def pathToConfigDir_deprecated(self, environ):
try:
path = os.path.join(environ['APPDATA'], meta.filename)
except Exception:
path = os.path.expanduser("~") # pylint: disable=W0702
if path == "~":
# path not expanded: apparently, there is no home dir
path = os.getcwd()
path = os.path.join(path, '.%s' % meta.filename)
return operating_system.decodeSystemString(path)
def rawTimeFunc(dt, minutes=True, seconds=False):
if seconds:
# You can't include seconds without minutes
flags = 0x0
else:
if minutes:
flags = 0x2
else:
flags = 0x1
return operating_system.decodeSystemString(win32api.GetTimeFormat(0x400, flags, None if dt is None else pywintypes.Time(dt), None))
def rawTimeFunc(dt, minutes=True, seconds=False):
if seconds:
# You can't include seconds without minutes
flags = 0x0
else:
if minutes:
flags = 0x2
else:
flags = 0x1
return operating_system.decodeSystemString(win32api.GetTimeFormat(0x400, flags, None if dt is None else pywintypes.Time(dt), None))
def __run(self):
script = '''
tell application "Mail"
set theMessages to selection
subject of beginning of theMessages
end tell
'''
try:
sp = subprocess.Popen('osascript', stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.STDOUT)
out, err = sp.communicate(script)
if not sp.returncode:
self.__title = operating_system.decodeSystemString(out.strip())
return
except:
pass
self.__title = _('Mail.app message')
def pathToTemplatesDir_deprecated(self, doCreate=True):
path = os.path.join(self.path(), 'taskcoach-templates')
if operating_system.isWindows():
# Under Windows, check for a shortcut and follow it if it
# exists.
if os.path.exists(path + '.lnk'):
from win32com.client import Dispatch # pylint: disable=F0401
shell = Dispatch('WScript.Shell')
shortcut = shell.CreateShortcut(path + '.lnk')
return shortcut.TargetPath
if doCreate:
try:
os.makedirs(path)
except OSError:
pass
return operating_system.decodeSystemString(path)
def rawDateFunc(dt):
return operating_system.decodeSystemString(win32api.GetDateFormat(0x400, 0, None if dt is None else pywintypes.Time(dt), None))
def rawDateFunc(dt=None):
return operating_system.decodeSystemString(datetime.datetime.strftime(dt, dateFormat))
if '%p' in KGlobal.locale().timeFormat():
_localeCopy.setTimeFormat('%I %p')
else:
_localeCopy.setTimeFormat('%H')
def rawTimeFunc(dt, minutes=True, seconds=False):
qtdt = QTime(dt.hour, dt.minute, dt.second)
if minutes:
return unicode(KGlobal.locale().formatTime(qtdt, seconds))
return unicode(_localeCopy.formatTime(qtdt))
def rawDateFunc(dt):
qtdt = QDate(dt.year, dt.month, dt.day)
return unicode(KGlobal.locale().formatDate(qtdt, 0))
timeFunc = lambda dt, minutes=True, seconds=False: operating_system.decodeSystemString(rawTimeFunc(dt, minutes=minutes, seconds=seconds))
dateTimeFunc = lambda dt=None, humanReadable=False: u'%s %s' % (dateFunc(dt, humanReadable=humanReadable), timeFunc(dt))
def date(aDateTime, humanReadable=False):
''' Render a date/time as date. '''
if str(aDateTime) == '':
return ''
year = aDateTime.year
if year >= 1900:
return dateFunc(aDateTime, humanReadable=humanReadable)
else:
result = date(datemodule.DateTime(year + 1900, aDateTime.month,
aDateTime.day),
humanReadable=humanReadable)
def strftime(self, *args):
if self.year >= 1900:
return operating_system.decodeSystemString(super(StrftimeFix, self).strftime(*args))
result = self.replace(year=self.year + 1900).strftime(*args)
return re.sub(str(self.year + 1900), str(self.year), result)
def strftime(self, *args):
return operating_system.decodeSystemString(
super(DateTime, self).strftime(*args))
def strftime(self, *args):
return operating_system.decodeSystemString(super(DateTime, self).strftime(*args))
def rawDateFunc(dt):
return operating_system.decodeSystemString(win32api.GetDateFormat(0x400, 0, None if dt is None else pywintypes.Time(dt), None))
def rawDateFunc(dt=None):
return operating_system.decodeSystemString(datetime.datetime.strftime(dt, dateFormat))
if '%p' in KGlobal.locale().timeFormat():
_localeCopy.setTimeFormat('%I %p')
else:
_localeCopy.setTimeFormat('%H')
def rawTimeFunc(dt, minutes=True, seconds=False):
qtdt = QTime(dt.hour, dt.minute, dt.second)
if minutes:
return unicode(KGlobal.locale().formatTime(qtdt, seconds))
return unicode(_localeCopy.formatTime(qtdt))
def rawDateFunc(dt):
qtdt = QDate(dt.year, dt.month, dt.day)
return unicode(KGlobal.locale().formatDate(qtdt, 0))
timeFunc = lambda dt, minutes=True, seconds=False: operating_system.decodeSystemString(rawTimeFunc(dt, minutes=minutes, seconds=seconds))
dateTimeFunc = lambda dt=None, humanReadable=False: u'%s %s' % (dateFunc(dt, humanReadable=humanReadable), timeFunc(dt))
def date(aDateTime, humanReadable=False):
''' Render a date/time as date. '''
if str(aDateTime) == '':
return ''
year = aDateTime.year
if year >= 1900:
return dateFunc(aDateTime, humanReadable=humanReadable)
else:
result = date(datemodule.DateTime(year + 1900, aDateTime.month,
aDateTime.day),
humanReadable=humanReadable)
def strftime(self, *args):
if self.year >= 1900:
return operating_system.decodeSystemString(
super(StrftimeFix, self).strftime(*args))
result = self.replace(year=self.year + 1900).strftime(*args)
return re.sub(str(self.year + 1900), str(self.year), result)
