def test_unicode_normalisation(self):
"""Ensure args are normalised in line with filesystem names"""
self.assert_(os.path.exists(self._test_filename))
filenames = [f for f in os.listdir(u'.') if f.endswith('.l11n')]
self.assert_(len(filenames) == 1)
print(u'{!r}'.format(filenames))
fs_filename = filenames[0]
self.assert_(fs_filename != self._test_filename) # path has been NFD normalised by filesystem
alfred_filename = alfred.decode(self._test_filename)
self.assert_(alfred_filename == fs_filename)
def test_unicode_normalisation(self):
"""Ensure args are normalised in line with filesystem names"""
self.assert_(os.path.exists(self._test_filename))
filenames = [f for f in os.listdir(u'.') if f.endswith('.l11n')]
self.assert_(len(filenames) == 1)
print(u'{!r}'.format(filenames))
fs_filename = filenames[0]
self.assert_(fs_filename != self._test_filename) # path has been NFD normalised by filesystem
alfred_filename = alfred.decode(self._test_filename)
self.assert_(alfred_filename == fs_filename)
if len(parameter) >= 1:
param = parameter[0]
else:
param = 0
progList = []
try:
param = int(param)
progList.append([iCalBuddyProg + "eventsToday+%d" % int(param), 'ical.png'])
progList.append([iCalBuddyProg + "tasksDueBefore:today+%d" % (int(param)+1), 'reminder.png'])
except ValueError:
progList.append([iCalBuddyProg + "undatedUncompletedTasks", 'reminder.png'])
results = []
count = 0
for prog in progList:
iCalBuddyOutput = subprocess.check_output(prog[0], shell=True)
entries = entrySpliterRe.split(iCalBuddyOutput)[1:]
for entry in entries:
e = lineSpliterRe.split(entry)
results.append(alfred.Item(attributes={},
title = alfred.decode(e[0]),
subtitle = alfred.decode(','.join(e[1:])),
icon = prog[1]))
count += 1
alfred.write(alfred.xml(results))
try:
param = int(param)
progList.append(
[iCalBuddyProg + "eventsToday+%d" % int(param), 'ical.png'])
progList.append([
iCalBuddyProg + "tasksDueBefore:today+%d" % (int(param) + 1),
'reminder.png'
])
except ValueError:
progList.append(
[iCalBuddyProg + "undatedUncompletedTasks", 'reminder.png'])
results = []
count = 0
for prog in progList:
iCalBuddyOutput = subprocess.check_output(prog[0], shell=True)
entries = entrySpliterRe.split(iCalBuddyOutput)[1:]
for entry in entries:
e = lineSpliterRe.split(entry)
results.append(
alfred.Item(attributes={},
title=alfred.decode(e[0]),
subtitle=alfred.decode(','.join(e[1:])),
icon=prog[1]))
count += 1
alfred.write(alfred.xml(results))