self.first_names = first_names
self.last_name = last_name
+from slughifi import slughifi
+
class BookInfoStub(object):
- def __init__(self, **kwargs):
+ def __init__(self, **kwargs):
self.__dict = kwargs
def __setattr__(self, key, value):
def to_dict(self):
return dict((key, unicode(value)) for key, value in self.__dict.items())
+def info_args(title):
+ """ generate some keywords for comfortable BookInfoCreation """
+ slug = unicode(slughifi(title))
+ return {'title': unicode(title),
+ 'slug': slug,
+ 'url': u"http://wolnelektury.pl/example/%s" % slug,
+ 'about': u"http://wolnelektury.pl/example/URI/%s" % slug,
+ }
+
class BookImportLogicTests(TestCase):
def setUp(self):
self.expected_tags = [
('author', 'jim-lazy'),
- ('book', 'l-default_book'),
('genre', 'x-genre'),
('epoch', 'x-epoch'),
('kind', 'x-kind'),
]
self.expected_tags.sort()
+ def tearDown(self):
+ for book in models.Book.objects.all():
+ if book.xml_file:
+ book.xml_file.delete()
+ if book.html_file:
+ book.html_file.delete()
+
def test_empty_book(self):
BOOK_TEXT = "<utwor />"
book = models.Book.from_text_and_meta(ContentFile(BOOK_TEXT), self.book_info)
tags.sort()
self.assertEqual(tags, self.expected_tags)
+
+ def test_not_quite_empty_book(self):
+ """ Not empty, but without any real text.
+
+ Should work like any other non-empty book.
+ """
+
+ BOOK_TEXT = """<utwor>
+ <liryka_l>
+ <nazwa_utworu>Nic</nazwa_utworu>
+ </liryka_l></utwor>
+ """
+
+ book = models.Book.from_text_and_meta(ContentFile(BOOK_TEXT), self.book_info)
+ self.assertTrue(book.has_html_file())
def test_book_with_fragment(self):
BOOK_TEXT = """<utwor>
-class BooksByTagFlat(TestCase):
+class BooksByTagTests(TestCase):
+ """ tests the /katalog/tag page for found books """
+
def setUp(self):
- self.tag_empty = models.Tag(name='Empty tag', slug='empty', category='author')
- self.tag_common = models.Tag(name='Common author', slug='common', category='author')
-
- self.tag_kind1 = models.Tag(name='Type 1', slug='type1', category='kind')
- self.tag_kind2 = models.Tag(name='Type 2', slug='type2', category='kind')
- self.tag_kind3 = models.Tag(name='Type 3', slug='type3', category='kind')
- for tag in self.tag_empty, self.tag_common, self.tag_kind1, self.tag_kind2, self.tag_kind3:
- tag.save()
+ author = PersonStub(("Common",), "Man")
+ tags = dict(genre='G', epoch='E', author=author, kind="K")
+
+ # grandchild
+ kwargs = info_args(u"GChild")
+ kwargs.update(tags)
+ gchild_info = BookInfoStub(**kwargs)
+ # child
+ kwargs = info_args(u"Child")
+ kwargs.update(tags)
+ child_info = BookInfoStub(parts=[gchild_info.url], **kwargs)
+ # other grandchild
+ kwargs = info_args(u"Different GChild")
+ kwargs.update(tags)
+ diffgchild_info = BookInfoStub(**kwargs)
+ # other child
+ kwargs = info_args(u"Different Child")
+ kwargs.update(tags)
+ kwargs['kind'] = 'K2'
+ diffchild_info = BookInfoStub(parts=[diffgchild_info.url], **kwargs)
+ # parent
+ kwargs = info_args(u"Parent")
+ kwargs.update(tags)
+ parent_info = BookInfoStub(parts=[child_info.url, diffchild_info.url], **kwargs)
+
+ # create the books
+ book_file = ContentFile('<utwor />')
+ for info in gchild_info, child_info, diffgchild_info, diffchild_info, parent_info:
+ book = models.Book.from_text_and_meta(book_file, info)
+
+ # useful tags
+ self.author = models.Tag.objects.get(name='Common Man', category='author')
+ tag_empty = models.Tag(name='Empty tag', slug='empty', category='author')
+ tag_empty.save()
-
- self.parent = models.Book(title='Parent', slug='parent')
- self.parent.save()
-
- self.similar_child = models.Book(title='Similar child',
- slug='similar_child',
- parent=self.parent)
- self.similar_child.save()
- self.similar_grandchild = models.Book(title='Similar grandchild',
- slug='similar_grandchild',
- parent=self.similar_child)
- self.similar_grandchild.save()
- for book in self.parent, self.similar_child, self.similar_grandchild:
- book.tags = [self.tag_common, self.tag_kind1]
- book.save()
-
- self.different_child = models.Book(title='Different child',
- slug='different_child',
- parent=self.parent)
- self.different_child.save()
- self.different_child.tags = [self.tag_common, self.tag_kind2]
- self.different_child.save()
- self.different_grandchild = models.Book(title='Different grandchild',
- slug='different_grandchild',
- parent=self.different_child)
- self.different_grandchild.save()
- self.different_grandchild.tags = [self.tag_common, self.tag_kind3]
- self.different_grandchild.save()
-
+ self.client = Client()
+
+
+ def tearDown(self):
for book in models.Book.objects.all():
- l_tag = models.Tag(name=book.title, slug='l-'+book.slug, category='book')
- l_tag.save()
- book.tags = list(book.tags) + [l_tag]
-
+ if book.xml_file:
+ book.xml_file.delete()
+ if book.html_file:
+ book.html_file.delete()
- self.client = Client()
def test_nonexistent_tag(self):
""" Looking for a non-existent tag should yield 404 """
self.assertEqual(404, self.client.get('/katalog/parent/').status_code)
def test_tag_empty(self):
- """ Tag with no books should return no books and no related tags """
+ """ Tag with no books should return no books """
context = self.client.get('/katalog/empty/').context
self.assertEqual(0, len(context['object_list']))
- self.assertEqual(0, len(context['categories']))
def test_tag_common(self):
- """ Filtering by tag should only yield top-level books """
- context = self.client.get('/katalog/%s/' % self.tag_common.slug).context
- self.assertEqual(list(context['object_list']),
- [self.parent])
+ """ Filtering by tag should only yield top-level books. """
+ context = self.client.get('/katalog/%s/' % self.author.slug).context
+ self.assertEqual([book.title for book in context['object_list']],
+ ['Parent'])
+
+ def test_tag_child(self):
+ """ Filtering by child's tag should yield the child """
+ context = self.client.get('/katalog/k2/').context
+ self.assertEqual([book.title for book in context['object_list']],
+ ['Different Child'])
+
+ def test_tag_child_jump(self):
+ """ Of parent and grandchild, only parent should be returned. """
+ context = self.client.get('/katalog/k/').context
+ self.assertEqual([book.title for book in context['object_list']],
+ ['Parent'])
+
+class TagRelatedTagsTests(TestCase):
+ """ tests the /katalog/tag/ page for related tags """
+
+ def setUp(self):
+ author = PersonStub(("Common",), "Man")
+
+ gchild_info = BookInfoStub(author=author, genre="GchildGenre", epoch='Epoch', kind="Kind",
+ **info_args(u"GChild"))
+ child1_info = BookInfoStub(author=author, genre="ChildGenre", epoch='Epoch', kind="ChildKind",
+ parts=[gchild_info.url],
+ **info_args(u"Child1"))
+ child2_info = BookInfoStub(author=author, genre="ChildGenre", epoch='Epoch', kind="ChildKind",
+ **info_args(u"Child2"))
+ parent_info = BookInfoStub(author=author, genre="Genre", epoch='Epoch', kind="Kind",
+ parts=[child1_info.url, child2_info.url],
+ **info_args(u"Parent"))
+
+ for info in gchild_info, child1_info, child2_info, parent_info:
+ book_text = """<utwor><opowiadanie><akap>
+ <begin id="m01" />
+ <motyw id="m01">Theme, %sTheme</motyw>
+ Ala ma kąta
+ <end id="m01" />
+ </akap></opowiadanie></utwor>
+ """ % info.title.encode('utf-8')
+ book = models.Book.from_text_and_meta(ContentFile(book_text), info)
+ book.save()
+
+ tag_empty = models.Tag(name='Empty tag', slug='empty', category='author')
+ tag_empty.save()
+
+ self.client = Client()
+
+
+ def tearDown(self):
+ for book in models.Book.objects.all():
+ if book.xml_file:
+ book.xml_file.delete()
+ if book.html_file:
+ book.html_file.delete()
+
+
+ def test_empty(self):
+ """ empty tag should have no related tags """
+
+ cats = self.client.get('/katalog/empty/').context['categories']
+ self.assertEqual(cats, {}, 'tags related to empty tag')
+
+
+ def test_has_related(self):
+ """ related own and descendants' tags should be generated """
+
+ cats = self.client.get('/katalog/kind/').context['categories']
+ self.assertTrue('Common Man' in [tag.name for tag in cats['author']],
+ 'missing `author` related tag')
+ self.assertTrue('Epoch' in [tag.name for tag in cats['epoch']],
+ 'missing `epoch` related tag')
+ self.assertTrue("ChildKind" in [tag.name for tag in cats['kind']],
+ "missing `kind` related tag")
+ self.assertTrue("Genre" in [tag.name for tag in cats['genre']],
+ 'missing `genre` related tag')
+ self.assertTrue("ChildGenre" in [tag.name for tag in cats['genre']],
+ "missing child's related tag")
+ self.assertTrue("GchildGenre" in [tag.name for tag in cats['genre']],
+ "missing grandchild's related tag")
+ self.assertTrue('Theme' in [tag.name for tag in cats['theme']],
+ "missing related theme")
+ self.assertTrue('Child1Theme' in [tag.name for tag in cats['theme']],
+ "missing child's related theme")
+ self.assertTrue('GChildTheme' in [tag.name for tag in cats['theme']],
+ "missing grandchild's related theme")
+
+
+ def test_related_differ(self):
+ """ related tags shouldn't include filtering tags """
+
+ cats = self.client.get('/katalog/kind/').context['categories']
+ self.assertFalse('Kind' in [tag.name for tag in cats['kind']],
+ 'filtering tag wrongly included in related')
+ cats = self.client.get('/katalog/theme/').context['categories']
+ self.assertFalse('Theme' in [tag.name for tag in cats['theme']],
+ 'filtering theme wrongly included in related')
+
+
+ def test_parent_tag_once(self):
+ """ if parent and descendants have a common tag, count it only once """
+
+ cats = self.client.get('/katalog/kind/').context['categories']
+ self.assertEqual([(tag.name, tag.count) for tag in cats['epoch']],
+ [('Epoch', 1)],
+ 'wrong related tag epoch tag on tag page')
+
+
+ def test_siblings_tags_add(self):
+ """ if children have tags and parent hasn't, count the children """
+
+ cats = self.client.get('/katalog/epoch/').context['categories']
+ self.assertTrue(('ChildKind', 2) in [(tag.name, tag.count) for tag in cats['kind']],
+ 'wrong related kind tags on tag page')
+
+ def test_themes_add(self):
+ """ all occurencies of theme should be counted """
+
+ cats = self.client.get('/katalog/epoch/').context['categories']
+ self.assertTrue(('Theme', 4) in [(tag.name, tag.count) for tag in cats['theme']],
+ 'wrong related theme count')
+
+
+
fnp / wolnelektury.git / blobdiff