Differential D29721 Diff 82771 plugins/global/ksgrd/ksgrdiface.cpp

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plugins/global/ksgrd/ksgrdiface.cpp

Show First 20 Lines • Show All 286 Lines • ▼ Show 20 Line(s)286 if (id == -1) {
287 onSensorListRetrieved(answer); 287​ onSensorListRetrieved(answer);
288 return; 288​ return;
289 } 289​ }
290 onSensorUpdated(id, answer); 290​ onSensorUpdated(id, answer);
291} 291​}
292 292​
293void KSGRDIface::addAggregateSensors() 293​void KSGRDIface::addAggregateSensors()
294{ 294​{
295 auto networkAll = new SensorObject("all", i18n("All"), m_subsystems["network"]); 295​ auto networkAll = new SensorObject("all", i18nc("@title All Network Interfaces", "All"), m_subsystems["network"]);
296 296​
297 auto sensor = new AggregateSensor(networkAll, "receivedDataRate", i18n("Received Data Rate")); 297​ auto sensor = new AggregateSensor(networkAll, "receivedDataRate", i18nc("@title", "Received Data Rate"));
298 sensor->setShortName(i18n("Down")); 298​ sensor->setShortName(i18nc("@title Received Data Rate", "Down"));
299 sensor->setMatchSensors(QRegularExpression("[^/]*/receiver"), QStringLiteral("data")); 299​ sensor->setMatchSensors(QRegularExpression("[^/]*/receiver"), QStringLiteral("data"));
300 sensor->setDescription(i18n("The rate at which data is received on all interfaces.")); 300​ sensor->setDescription(i18nc("@info", "The rate at which data is received on all interfaces."));
301 sensor->setUnit(KSysGuard::utils::UnitKiloByteRate); 301​ sensor->setUnit(KSysGuard::utils::UnitKiloByteRate);
302 302​
303 sensor = new AggregateSensor(networkAll, "totalReceivedData", i18n("Total Received Data")); 303​ sensor = new AggregateSensor(networkAll, "totalReceivedData", i18nc("@title", "Total Received Data"));
304 sensor->setShortName(i18n("Total Down")); 304​ sensor->setShortName(i18nc("@title Total Receieved Data", "Total Down"));
305 sensor->setMatchSensors(QRegularExpression("[^/]*/receiver"), QStringLiteral("dataTotal")); 305​ sensor->setMatchSensors(QRegularExpression("[^/]*/receiver"), QStringLiteral("dataTotal"));
306 sensor->setDescription(i18n("The total amount of data received on all interfaces.")); 306​ sensor->setDescription(i18nc("@info", "The total amount of data received on all interfaces."));
307 sensor->setUnit(KSysGuard::utils::UnitKiloByte); 307​ sensor->setUnit(KSysGuard::utils::UnitKiloByte);
308 308​
309 sensor = new AggregateSensor(networkAll, "sentDataRate", i18n("Sent Data Rate")); 309​ sensor = new AggregateSensor(networkAll, "sentDataRate", i18nc("@title", "Sent Data Rate"));
310 sensor->setShortName(i18n("Up")); 310​ sensor->setShortName(i18nc("@title Sent Data Rate", "Up"));
311 sensor->setMatchSensors(QRegularExpression("[^/]*/transmitter"), QStringLiteral("data")); 311​ sensor->setMatchSensors(QRegularExpression("[^/]*/transmitter"), QStringLiteral("data"));
312 sensor->setDescription(i18n("The rate at which data is sent on all interfaces.")); 312​ sensor->setDescription(i18nc("@info", "The rate at which data is sent on all interfaces."));
313 sensor->setUnit(KSysGuard::utils::UnitKiloByteRate); 313​ sensor->setUnit(KSysGuard::utils::UnitKiloByteRate);
314 314​
315 sensor = new AggregateSensor(networkAll, "totalSentData", i18n("Total Sent Data")); 315​ sensor = new AggregateSensor(networkAll, "totalSentData", i18nc("@title", "Total Sent Data"));
316 sensor->setShortName(i18n("Total Up")); 316​ sensor->setShortName(i18nc("@title Total Sent Data", "Total Up"));
317 sensor->setMatchSensors(QRegularExpression("[^/]*/transmitter"), QStringLiteral("dataTotal")); 317​ sensor->setMatchSensors(QRegularExpression("[^/]*/transmitter"), QStringLiteral("dataTotal"));
318 sensor->setDescription(i18n("The total amount of data sent on all interfaces.")); 318​ sensor->setDescription(i18nc("@info", "The total amount of data sent on all interfaces."));
319 sensor->setUnit(KSysGuard::utils::UnitKiloByte); 319​ sensor->setUnit(KSysGuard::utils::UnitKiloByte);
320 320​
321 auto diskAll = new SensorObject("all", i18n("all"), m_subsystems["disk"]); 321​ auto diskAll = new SensorObject("all", i18nc("@title All Disks", "All"), m_subsystems["disk"]);
322 sensor = new AggregateSensor(diskAll, "read", i18n("Disk Read Accesses")); 322​ sensor = new AggregateSensor(diskAll, "read", i18nc("@title", "Disk Read Accesses"));
323 sensor->setShortName(i18n("Read")); 323​ sensor->setShortName(i18nc("@title Disk Read Accesses", "Read"));
324 // TODO: This regex is not exhaustive as it doesn't consider things that aren't treated as sdX devices. 324​ // TODO: This regex is not exhaustive as it doesn't consider things that aren't treated as sdX devices.
325 // However, we do not simply want to match disk/* as that would include duplicate devices. 325​ // However, we do not simply want to match disk/* as that would include duplicate devices.
326 sensor->setMatchSensors(QRegularExpression("^sd[a-z]+[0-9]+_[^/]*/Rate$"), QStringLiteral("rblk")); 326​ sensor->setMatchSensors(QRegularExpression("^sd[a-z]+[0-9]+_[^/]*/Rate$"), QStringLiteral("rblk"));
327 sensor->setDescription(i18n("Read accesses across all disk devices")); 327​ sensor->setDescription(i18nc("@info", "Read accesses across all disk devices"));
328 328​
329 sensor = new AggregateSensor(diskAll, "write", i18n("Disk Write Accesses")); 329​ sensor = new AggregateSensor(diskAll, "write", i18nc("@title", "Disk Write Accesses"));
330 sensor->setShortName(i18n("Write")); 330​ sensor->setShortName(i18nc("@title Disk Write Accesses", "Write"));
331 // TODO: See above. 331​ // TODO: See above.
332 sensor->setMatchSensors(QRegularExpression("^sd[a-z]+[0-9]+_[^/]*/Rate$"), QStringLiteral("wblk")); 332​ sensor->setMatchSensors(QRegularExpression("^sd[a-z]+[0-9]+_[^/]*/Rate$"), QStringLiteral("wblk"));
333 sensor->setDescription(i18n("Write accesses across all disk devices")); 333​ sensor->setDescription(i18nc("@info", "Write accesses across all disk devices"));
334 334​
335 auto memPhysical = m_subsystems["mem"]->object("physical"); 335​ auto memPhysical = m_subsystems["mem"]->object("physical");
336 Q_ASSERT(memPhysical); 336​ Q_ASSERT(memPhysical);
337 if (!memPhysical) { 337​ if (!memPhysical) {
338 return; 338​ return;
339 } 339​ }
340 340​
341 PercentageSensor *appLevel = new PercentageSensor(memPhysical, "applicationlevel", i18n("Application Memory Percentage")); 341​ PercentageSensor *appLevel = new PercentageSensor(memPhysical, "applicationlevel", i18nc("@title", "Application Memory Percentage"));
342 appLevel->setShortName(i18n("Application")); 342​ appLevel->setShortName(i18nc("@title Application Memory Percentage", "Application"));
343 appLevel->setBaseSensor(memPhysical->sensor("application")); 343​ appLevel->setBaseSensor(memPhysical->sensor("application"));
344 appLevel->setDescription(i18n("Percentage of memory taken by applications.")); 344​ appLevel->setDescription(i18nc("@info", "Percentage of memory taken by applications."));
345 345​
346 PercentageSensor *bufLevel = new PercentageSensor(memPhysical, "buflevel", i18n("Buffer Memory Percentage")); 346​ PercentageSensor *bufLevel = new PercentageSensor(memPhysical, "buflevel", i18nc("@title", "Buffer Memory Percentage"));
347 bufLevel->setShortName(i18n("Buffer")); 347​ bufLevel->setShortName(i18nc("@title Buffer Memory Percentage", "Buffer"));
348 bufLevel->setBaseSensor(memPhysical->sensor("buf")); 348​ bufLevel->setBaseSensor(memPhysical->sensor("buf"));
349 bufLevel->setDescription(i18n("Percentage of memory taken by the buffer.")); 349​ bufLevel->setDescription(i18nc("@info", "Percentage of memory taken by the buffer."));
350 350​
351 PercentageSensor *cacheLevel = new PercentageSensor(memPhysical, "cachelevel", i18n("Cache Memory Percentage")); 351​ PercentageSensor *cacheLevel = new PercentageSensor(memPhysical, "cachelevel", i18nc("@title", "Cache Memory Percentage"));
352 cacheLevel->setShortName(i18n("Cache")); 352​ cacheLevel->setShortName(i18nc("@title Cache Memory Percentage", "Cache"));
353 cacheLevel->setBaseSensor(memPhysical->sensor("cached")); 353​ cacheLevel->setBaseSensor(memPhysical->sensor("cached"));
354 cacheLevel->setDescription(i18n("Percentage of memory taken by the cache.")); 354​ cacheLevel->setDescription(i18nc("@info", "Percentage of memory taken by the cache."));
355 355​
356 PercentageSensor *freeLevel = new PercentageSensor(memPhysical, "freelevel", i18n("Free Memory Percentage")); 356​ PercentageSensor *freeLevel = new PercentageSensor(memPhysical, "freelevel", i18nc("@title", "Free Memory Percentage"));
357 freeLevel->setShortName(i18n("Cache")); 357​ freeLevel->setShortName(i18nc("@title Free Memory Percentage", "Free"));
358 freeLevel->setBaseSensor(memPhysical->sensor("free")); 358​ freeLevel->setBaseSensor(memPhysical->sensor("free"));
359 freeLevel->setDescription(i18n("Percentage of free memory.")); 359​ freeLevel->setDescription(i18nc("@info", "Percentage of free memory."));
360 360​
361 PercentageSensor *usedLevel = new PercentageSensor(memPhysical, "usedlevel", i18n("Used Memory Percentage")); 361​ PercentageSensor *usedLevel = new PercentageSensor(memPhysical, "usedlevel", i18nc("@title", "Used Memory Percentage"));
362 usedLevel->setShortName(i18n("Used")); 362​ usedLevel->setShortName(i18nc("@title Used Memory Percentage", "Used"));
363 usedLevel->setBaseSensor(memPhysical->sensor("used")); 363​ usedLevel->setBaseSensor(memPhysical->sensor("used"));
364 usedLevel->setDescription(i18n("Percentage of used memory.")); 364​ usedLevel->setDescription(i18nc("@info", "Percentage of used memory."));
365 365​
366 PercentageSensor *availableLevel = new PercentageSensor(memPhysical, "availablelevel", i18n("Available Memory Percentage")); 366​ PercentageSensor *availableLevel = new PercentageSensor(memPhysical, "availablelevel", i18nc("@title", "Available Memory Percentage"));
367 availableLevel->setShortName(i18n("Available")); 367​ availableLevel->setShortName(i18nc("@title Available Memory Percentage", "Available"));
368 availableLevel->setBaseSensor(memPhysical->sensor("available")); 368​ availableLevel->setBaseSensor(memPhysical->sensor("available"));
369 availableLevel->setDescription(i18n("Percentage of used memory.")); 369​ availableLevel->setDescription(i18nc("@info", "Percentage of available memory."));
370 370​
371 PercentageSensor *allocatedLevel = new PercentageSensor(memPhysical, "allocatedlevel", i18n("Allocated Memory Percentage")); 371​ PercentageSensor *allocatedLevel = new PercentageSensor(memPhysical, "allocatedlevel", i18nc("@title", "Allocated Memory Percentage"));
372 allocatedLevel->setShortName(i18n("Used")); 372​ allocatedLevel->setShortName(i18nc("@title Allocated Memory Percentage", "Used"));
373 allocatedLevel->setBaseSensor(memPhysical->sensor("allocated")); 373​ allocatedLevel->setBaseSensor(memPhysical->sensor("allocated"));
374 allocatedLevel->setDescription(i18n("Percentage of used memory.")); 374​ allocatedLevel->setDescription(i18nc("@info", "Percentage of allocated memory."));
375} 375​}
376 376​
377QString KSGRDIface::shortNameFor(const QString &key) 377​QString KSGRDIface::shortNameFor(const QString &key)
378{ 378​{
379 // TODO: This is pretty ugly, but it is really hard to add this information to ksysguardd. 379​ // TODO: This is pretty ugly, but it is really hard to add this information to ksysguardd.
380 // So for now, we just map sensor ids to short names and return that. 380​ // So for now, we just map sensor ids to short names and return that.
381 381​
382 static QHash<QString, QString> shortNames = { 382​ static QHash<QString, QString> shortNames = {
383 { QStringLiteral("cpu/system/TotalLoad"), i18n("Usage") }, 383​ { QStringLiteral("cpu/system/TotalLoad"), i18nc("@title Total CPU Usage", "Usage") },
384 { QStringLiteral("mem/physical/used"), i18n("Total Used") }, 384​ { QStringLiteral("mem/physical/used"), i18nc("@title Total Memory Usage", "Total Used") },
385 { QStringLiteral("mem/physical/cached"), i18n("Cached") }, 385​ { QStringLiteral("mem/physical/cached"), i18nc("@title Cached Memory Usage", "Cached") },
386 { QStringLiteral("mem/physical/free"), i18n("Free") }, 386​ { QStringLiteral("mem/physical/free"), i18nc("@title Free Memory Amount", "Free") },
387 { QStringLiteral("mem/physical/available"), i18n("Avalable") }, 387​ { QStringLiteral("mem/physical/available"), i18nc("@title Available Memory Amount", "Avalable") },
388 { QStringLiteral("mem/physical/application"), i18n("Application") }, 388​ { QStringLiteral("mem/physical/application"), i18nc("@title Application Memory Usage", "Application") },
389 { QStringLiteral("mem/physical/buf"), i18n("Buffer") }, 389​ { QStringLiteral("mem/physical/buf"), i18nc("@title Buffer Memory Usage", "Buffer") },
390 { QStringLiteral("cpu/system/processors"), i18n("Processors") }, 390​ { QStringLiteral("cpu/system/processors"), i18nc("@title Number of Processors", "Processors") },
391 { QStringLiteral("cpu/system/cores"), i18n("Cores") }, 391​ { QStringLiteral("cpu/system/cores"), i18nc("@title Number of Cores", "Cores") },
392 }; 392​ };
393 393​
394 return shortNames.value(key, QString {}); 394​ return shortNames.value(key, QString {});
395} 395​}
396 396​
397K_PLUGIN_FACTORY(KSGRDPluginFactory, registerPlugin<KSGRDIface>();) 397​K_PLUGIN_FACTORY(KSGRDPluginFactory, registerPlugin<KSGRDIface>();)
398 398​
399#include "ksgrdiface.moc" 399​#include "ksgrdiface.moc"