def _accept(self):
'''
Accepts provided device data.
'''
log.debug("Accepting device data")
# Test provided name
name = self._name.text()
if not name:
dialogs.runError("'name' field is required")
return
# Test provided address
address = self._address.currentText()
if not address:
dialogs.runError("'address' field is required")
return
if ((not self._device or self._device.name != name)
and devices.get(name) is not None):
dialogs.runError("'%s' name already in use" % name)
return
self.params = {
"name": name,
"description": self._desc.text() or '',
"address": address,
"port": self._port.value(),
"connect": self._connect.isChecked(),
"autoconnect": self._autoconnect.isChecked()
}
self._lastAddresses.add(address)
self.dialog.accept()
def getDevices(deviceArgs):
'''
Converts command-line arguments representing devices.
:param deviceArgs: Devices identifiers
:type deviceArgs: list [string]
:return: List of devices
:rtype: list [tadek.connection.device.Device]
'''
log.debug("Get devices from command-line arguments: %s" % deviceArgs)
deviceList = []
if deviceArgs is None or deviceArgs == [None]:
log.info("Using default device %s:%d" %
(devices.DEFAULT_IP, devices.DEFAULT_PORT))
deviceList.append(
Device('localhost', devices.DEFAULT_IP, devices.DEFAULT_PORT))
else:
for arg in deviceArgs:
device = devices.get(arg)
if device is None:
address = arg.split(':')
if len(address) == 2:
address, port = address
port = int(port)
elif len(address) == 1:
address, port = address[0], devices.DEFAULT_PORT
else:
exitWithError("Invalid format of a device: %s" % arg)
device = Device(address + ':' + str(port), address, port)
log.info("Adding a device: %s=%s:%d" %
(device.name, device.address[0], device.address[1]))
deviceList.append(device)
return deviceList
def _editDevice(self):
'''
Runs the 'Edit device' dialog for currently selected device.
'''
items = self._deviceList.selectedItems()
if not items:
return
dev = devices.get(items[0].text(0))
log.debug("Editing device: %s" % dev)
dialog = DeviceConfigDialog(dev)
if not dialog.run():
return
connect = dialog.params.pop("connect", False)
if dev.name != dialog.params["name"]:
self._updateConnectionState(False, dev)
devices.remove(dev.name)
index = self._deviceList.indexOfTopLevelItem(items[0])
self._deviceList.takeTopLevelItem(index)
dev = devices.add(type=Device, **dialog.params)
self._addDeviceItem(dev)
else:
address = dialog.params["address"]
port = dialog.params["port"]
if dev.address != (address, port):
self._updateConnectionState(False, dev)
devices.update(**dialog.params)
self._deviceItems[dev].updateDevice()
log.info("Device edited: %s" % dev)
if connect:
self._updateConnectionState(True, dev)
def _accept(self):
'''
Accepts provided device data.
'''
log.debug("Accepting device data")
# Test provided name
name = self._name.text()
if not name:
dialogs.runError("'name' field is required")
return
# Test provided address
address = self._address.currentText()
if not address:
dialogs.runError("'address' field is required")
return
if ((not self._device or self._device.name != name)
and devices.get(name) is not None):
dialogs.runError("'%s' name already in use" % name)
return
self.params = {
"name": name,
"description": self._desc.text() or '',
"address": address,
"port": self._port.value(),
"connect": self._connect.isChecked(),
"autoconnect": self._autoconnect.isChecked()
}
self._lastAddresses.add(address)
self.dialog.accept()
def _editDevice(self):
'''
Runs the 'Edit device' dialog for currently selected device.
'''
items = self._deviceList.selectedItems()
if not items:
return
dev = devices.get(items[0].text(0))
log.debug("Editing device: %s" % dev)
dialog = DeviceConfigDialog(dev)
if not dialog.run():
return
connect = dialog.params.pop("connect", False)
if dev.name != dialog.params["name"]:
self._updateConnectionState(False, dev)
devices.remove(dev.name)
index = self._deviceList.indexOfTopLevelItem(items[0])
self._deviceList.takeTopLevelItem(index)
dev = devices.add(type=Device, **dialog.params)
self._addDeviceItem(dev)
else:
address = dialog.params["address"]
port = dialog.params["port"]
if dev.address != (address, port):
self._updateConnectionState(False, dev)
devices.update(**dialog.params)
self._deviceItems[dev].updateDevice()
log.info("Device edited: %s" % dev)
if connect:
self._updateConnectionState(True, dev)
def getDevices(deviceArgs):
'''
Converts command-line arguments representing devices.
:param deviceArgs: Devices identifiers
:type deviceArgs: list [string]
:return: List of devices
:rtype: list [tadek.connection.device.Device]
'''
log.debug("Get devices from command-line arguments: %s" % deviceArgs)
deviceList = []
if deviceArgs is None or deviceArgs == [None]:
log.info("Using default device %s:%d"
% (devices.DEFAULT_IP, devices.DEFAULT_PORT) )
deviceList.append(Device('localhost', devices.DEFAULT_IP,
devices.DEFAULT_PORT))
else:
for arg in deviceArgs:
device = devices.get(arg)
if device is None:
address = arg.split(':')
if len(address) == 2:
address, port = address
port = int(port)
elif len(address) == 1:
address, port = address[0], devices.DEFAULT_PORT
else:
exitWithError("Invalid format of a device: %s" % arg)
device = Device(address + ':' + str(port), address, port)
log.info("Adding a device: %s=%s:%d"
% (device.name, device.address[0], device.address[1]))
deviceList.append(device)
return deviceList
def _refresh(self):
'''
Refreshes the list of devices.
'''
log.debug("Refreshing device list")
devices.load(type=Device)
for dev in self._deviceItems.keys()[:]:
if devices.get(dev.name) is None and not dev.isConnected():
self._removeDeviceItem(dev)
for dev in devices.all():
if dev not in self._deviceItems:
self._addDeviceItem(dev)
self._updateDialogButtons()
def _refresh(self):
'''
Refreshes the list of devices.
'''
log.debug("Refreshing device list")
devices.load(type=Device)
for dev in self._deviceItems.keys()[:]:
if devices.get(dev.name) is None and not dev.isConnected():
self._removeDeviceItem(dev)
for dev in devices.all():
if dev not in self._deviceItems:
self._addDeviceItem(dev)
self._updateDialogButtons()
def _removeDevice(self):
'''
Removes the currently selected device.
'''
items = self._deviceList.selectedItems()
if not items:
return
dev = devices.get(items[0].text(0))
if not dialogs.runQuestion("Do you want to remove "
"'%s' device permanently?" % dev.name):
return
log.debug("Removing device: %s" % dev)
self._updateConnectionState(False, dev)
devices.remove(dev.name)
self._removeDeviceItem(dev)
log.info("Device removed: %s" % dev)
def _removeDevice(self):
'''
Removes the currently selected device.
'''
items = self._deviceList.selectedItems()
if not items:
return
dev = devices.get(items[0].text(0))
if not dialogs.runQuestion("Do you want to remove "
"'%s' device permanently?" % dev.name):
return
log.debug("Removing device: %s" % dev)
self._updateConnectionState(False, dev)
devices.remove(dev.name)
self._removeDeviceItem(dev)
log.info("Device removed: %s" % dev)
def testRemove(self):
devices.remove(_DEVICE_NAME)
self.failIf(devices.get(_DEVICE_NAME))
def testLoad(self):
device = devices.get(_DEVICE_NAME)
self.failUnless(device)
devices.load()
self.failUnlessEqual(device, devices.get(_DEVICE_NAME))
def testLoadInvalid(self):
devices.load()
self.failIf(devices.get(_DEVICE_NAME))
def testLoad(self):
device = devices.get(_DEVICE_NAME)
self.failUnless(device)
devices.load()
self.failUnlessEqual(device, devices.get(_DEVICE_NAME))
def testAdd(self):
device = devices.add(_DEVICE_NAME, **_DEVICE_PARAS)
self.failUnless(device)
self.failUnlessEqual(device, devices.get(_DEVICE_NAME))
def testUpdate(self):
devices.update(_DEVICE_NAME, boolean=True)
device = devices.get(_DEVICE_NAME)
self.failUnless(device)
self.failUnless("boolean" in device.params)
self.failUnlessEqual(device.params["boolean"].getBool(), True)
def testRemove(self):
devices.remove(_DEVICE_NAME)
self.failIf(devices.get(_DEVICE_NAME))
def testUpdate(self):
devices.update(_DEVICE_NAME, boolean=True)
device = devices.get(_DEVICE_NAME)
self.failUnless(device)
self.failUnless("boolean" in device.params)
self.failUnlessEqual(device.params["boolean"].getBool(), True)
def testAdd(self):
device = devices.add(_DEVICE_NAME, **_DEVICE_PARAS)
self.failUnless(device)
self.failUnlessEqual(device, devices.get(_DEVICE_NAME))
def testLoadInvalid(self):
devices.load()
self.failIf(devices.get(_DEVICE_NAME))