def initPopup(self):
self.dialog = Plasma.Dialog()
self.dialog.setWindowFlags(Qt.Popup)
self.updateTheme()
self.popup = Popup(self.dialog, self)
self.popup.init()
self.dialog.resize(self.popup.size())
def initPopup(self):
self.dialog = Plasma.Dialog()
self.dialog.setWindowFlags(Qt.Popup)
self.updateTheme()
self.popup = Popup(self.dialog, self)
self.popup.init()
self.dialog.resize(self.popup.size())
class NmApplet(plasmascript.Applet):
""" Our main applet derived from plasmascript.Applet """
def __init__(self, parent):
plasmascript.Applet.__init__(self, parent)
self.actions = []
def contextualActions(self):
return self.actions
def init(self):
""" Const method for initializing the applet """
self.readEntries()
self.followSolid()
self.connectedDevices = []
self.maxQuality = 100.0
self.iface = NetworkIface()
self.notifyface = Notifier(dbus.get_default_main_loop())
self.notifyface.registerNetwork()
# Aspect ratio defined in Plasma
self.setAspectRatioMode(Plasma.Square)
self.loader = KIconLoader()
self.defaultIcon = WIRED
self.emblem = DISCONNECTED["emblem"]
self.icon = NmIcon(self)
self.icon.setToolTip(i18n("Click here to show connections.."))
self.layout = QGraphicsLinearLayout(self.applet)
self.layout.setContentsMargins(0, 0, 0, 0)
self.layout.setSpacing(0)
self.layout.addItem(self.icon)
self.connect(self.icon, SIGNAL("clicked()"), self.showDialog)
self.receiverBlinker = Blinker(self)
self.transmitterBlinker = Blinker(self, QColor(255,114,32))
# Listen data transfers from lastUsed Device ..
self.lastActiveDevice = None
self.lastActivePackage = None
self.initPopup()
# It may cause crashes in PlasmoidViewer but luckly not in Plasma :)
self.connect(Plasma.Theme.defaultTheme(), SIGNAL("themeChanged()"), self.updateTheme)
# Listen network status from comar
self.iface.listen(self.handler)
QTimer.singleShot(self._config['pollinterval'], self.dataUpdated)
# Context Menu
icon = self.loader.loadIcon(WIRED, KIconLoader.NoGroup, 22)
openNm = QAction(QIcon(icon), i18n("Open Network Manager"), self)
self.actions.append(openNm)
self.connect(openNm, SIGNAL("triggered(bool)"), self.openNM)
self.connect(self.popup.ui.nmButton, SIGNAL("clicked()"), self.openNM)
def solidState(self):
if self.hasBattery:
if self._config['followsolid']:
return self.chargeState != Solid.Battery.Discharging
return True
_tt = Plasma.ToolTipContent()
def updateToolTip(self, msg, package):
icon = QIcon(QPixmap(":/icons/network-%s.png" % package))
toolTip = Plasma.ToolTipContent()
toolTip.setImage(icon)
toolTip.setMainText(QString(msg))
#ipstr = "IP: %s<br/>Access Point: %s" % (ip, gateway)
#toolTip.setSubText(QString(ipstr))
if toolTip.mainText().compare(self._tt.mainText()) <> 0 or toolTip.subText().compare(self._tt.subText()) <> 0:
Plasma.ToolTipManager.self().setContent(self.applet, toolTip)
self._tt = toolTip
def batteryStateChanged(self, newstate, udi):
# print "Battery state changed to ", newstate
self.chargeState = newstate
if newstate != Solid.Battery.Discharging:
self.dataUpdated()
def followSolid(self):
self.hasBattery = False
batteries = Solid.Device.listFromType(Solid.DeviceInterface.Battery, '')
for battery in batteries:
_battery = battery.asDeviceInterface(Solid.DeviceInterface.Battery)
if _battery.type() == Solid.Battery.PrimaryBattery:
# \o/ we have a battery
# print "Founded a battery "
self.hasBattery = True
self.connect(_battery, SIGNAL("chargeStateChanged(int, const QString &)"), self.batteryStateChanged)
self.chargeState = _battery.chargeState()
def readEntries(self):
config = self.config()
self._config = {}
self._config["pollinterval"] = config.readEntry("pollinterval", QVariant("5")).toInt()[0] * 1000
self._config["showtraffic"] = config.readEntry("showtraffic", QVariant("true")).toBool()
self._config["showwifi"] = config.readEntry("showwifi", QVariant("true")).toBool()
self._config["showstatus"] = config.readEntry("showstatus", QVariant("true")).toBool()
self._config["followsolid"] = config.readEntry("followsolid", QVariant("true")).toBool()
def initPopup(self):
self.dialog = Plasma.Dialog()
self.dialog.setWindowFlags(Qt.Popup)
self.updateTheme()
self.popup = Popup(self.dialog, self)
self.popup.init()
self.dialog.resize(self.popup.size())
def paintInterface(self, painter, option, rect):
size = min(rect.width(),rect.height())*2
# Current Icon
pix = self.loader.loadIcon(self.defaultIcon, KIconLoader.NoGroup, size)
# Current Emblem
emblem = self.loader.loadIcon(self.emblem, KIconLoader.NoGroup, size/3)
paint = QPainter(pix)
paint.setRenderHint(QPainter.SmoothPixmapTransform)
paint.setRenderHint(QPainter.Antialiasing)
f = rect.width() * 0.1
# Draw Rx
if self.receiverBlinker.isActive():
_path = QPainterPath()
_path.addEllipse(QRectF(size * 0.9, size * 0.9, f, f))
paint.fillPath(_path, self.receiverBlinker.color)
# Draw Tx
if self.transmitterBlinker.isActive():
_path = QPainterPath()
_path.addEllipse(QRectF(size * 0.8, size * 0.9, f, f))
paint.fillPath(_path, self.transmitterBlinker.color)
# Draw Emblem
if self._config['showstatus']:
paint.drawPixmap(0,0,emblem)
paint.end()
# Update the icon
self.icon.setIcon(QIcon(pix))
self.icon.update()
def dataUpdated(self):
if self.lastActiveDevice:
if self.lastActivePackage == 'wireless_tools':
if self._config['showwifi'] and self.solidState():
# Show SIGNAL Strength
strength = int(round((self.iface.strength(self.lastActiveDevice)*5) / self.maxQuality))
if not strength in range(1,6):
strength = 1
self.defaultIcon = "network-applet-%s" % strength
else:
self.defaultIcon = WIRELESS
else:
self.defaultIcon = WIRED
if self._config['showtraffic'] and self.solidState():
self.receiverBlinker.update(self.iface.stat(self.lastActiveDevice)[0])
self.transmitterBlinker.update(self.iface.stat(self.lastActiveDevice)[1])
else:
self.receiverBlinker.stop()
self.transmitterBlinker.stop()
else:
self.receiverBlinker.stop()
self.transmitterBlinker.stop()
self.update()
if self._config['showwifi'] or self._config['showtraffic']:
if self.solidState():
QTimer.singleShot(self._config['pollinterval'], self.dataUpdated)
def constraintsEvent(self, constraints):
self.setBackgroundHints(Plasma.Applet.NoBackground)
def openNM(self):
self.dialog.hide()
os.popen('network-manager')
def handler(self, package, signal, args):
args = map(lambda x: str(x), list(args))
# Network StateChanged
if signal == "stateChanged":
lastState = {"title":i18n("Unknown"),
"emblem":"dialog-warning",
"solid":Solid.Networking.Unknown}
ip = None
self.lastActiveDevice = self.iface.info(package, args[0])['device_id']
self.lastActivePackage = package
connection = '%s..%s' % (self.lastActivePackage, self.lastActiveDevice)
# Network UP
if (str(args[1]) == "up"):
msg = i18n("Connected to <b>%1</b> %2" , unicode(args[0]), args[2])
lastState = CONNECTED
if not connection in self.connectedDevices:
self.connectedDevices.append(connection)
# Update Max Quality value
if self.lastActivePackage == 'wireless_tools' and self._config['showwifi']:
self.maxQuality = self.iface.getMaxQuality(self.lastActiveDevice)
# Current Ip
ip = args[2]
# Network CONNECTING
elif (str(args[1]) == "connecting"):
msg = i18n("Connecting to <b>%1</b> .." , unicode(args[0]))
lastState = CONNECTING
# Network DOWN
else:
# remove connection from connected devices
if connection in self.connectedDevices:
self.connectedDevices.remove(connection)
# check if connection remained in queue
if len(self.connectedDevices) > 0:
connection = self.connectedDevices[0]
self.lastActivePackage = connection.split('..')[0]
self.lastActiveDevice = connection.split('..')[1]
msg = i18n("Disconnected")
lastState = CONNECTED
else:
if self.lastActivePackage == 'wireless_tools':
self.defaultIcon = WIRELESS
self.lastActiveDevice = None
self.lastActivePackage = None
msg = i18n("Disconnected")
lastState = DISCONNECTED
# Update Connection
self.popup.setConnectionStatus(package, lastState["title"])
self.popup.connections[package][unicode(args[0])].setState(str(args[1]), ip or '')
# Show Notification
self.notifyface.notify(str(msg), lastState["solid"])
self.updateToolTip(unicode(msg), self.lastActivePackage)
# Update Icon
self.emblem = lastState["emblem"]
self.dataUpdated()
# ConnectionChanged
elif signal == "connectionChanged":
self.initPopup()
def updateTheme(self):
self.dialog.setStyleSheet("padding-left:0;color: %s;" % Plasma.Theme.defaultTheme().color(Plasma.Theme.TextColor).name())
def showDialog(self):
self.dialog.show()
self.dialog.move(self.popupPosition(self.dialog.sizeHint()))
def configAccepted(self):
conf = self.config()
self.iconConfig.writeConf(conf)
self.update
self.readEntries()
self.dataUpdated()
def configDenied(self):
self.iconConfig.deleteLater()
# self.popupConfig.deleteLater()
def createConfigurationInterface(self, parent):
conf = self.config()
# Icon Config
self.iconConfig = ConfigIcon(conf)
p = parent.addPage(self.iconConfig, i18n("Icon Settings") )
p.setIcon( KIcon("network-wired") )
# Popup Config
# FIXME Later
# self.popupConfig = ConfigPopup(conf)
# p = parent.addPage(self.popupConfig, i18n("Popup Settings") )
# p.setIcon( KIcon("preferences-desktop-notification") )
# Dailog Button signal mapping
self.connect(parent, SIGNAL("okClicked()"), self.configAccepted)
self.connect(parent, SIGNAL("cancelClicked()"), self.configDenied)
def showConfigurationInterface(self):
dialog = KPageDialog()
# dialog.setFaceType(KPageDialog.List)
dialog.setButtons(KDialog.ButtonCode(KDialog.Ok | KDialog.Cancel))
self.createConfigurationInterface(dialog)
dialog.exec_()
class NmApplet(plasmascript.Applet):
""" Our main applet derived from plasmascript.Applet """
def __init__(self, parent):
plasmascript.Applet.__init__(self, parent)
self.actions = []
def contextualActions(self):
return self.actions
def init(self):
""" Const method for initializing the applet """
self.readEntries()
self.followSolid()
self.connectedDevices = []
self.maxQuality = 100.0
self.iface = NetworkIface()
self.notifyface = Notifier(dbus.get_default_main_loop())
self.notifyface.registerNetwork()
# Aspect ratio defined in Plasma
self.setAspectRatioMode(Plasma.Square)
self.loader = KIconLoader()
self.defaultIcon = WIRED
self.emblem = DISCONNECTED["emblem"]
self.icon = NmIcon(self)
self.icon.setToolTip(i18n("Click here to show connections.."))
self.layout = QGraphicsLinearLayout(self.applet)
self.layout.setContentsMargins(0, 0, 0, 0)
self.layout.setSpacing(0)
self.layout.addItem(self.icon)
self.connect(self.icon, SIGNAL("clicked()"), self.showDialog)
self.receiverBlinker = Blinker(self)
self.transmitterBlinker = Blinker(self, QColor(255,114,32))
# Listen data transfers from lastUsed Device ..
self.lastActiveDevice = None
self.lastActivePackage = None
self.initPopup()
# It may cause crashes in PlasmoidViewer but luckly not in Plasma :)
self.connect(Plasma.Theme.defaultTheme(), SIGNAL("themeChanged()"), self.updateTheme)
# Listen network status from comar
self.iface.listen(self.handler)
QTimer.singleShot(self._config['pollinterval'], self.dataUpdated)
# Context Menu
icon = self.loader.loadIcon(WIRED, KIconLoader.NoGroup, 22)
openNm = QAction(QIcon(icon), i18n("Open Network Manager"), self)
self.actions.append(openNm)
self.connect(openNm, SIGNAL("triggered(bool)"), self.openNM)
self.connect(self.popup.ui.nmButton, SIGNAL("clicked()"), self.openNM)
def solidState(self):
if self.hasBattery:
if self._config['followsolid']:
return self.chargeState != Solid.Battery.Discharging
return True
_tt = Plasma.ToolTipContent()
def updateToolTip(self, msg, package):
icon = QIcon(QPixmap(":/icons/network-%s.png" % package))
toolTip = Plasma.ToolTipContent()
toolTip.setImage(icon)
toolTip.setMainText(QString(msg))
#ipstr = "IP: %s<br/>Access Point: %s" % (ip, gateway)
#toolTip.setSubText(QString(ipstr))
if toolTip.mainText().compare(self._tt.mainText()) <> 0 or toolTip.subText().compare(self._tt.subText()) <> 0:
Plasma.ToolTipManager.self().setContent(self.applet, toolTip)
self._tt = toolTip
def batteryStateChanged(self, newstate, udi):
# print "Battery state changed to ", newstate
self.chargeState = newstate
if newstate != Solid.Battery.Discharging:
self.dataUpdated()
def followSolid(self):
self.hasBattery = False
batteries = Solid.Device.listFromType(Solid.DeviceInterface.Battery, '')
for battery in batteries:
_battery = battery.asDeviceInterface(Solid.DeviceInterface.Battery)
if _battery.type() == Solid.Battery.PrimaryBattery:
# \o/ we have a battery
# print "Founded a battery "
self.hasBattery = True
self.connect(_battery, SIGNAL("chargeStateChanged(int, const QString &)"), self.batteryStateChanged)
self.chargeState = _battery.chargeState()
def readEntries(self):
config = self.config()
self._config = {}
self._config["pollinterval"] = config.readEntry("pollinterval", QVariant("5")).toInt()[0] * 1000
self._config["showtraffic"] = config.readEntry("showtraffic", QVariant("true")).toBool()
self._config["showwifi"] = config.readEntry("showwifi", QVariant("true")).toBool()
self._config["showstatus"] = config.readEntry("showstatus", QVariant("true")).toBool()
self._config["followsolid"] = config.readEntry("followsolid", QVariant("true")).toBool()
def initPopup(self):
self.dialog = Plasma.Dialog()
self.dialog.setWindowFlags(Qt.Popup)
self.updateTheme()
self.popup = Popup(self.dialog, self)
self.popup.init()
self.dialog.resize(self.popup.size())
def paintInterface(self, painter, option, rect):
size = min(rect.width(),rect.height())*2
# Current Icon
pix = self.loader.loadIcon(self.defaultIcon, KIconLoader.NoGroup, size)
# Current Emblem
emblem = self.loader.loadIcon(self.emblem, KIconLoader.NoGroup, size/3)
paint = QPainter(pix)
paint.setRenderHint(QPainter.SmoothPixmapTransform)
paint.setRenderHint(QPainter.Antialiasing)
f = rect.width() * 0.1
# Draw Rx
if self.receiverBlinker.isActive():
_path = QPainterPath()
_path.addEllipse(QRectF(size * 0.9, size * 0.9, f, f))
paint.fillPath(_path, self.receiverBlinker.color)
# Draw Tx
if self.transmitterBlinker.isActive():
_path = QPainterPath()
_path.addEllipse(QRectF(size * 0.8, size * 0.9, f, f))
paint.fillPath(_path, self.transmitterBlinker.color)
# Draw Emblem
if self._config['showstatus']:
paint.drawPixmap(0,0,emblem)
paint.end()
# Update the icon
self.icon.setIcon(QIcon(pix))
self.icon.update()
def dataUpdated(self):
if self.lastActiveDevice:
if self.lastActivePackage == 'wireless_tools':
if self._config['showwifi'] and self.solidState():
# Show SIGNAL Strength
strength = int(round((self.iface.strength(self.lastActiveDevice)*5) / self.maxQuality))
if not strength in range(1,6):
strength = 1
self.defaultIcon = "network-applet-%s" % strength
else:
self.defaultIcon = WIRELESS
else:
self.defaultIcon = WIRED
if self._config['showtraffic'] and self.solidState():
self.receiverBlinker.update(self.iface.stat(self.lastActiveDevice)[0])
self.transmitterBlinker.update(self.iface.stat(self.lastActiveDevice)[1])
else:
self.receiverBlinker.stop()
self.transmitterBlinker.stop()
else:
self.receiverBlinker.stop()
self.transmitterBlinker.stop()
self.update()
if self._config['showwifi'] or self._config['showtraffic']:
if self.solidState():
QTimer.singleShot(self._config['pollinterval'], self.dataUpdated)
def constraintsEvent(self, constraints):
self.setBackgroundHints(Plasma.Applet.NoBackground)
def openNM(self):
self.dialog.hide()
os.popen('network-manager')
def handler(self, package, signal, args):
args = map(lambda x: str(x), list(args))
# Network StateChanged
if signal == "stateChanged":
lastState = {"title":i18n("Unknown"),
"emblem":"dialog-warning",
"solid":Solid.Networking.Unknown}
ip = None
self.lastActiveDevice = self.iface.info(package, args[0])['device_id']
self.lastActivePackage = package
connection = '%s..%s' % (self.lastActivePackage, self.lastActiveDevice)
# Network UP
if (str(args[1]) == "up"):
msg = i18n("Connected to <b>%1</b> %2" , unicode(args[0]), args[2])
lastState = CONNECTED
if not connection in self.connectedDevices:
self.connectedDevices.append(connection)
# Update Max Quality value
if self.lastActivePackage == 'wireless_tools' and self._config['showwifi']:
self.maxQuality = self.iface.getMaxQuality(self.lastActiveDevice)
# Current Ip
ip = args[2]
# Network CONNECTING
elif (str(args[1]) == "connecting"):
msg = i18n("Connecting to <b>%1</b> .." , unicode(args[0]))
lastState = CONNECTING
# Network DOWN
else:
# remove connection from connected devices
if connection in self.connectedDevices:
self.connectedDevices.remove(connection)
# check if connection remained in queue
if len(self.connectedDevices) > 0:
connection = self.connectedDevices[0]
self.lastActivePackage = connection.split('..')[0]
self.lastActiveDevice = connection.split('..')[1]
msg = i18n("Disconnected")
lastState = CONNECTED
else:
if self.lastActivePackage == 'wireless_tools':
self.defaultIcon = WIRELESS
self.lastActiveDevice = None
self.lastActivePackage = None
msg = i18n("Disconnected")
lastState = DISCONNECTED
# Update Connection
self.popup.setConnectionStatus(package, lastState["title"])
self.popup.connections[package][unicode(args[0])].setState(str(args[1]), ip or '')
# Show Notification
self.notifyface.notify(str(msg), lastState["solid"])
self.updateToolTip(unicode(msg), self.lastActivePackage)
# Update Icon
self.emblem = lastState["emblem"]
self.dataUpdated()
# ConnectionChanged
elif signal == "connectionChanged":
self.initPopup()
def updateTheme(self):
self.dialog.setStyleSheet("padding-left:0;color: %s;" % Plasma.Theme.defaultTheme().color(Plasma.Theme.TextColor).name())
def showDialog(self):
self.dialog.show()
self.dialog.move(self.popupPosition(self.dialog.sizeHint()))
def configAccepted(self):
conf = self.config()
self.iconConfig.writeConf(conf)
self.update
self.readEntries()
self.dataUpdated()
def configDenied(self):
self.iconConfig.deleteLater()
# self.popupConfig.deleteLater()
def createConfigurationInterface(self, parent):
conf = self.config()
# Icon Config
self.iconConfig = ConfigIcon(conf)
p = parent.addPage(self.iconConfig, i18n("Icon Settings") )
p.setIcon( KIcon("network-wired") )
# Popup Config
# FIXME Later
# self.popupConfig = ConfigPopup(conf)
# p = parent.addPage(self.popupConfig, i18n("Popup Settings") )
# p.setIcon( KIcon("preferences-desktop-notification") )
# Dailog Button signal mapping
self.connect(parent, SIGNAL("okClicked()"), self.configAccepted)
self.connect(parent, SIGNAL("cancelClicked()"), self.configDenied)
def showConfigurationInterface(self):
dialog = KPageDialog()
# dialog.setFaceType(KPageDialog.List)
dialog.setButtons(KDialog.ButtonCode(KDialog.Ok | KDialog.Cancel))
self.createConfigurationInterface(dialog)
dialog.exec_()