def test_multiple_authors(self):
author = [split_name('Jack Jr. Brown'), split_name('von Hammer, Hans')]
self.bg.generate_author(author)
result = self.bg.get_generated_reference()
expected = ''.join(['@article{.*,', os.linesep,
'author = {Brown, Jr., Jack and von Hammer, Hans}',
self.refend])
self.failUnless(re.search(expected, result))
def test_multiple_authors(self):
author = [split_name('Jack Jr. Brown'), split_name('von Hammer, Hans')]
self.bg.generate_author(author)
result = self.bg.get_generated_reference()
expected = ''.join([
'@article{.*,', os.linesep,
'author = {Brown, Jr., Jack and von Hammer, Hans}', self.refend
])
self.failUnless(re.search(expected, result))
def test_single_author(self):
author = [split_name('Jack Jr. Brown Jovovic')]
self.bg.generate_author(author)
result = self.bg.get_generated_reference()
expected = ''.join(['@article{.*,', os.linesep,
'author = {Jovovic, Jr. Brown, Jack}',
self.refend])
self.failUnless(re.search(expected, result))
def test_single_author(self):
author = [split_name('Jack Jr. Brown Jovovic')]
self.bg.generate_author(author)
result = self.bg.get_generated_reference()
expected = ''.join([
'@article{.*,', os.linesep, 'author = {Jovovic, Jr. Brown, Jack}',
self.refend
])
self.failUnless(re.search(expected, result))
def test_split_name(self):
name = "Last, J."
result = split_name(name)
self.failUnless(result['first_name'] == 'J.')
self.failUnless(result['last_name'] == 'Last')
self.failUnless(result['middle_name'] == '')
name = "Last, Middle, First"
result = split_name(name)
self.failUnless(result['first_name'] == 'First')
self.failUnless(result['last_name'] == 'Last')
self.failUnless(result['middle_name'] == 'Middle')
name = "First Middle Last"
result = split_name(name)
self.failUnless(result['first_name'] == 'First')
self.failUnless(result['last_name'] == 'Last')
self.failUnless(result['middle_name'] == 'Middle')
name = "First Last"
result = split_name(name)
self.failUnless(result['first_name'] == 'First')
self.failUnless(result['last_name'] == 'Last')
self.failUnless(result['middle_name'] == '')
def test_split_name(self):
name = "Last, J."
result = split_name(name)
self.failUnless(result['first_name'] == 'J.')
self.failUnless(result['last_name'] == 'Last')
self.failUnless(result['middle_name'] == '')
name = "Last, Middle, First"
result = split_name(name)
self.failUnless(result['first_name'] == 'First')
self.failUnless(result['last_name'] == 'Last')
self.failUnless(result['middle_name'] == 'Middle')
name = "First Middle Last"
result = split_name(name)
self.failUnless(result['first_name'] == 'First')
self.failUnless(result['last_name'] == 'Last')
self.failUnless(result['middle_name'] == 'Middle')
name = "First Last"
result = split_name(name)
self.failUnless(result['first_name'] == 'First')
self.failUnless(result['last_name'] == 'Last')
self.failUnless(result['middle_name'] == '')
def apply(self, input):
log.debug('Applying PersonRule') #@UndefinedVariable
if not type(input) == list:
return []
names = []
for person in input:
person = re.sub('\d', '', person)
person = person.strip()
if not person:
continue
name = split_name(person)
if name:
names.append(name)
return names
def _format_names(self, result, key='author'):
"""
Formats a list of author/editor names
"""
name_list = []
newn_list = []
if result.has_key(key):
for each in result[key]:
each = each.replace(' AND ', ' and ')
name_list.extend(each.split(' and '))
if name_list:
name_list = [x for x in name_list if x]
for name in name_list:
newn_list.append(split_name(name))
return newn_list