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import time
import dogtail.rawinput
import pyatspi
from tests.uitests import utils as uiutils
class Host(uiutils.UITestCase):
"""
UI tests for virt-manager's VM details window
"""
###################
# Private helpers #
###################
def _open_host_window(self, tab):
conn_label = "test testdriver.xml"
self.app.root.find_fuzzy(conn_label, "table cell").click()
self.app.root.find_fuzzy("Edit", "menu").click()
self.app.root.find_fuzzy("Connection Details", "menu item").click()
win = self.app.root.find_fuzzy(
"%s Connection Details" % conn_label, "frame")
win.find_fuzzy(tab, "page tab").click()
return win
def _checkListEntrys(self, win, check_after):
# After we hit this number of down presses, start checking for
# widget focus to determine if we hit the end of the list. We
# don't check for widget focus unconditionally because it's slow.
focused = None
old_focused = None
count = 0
while True:
count += 1
dogtail.rawinput.pressKey("Down")
if not win.getState().contains(pyatspi.STATE_ACTIVE):
# Should mean an error dialog popped up
self.app.root.find_pattern("Error", "alert")
raise AssertionError(
"One of the pages raised an error")
if count < check_after:
time.sleep(.1)
continue
# pylint: disable=not-an-iterable
old_focused = focused
focused = win.focused_nodes()
if old_focused is None:
continue
overlap = [w for w in old_focused if w in focused]
if len(overlap) == len(old_focused):
# Focus didn't change, meaning we hit the end of the HW list,
# so our testing is done
break
##############
# Test cases #
##############
def testHostNetworkSmokeTest(self):
"""
Verify that each virtual network displays, without error.
"""
win = self._open_host_window("Virtual Networks")
# Make sure the first item is selected
cell = win.find_pattern("default", "table cell")
self.assertTrue(cell.getState().contains(pyatspi.STATE_SELECTED))
self._checkListEntrys(win, 13)
def testHostStorageSmokeTest(self):
"""
Verify that each storage pool displays, without error.
"""
win = self._open_host_window("Storage")
# Make sure the first item is selected
cell = win.find_pattern("cross-pool", "table cell")
self.assertTrue(cell.getState().contains(pyatspi.STATE_SELECTED))
self._checkListEntrys(win, 13)
def testHostInterfaceSmokeTest(self):
"""
Verify that each storage pool displays, without error.
"""
win = self._open_host_window("Network Interfaces")
# Make sure the first item is selected
cell = win.find_pattern("bond0", "table cell")
self.assertTrue(cell.getState().contains(pyatspi.STATE_SELECTED))
self._checkListEntrys(win, 18)
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