def test_load_data(self):
authors = Authors()
author = authors.get_author_by_mapping("Abbott", "I,1")
compare("William Abbott", author[0].name)
compare(None, author[0].death)
author = authors.get_author_by_mapping("Abel", "I,1")
compare("Herman Abel", author[0].name)
compare(1998, author[0].death)
author = authors.get_author_by_mapping("Abel", "XVI,1")
compare("Abel", author[0].name)
compare(1987, author[0].death)
author = authors.get_author_by_mapping("redirect.", "XVI,1")
compare("Abert", author[0].name)
compare(1927, author[0].death)
author = authors.get_author_by_mapping("redirect_list", "XVI,1")
compare("Abert", author[0].name)
compare("Herman Abel", author[1].name)
compare(1927, author[0].death)
compare([], authors.get_author_by_mapping("Tada", "XVI,1"))
author = authors.get_author("Abert|")
compare("Abert", author.name)
class CleanAuthors:
def __init__(self):
self.authors = Authors()
self.registers = Registers()
def _get_deletable_authors(self):
raw_author_set = set(self.authors.authors_dict.keys())
author_set = copy.copy(raw_author_set)
for author in raw_author_set:
author_obj = self.authors.authors_dict[author]
if author_obj.redirect:
author_set.remove(author_obj.redirect)
return author_set
def _get_all_authors_from_mapping(self) -> Set[str]:
mapping_set = set()
for mapping_key in self.authors.authors_mapping:
mapping_value = self.authors.authors_mapping[mapping_key]
if isinstance(mapping_value, str):
mapping_set.add(mapping_value.replace("|", ""))
elif isinstance(mapping_value, list):
for item in mapping_value:
mapping_set.add(item.replace("|", ""))
elif isinstance(mapping_value, dict):
for item in mapping_value.values():
mapping_set.add(item.replace("|", ""))
return mapping_set
def delete_authors_without_mapping(self):
for _ in range(2):
author_set = self._get_deletable_authors()
for item in sorted(
author_set.difference(
self._get_all_authors_from_mapping())):
del self.authors.authors_dict[item]
self.authors.persist()
def delete_mappings_without_use(self):
register_authors = set()
for register in self.registers.volumes.values():
for lemma in register:
for chapter in lemma.chapters:
if chapter.author:
register_authors.add(chapter.author)
for key in set(self.authors.authors_mapping.keys()).difference(
register_authors):
del self.authors.authors_mapping[key]
self.authors.persist()
def remap(self):
for mapping in self.authors.authors_mapping:
# key is the same linke value
if mapping == self.authors.authors_mapping[mapping]:
old_author_list = self.authors.get_author_by_mapping(
mapping, "")
if len(old_author_list) == 1:
old_author = old_author_list[0]
if old_author.death:
# now analyse if there is a better author
self._filter_and_replace(old_author)
self.authors.persist()
def _filter_and_replace(self, old_author: Author):
new_candidates = self._create_candidates(old_author)
if len(new_candidates) > 1:
new_candidates = self._filter_candidates(new_candidates,
old_author)
if len(new_candidates) == 1:
self.authors.set_mappings(
{old_author.name: new_candidates[0].name})
def _create_candidates(self, old_author: Author) -> List[Author]:
new_candidates = []
for author in self.authors.authors_dict:
if author.find(old_author.name) > -1:
new_candidates.append(self.authors.get_author(author))
return new_candidates
@staticmethod
def _filter_candidates(new_candidates: List[Author],
old_author: Author) -> List[Author]:
# eleminate old author
new_candidates = list(
filter(lambda x: x is not old_author, new_candidates))
# eleminate dublicates
new_candidates = list(set(new_candidates))
# eleminate wrong death years
if old_author.death:
if (old_author.death % 1111) == 0:
new_candidates = list(
filter(lambda x: x.death is None, new_candidates))
else:
new_candidates = list(
filter(lambda x: x.death == old_author.death,
new_candidates))
return new_candidates
return []
class TestAuthorRegister(BaseTestRegister):
def setUp(self):
copy_tst_data("I_1_alpha", "I_1")
copy_tst_data("III_1_alpha", "III_1")
self.authors = Authors()
self.volumes = Volumes()
self.registers = OrderedDict()
self.registers["I,1"] = VolumeRegister(self.volumes["I,1"],
self.authors)
self.registers["III,1"] = VolumeRegister(self.volumes["III,1"],
self.authors)
def test_init(self):
abel_register = AuthorRegister(self.authors.get_author("Herman Abel"),
self.authors, self.registers)
compare(4, len(abel_register))
def test_make_table(self):
abel_register = AuthorRegister(self.authors.get_author("Herman Abel"),
self.authors, self.registers)
expected_table = """{{RERegister
|AUTHOR=Herman Abel
|SUM=4
|UNK=1
|KOR=1
|FER=2
}}
{|class="wikitable sortable"
!Artikel
!Kurztext
!Wikilinks
!Band
!Seite
!Autor
!Stat
|-
|data-sort-value="aba 001"|[[RE:Aba 1|'''{{Anker2|Aba 1}}''']]
||This is Aba 1
||
||I,1
|[https://elexikon.ch/meyers/RE/I,1_5.png 4]
|Herman Abel
|style="background:#AA0000"|UNK
|-
|data-sort-value="aba 002"|[[RE:Aba 2|'''{{Anker2|Aba 2}}''']]
||
||
||I,1
|[https://elexikon.ch/meyers/RE/I,1_5.png 4]
|Herman Abel
|style="background:#556B2F"|KOR
|-
|rowspan=2 data-sort-value="beta"|[[RE:Beta|'''{{Anker2|Beta}}''']]
|rowspan=2|This is Beta
|rowspan=2|
|rowspan=2|I,1
|[https://elexikon.ch/meyers/RE/I,1_5.png 4]
|Abert
|rowspan=2 style="background:#669966"|FER
|-
|[https://elexikon.ch/meyers/RE/I,1_5.png 4]-5
|Herman Abel
|-
|data-sort-value="charlie"|[[RE:Charlie|'''{{Anker2|Charlie}}''']]
||
||
||III,1
|[https://elexikon.ch/meyers/RE/III,1_5.png 4]
|Herman Abel
|style="background:#669966"|FER
|}
[[Kategorie:RE:Register|Abel, Herman]]"""
compare(expected_table, abel_register.get_register_str())
def test_overview_line(self):
abel_register = AuthorRegister(self.authors.get_author("Herman Abel"),
self.authors, self.registers)
compare(
"|-\n"
"|data-sort-value=\"Abel, Herman\""
"|[[Paulys Realencyclopädie der classischen Altertumswissenschaft/Register/Herman Abel|Herman Abel]]\n"
"|data-sort-value=\"0004\"|4\n"
"|data-sort-value=\"075.0\"|75.0%\n"
"|<span style=\"color:#669966\">██████████</span>"
"<span style=\"color:#556B2F\">█████</span>"
"<span style=\"color:#AA0000\">█████</span>",
abel_register.overview_line)
def test_proofread_parts_of_20(self):
compare((10, 5, 5), AuthorRegister.proofread_parts_of_20(4, 2, 1))
compare((0, 1, 19), AuthorRegister.proofread_parts_of_20(40, 1, 1))
compare((1, 0, 19), AuthorRegister.proofread_parts_of_20(45, 2, 1))
compare((0, 1, 19), AuthorRegister.proofread_parts_of_20(45, 1, 2))
compare((0, 1, 19), AuthorRegister.proofread_parts_of_20(79, 1, 1))
compare((0, 0, 20), AuthorRegister.proofread_parts_of_20(80, 1, 1))
def test_bug_to_much_percent(self):
copy_tst_data("I_1_author_bug_percent", "I_1")
copy_tst_data("III_1_author_bug_percent", "III_1")
registers = OrderedDict()
registers["I,1"] = VolumeRegister(self.volumes["I,1"], self.authors)
registers["III,1"] = VolumeRegister(self.volumes["III,1"],
self.authors)
abel_register = AuthorRegister(self.authors.get_author("Herman Abel"),
self.authors, registers)
compare(
"|-\n"
"|data-sort-value=\"Abel, Herman\""
"|[[Paulys Realencyclopädie der classischen Altertumswissenschaft/Register/Herman Abel|Herman Abel]]\n"
"|data-sort-value=\"0005\"|5\n"
"|data-sort-value=\"100.0\"|100.0%\n"
"|<span style=\"color:#669966\">████████████████████</span>"
"<span style=\"color:#556B2F\"></span>"
"<span style=\"color:#AA0000\"></span>",
abel_register.overview_line)
