def calc_item_no(self):
"""
Returns the number of this agenda item.
"""
if self.type == self.AGENDA_ITEM:
if self.is_root_node():
if config['agenda_numeral_system'] == 'arabic':
return str(self._calc_sibling_no())
else: # config['agenda_numeral_system'] == 'roman'
return to_roman(self._calc_sibling_no())
else:
return '%s.%s' % (self.parent.calc_item_no(), self._calc_sibling_no())
else:
return ''
def calc_item_no(self):
"""
Returns the number of this agenda item.
"""
if self.type == self.AGENDA_ITEM:
if self.is_root_node():
if config['agenda_numeral_system'] == 'arabic':
return str(self._calc_sibling_no())
else: # config['agenda_numeral_system'] == 'roman'
return to_roman(self._calc_sibling_no())
else:
return '%s.%s' % (self.parent.calc_item_no(),
self._calc_sibling_no())
else:
return ''
def walk_tree(tree, number=None):
for index, tree_element in enumerate(tree):
# Calculate number of visable agenda items.
if numeral_system == 'roman' and number is None:
item_number = to_roman(index + 1)
else:
item_number = str(index + 1)
if number is not None:
item_number = '.'.join((number, item_number))
# Add prefix.
if config['agenda_number_prefix']:
item_number_tmp = "%s %s" % (config['agenda_number_prefix'], item_number)
else:
item_number_tmp = item_number
# Save the new value and go down the tree.
tree_element['item'].item_number = item_number_tmp
tree_element['item'].save()
walk_tree(tree_element['children'], item_number)
def walk_tree(tree, number=None):
for index, tree_element in enumerate(tree):
# Calculate number of visable agenda items.
if numeral_system == "roman" and number is None:
item_number = to_roman(index + 1)
else:
item_number = str(index + 1)
if number is not None:
item_number = ".".join((number, item_number))
# Add prefix.
if config["agenda_number_prefix"]:
item_number_tmp = f"{config['agenda_number_prefix']} {item_number}"
else:
item_number_tmp = item_number
# Save the new value and go down the tree.
tree_element["item"].item_number = item_number_tmp
tree_element["item"].save()
walk_tree(tree_element["children"], item_number)
def walk_tree(tree, number=None):
for index, tree_element in enumerate(tree):
# Calculate number of visable agenda items.
if numeral_system == 'roman' and number is None:
item_number = to_roman(index + 1)
else:
item_number = str(index + 1)
if number is not None:
item_number = '.'.join((number, item_number))
# Add prefix.
if config['agenda_number_prefix']:
item_number_tmp = "%s %s" % (config['agenda_number_prefix'], item_number)
else:
item_number_tmp = item_number
# Save the new value and go down the tree.
tree_element['item'].item_number = item_number_tmp
tree_element['item'].save()
walk_tree(tree_element['children'], item_number)
def walk_tree(tree, number=None):
for index, tree_element in enumerate(tree):
# Calculate number of visable agenda items.
if numeral_system == "roman" and number is None:
item_number = to_roman(index + 1)
else:
item_number = str(index + 1)
if number is not None:
item_number = ".".join((number, item_number))
# Add prefix.
if config["agenda_number_prefix"]:
item_number_tmp = f"{config['agenda_number_prefix']} {item_number}"
else:
item_number_tmp = item_number
# Save the new value and go down the tree.
tree_element["item"].item_number = item_number_tmp
tree_element["item"].save()
walk_tree(tree_element["children"], item_number)
def test_to_roman_none(self):
self.assertTrue(utils.to_roman(-3) is None)
def test_to_roman_result(self):
self.assertEqual(utils.to_roman(3), 'III')
def test_to_roman_none(self):
self.assertEqual(utils.to_roman(-3), '-3')
def test_to_roman_result():
assert utils.to_roman(3) == 'III'
def test_to_roman_none():
assert utils.to_roman(-3) == '-3'
def test_to_roman_result():
assert utils.to_roman(3) == "III"
def test_to_roman_none():
assert utils.to_roman(-3) == "-3"
