import QtQuick 2.6 import QtQuick.Controls 1.4 import QtQuick.Controls 2.0 as NewControls import QtQuick.Layouts 1.1 import TaskManager 1.0 import QtCharts 2.2 ApplicationWindow { id: root visible: true width: container.width * container.scale height: container.height * container.scale flags: Qt.Window | Qt.FramelessWindowHint TaskManager { id: taskmgr onUpdateProcess: { var index = findId(tid_); libraryModel.set(index, {"cmd": cmd_, "tid": tid_, "user": euid_, "system_cpu": scpu_, "user_cpu": ucpu_, "resident_memory": resident_memory_, "state": state_}); } onAddProcess: { libraryModel.append({"cmd": cmd_, "tid": tid_, "user": euid_, "system_cpu": scpu_, "user_cpu": ucpu_, "resident_memory": resident_memory_, "state": state_}); } onRemoveProcess: { var index = findId(tid_); libraryModel.remove(index); } function findId(tid) { for(var i = 0; i < libraryModel.count; i++) { if(tid === libraryModel.get(i).tid) { return i; } } } Component.onCompleted: { taskmgr.open(bindingAddress); } onShowProcessInfo: { mainTabview.getTab(0).item.updateInfo(info_); } onUpdateLoadAverage: { mainTabview.getTab(1).item.updateLoadChart(value_); } onUpdateNetworkStats: { mainTabview.getTab(1).item.updateNetChart(in_, out_); } } ListModel { id: libraryModel } Item { id: container anchors.centerIn: parent width: 1080 height: 1487 scale: screenInfo.scale_factor() TabView { id: mainTabview currentIndex: 0 anchors.fill: parent Tab { id: processesTab active: true anchors.fill: parent title: "Processes" Rectangle { id: procsView width: parent.width height: parent.height function updateInfo(info_) { infoPopup.infoText = info_; } Row { id: buttonRow width: parent.width RowLayout { id: buttonRowLayout NewControls.Popup { id: infoPopup x: 400 * container.scale y: 400 * container.scale width: 300 height: 200 modal: true focus: true closePolicy: NewControls.Popup.CloseOnPressOutsideParent property var infoText: "Getting extra information for process" function doOpen(tid) { taskmgr.getExtraInfo(tid) infoPopup.open() } contentItem: Text { text: infoPopup.infoText } } Button { id: infoButton text: "Info" enabled: tableView.currentRow != -1 onClicked: infoPopup.doOpen(libraryModel.get(tableView.currentRow).tid) } Button { id: killButton text: "Kill" enabled: tableView.currentRow != -1 onClicked: { tableView.selection.forEach( function(rowIndex) { taskmgr.kill(libraryModel.get(rowIndex).tid)} ) tableView.selection.clear() } } } } TableView { id: tableView height: parent.height - buttonRow.height width: parent.width anchors.top: buttonRow.bottom TableViewColumn { role: "cmd" title: "Process" width: 200 * container.scale } TableViewColumn { role: "tid" title: "ID" width: 100 * container.scale } TableViewColumn { role: "user" title: "User" width: 120 * container.scale } TableViewColumn { role: "system_cpu" title: "System %" width: 160 * container.scale } TableViewColumn { role: "user_cpu" title: "User %" width: 160 * container.scale } TableViewColumn { role: "resident_memory" title: "Memory" width: 160 * container.scale } TableViewColumn { role: "state" title: "State" width: 80 * container.scale } model: libraryModel } } } Tab { id: systemTab active: true anchors.fill: parent title: "System" Rectangle { id: graphsView width: parent.width height: parent.height function updateLoadChart(value_) { loadChart.tempAdd(value_) } function updateNetChart(in_, out_) { networkChart.updateStats(in_, out_) } ChartView { id: loadChart title: "System load average" width: parent.width height: parent.height / 3 legend.visible: false antialiasing: true LineSeries { id: loadSeries axisX: DateTimeAxis { id: timeLoadAxis labelsVisible: false format: "hh:mm" } axisY: ValueAxis { id: valueAxis max: 2 min: 0 tickCount: 3 } XYPoint { x: new Date().getTime(); y: 0 } XYPoint { x: (new Date().getTime()+ 10); y: 0 } } function tempAdd(value_) { var time_ = new Date(); if (value_ > valueAxis.max) valueAxis.max = value_; loadSeries.append(time_.getTime(), value_); timeLoadAxis.max = time_; if (loadSeries.count > 1800) { loadSeries.remove(0); time_.setMinutes(time_.getMinutes() - 30); timeLoadAxis.min = time_; } loadChart.update(); } } ChartView { id: networkChart title: "Network Stats and Charts" width: parent.width height: parent.height / 3 legend.visible: true antialiasing: true anchors.top: loadChart.bottom DateTimeAxis { id: timeNetAxis labelsVisible: false format: "hh:mm" } ValueAxis { id: octetsAxis max: 200 min: 0 tickCount: 3 } AreaSeries { name: "InOctets" opacity: 1.0 borderColor: "#FF0039A5" borderWidth: 1 axisX: timeNetAxis axisY: octetsAxis upperSeries: LineSeries { id: netSeriesIn XYPoint { x: new Date().getTime(); y: 0 } } } AreaSeries { name: "OutOctets" opacity: 0.5 borderWidth: 0 color: "#FFD52B1E" axisX: timeNetAxis axisY: octetsAxis upperSeries: LineSeries { id: netSeriesOut XYPoint { x: new Date().getTime(); y: 0 } } } function updateStats(in_, out_) { var time_ = new Date(); if (in_ > octetsAxis.max) octetsAxis.max = (in_ / 1000 + 1) * 1000; if (out_ > octetsAxis.max) octetsAxis.max = (out_ / 1000 + 1) * 1000; netSeriesIn.append(time_.getTime(), in_); netSeriesOut.append(time_.getTime(), out_); timeNetAxis.max = time_; if (netSeriesIn.count > 1800) { netSeriesIn.remove(0); netSeriesOut.remove(0); time_.setMinutes(time_.getMinutes() - 30); timeNetAxis.min = time_; } networkChart.update(); } } } } } } }