def setUp(self):
blog = Blog(name='Databases')
blog.save()
self.blogs = [blog]
authors = ('John Smith', 'Jane Doe', 'Joe Plummer')
headlines = ('MySQL is a relational DB',
'Postgres is a really good relational DB',
'Neo4J is a graph DB')
self.entries = [
Entry(headline=headline, blog=blog) for headline in headlines
]
for entry in self.entries:
entry.save()
self.authors = [Author(name=name) for name in authors]
for author in self.authors:
author.save()
for i, entry in enumerate(self.entries):
entry.authors.add(self.authors[i])
entry.authors.add(self.authors[(i + 1) % len(self.authors)])
model_registry.register(curious_tests.models)
model_registry.get_manager('Blog').allowed_relationships = ['authors']
def setUp(self):
blog = Blog(name="Databases")
blog.save()
self.blogs = [blog]
headlines = ("MySQL is a relational DB", "Postgres is a really good relational DB", "Neo4J is a graph DB")
self.entries = [Entry(headline=headline, blog=blog) for headline in headlines]
for entry in self.entries:
entry.save()
blog = Blog(name="Graph Databases")
blog.save()
self.blogs.append(blog)
entry = Entry(headline="Graph databases store edges with data", blog=blog)
entry.save()
self.entries.append(entry)
def setUp(self):
blog = Blog(name='Databases')
blog.save()
self.blogs = [blog]
authors = ('John Smith', 'Jane Doe', 'Joe Plummer')
comments = ('Ok', 'Believe it', "Sounds right")
headlines = ('MySQL is a relational DB',
'Postgres is a really good relational DB',
'Neo4J is a graph DB')
self.entries = [
Entry(headline=headline, blog=blog) for headline in headlines
]
for entry in self.entries:
entry.save()
self.authors = [Author(name=name) for name in authors]
for author in self.authors:
author.save()
self.comments = [
Comment(comment=comment, entry=entry)
for comment, entry in zip(comments, self.entries)
]
for comment in self.comments:
comment.save()
for i, entry in enumerate(self.entries):
entry.authors.add(self.authors[i])
entry.authors.add(self.authors[(i + 1) % len(self.authors)])
model_registry.register(curious_tests.models)
def test_recursive_traversal_does_not_get_stuck_in_loop(self):
blog = Blog(name='Weird CS Terms')
blog.save()
headlines = ('Foo', 'Bar', 'Baz', 'Faz')
entries = [
Entry(headline=headline, blog=blog) for headline in headlines
]
for entry in entries:
entry.save()
entries[1].response_to = entries[0]
entries[1].save()
entries[2].response_to = entries[1]
entries[2].save()
entries[3].response_to = entries[2]
entries[3].save()
entries[0].response_to = entries[3]
entries[0].save()
qs = 'Entry(id__in=[%s]) Entry.responses*' % (entries[0].id, )
query = Query(qs)
result = query()
self.assertEquals(result[0][0][1], -1)
assertQueryResultsEqual(self, result[0][0][0], [
(entries[0], None),
(entries[1], None),
(entries[2], None),
(entries[3], None),
])
self.assertEquals(result[1], Entry)
def test_recursive_traversal_on_same_model_from_multiple_objects(self):
blog = Blog(name='Weird CS Terms')
blog.save()
headlines = ('Foo', 'Bar', 'Baz', 'Faz')
entries = [
Entry(headline=headline, blog=blog) for headline in headlines
]
for entry in entries:
entry.save()
entries[1].response_to = entries[0]
entries[1].save()
entries[2].response_to = entries[1]
entries[2].save()
entries[3].response_to = entries[2]
entries[3].save()
qs = 'Entry(id__in=[%s,%s]) Entry.responses*' % (self.entries[0].id,
entries[0].id)
query = Query(qs)
result = query()
self.assertEquals(result[0][0][1], -1)
assertQueryResultsEqual(self, result[0][0][0], [
(self.entries[0], None),
(self.entries[1], None),
(self.entries[2], None),
(self.entries[3], None),
(entries[0], None),
(entries[1], None),
(entries[2], None),
(entries[3], None),
])
self.assertEquals(result[1], Entry)
def setUp(self):
blog = Blog(name='Databases')
blog.save()
self.blogs = [blog]
headlines = ('MySQL is a relational DB',
'Postgres is a really good relational DB',
'Neo4J is a graph DB')
self.entries = [Entry(headline=headline, blog=blog) for headline in headlines]
for entry in self.entries:
entry.save()
blog = Blog(name='Graph Databases')
blog.save()
self.blogs.append(blog)
entry = Entry(headline='Graph databases store edges with data', blog=blog)
entry.save()
self.entries.append(entry)
def setUp(self):
blog = Blog(name='Databases')
blog.save()
self.blog = blog
headlines = ['MySQL is a relational DB']*TestQueryAPI.N
self.entries = [Entry(headline=headline, blog=blog) for i, headline in enumerate(headlines)]
for entry in self.entries:
entry.save()
# register model
model_registry.register(curious_tests.models)
def setUp(self):
blog = Blog(name='Databases')
blog.save()
self.blog = blog
headlines = ['MySQL is a relational DB']*TestBatchFetch.N
self.entries = [Entry(headline=headline, blog=blog) for i, headline in enumerate(headlines)]
for entry in self.entries:
entry.save()
# register model
model_registry.register(curious_tests.models)
model_registry.get_manager('Blog').allowed_relationships = ['authors']
def setUp(self):
self.blogs = [Blog(name='A'), Blog(name='C'), Blog(name='B')]
for b in self.blogs:
b.save()
headlines = ('A entry', 'C entry', 'B entry')
self.entries = [
Entry(headline=headline, blog=self.blogs[i])
for i, headline in enumerate(headlines)
]
for entry in self.entries:
entry.save()
model_registry.register(curious_tests.models)
def setUp(self):
blog = Blog(name='Databases')
blog.save()
self.blogs = [blog]
headlines = ('MySQL is a relational DB',
'Postgres is a really good relational DB',
'Neo4J is a graph DB')
self.entries = [
Entry(headline=headline, blog=blog) for headline in headlines
]
for entry in self.entries:
entry.save()
self.query_count = len(connection.queries)
def setUp(self):
self.blogs = [Blog(name='Databases'), Blog(name='More Databases')]
for blog in self.blogs:
blog.save()
authors = ['John Smith']*TestQueryCount.N
headlines = ['MySQL is a relational DB']*TestQueryCount.N
self.entries = [Entry(headline=headline, blog=self.blogs[i%2]) for i, headline in enumerate(headlines)]
for entry in self.entries:
entry.save()
self.authors = [Author(name=name) for name in authors]
for author in self.authors:
author.save()
for i, entry in enumerate(self.entries):
entry.authors.add(self.authors[i])
entry.authors.add(self.authors[(i+1)%len(self.authors)])
def setUp(self):
blog = Blog(name='Databases')
blog.save()
self.blog = blog
authors = ('John Smith', 'Jane Doe', 'Joe Plummer', 'Jessical Jones')
headlines = ('MySQL is a good relational DB',
'Postgres is a really good relational DB',
'Neo4J is a graph DB',
'But we are not comparing relational and graph DBs')
self.entries = [
Entry(headline=headline, blog=blog) for headline in headlines
]
for entry in self.entries:
entry.save()
self.entries[1].response_to = self.entries[0]
self.entries[1].save()
self.entries[2].response_to = self.entries[1]
self.entries[2].save()
self.entries[3].response_to = self.entries[2]
self.entries[3].save()
self.authors = [Author(name=name, age=30) for name in authors]
for i, author in enumerate(self.authors):
author.save()
for i, entry in enumerate(self.entries):
entry.authors.add(self.authors[i])
model_registry.register(curious_tests.models)
qs = 'Blog(%s) Blog.entry_set(headline__icontains="MySQL")' % self.blog.pk
query = Query(qs)
result = query()
self.assertEquals(result[0][0][1], -1)
assertQueryResultsEqual(self, result[0][0][0],
[(self.entries[0], None)])
self.assertEquals(result[1], Entry)
def setUp(self):
self.blog = Blog(name='Databases')
self.blog.save()
self.entries = [
Entry(headline='Abc {}'.format(i), blog=self.blog)
for i in xrange(self.N)
]
for index, entry in enumerate(self.entries):
if index < len(self.entries) - 1:
entry.related_blog_id = self.entries[index + 1].pk
for entry in self.entries:
entry.save()
self.query_count = len(connection.queries)
model_registry.register(curious_tests.models)
Blog.entry_ = remote_fk('entry_id', Entry)
Entry.related_blog_ = remote_fk('related_blog_id', Entry)
model_registry.get_manager('Entry').allowed_relationships = [
'related_blog_',
]
def setUp(self):
blog = Blog(name='Databases')
blog.save()
self.blogs = [blog]
authors = ('John Smith', 'Jane Doe', 'Joe Plummer')
headlines = ('MySQL is a relational DB',
'Postgres is a really good relational DB',
'Neo4J is a graph DB')
self.entries = [
Entry(headline=headline, blog=blog) for headline in headlines
]
for entry in self.entries:
entry.save()
self.authors = [Author(name=name) for name in authors]
for author in self.authors:
author.save()
for i, entry in enumerate(self.entries):
entry.authors.add(self.authors[i])
entry.authors.add(self.authors[(i + 1) % len(self.authors)])