def display_unicode(self, value, for_viewing_only=False):
"""Take a value and format it for output use. The way to
display it depends on the type of the inputfield (e.g. a float
and an date interval are both floats, but displayed very
differently).
Note: this function is used for scenarios that are _already
imported_, not for the to-be-imported scenarios here in
importtool. So we can't use the IntervalValue etc classes
above.
If for_viewing_only is True, we can do some more conversions
that aren't possible in cases where the displayed value has to
be imported again (like in Excel files). It means that we can expand
'select' input fields.
"""
if value is None:
return u''
if self.type == InputField.TYPE_INTERVAL:
return unicode(get_intervalstring_from_dayfloat(value))
if self.type == InputField.TYPE_SELECT:
try:
value_object = self.build_value_object(value)
value = (value_object if for_viewing_only
else value_object.value)
except ValueError:
pass
if self.type == InputField.TYPE_BOOLEAN and for_viewing_only:
return "Ja" if value else "Nee"
return unicode(value)
def get_editor_dict(self):
item = self.inputfield.get_editor_dict()
item["defaultValue"] = self.getValue()
if self.inputfield.type == InputField.TYPE_BOOLEAN:
if self.getValue() == 0:
item["defaultValue"] = False
else:
item["defaultValue"] = True
if self.inputfield.type == InputField.TYPE_INTERVAL:
item["defaultValue"] = get_intervalstring_from_dayfloat(
self.getValue())
if self.inputfield.type == InputField.TYPE_DATE:
a = self.getValue()
try:
item["defaultValue"] = (a[8:10] + '/' + a[5:7] +
'/' + a[0:4] + ' 3:00')
except:
pass
elif self.inputfield.type == InputField.TYPE_FILE:
item["type"] = "StaticTextItem"
item["required"] = False
return item
def testNegative(self):
self.assertEquals(
dates.get_intervalstring_from_dayfloat(-0.5),
'-1 d 12:00')
def testTrivialCorrect(self):
self.assertEquals(
dates.get_intervalstring_from_dayfloat(5.4375),
'5 d 10:30')
def to_excel(self):
return get_intervalstring_from_dayfloat(self.value)
def testNegative(self):
self.assertEquals(dates.get_intervalstring_from_dayfloat(-0.5),
'-1 d 12:00')
def testTrivialCorrect(self):
self.assertEquals(dates.get_intervalstring_from_dayfloat(5.4375),
'5 d 10:30')
