key" << _key;
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return m_formatter.value(_key, AWKeysAggregator::FormatterType::NoFormat);
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}
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QStringList AWDataEngineMapper::keysFromSource(const QString &_source) const
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{
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qCDebug(LOG_AW) << "Search for source" << _source;
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return m_map.values(_source);
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}
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// HACK units required to define should the value be calculated as temperature
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// or fan data
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QStringList AWDataEngineMapper::registerSource(const QString &_source, const KSysGuard::Unit _units,
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const QStringList &_keys)
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{
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qCDebug(LOG_AW) << "Source" << _source << "with units" << _units;
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// regular expressions
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auto cpuRegExp = QRegularExpression("^cpu/cpu.*/usage$");
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auto cpuclRegExp = QRegularExpression("^cpu/cpu.*/frequency$");
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auto cpuTempRegExp = QRegularExpression("^cpu/cpu.*/temperature$");
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auto gpuRegExp = QRegularExpression("^gpu/gpu.*/usage$");
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auto gpuTempRegExp = QRegularExpression("^gpu/gpu.*/temperature$");
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auto hddrRegExp = QRegularExpression("^disk/.*/read$");
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auto hddwRegExp = QRegularExpression("^disk/.*/write$");
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auto mountFillRegExp = QRegularExpression("^disk/.*/usedPercent$");
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auto mountFreeRegExp = QRegularExpression("^disk/.*/free$");
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auto mountUsedRegExp = QRegularExpression("^disk/.*/used$");
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auto netRegExp = QRegularExpression("^network/.*/(download|upload)$");
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auto netTotalRegExp = QRegularExpression("^network/.*/(totalDownload|totalUpload)$");
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if (_source == "extsysmon/battery/ac") {
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// AC
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m_map.insert(_source, "ac");
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m_formatter["ac"] = AWKeysAggregator::FormatterType::ACFormat;
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} else if (_source.startsWith("extsysmon/battery/")) {
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// battery stats
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auto key = _source;
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key.remove("extsysmon/battery/");
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m_map.insert(_source, key);
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m_formatter[key] = _source.contains("rate") ? AWKeysAggregator::FormatterType::Float
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: AWKeysAggregator::FormatterType::IntegerThree;
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} else if (_source == "cpu/all/usage") {
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// cpu
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m_map.insert(_source, "cpu");
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m_formatter["cpu"] = AWKeysAggregator::FormatterType::Float;
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} else if (_source.contains(cpuRegExp)) {
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// cpus
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auto key = _source;
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key.remove("cpu/").remove("/usage");
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::Float;
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} else if (_source == "cpu/all/averageFrequency") {
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// cpucl
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m_map.insert(_source, "cpucl");
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m_formatter["cpucl"] = AWKeysAggregator::FormatterType::Integer;
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} else if (_source.contains(cpuclRegExp)) {
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// cpucls
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auto key = _source;
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key.remove("cpu/cpu").remove("/frequency");
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key = QString("cpucl%1").arg(key);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::Integer;
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} else if (_source.startsWith("extsysmon/custom")) {
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// custom
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auto key = _source;
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key.remove("extsysmon/custom/");
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::NoFormat;
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} else if (_source == "extsysmon/desktop/name") {
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// current desktop name
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m_map.insert(_source, "desktop");
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m_formatter["desktop"] = AWKeysAggregator::FormatterType::NoFormat;
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} else if (_source == "extsysmon/desktop/number") {
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// current desktop number
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m_map.insert(_source, "ndesktop");
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m_formatter["ndesktop"] = AWKeysAggregator::FormatterType::NoFormat;
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} else if (_source == "extsysmon/desktop/count") {
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// desktop count
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m_map.insert(_source, "tdesktops");
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m_formatter["tdesktops"] = AWKeysAggregator::FormatterType::NoFormat;
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} else if (_source.contains(hddrRegExp)) {
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// read speed
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auto device = _source;
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device.remove("disk/").remove("/read");
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auto index = m_devices["disk"].indexOf(device);
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if (index > -1) {
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QString key = QString("hddr%1").arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::Integer;
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}
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} else if (_source.contains(hddwRegExp)) {
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// write speed
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auto device = _source;
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device.remove("disk/").remove("/write");
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auto index = m_devices["disk"].indexOf(device);
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if (index > -1) {
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QString key = QString("hddw%1").arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::Integer;
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}
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} else if (_source == "gpu/all/usage") {
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// gpu load
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m_map.insert(_source, "gpu");
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m_formatter["gpu"] = AWKeysAggregator::FormatterType::Float;
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} else if (_source.contains(gpuRegExp)) {
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// gpus
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auto device = _source;
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device.remove("gpu/").remove("/usage");
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auto index = m_devices["gpu"].indexOf(device);
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if (index > -1) {
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auto key = QString("gpu%1").arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::Float;
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}
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} else if (_source.contains(gpuTempRegExp)) {
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// gpus temps
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auto device = _source;
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device.remove("gpu/").remove("/temperature");
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auto index = m_devices["gpu"].indexOf(device);
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if (index > -1) {
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auto key = QString("gputemp%1").arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::Temperature;
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}
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} else if (_source.contains(mountFillRegExp)) {
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// fill level
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auto device = _source;
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device.remove("disk/").remove("/usedPercent");
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auto index = m_devices["mount"].indexOf(device);
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if (index > -1) {
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auto key = QString("hdd%1").arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::Float;
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// additional keys
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m_formatter[QString("hddtotmb%1").arg(index)] = AWKeysAggregator::FormatterType::MemMBFormat;
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m_formatter[QString("hddtotgb%1").arg(index)] = AWKeysAggregator::FormatterType::MemGBFormat;
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}
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} else if (_source.contains(mountFreeRegExp)) {
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// free space
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auto device = _source;
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device.remove("disk/").remove("/free");
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auto index = m_devices["mount"].indexOf(device);
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if (index > -1) {
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// mb
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QString key = QString("hddfreemb%1").arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::MemMBFormat;
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// gb
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key = QString("hddfreegb%1").arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::MemGBFormat;
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}
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} else if (_source.contains(mountUsedRegExp)) {
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// used
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auto device = _source;
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device.remove("disk/").remove("/used");
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auto index = m_devices["mount"].indexOf(device);
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if (index > -1) {
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// mb
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QString key = QString("hddmb%1").arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::MemMBFormat;
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// gb
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key = QString("hddgb%1").arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::MemGBFormat;
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}
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} else if (_source.startsWith("cpu/loadaverages/loadaverage")) {
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// load average
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auto time = _source;
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time.remove("cpu/loadaverages/loadaverage");
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auto key = QString("la%1").arg(time);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::FloatTwoSymbols;
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} else if (_source == "memory/physical/application") {
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// app memory
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// mb
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m_map.insert(_source, "memmb");
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m_formatter["memmb"] = AWKeysAggregator::FormatterType::MemMBFormat;
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// gb
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m_map.insert(_source, "memgb");
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m_formatter["memgb"] = AWKeysAggregator::FormatterType::MemGBFormat;
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} else if (_source == "memory/physical/free") {
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// free memory
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// mb
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m_map.insert(_source, "memfreemb");
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m_formatter["memfreemb"] = AWKeysAggregator::FormatterType::MemMBFormat;
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// gb
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m_map.insert(_source, "memfreegb");
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m_formatter["memfreegb"] = AWKeysAggregator::FormatterType::MemGBFormat;
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} else if (_source == "memory/physical/used") {
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// used memory
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// mb
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m_map.insert(_source, "memusedmb");
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m_formatter["memusedmb"] = AWKeysAggregator::FormatterType::MemMBFormat;
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// gb
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m_map.insert(_source, "memusedgb");
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m_formatter["memusedgb"] = AWKeysAggregator::FormatterType::MemGBFormat;
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} else if (_source == "extsysmon/network/device") {
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// network device
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m_map.insert(_source, "netdev");
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m_formatter["netdev"] = AWKeysAggregator::FormatterType::NoFormat;
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} else if (_source == "extsysmon/network/ssid") {
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// current ssid
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m_map.insert(_source, "ssid");
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m_formatter["ssid"] = AWKeysAggregator::FormatterType::NoFormat;
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} else if (_source.startsWith("extsysmon/requests/response")) {
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// network response
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auto key = _source;
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key.remove("extsysmon/requests/");
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::NoFormat;
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} else if (_source.contains(netRegExp)) {
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// network speed
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auto type = _source.endsWith("download") ? "down" : "up";
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auto index = m_devices["net"].indexOf(_source.split('/')[1]);
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if (index > -1) {
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// kb
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auto key = QString("%1kb%2").arg(type).arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::Integer;
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// smart
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key = QString("%1%2").arg(type).arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::NetSmartFormat;
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// units
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key = QString("%1units%2").arg(type).arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::NetSmartUnits;
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}
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} else if (_source.contains(netTotalRegExp)) {
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// network data total
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auto type = _source.endsWith("Download") ? "down" : "up";
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auto index = m_devices["net"].indexOf(_source.split('/')[1]);
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if (index > -1) {
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// kb
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auto key = QString("%1totkb%2").arg(type).arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::Integer;
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// mb
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key = QString("%1tot%2").arg(type).arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::MemMBFormat;
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}
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} else if (_source.startsWith("extsysmon/upgrade")) {
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// package manager
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auto key = _source;
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key.remove("extsysmon/upgrade/");
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::IntegerThree;
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} else if (_source.startsWith("extsysmon/player")) {
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// player
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auto key = _source;
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key.remove("extsysmon/player/");
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::NoFormat;
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} else if (_source == "extsysmon/ps/running") {
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// running processes count
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m_map.insert(_source, "pscount");
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m_formatter["pscount"] = AWKeysAggregator::FormatterType::NoFormat;
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} else if (_source == "extsysmon/ps/list") {
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// list of running processes
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m_map.insert(_source, "ps");
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m_formatter["ps"] = AWKeysAggregator::FormatterType::List;
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} else if (_source == "extsysmon/ps/count") {
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// total processes count
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m_map.insert(_source, "pstot");
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m_formatter["pstot"] = AWKeysAggregator::FormatterType::NoFormat;
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} else if (_source.startsWith("extsysmon/quotes")) {
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// quotes
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auto key = _source;
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key.remove("extsysmon/quotes/");
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::Quotes;
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} else if (_source == "memory/swap/free") {
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// free swap
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// mb
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m_map.insert(_source, "swapfreemb");
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m_formatter["swapfreemb"] = AWKeysAggregator::FormatterType::MemMBFormat;
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// gb
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m_map.insert(_source, "swapfreegb");
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m_formatter["swapfreegb"] = AWKeysAggregator::FormatterType::MemGBFormat;
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} else if (_source == "memory/swap/used") {
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// used swap
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// mb
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m_map.insert(_source, "swapmb");
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m_formatter["swapmb"] = AWKeysAggregator::FormatterType::MemMBFormat;
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// gb
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m_map.insert(_source, "swapgb");
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m_formatter["swapgb"] = AWKeysAggregator::FormatterType::MemGBFormat;
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} else if (_source.startsWith("lmsensors/") || _source.contains(cpuTempRegExp)
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|| _source == "cpu/all/averageTemperature") {
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// temperature
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auto index = m_devices["temp"].indexOf(_source);
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// HACK on DE initialization there are no units key
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if (_units == KSysGuard::UnitInvalid)
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return QStringList({QString("temp%1").arg(index)});
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if (index > -1) {
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auto key = QString("temp%1").arg(index);
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m_map.insert(_source, key);
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m_formatter[key] = _units == KSysGuard::UnitCelsius ? AWKeysAggregator::FormatterType::Temperature
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: AWKeysAggregator::FormatterType::Integer;
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}
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} else if (_source == "extsysmon/time/now") {
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// time
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m_map.insert(_source, "time");
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m_formatter["time"] = AWKeysAggregator::FormatterType::Time;
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// custom time
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m_map.insert(_source, "ctime");
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m_formatter["ctime"] = AWKeysAggregator::FormatterType::TimeCustom;
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// ISO time
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m_map.insert(_source, "isotime");
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m_formatter["isotime"] = AWKeysAggregator::FormatterType::TimeISO;
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// long time
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m_map.insert(_source, "longtime");
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m_formatter["longtime"] = AWKeysAggregator::FormatterType::TimeLong;
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// short time
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m_map.insert(_source, "shorttime");
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m_formatter["shorttime"] = AWKeysAggregator::FormatterType::TimeShort;
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// timestamp
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m_map.insert(_source, "tstime");
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m_formatter["tstime"] = AWKeysAggregator::FormatterType::Timestamp;
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} else if (_source == "extsysmon/system/brightness") {
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m_map.insert(_source, "brightness");
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m_formatter["brightness"] = AWKeysAggregator::FormatterType::IntegerThree;
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} else if (_source == "extsysmon/system/volume") {
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m_map.insert(_source, "volume");
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m_formatter["volume"] = AWKeysAggregator::FormatterType::IntegerThree;
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} else if (_source == "os/system/uptime") {
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// uptime
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m_map.insert(_source, "uptime");
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m_formatter["uptime"] = AWKeysAggregator::FormatterType::Uptime;
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// custom uptime
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m_map.insert(_source, "cuptime");
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m_formatter["cuptime"] = AWKeysAggregator::FormatterType::UptimeCustom;
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} else if (_source.startsWith("extsysmon/weather/temperature")) {
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// temperature
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auto key = _source;
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key.remove("extsysmon/weather/");
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::Temperature;
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} else if (_source.startsWith("extsysmon/weather/")) {
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// other weather
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auto key = _source;
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key.remove("extsysmon/weather/");
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::NoFormat;
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} else if (_source.startsWith("extsysmon/load/load")) {
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// load source
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auto key = _source;
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key.remove("extsysmon/load/");
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m_map.insert(_source, key);
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m_formatter[key] = AWKeysAggregator::FormatterType::Temperature;
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}
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auto foundKeys = keysFromSource(_source);
|
|
|
|
// rewrite formatters for custom ones
|
|
QStringList customFormattersKeys;
|
|
if (m_customFormatters)
|
|
customFormattersKeys = m_customFormatters->definedFormatters();
|
|
qCInfo(LOG_AW) << "Looking for formatters" << foundKeys << "in" << customFormattersKeys;
|
|
for (auto &key : foundKeys) {
|
|
if (!customFormattersKeys.contains(key))
|
|
continue;
|
|
m_formatter[key] = AWKeysAggregator::FormatterType::Custom;
|
|
}
|
|
|
|
// drop key from dictionary if no one user requested key required it
|
|
qCInfo(LOG_AW) << "Looking for keys" << foundKeys << "in" << _keys;
|
|
auto required = _keys.isEmpty() || std::any_of(foundKeys.cbegin(), foundKeys.cend(), [&_keys](const QString &key) {
|
|
return _keys.contains(key);
|
|
});
|
|
if (!required) {
|
|
m_map.remove(_source);
|
|
for (auto &key : foundKeys)
|
|
m_formatter.remove(key);
|
|
}
|
|
|
|
return keysFromSource(_source);
|
|
}
|
|
|
|
|
|
void AWDataEngineMapper::setDevices(const QHash<QString, QStringList> &_devices)
|
|
{
|
|
qCDebug(LOG_AW) << "Devices" << _devices;
|
|
|
|
m_devices = _devices;
|
|
}
|