def run(self, deviceTab):
'''
Runs the keyboard event dialog.
'''
log.debug("Running keyboard event dialog")
self._deviceTab = deviceTab
self.dialog.show()
def systemExec(processor, command, wait=True):
'''
Executes the given system command.
:param processor: A processor object calling the function
:type processor: Processor
:param command: A cammand to execute
:type command: string
:param wait: If True wait for termination of a command process
:type wait: boolean
:return: The command execution status, output and error
:rtype: tuple
'''
log.debug(str(locals()))
# Reset the processor cache
processor.cache = None
stdout, stderr = '', ''
try:
cmd = subprocess.Popen(command, stdout=subprocess.PIPE,
stderr=subprocess.PIPE, shell=True)
status = True
if wait:
code = cmd.wait()
log.info("System command '%s' returned with code: %d"
% (command, code))
status = (code == 0)
stdout, stderr = cmd.communicate()
stdout = stdout or ''
stderr = stderr or ''
except:
log.exception("Execute system command failure: %s" % command)
return False, stdout, stderr
return status, stdout, stderr
def run(self, deviceTab):
'''
Runs the mouse event dialog.
'''
log.debug("Running mouse event dialog")
self._deviceTab = deviceTab
self.dialog.show()
def systemPut(processor, path, data):
'''
Puts the given data in a system file of the specified path.
:param processor: A processor object calling the function
:type processor: Processor
:param path: A path to the system file
:type path: string
:return: True if success, False otherwise
:rtype: boolean
'''
log.debug(str(locals()))
# Reset the processor cache
processor.cache = None
fd = None
try:
dir = os.path.dirname(path)
if not os.path.exists(dir):
log.info("Create intermediate directories of file path: %s" % path)
os.makedirs(dir)
fd = open(path, 'w')
fd.write(data)
except:
log.exception("Get system file failure: %s" % path)
return False
finally:
if fd:
fd.close()
return True
def _addDeviceTab(self, device):
'''
Adds the device tab for given device.
'''
log.debug("Adding device tab: %s" % device)
tab = DeviceTab(device, self)
self._tabs[device] = tab
index = self._tabWidget.addTab(tab.tab, device.name)
address, port = device.address
if port:
tooltip = "%s:%d" % (address, port)
else:
tooltip = address
self._tabWidget.setTabToolTip(index, tooltip)
self._tabWidget.setCurrentIndex(index)
self._actionRefresh.triggered.connect(tab.refresh)
self._actionRefreshAll.triggered.connect(tab.refreshAll)
self._actionExpand.triggered.connect(tab.expand)
self._actionExpandAll.triggered.connect(tab.expandAll)
self._actionCollapse.triggered.connect(tab.collapse)
self._actionCollapseAll.triggered.connect(tab.collapseAll)
if not tab.isOffline():
self._actionSave.triggered.connect(tab.save)
self._actionSaveAll.triggered.connect(tab.saveAll)
self._actionButtons.buttonClicked.connect(tab.doAction)
self._mouse.clicked.connect(self._callMouseDialog)
self._keyboard.clicked.connect(self._callKeyboardDialog)
def run(self, deviceTab):
'''
Runs the mouse event dialog.
'''
log.debug("Running mouse event dialog")
self._deviceTab = deviceTab
self.dialog.show()
def accessibilityPutValue(processor, path, value):
'''
Sets the given value in an accessible of the given path.
:param processor: A processor object calling the function
:type processor: Processor
:param path: A path of the accessible
:type path: tadek.core.accessible.Path
:param value: New value of the accessible
:type value: float
:return: True if success, False otherwise
:rtype: boolean
'''
log.debug(str(locals()))
try:
# Get object from the processor cache or from the accessible provider
if processor.cache and processor.cache[-1] == path:
a11y, obj, path = processor.cache
else:
a11y, obj = providers.accessible(path)
# Reset the processor cache
processor.cache = None
if obj is None:
log.warning("Attempt of setting value for non-accessible")
return False
status = a11y.setValue(obj, value)
except:
log.exception("Set accessible value error: %s" % path)
# Reset the processor cache before leaving
processor.cache = None
return False
if not status:
log.info("Set accessible value failure: %s" % path)
return status
def _responseExpandAll(self, response):
'''
Expands an accessible tree item from the response recursively.
'''
path = response.accessible.path
log.debug("Expanding accessible tree item recursively: %s" % path)
if not response.status:
return False
accessible = response.accessible
item = None
if path.tuple:
item = self._pathItem(path)
if not item:
log.warning("Invalid accessible tree path: %s" % path)
return False
# Update the item
self._setAccessibleItem(accessible, item)
item.setDisabled(False)
else:
self._treeWidget.clear()
self._manualExpand = True
if item:
item.setExpanded(True)
for child in accessible.children():
self._accessibleItem(child,
item or self._treeWidget,
recursive=True)
for i in xrange(self._COLUMN_COUNT):
self._treeWidget.resizeColumnToContents(i)
self._manualExpand = False
return True
def _responseExpandAll(self, response):
'''
Expands an accessible tree item from the response recursively.
'''
path = response.accessible.path
log.debug("Expanding accessible tree item recursively: %s" % path)
if not response.status:
return False
accessible = response.accessible
item = None
if path.tuple:
item = self._pathItem(path)
if not item:
log.warning("Invalid accessible tree path: %s" % path)
return False
# Update the item
self._setAccessibleItem(accessible, item)
item.setDisabled(False)
else:
self._treeWidget.clear()
self._manualExpand = True
if item:
item.setExpanded(True)
for child in accessible.children():
self._accessibleItem(child, item or self._treeWidget,
recursive=True)
for i in xrange(self._COLUMN_COUNT):
self._treeWidget.resizeColumnToContents(i)
self._manualExpand = False
return True
def _addDeviceTab(self, device):
'''
Adds the device tab for given device.
'''
log.debug("Adding device tab: %s" % device)
tab = DeviceTab(device, self)
self._tabs[device] = tab
index = self._tabWidget.addTab(tab.tab, device.name)
address, port = device.address
if port:
tooltip = "%s:%d" % (address, port)
else:
tooltip = address
self._tabWidget.setTabToolTip(index, tooltip)
self._tabWidget.setCurrentIndex(index)
self._actionRefresh.triggered.connect(tab.refresh)
self._actionRefreshAll.triggered.connect(tab.refreshAll)
self._actionExpand.triggered.connect(tab.expand)
self._actionExpandAll.triggered.connect(tab.expandAll)
self._actionCollapse.triggered.connect(tab.collapse)
self._actionCollapseAll.triggered.connect(tab.collapseAll)
if not tab.isOffline():
self._actionSave.triggered.connect(tab.save)
self._actionSaveAll.triggered.connect(tab.saveAll)
self._actionButtons.buttonClicked.connect(tab.doAction)
self._mouse.clicked.connect(self._callMouseDialog)
self._keyboard.clicked.connect(self._callKeyboardDialog)
def _openRecent(self):
'''
Opens a recent dump file in a new tab.
'''
path = self.sender().data()
log.debug("Opening recent dump: '%s'" % path)
self._open(path)
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 addTab(self, result, title, tooltip=None, select=False,
closable=True):
'''
Creates and returns a tab containing a tree of test result items based
on given result and title. Optional parameters are:
- tooptip: a tooltip message of the tab, if not provided the title is
used instead
- select: a boolean that determines whether tree items should be
selected while adding
- closable: a boolean that determines if the tab can be closed manually
'''
log.debug("Adding tab: %s" % title)
tab = ResultTab(self, result, select, closable)
self._actionExpand.triggered.connect(tab.expand)
self._actionExpandAll.triggered.connect(tab.expandAll)
self._actionCollapse.triggered.connect(tab.collapse)
self._actionCollapseAll.triggered.connect(tab.collapseAll)
if title in self._tabs:
remTab = self._tabs.pop(title)
self._actionExpand.triggered.disconnect(remTab.expand)
self._actionExpandAll.triggered.disconnect(remTab.expandAll)
self._actionCollapse.triggered.disconnect(remTab.collapse)
self._actionCollapseAll.triggered.disconnect(remTab.collapseAll)
self._tabWidget.removeTab(self._tabWidget.indexOf(remTab.tab))
index = self._tabWidget.addTab(tab.tab, title)
self._tabWidget.setTabToolTip(index, tooltip or title)
self._tabWidget.setCurrentWidget(tab.tab)
self._tabs[title] = tab
return tab
def _openDialog(self):
'''
Opens selected files containing test results in tabs.
'''
log.debug("Opening result file")
readableChannels = {}
for c in [c for c in channels.get()
if isinstance(c, channels.TestResultFileChannel)]:
desc = "%s (*.%s)" % (c.name, c.fileExt().strip("."))
readableChannels[desc] = c
if not readableChannels:
dialogs.runWarning("There are no readable channels available")
return
dialog = QtGui.QFileDialog(self.view)
dialog.setFileMode(QtGui.QFileDialog.ExistingFiles)
dialog.setFilter(";;".join(readableChannels))
if not dialog.exec_():
log.debug("Opening result file was cancelled")
return
channel = readableChannels[dialog.selectedFilter()]
for path in dialog.selectedFiles():
try:
self.addTab(channel.read(path), os.path.split(path)[1],
tooltip=path)
self._updateRecentFiles(path)
except Exception, ex:
dialogs.runError("Error occurred while loading result file "
"'%s':\n%s" % (path, ex))
def _startTests(self):
'''
Starts execution of tests.
'''
log.debug("Starting tests")
self._actionStart.setVisible(False)
devices = self._devices.getChecked()
if not devices:
runWarning("Select some devices first")
self._actionStart.setVisible(True)
return
tests = self._tests.getCheckedTests()
if not tests:
self._actionStart.setVisible(True)
return
if sum([test.count() for test in tests]) == 0:
runWarning("Selected test suites do not contain any test cases")
self._actionStart.setVisible(True)
return
self._suiteRuns = 0
self._todoSuites = len(tests)
self._testResult = testresult.TestResult()
self._testRunner = TestRunner(devices, tests, self._testResult)
self._devices.deviceChecked.connect(self._testRunner.addDevice)
self._devices.deviceUnchecked.connect(self._testRunner.removeDevice)
self._devices.setWarning(True)
self._testRunner.start()
self._actionStop.setVisible(True)
self._actionPause.setVisible(True)
def collapse(self):
'''
Collapses currently selected tree item.
'''
if self._view.isTabCurrent(self):
log.debug("Collapsing selected tree item")
self._treeWidget.collapseItem(self._treeWidget.currentItem())
def _onStopped(self):
'''
Shows summary dialog after finishing test executions.
'''
log.debug("All tests finished")
self._actionStart.setVisible(True)
self._actionStop.setVisible(False)
self._actionPause.setVisible(False)
self._actionResume.setVisible(False)
self._devices.deviceChecked.disconnect(self._testRunner.addDevice)
self._devices.deviceUnchecked.disconnect(self._testRunner.removeDevice)
self._devices.setWarning(False)
files = []
for c in self._testRunner.result.get():
if isinstance(c, channels.TestResultFileChannel) and c.isActive():
files.append((c.name, c.filePath()))
dialog = ReportDialog(
self._testResult.get(name='_ui_summary')[0].getSummary(), files,
len(self._devices.getChecked()) > 0)
dialog.closed.connect(self._progress.reset,
type=QtCore.Qt.DirectConnection)
dialog.runAgainClicked.connect(self._startTests,
type=QtCore.Qt.QueuedConnection)
dialog.showDetailsClicked.connect(self._showDetails)
dialog.run()
def accessibilityPutValue(processor, path, value):
'''
Sets the given value in an accessible of the given path.
:param processor: A processor object calling the function
:type processor: Processor
:param path: A path of the accessible
:type path: tadek.core.accessible.Path
:param value: New value of the accessible
:type value: float
:return: True if success, False otherwise
:rtype: boolean
'''
log.debug(str(locals()))
try:
# Get object from the processor cache or from the accessible provider
if processor.cache and processor.cache[-1] == path:
a11y, obj, path = processor.cache
else:
a11y, obj = providers.accessible(path)
# Reset the processor cache
processor.cache = None
if obj is None:
log.warning("Attempt of setting value for non-accessible")
return False
status = a11y.setValue(obj, value)
except:
log.exception("Set accessible value error: %s" % path)
# Reset the processor cache before leaving
processor.cache = None
return False
if not status:
log.info("Set accessible value failure: %s" % path)
return status
def run(self, deviceTab):
'''
Runs the keyboard event dialog.
'''
log.debug("Running keyboard event dialog")
self._deviceTab = deviceTab
self.dialog.show()
def systemGet(processor, path):
'''
Gets content data of a system file of the given path.
:param processor: A processor object calling the function
:type processor: Processor
:param path: A path to the system file
:type path: string
:return: The file content data or None
:rtype: string
'''
log.debug(str(locals()))
# Reset the processor cache
processor.cache = None
if not os.path.exists(path):
log.warning("Attempt of getting not existing system file: %s" % path)
return False, ''
fd = None
try:
fd = open(path, 'r')
data = fd.read()
except:
log.exception("Get system file failure: %s" % path)
return False, ''
finally:
if fd:
fd.close()
return True, data
def systemGet(processor, path):
'''
Gets content data of a system file of the given path.
:param processor: A processor object calling the function
:type processor: Processor
:param path: A path to the system file
:type path: string
:return: The file content data or None
:rtype: string
'''
log.debug(str(locals()))
# Reset the processor cache
processor.cache = None
if not os.path.exists(path):
log.warning("Attempt of getting not existing system file: %s" % path)
return False, ''
fd = None
try:
fd = open(path, 'r')
data = fd.read()
except:
log.exception("Get system file failure: %s" % path)
return False, ''
finally:
if fd:
fd.close()
return True, data
def systemPut(processor, path, data):
'''
Puts the given data in a system file of the specified path.
:param processor: A processor object calling the function
:type processor: Processor
:param path: A path to the system file
:type path: string
:return: True if success, False otherwise
:rtype: boolean
'''
log.debug(str(locals()))
# Reset the processor cache
processor.cache = None
fd = None
try:
dir = os.path.dirname(path)
if not os.path.exists(dir):
log.info("Create intermediate directories of file path: %s" % path)
os.makedirs(dir)
fd = open(path, 'w')
fd.write(data)
except:
log.exception("Get system file failure: %s" % path)
return False
finally:
if fd:
fd.close()
return True
def systemExec(processor, command, wait=True):
'''
Executes the given system command.
:param processor: A processor object calling the function
:type processor: Processor
:param command: A cammand to execute
:type command: string
:param wait: If True wait for termination of a command process
:type wait: boolean
:return: The command execution status, output and error
:rtype: tuple
'''
log.debug(str(locals()))
# Reset the processor cache
processor.cache = None
stdout, stderr = '', ''
try:
cmd = subprocess.Popen(command,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
shell=True)
status = True
if wait:
code = cmd.wait()
log.info("System command '%s' returned with code: %d" %
(command, code))
status = (code == 0)
stdout, stderr = cmd.communicate()
stdout = stdout or ''
stderr = stderr or ''
except:
log.exception("Execute system command failure: %s" % command)
return False, stdout, stderr
return status, stdout, stderr
def _loadState(self):
"""
Loads window's settings from configuration.
"""
log.debug("Loading main window's settings")
if self._views:
index = config.getInt(self._NAME, "views", "last", 0)
view = self._views[0]
try:
view = self._views[index]
except IndexError:
log.error("Failed to load view #%d" % index)
view.activate()
section = "geometry"
self.window.setGeometry(
config.getInt(self._NAME, section, "window_x", 50),
config.getInt(self._NAME, section, "window_y", 50),
config.getInt(self._NAME, section, "window_w", 800),
config.getInt(self._NAME, section, "window_h", 600),
)
state = config.get(self._NAME, section, "window_state")
if state:
byteData = QtCore.QByteArray.fromBase64(state)
self.window.restoreState(byteData)
def _openRecent(self):
'''
Opens a recent dump file in a new tab.
'''
path = self.sender().data()
log.debug("Opening recent dump: '%s'" % path)
self._open(path)
def _disconnectAll(self):
'''
Disconnects all devices.
'''
log.debug("Disconnecting all devices")
for dev in devices.all():
self._updateConnectionState(False, 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 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 run(self):
'''
Runs the manage devices dialog.
'''
log.debug("Running manage devices dialog")
self._refresh()
self.dialog.show()
def printResult(result):
'''
Prints the given test result.
'''
log.debug("Print test result: %s" % result)
summary = result.get(name=SUMMARY_CHANNEL)[0].getSummary()
log.info("Print summary of test execution results: %s" % summary)
report = "Ran %d of %d test cases in %s" % (summary[COUNTER_TESTS_RUN],
summary[COUNTER_N_TESTS],
summary[COUNTER_RUN_TIME])
print '\n', report
printSeparator(len(report))
if summary[STATUS_PASSED]:
print "Tests passed:\t\t%d" % summary[STATUS_PASSED]
if summary[STATUS_FAILED]:
print "Tests failed:\t\t%d" % summary[STATUS_FAILED]
if summary[STATUS_NOT_COMPLETED]:
print "Tests not completed:\t%d" % summary[STATUS_NOT_COMPLETED]
if summary[COUNTER_CORE_DUMPS]:
print "Core dumps:\t\t%d" % summary[COUNTER_CORE_DUMPS]
if summary[STATUS_ERROR]:
print "Tests error:\t\t%d" % summary[STATUS_ERROR]
filechls = [chl for chl in result.get(cls=channels.TestResultFileChannel)
if chl.isActive()]
if filechls:
print "Result file:" if len(filechls) == 1 else "Result files:"
for channel in filechls:
print "\t%s" % channel.filePath()
printSeparator()
status = (1 if (summary[STATUS_FAILED] + summary[STATUS_ERROR] +
summary[STATUS_NOT_COMPLETED]) else 0)
exitWithStatus("FAILURE" if status else "SUCCESS", status)
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 _connectAll(self):
'''
Connects all devices.
'''
log.debug("Connecting all devices")
for dev in devices.all():
self._updateConnectionState(True, dev)
def collapse(self):
'''
Collapses currently selected tree item.
'''
if self._view.isTabCurrent(self):
log.debug("Collapsing selected tree item")
self._treeWidget.collapseItem(self._treeWidget.currentItem())
def _openRecent(self):
'''
Opens a recent file containing test results in tabs.
'''
log.debug("Opening recent result file")
path = self.sender().data()
ext = os.path.splitext(path)[1]
channel = None
for c in channels.get():
if (isinstance(c, channels.TestResultFileChannel)
and c.fileExt() == ext):
channel = c
break
if not channel:
dialogs.runWarning("There are no readable channels accepting "
"'%s' files" % ext)
return
try:
self.addTab(channel.read(path),
os.path.split(path)[1],
tooltip=path)
except Exception, ex:
dialogs.runError("Error occurred while loading result file:\n%s" %
str(ex))
def _openDialog(self):
'''
Opens selected files containing test results in tabs.
'''
log.debug("Opening result file")
readableChannels = {}
for c in [
c for c in channels.get()
if isinstance(c, channels.TestResultFileChannel)
]:
desc = "%s (*.%s)" % (c.name, c.fileExt().strip("."))
readableChannels[desc] = c
if not readableChannels:
dialogs.runWarning("There are no readable channels available")
return
dialog = QtGui.QFileDialog(self.view)
dialog.setFileMode(QtGui.QFileDialog.ExistingFiles)
dialog.setFilter(";;".join(readableChannels))
if not dialog.exec_():
log.debug("Opening result file was cancelled")
return
channel = readableChannels[dialog.selectedFilter()]
for path in dialog.selectedFiles():
try:
self.addTab(channel.read(path),
os.path.split(path)[1],
tooltip=path)
self._updateRecentFiles(path)
except Exception, ex:
dialogs.runError("Error occurred while loading result file "
"'%s':\n%s" % (path, ex))
def addTab(self, result, title, tooltip=None, select=False, closable=True):
'''
Creates and returns a tab containing a tree of test result items based
on given result and title. Optional parameters are:
- tooptip: a tooltip message of the tab, if not provided the title is
used instead
- select: a boolean that determines whether tree items should be
selected while adding
- closable: a boolean that determines if the tab can be closed manually
'''
log.debug("Adding tab: %s" % title)
tab = ResultTab(self, result, select, closable)
self._actionExpand.triggered.connect(tab.expand)
self._actionExpandAll.triggered.connect(tab.expandAll)
self._actionCollapse.triggered.connect(tab.collapse)
self._actionCollapseAll.triggered.connect(tab.collapseAll)
if title in self._tabs:
remTab = self._tabs.pop(title)
self._actionExpand.triggered.disconnect(remTab.expand)
self._actionExpandAll.triggered.disconnect(remTab.expandAll)
self._actionCollapse.triggered.disconnect(remTab.collapse)
self._actionCollapseAll.triggered.disconnect(remTab.collapseAll)
self._tabWidget.removeTab(self._tabWidget.indexOf(remTab.tab))
index = self._tabWidget.addTab(tab.tab, title)
self._tabWidget.setTabToolTip(index, tooltip or title)
self._tabWidget.setCurrentWidget(tab.tab)
self._tabs[title] = tab
return tab
def _startTests(self):
'''
Starts execution of tests.
'''
log.debug("Starting tests")
self._actionStart.setVisible(False)
devices = self._devices.getChecked()
if not devices:
runWarning("Select some devices first")
self._actionStart.setVisible(True)
return
tests = self._tests.getCheckedTests()
if not tests:
self._actionStart.setVisible(True)
return
if sum([test.count() for test in tests]) == 0:
runWarning("Selected test suites do not contain any test cases")
self._actionStart.setVisible(True)
return
self._suiteRuns = 0
self._todoSuites = len(tests)
self._testResult = testresult.TestResult()
self._testRunner = TestRunner(devices, tests, self._testResult)
self._devices.deviceChecked.connect(self._testRunner.addDevice)
self._devices.deviceUnchecked.connect(self._testRunner.removeDevice)
self._devices.setWarning(True)
self._testRunner.start()
self._actionStop.setVisible(True)
self._actionPause.setVisible(True)
def _onStopped(self):
'''
Shows summary dialog after finishing test executions.
'''
log.debug("All tests finished")
self._actionStart.setVisible(True)
self._actionStop.setVisible(False)
self._actionPause.setVisible(False)
self._actionResume.setVisible(False)
self._devices.deviceChecked.disconnect(self._testRunner.addDevice)
self._devices.deviceUnchecked.disconnect(self._testRunner.removeDevice)
self._devices.setWarning(False)
files = []
for c in self._testRunner.result.get():
if isinstance(c, channels.TestResultFileChannel) and c.isActive():
files.append((c.name, c.filePath()))
dialog = ReportDialog(
self._testResult.get(name='_ui_summary')[0].getSummary(),
files, len(self._devices.getChecked()) > 0)
dialog.closed.connect(self._progress.reset,
type=QtCore.Qt.DirectConnection)
dialog.runAgainClicked.connect(self._startTests,
type=QtCore.Qt.QueuedConnection)
dialog.showDetailsClicked.connect(self._showDetails)
dialog.run()
def _disconnectAll(self):
'''
Disconnects all devices.
'''
log.debug("Disconnecting all devices")
for dev in devices.all():
self._updateConnectionState(False, 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 _connectAll(self):
'''
Connects all devices.
'''
log.debug("Connecting all devices")
for dev in devices.all():
self._updateConnectionState(True, dev)
def unload(self):
'''
Disconnect and unload all current devices from the dialog.
'''
log.debug("Unloading device list")
for dev in devices.all():
self._updateConnectionState(False, dev)
def run(self):
'''
Runs the manage devices dialog.
'''
log.debug("Running manage devices dialog")
self._refresh()
self.dialog.show()
def unload(self):
'''
Disconnect and unload all current devices from the dialog.
'''
log.debug("Unloading device list")
for dev in devices.all():
self._updateConnectionState(False, dev)
def updateDevice(self):
'''
Updates the displayed name and address of the device.
'''
log.debug("Updating dev item: %s" % self._device)
self.setText(0, self._device.name)
self.setText(1, "%s:%d" % self._device.address)
self._updateButton()
def update(self, result):
'''
Selects and updates status of a tree item corresponding to given result.
'''
log.debug("Selecting tree item for result '%s'" % result.id)
item = self._getItem(result.id)
self._setItemStatus(item)
self._treeWidget.setCurrentItem(item)
def updateDevice(self):
'''
Updates the displayed name and address of the device.
'''
log.debug("Updating dev item: %s" % self._device)
self.setText(0, self._device.name)
self.setText(1, "%s:%d" % self._device.address)
self._updateButton()
def saveState(self):
'''
Saves the view's settings to configuration.
'''
log.debug("Saving settings of view: %s" % self.NAME)
for name in filter(lambda name: "splitter" in name, self._elements):
config.set(self.NAME, self._CONFIG_SECTION_GEOMETRY, name.lower(),
str(self._elements[name].saveState().toBase64()))
def update(self, result):
'''
Selects and updates status of a tree item corresponding to given result.
'''
log.debug("Selecting tree item for result '%s'" % result.id)
item = self._getItem(result.id)
self._setItemStatus(item)
self._treeWidget.setCurrentItem(item)
def accessibilityGet(processor, path, depth, name=False, description=False,
role=False, count=False, position=False, size=False,
text=False, value=False, actions=False, states=False,
attributes=False, relations=False):
'''
Gets an accessible of the given path and depth including specified
accessible parameters.
:param processor: A processor object calling the function
:type processor: Processor
:param path: A path of a demanded accessible
:type path: tadek.core.accessible.Path
:param depth: A depth of a demanded accessible tree
:type depth: integer
:param name: True if a demanded accessible should include name
:type name: boolean
:param description: True if a demanded accessible should include description
:type description: boolean
:param role: True if a demanded accessible should include role
:type role: boolean
:param count: True if a demanded accessible should include child count
:type count: boolean
:param position: True if a demanded accessible should include position
:type position: boolean
:param size: True if a demanded accessible should include size
:type size: boolean
:param text: True if a demanded accessible should include text
:type text: boolean
:param value: True if a demanded accessible should include value
:type value: boolean
:param actions: True if a demanded accessible should include actions
:type actions: boolean
:param states: True if a demanded accessible should include states
:type states: boolean
:param attributes: True if a demanded accessible should include attributes
:type attributes: boolean
:param relations: True if a demanded accessible should include relations
:type relations: bool
:return: A getting accessible status and an accessible of the given path
:rtype: tuple
'''
log.debug(str(locals()))
# Reset the processor cache
processor.cache = None
try:
a11y, obj = providers.accessible(path)
if a11y is None and path.tuple:
log.info("Get accessible of requested path failure: %s" % path)
return False, Accessible(path)
processor.cache = (a11y, obj, path)
return True, dumpAccessible(a11y, obj, path, depth=depth, name=name,
description=description, role=role, count=count,
position=position, size=size, text=text,
value=value, actions=actions, states=states,
attributes=attributes, relations=relations)
except:
log.exception("Get accessible of requested path error: %s" % path)
return False, Accessible(path)
def collapseAll(self):
'''
Collapses all items of tree.
'''
if self._view.isTabCurrent(self):
log.debug("Collapsing all tree items")
self._treeWidget.collapseAll()
for i in xrange(self._COLUMN_COUNT):
self._treeWidget.resizeColumnToContents(i)
def expandAll(self):
'''
Expands all items in the tree.
'''
if self._view.isTabCurrent(self):
log.debug("Expanding all tree items")
self._treeWidget.expandAll()
for i in xrange(self._COLUMN_COUNT):
self._treeWidget.resizeColumnToContents(i)
def refresh(self):
'''
Refreshes details of a test result that corresponds to the currently
selected item.
'''
log.debug("Refreshing currently selected result item")
item = self._treeWidget.currentItem()
self._treeWidget.setCurrentItem(None)
self._treeWidget.setCurrentItem(item)
def _showDetails(self):
'''
Shows execution result in Result view.
'''
resultView = self._parent.getView("result")
if resultView is not None:
log.debug("Showing details in Result view")
resultView.activate()
resultView.showLastResult()
def _hideConsole(self):
'''
Hides the console widget.
'''
if self._widgetConsole.isVisible():
log.debug("Hiding console output")
self._widgetConsole.setVisible(False)
self._buttonShowConsole.setVisible(True)
self._buttonHideConsole.setVisible(False)
def refresh(self):
'''
Refreshes details of a test result that corresponds to the currently
selected item.
'''
log.debug("Refreshing currently selected result item")
item = self._treeWidget.currentItem()
self._treeWidget.setCurrentItem(None)
self._treeWidget.setCurrentItem(item)
def expandAll(self):
'''
Expands all items in the tree.
'''
if self._view.isTabCurrent(self):
log.debug("Expanding all tree items")
self._treeWidget.expandAll()
for i in xrange(self._COLUMN_COUNT):
self._treeWidget.resizeColumnToContents(i)
def collapseAll(self):
'''
Collapses all items of tree.
'''
if self._view.isTabCurrent(self):
log.debug("Collapsing all tree items")
self._treeWidget.collapseAll()
for i in xrange(self._COLUMN_COUNT):
self._treeWidget.resizeColumnToContents(i)
