def upgrade():
from depot.manager import DepotManager
from depot.fields.upload import UploadedFile
from depot.fields.sqlalchemy import UploadedFileField
from kotti import DBSession, metadata
from kotti.resources import File
t = sa.Table('files', metadata)
t.c.data.type = sa.LargeBinary()
dn = DepotManager.get_default()
update = t.update()
conn = DBSession.connection()
for obj in DBSession.query(File):
uploaded_file = UploadedFile({'depot_name': dn, 'files': []})
uploaded_file._thaw()
uploaded_file.process_content(obj.data,
filename=obj.filename,
content_type=obj.mimetype)
stored_file = DepotManager.get().get(uploaded_file['file_id'])
stmt = update.where(t.c.id == obj.id).values(
data=uploaded_file.encode())
res = conn.execute(stmt)
assert res.rowcount == 1
stored_file.last_modified = obj.modification_date
log.info("Migrated {} bytes for File with pk {} to {}/{}".format(
len(obj.data), obj.id, dn, uploaded_file['file_id']))
DBSession.flush()
if DBSession.get_bind().name != 'sqlite': # not supported by sqlite
op.alter_column('files', 'data', type_=UploadedFileField())
def create_fruit(self, request):
data = ast.literal_eval(request.body)
fruit_category = \
DBSession.query(FruitCategory).filter_by(
id=data['fruit_category']).first()
name = str(uuid.uuid4())
fruit = Fruit(parent=fruit_category)
fruit.__acl__ = SITE_ACL
session = DBSession()
session.add(fruit)
workflow = get_workflow(fruit)
if workflow:
session.flush()
workflow.transition_to_state(fruit, None, u'public')
else:
print '################ NO WORKFLOW for ', fruit.title
session.flush()
transaction.commit()
fruit = DBSession.query(Fruit).filter_by(name=name).first()
return {u'id': fruit.id,
u'title': fruit.title,
u'fruit_category': fruit.__parent__.id}
def create_fruit_category(self, request):
data = ast.literal_eval(request.body)
# Assume only one fruit_categories folder.
fruit_categories_folder = \
DBSession.query(FruitCategoriesFolder).first()
name = str(uuid.uuid4())
fruit_category = FruitCategory(name=name,
title=data['title'],
parent=fruit_categories_folder)
fruit_category.__acl__ = SITE_ACL
session = DBSession()
session.add(fruit_category)
workflow = get_workflow(fruit_category)
if workflow:
session.flush()
workflow.transition_to_state(fruit_category, None, u'public')
else:
print '################ NO WORKFLOW for ', fruit_category.title
session.flush()
transaction.commit()
fruit_category = \
DBSession.query(FruitCategory).filter_by(name=name).first()
return {u'id': fruit_category.id,
u'title': fruit_category.title}
def upgrade():
from depot.manager import DepotManager
from depot.fields.upload import UploadedFile
from depot.fields.sqlalchemy import UploadedFileField
from kotti import DBSession, metadata
from kotti.resources import File
t = sa.Table('files', metadata)
t.c.data.type = sa.LargeBinary()
dn = DepotManager.get_default()
update = t.update()
conn = DBSession.connection()
for obj in DBSession.query(File):
uploaded_file = UploadedFile({'depot_name': dn, 'files': []})
uploaded_file._thaw()
uploaded_file.process_content(
obj.data, filename=obj.filename, content_type=obj.mimetype)
stored_file = DepotManager.get().get(uploaded_file['file_id'])
stmt = update.where(
t.c.id == obj.id).values(data=uploaded_file.encode())
res = conn.execute(stmt)
assert res.rowcount == 1
stored_file.last_modified = obj.modification_date
log.info("Migrated {} bytes for File with pk {} to {}/{}".format(
len(obj.data), obj.id, dn, uploaded_file['file_id']))
DBSession.flush()
if DBSession.get_bind().name != 'sqlite': # not supported by sqlite
op.alter_column('files', 'data', type_=UploadedFileField())
def edit_job(request, user, resume_id):
t = request.POST["experience"]
if resume_id != int(request.POST['resume_id']):
#TODO raise error
pass
if t == "new":
resume = DBSession.query(resources.Resume).filter_by(user=user, id=resume_id).first()
job_schema = JobSchema()
cstruct = job_schema.deserialize(request.POST)
job_obj = resources.Job()
cstruct2job(cstruct, job_obj)
resume.jobs.append(job_obj)
#flush to get the new id
DBSession.flush()
widget = JobsWidget(resume_id, resume.jobs)
json_string = json.dumps({'__result':0})
return Response(json_string+"$"+widget.render())
elif t == "modify":
job_schema = JobSchema()
cstruct = job_schema.deserialize(request.POST)
DBSession.query(resources.Job).filter_by(resume_id=resume_id, id=int(request.POST['id'])).\
update(cstruct, synchronize_session=False)
resume = DBSession.query(resources.Resume).filter_by(user=user, id=resume_id).first()
widget = JobsWidget(resume_id, resume.jobs)
json_string = json.dumps({'__result':0})
return Response(json_string+"$"+widget.render())
elif t == "delete":
job = DBSession.query(resources.Job).filter_by(resume_id=resume_id, id=int(request.POST['id'])).first()
oid = job.id
DBSession.delete(job)
return Response(json.dumps({'__result':0,'id':oid}))
return Response(json.dumps({'__result':1}))
def upgrade():
sa.orm.events.MapperEvents._clear() # avoids filedepot magic
from depot.manager import DepotManager
from depot.fields.upload import UploadedFile
from depot.fields.sqlalchemy import UploadedFileField
from kotti import DBSession, metadata
from kotti.resources import File
t = sa.Table("files", metadata)
t.c.data.type = sa.LargeBinary()
dn = DepotManager.get_default()
for obj in DBSession.query(File):
uploaded_file = UploadedFile({"depot_name": dn, "files": []})
uploaded_file._thaw()
uploaded_file.process_content(obj.data, filename=obj.filename, content_type=obj.mimetype)
stored_file = DepotManager.get().get(uploaded_file["file_id"])
obj.data = uploaded_file.encode()
stored_file.last_modified = obj.modification_date
log.info(
"Migrated {} bytes for File with pk {} to {}/{}".format(len(obj.data), obj.id, dn, uploaded_file["file_id"])
)
DBSession.flush()
if DBSession.get_bind().name != "sqlite": # not supported by sqlite
op.alter_column("files", "data", type_=UploadedFileField())
def edit_education(request, user, resume_id):
t = request.POST["education"]
if resume_id != int(request.POST['resume_id']):
#TODO raise error
pass
if t == 'new':
resume = DBSession.query(resources.Resume).filter_by(user=user, id=resume_id).first()
edu_schema = Education()
cstruct = edu_schema.deserialize(request.POST)
edu_obj = resources.Education()
cstruct2edu(cstruct, edu_obj)
resume.educations.append(edu_obj)
#flush to get the new id
DBSession.flush()
widget = EducationsWidget(resume_id, resume.educations)
json_string = json.dumps({'__result':0})
return Response(json_string+"$"+widget.render())
elif t == 'modify':
edu_schema = Education()
cstruct = edu_schema.deserialize(request.POST)
DBSession.query(resources.Education).filter_by(resume_id=resume_id, id=int(request.POST['id'])).\
update(cstruct, synchronize_session=False)
resume = DBSession.query(resources.Resume).filter_by(user=user, id=resume_id).first()
widget = EducationsWidget(resume_id, resume.educations)
json_string = json.dumps({'__result':0})
return Response(json_string+"$"+widget.render())
elif t == 'delete':
edu = DBSession.query(resources.Education).filter_by(resume_id=resume_id, id=int(request.POST['id'])).first()
oid = edu.id
DBSession.delete(edu)
return Response(json.dumps({'__result':0,'id':oid}))
# raise error, not exists this operation
return Response(json.dumps({'__result':1}))
def paste_nodes(self):
""" Paste nodes view. Paste formerly copied or cutted nodes into the
current context. Note that a cutted node can not be pasted into itself.
:result: Redirect response to the referrer of the request.
:rtype: pyramid.httpexceptions.HTTPFound
"""
ids, action = self.request.session["kotti.paste"]
for count, id in enumerate(ids):
item = DBSession.query(Node).get(id)
if item is not None:
if action == "cut":
if not self.request.has_permission("edit", item):
raise Forbidden()
item.__parent__.children.remove(item)
item.name = title_to_name(item.name, blacklist=self.context.keys())
self.context[item.name] = item
if count is len(ids) - 1:
del self.request.session["kotti.paste"]
elif action == "copy":
copy = item.copy()
name = copy.name
if not name: # for root
name = copy.title
name = title_to_name(name, blacklist=self.context.keys())
copy.name = name
self.context[name] = copy
self.flash(
_("${title} was pasted.", mapping=dict(title=item.title)), "success"
)
else:
self.flash(_("Could not paste node. It no longer exists."), "error")
DBSession.flush()
if not self.request.is_xhr:
return self.back()
def test_principals_with_local_roles(self):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
from kotti.security import map_principals_with_local_roles
from kotti.security import principals_with_local_roles
from kotti.security import set_groups
root = get_root()
child = root[u'child'] = Node()
DBSession.flush()
self.assertEqual(principals_with_local_roles(root), [])
self.assertEqual(principals_with_local_roles(child), [])
self.assertEqual(map_principals_with_local_roles(root), [])
self.assertEqual(map_principals_with_local_roles(child), [])
set_groups('group:bobsgroup', child, ['role:editor'])
set_groups('bob', root, ['group:bobsgroup'])
set_groups('group:franksgroup', root, ['role:editor'])
self.assertEqual(set(principals_with_local_roles(child)),
set(['bob', 'group:bobsgroup', 'group:franksgroup']))
self.assertEqual(
set(principals_with_local_roles(child, inherit=False)),
set(['group:bobsgroup']))
self.assertEqual(set(principals_with_local_roles(root)),
set(['bob', 'group:franksgroup']))
def edit_project(request, user, resume_id):
t = request.POST["project"]
if resume_id != int(request.POST['resume_id']):
return Response(json.dumps({'__result':1}))
#TODO use try/except
if t == "new":
resume = DBSession.query(resources.Resume).filter_by(user=user, id=resume_id).first()
obj = resources.ProjectInfo()
cstruct2project(request.POST, obj)
resume.projects.append(obj)
#flush to get the new id
DBSession.flush()
widget = ProjectWidget(resume_id, resume.projects)
json_string = json.dumps({'__result':0})
return Response(json_string+"$"+widget.render())
elif t == "modify":
cstruct = {}
cstruct2project(request.POST, cstruct)
DBSession.query(resources.ProjectInfo).filter_by(resume_id=resume_id, id=int(request.POST['id'])).\
update(cstruct, synchronize_session=False)
resume = DBSession.query(resources.Resume).filter_by(user=user, id=resume_id).first()
widget = ProjectWidget(resume_id, resume.projects)
json_string = json.dumps({'__result':0})
return Response(json_string+"$"+widget.render())
elif t == "delete":
project = DBSession.query(resources.ProjectInfo).filter_by(resume_id=resume_id, id=int(request.POST['id'])).first()
oid = project.id
DBSession.delete(project)
return Response(json.dumps({'__result':0,'id':oid}))
return Response(json.dumps({'__result':1}))
def make_document(self, root):
from kotti.resources import Document
doc = root['doc'] = Document()
from kotti import DBSession
DBSession.flush()
DBSession.refresh(doc)
return doc
def paste_nodes(self):
""" Paste nodes view. Paste formerly copied or cutted nodes into the
current context. Note that a cutted node can not be pasted into itself.
:result: Redirect response to the referrer of the request.
:rtype: pyramid.httpexceptions.HTTPFound
"""
ids, action = self.request.session["kotti.paste"]
for count, id in enumerate(ids):
item = DBSession.query(Node).get(id)
if item is not None:
if action == "cut":
if not self.request.has_permission("edit", item):
raise Forbidden()
item.__parent__.children.remove(item)
item.name = title_to_name(item.name, blacklist=self.context.keys())
self.context[item.name] = item
if count is len(ids) - 1:
del self.request.session["kotti.paste"]
elif action == "copy":
copy = item.copy()
name = copy.name
if not name: # for root
name = copy.title
name = title_to_name(name, blacklist=self.context.keys())
copy.name = name
self.context[name] = copy
self.flash(
_("${title} was pasted.", mapping=dict(title=item.title)), "success"
)
else:
self.flash(_("Could not paste node. It no longer exists."), "error")
DBSession.flush()
if not self.request.is_xhr:
return self.back()
def test_resume2():
stu = DBSession.query(MbaUser).filter_by(email='*****@*****.**').first()
resume1 = Resume(title=u'resume1', user=stu)
start_date = datetime.strptime('2003-1-1','%Y-%m-%d').date()
finish_date = datetime.strptime('2008-1-1','%Y-%m-%d').date()
edu = Education(
school_name = u'电子科技大学',
start_date=start_date,
finish_date=finish_date,
major=u'通信工程',
degree = 1)
resume1.educations.append(edu)
job = Job(
industy = u'美丽的台湾公司',
industy_type = 1,
industy_scale = 1,
duty = u'软件工程师',
start_date = start_date,
finish_date = finish_date,
)
resume1.jobs.append(job)
DBSession.add(resume1)
DBSession.flush()
def test_inherit(self):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
from kotti.security import list_groups
from kotti.security import list_groups_raw
from kotti.security import set_groups
root = get_root()
child = root[u'child'] = Node()
DBSession.flush()
self.assertEqual(list_groups('bob', child), [])
set_groups('bob', root, ['role:editor'])
self.assertEqual(list_groups('bob', child), ['role:editor'])
# Groups from the child are added:
set_groups('bob', child, ['group:somegroup'])
self.assertEqual(
set(list_groups('bob', child)),
set(['group:somegroup', 'role:editor'])
)
# We can ask to list only those groups that are defined locally:
self.assertEqual(
list_groups_raw(u'bob', child), set(['group:somegroup']))
def test_copy_local_groups(self):
from kotti import DBSession
from kotti.resources import get_root
from kotti.security import principals_with_local_roles
from kotti.security import set_groups
self.test_principals_with_local_roles()
root = get_root()
child = root[u'child']
self.assertEqual(set(principals_with_local_roles(child)),
set(['bob', 'group:bobsgroup', 'group:franksgroup']))
# We make a copy of 'child', and we expect the local roles set
# on 'child' to not be copied over:
child2 = root['child2'] = child.copy()
DBSession.flush()
self.assertEqual(
set(principals_with_local_roles(child2)),
set([u'bob', u'group:franksgroup']),
)
self.assertEqual(len(principals_with_local_roles(child)), 3)
# When we now change the local roles of 'child', the copy is
# unaffected:
set_groups('group:bobsgroup', child, [])
self.assertEqual(len(principals_with_local_roles(child)), 2)
self.assertEqual(len(principals_with_local_roles(child2)), 2)
def view_review(context, request):
jquery.need()
contextbody = jinja2.Markup(context.body)
user = get_user(request)
if request.POST :
if user is None:
request.session.flash(u"请先登陆..","info")
came_from = request.url
return HTTPFound("/login?came_from=%s" % came_from)
if 'submit' in request.POST:
comment_content = request.params.get("review-comment-input")
comment = Comment()
comment.type = comment.TYPE_MEETUP_REVIEW
comment.user_id = user.id
comment.document_id = context.id
# ACTION!!!: There is a SQL injection risk here! should be prevented
comment.content = comment_content
DBSession.add( comment)
DBSession.flush()
return wrap_user2(request,
{'context':context,
'contextbody': contextbody,
'comments_count': len(context.comments)
})
def view_meetups(request):
if 'delete' in request.POST:
todel = request.POST.getall('meetupcheck')
for mid in todel:
# print 'mid:%s, len mid:%d'% ( mid, len(mid) )
meetup = DBSession.query(Act).filter_by(id=int(mid)).first()
if meetup is not None :
# print meetup
if len(meetup.parts) != 0:
request.session.flash(u"活动'%s..'由于已经有人报名不能删除!" % meetup.title[:10], 'danger')
else:
meetup.status = Act.STATUS_DELETED
request.session.flash(u"活动'%s..'已成功删除!" % meetup.title[:10], 'success')
DBSession.flush()
# DBSession.commit()
return view_meetup_entry()
def add_some_groups():
session = DBSession()
root = get_root()
child = root[u'child'] = Node()
grandchild = child[u'grandchild'] = Node()
session.flush()
# root:
# bob -> group:bobsgroup
# frank -> group:franksgroup
# group:franksgroup -> role:editor
# child:
# group:bobsgroup -> group:franksgroup
# grandchild:
# group:franksgroup -> role:admin
# group:franksgroup -> group:bobsgroup
# bob and frank are a site-wide members of their respective groups:
set_groups('bob', root, ['group:bobsgroup'])
set_groups('frank', root, ['group:franksgroup'])
# franksgroup has a site-wide editor role:
set_groups('group:franksgroup', root, ['role:editor'])
# bobsgroup is part of franksgroup on the child level:
set_groups('group:bobsgroup', child, ['group:franksgroup'])
# franksgroup has the admin role on the grandchild.
# and finally, to test recursion, we make franksgroup part of
# bobsgroup on the grandchild level:
set_groups('group:franksgroup', grandchild,
['role:owner', 'group:bobsgroup'])
def make_document(self, root):
from kotti.resources import Document
doc = root['doc'] = Document()
from kotti import DBSession
DBSession.flush()
DBSession.refresh(doc)
return doc
def test_principals_with_local_roles(self):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
from kotti.security import map_principals_with_local_roles
from kotti.security import principals_with_local_roles
from kotti.security import set_groups
root = get_root()
child = root[u'child'] = Node()
DBSession.flush()
self.assertEqual(principals_with_local_roles(root), [])
self.assertEqual(principals_with_local_roles(child), [])
self.assertEqual(map_principals_with_local_roles(root), [])
self.assertEqual(map_principals_with_local_roles(child), [])
set_groups('group:bobsgroup', child, ['role:editor'])
set_groups('bob', root, ['group:bobsgroup'])
set_groups('group:franksgroup', root, ['role:editor'])
self.assertEqual(
set(principals_with_local_roles(child)),
set(['bob', 'group:bobsgroup', 'group:franksgroup'])
)
self.assertEqual(
set(principals_with_local_roles(child, inherit=False)),
set(['group:bobsgroup'])
)
self.assertEqual(
set(principals_with_local_roles(root)),
set(['bob', 'group:franksgroup'])
)
def test_act():
# Step 1 Act test
print 'Test Act'
print DBSession.query(Act).count()
act = Act(**_TEST_ATTRS)
DBSession.add(act)
print DBSession.query(Act).count()
print 'Act.parts', act.parts
# Step 2 Student test
print 'Test Student'
print DBSession.query(Student).count()
stu = Student(name=u'test')
DBSession.add(stu)
print DBSession.query(Student).count()
# Step 3 Participate test
part = Participate()
part.act_id = act.id
part.user_id = stu.id
DBSession.add(part)
print 'Act.parts', act.parts
DBSession.flush()
#part = DBSession.query(Participate).first()
#print 'Part user', part.user, part.act_id
act = DBSession.query(Act).first()
print 'query Act', act.id
print 'Act.parts', act._parts
def test_copy_local_groups(self):
from kotti import DBSession
from kotti.resources import get_root
from kotti.security import principals_with_local_roles
from kotti.security import set_groups
self.test_principals_with_local_roles()
root = get_root()
child = root[u'child']
self.assertEqual(
set(principals_with_local_roles(child)),
set(['bob', 'group:bobsgroup', 'group:franksgroup'])
)
# We make a copy of 'child', and we expect the local roles set
# on 'child' to not be copied over:
child2 = root['child2'] = child.copy()
DBSession.flush()
self.assertEqual(
set(principals_with_local_roles(child2)),
set([u'bob', u'group:franksgroup']),
)
self.assertEqual(len(principals_with_local_roles(child)), 3)
# When we now change the local roles of 'child', the copy is
# unaffected:
set_groups('group:bobsgroup', child, [])
self.assertEqual(len(principals_with_local_roles(child)), 2)
self.assertEqual(len(principals_with_local_roles(child2)), 2)
def test_groups_from_users(self):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
from kotti.security import list_groups
from kotti.security import set_groups
self.make_bob()
root = get_root()
child = root[u'child'] = Node()
DBSession.flush()
self.assertEqual(list_groups('bob', root), ['group:bobsgroup'])
set_groups('group:bobsgroup', root, ['role:editor'])
set_groups('role:editor', child, ['group:foogroup'])
self.assertEqual(
set(list_groups('bob', root)),
set(['group:bobsgroup', 'role:editor'])
)
self.assertEqual(
set(list_groups('bob', child)),
set(['group:bobsgroup', 'role:editor', 'group:foogroup'])
)
def make_document(self, root):
from kotti import DBSession
from kotti.resources import Document
content = root['doc'] = Document(title=u'MyDocument')
DBSession.flush()
DBSession.refresh(content)
return content
def make_document(self, root):
from kotti import DBSession
from kotti.resources import Document
content = root['doc'] = Document(title=u'MyDocument')
DBSession.flush()
DBSession.refresh(content)
return content
def make_document(self):
from kotti import DBSession
from kotti.resources import Document
content = self.root['document'] = Document()
DBSession.flush()
DBSession.refresh(content)
return content
def make_document(self, root):
from kotti import DBSession
from kotti.resources import Document
content = root["document"] = Document()
DBSession.flush()
DBSession.refresh(content)
return content
def make_document(root):
from kotti import DBSession
from kotti.resources import Document
content = root["document"] = Document()
DBSession.flush()
DBSession.refresh(content)
return content
def test_works_with_auth(self):
session = DBSession()
root = get_root()
child = root[u'child'] = Node()
session.flush()
request = DummyRequest()
auth = CallbackAuthenticationPolicy()
auth.unauthenticated_userid = lambda *args: 'bob'
auth.callback = list_groups_callback
request.context = root
self.assertEqual( # user doesn't exist yet
auth.effective_principals(request),
['system.Everyone']
)
get_principals()[u'bob'] = dict(name=u'bob')
self.assertEqual(
auth.effective_principals(request),
['system.Everyone', 'system.Authenticated', 'bob']
)
# Define that bob belongs to bobsgroup on the root level:
set_groups('bob', root, ['group:bobsgroup'])
request.context = child
self.assertEqual(
set(auth.effective_principals(request)), set([
'system.Everyone', 'system.Authenticated',
'bob', 'group:bobsgroup'
])
)
# define that bob belongs to franksgroup in the user db:
get_principals()[u'bob'].groups = [u'group:franksgroup']
set_groups('group:franksgroup', child, ['group:anothergroup'])
self.assertEqual(
set(auth.effective_principals(request)), set([
'system.Everyone', 'system.Authenticated',
'bob', 'group:bobsgroup', 'group:franksgroup',
'group:anothergroup',
])
)
# And lastly test that circular group defintions are not a
# problem here either:
get_principals()[u'group:franksgroup'] = dict(
name=u'group:franksgroup',
title=u"Frank's group",
groups=[u'group:funnygroup', u'group:bobsgroup'],
)
self.assertEqual(
set(auth.effective_principals(request)), set([
'system.Everyone', 'system.Authenticated',
'bob', 'group:bobsgroup', 'group:franksgroup',
'group:anothergroup', 'group:funnygroup',
])
)
def test_unique_constraint(self, db_session):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
# Try to add two children with the same name to the root node:
root = get_root()
DBSession.add(Node(name=u'child1', parent=root))
DBSession.add(Node(name=u'child1', parent=root))
with raises(IntegrityError):
DBSession.flush()
def save_success(self, appstruct):
appstruct.pop('csrf_token', None)
name = self.find_name(appstruct)
new_item = self.context[name] = self.add(company_id=self.company_id, **appstruct)
self.request.session.flash(self.success_message, 'success')
location = self.success_url or self.request.resource_url(new_item)
#session.refresh(f)
DBSession.flush()
idstr = str(new_item.id)
location = '/job-detail/' + idstr
return HTTPFound(location=location)
def test_unique_constraint(self, db_session):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
# Try to add two children with the same name to the root node:
root = get_root()
DBSession.add(Node(name=u'child1', parent=root))
DBSession.add(Node(name=u'child1', parent=root))
with raises(IntegrityError):
DBSession.flush()
def test_friend():
#u1,u2,u3,u4,u5 = MbaUser(u'u1'), MbaUser(u'u2'), MbaUser(u'u3'), \
# MbaUser(u'u4'), MbaUser(u'u5')
u1,u2,u3,u4,u5 = Student(u'u1'), Student(u'u2'), Student(u'u3'), \
Student(u'u4'), Student(u'u5')
u1.friends = [u2, u3]
u4.friends = [u2, u5]
u3.friends.append(u5)
DBSession.add_all([u1,u2,u3,u4,u5])
DBSession.flush()
print 'u2 all', u2.all_friends
print 'u5 all', u5.all_friends
def test_container_methods(self, db_session):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
# Test some of Node's container methods:
root = get_root()
assert root.keys() == []
child1 = Node(name=u'child1', parent=root)
DBSession.add(child1)
assert root.keys() == [u'child1']
assert root[u'child1'] == child1
del root[u'child1']
assert root.keys() == []
# When we delete a parent node, all its child nodes will be
# released as well:
root[u'child2'] = Node()
root[u'child2'][u'subchild'] = Node()
assert (
DBSession.query(Node).filter(Node.name == u'subchild').count() == 1)
del root[u'child2']
assert (
DBSession.query(Node).filter(Node.name == u'subchild').count() == 0)
# We can pass a tuple as the key to more efficiently reach
# down to child objects:
root[u'child3'] = Node()
subchild33 = Node(name=u'subchild33', parent=root[u'child3'])
DBSession.add(subchild33)
del root.__dict__['_children'] # force a different code path
assert root[u'child3', u'subchild33'] is root[u'child3'][u'subchild33']
assert root[(u'child3', u'subchild33')] is subchild33
assert root[(u'child3', u'subchild33')] is subchild33
with raises(KeyError):
root[u'child3', u'bad-name']
root.children # force a different code path
with raises(KeyError):
root[u'child3', u'bad-name']
del root[u'child3']
# Overwriting an existing Node is an error; first delete manually!
child4 = Node(name=u'child4', parent=root)
DBSession.add(child4)
assert root.keys() == [u'child4']
child44 = Node(name=u'child4')
DBSession.add(child44)
root[u'child4'] = child44
with raises(SQLAlchemyError):
DBSession.flush()
def test_container_methods(self, db_session):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
# Test some of Node's container methods:
root = get_root()
assert root.keys() == []
child1 = Node(name=u'child1', parent=root)
DBSession.add(child1)
assert root.keys() == [u'child1']
assert root[u'child1'] == child1
del root[u'child1']
assert root.keys() == []
# When we delete a parent node, all its child nodes will be
# released as well:
root[u'child2'] = Node()
root[u'child2'][u'subchild'] = Node()
assert (DBSession.query(Node).filter(
Node.name == u'subchild').count() == 1)
del root[u'child2']
assert (DBSession.query(Node).filter(
Node.name == u'subchild').count() == 0)
# We can pass a tuple as the key to more efficiently reach
# down to child objects:
root[u'child3'] = Node()
subchild33 = Node(name=u'subchild33', parent=root[u'child3'])
DBSession.add(subchild33)
del root.__dict__['_children'] # force a different code path
assert root[u'child3', u'subchild33'] is root[u'child3'][u'subchild33']
assert root[(u'child3', u'subchild33')] is subchild33
assert root[(u'child3', u'subchild33')] is subchild33
with raises(KeyError):
root[u'child3', u'bad-name']
root.children # force a different code path
with raises(KeyError):
root[u'child3', u'bad-name']
del root[u'child3']
# Overwriting an existing Node is an error; first delete manually!
child4 = Node(name=u'child4', parent=root)
DBSession.add(child4)
assert root.keys() == [u'child4']
child44 = Node(name=u'child4')
DBSession.add(child44)
root[u'child4'] = child44
with raises(SQLAlchemyError):
DBSession.flush()
def test_node_copy_parent_id(self):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
root = get_root()
child1 = root['child1'] = Node()
grandchild1 = child1['grandchild1'] = Node()
DBSession.flush()
grandchild2 = grandchild1.copy()
assert grandchild2.parent_id is None
assert grandchild2.parent is None
def test_visitors():
stu1 = Student(name=u'test1', real_name=u'testit1')
stu2 = Student(name=u'test2', real_name=u'testit2')
stu3 = Student(name=u'test3', real_name=u'testit3')
DBSession.add(stu1)
DBSession.add(stu2)
DBSession.add(stu3)
DBSession.flush()
stu2.add_visit(stu1)
stu2.add_visit(stu3)
print stu2.visitors
def test_node_copy_parent_id(self, db_session):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
root = get_root()
child1 = root['child1'] = Node()
grandchild1 = child1['grandchild1'] = Node()
DBSession.flush()
grandchild2 = grandchild1.copy()
assert grandchild2.parent_id is None
assert grandchild2.parent is None
def test_document():
print 'Test Act'
print DBSession.query(Act).count()
act = Act(**_TEST_ATTRS)
DBSession.add(act)
print DBSession.query(Act).count()
act.tags = [u'tag 1', u'tag 2']
DBSession.flush()
act = DBSession.query(Act).first()
print act.tags
print act._tags
for t in act._tags:
print t.item,
def populate_interests():
if DBSession.query(Interest).count() == 0:
inter = [u"唱歌/K歌",u"听音乐",u"看电影",u"看韩剧/综艺娱乐节目",u"看书/小说/杂志",u"逛街/购物",u"跳舞",u"演奏乐器",
u"去健身房健身/减肥/塑形/瑜伽",u"打篮球",u"踢足球",u"打排球",u"跑步",u"打羽毛球",u"打乒乓球",u"保龄球",
u"高尔夫",u"远足",u"爬山/登山",u"X运动",u"游泳",u"划船/水上娱乐",u"钓鱼/养鱼",u"饲养宠物",u"玩网络游戏/单机游戏",
u"上网聊天/论坛/贴吧",u"看新闻",u"摄影/摄像",u"旅游",u"吃美食/做饭",u"十字绣/织毛衣/做服装服饰",u"打扑克/麻将",
u"写字/练字/书法",u"下棋/各种棋",u"睡觉",u"美容/保养/化妆/打扮"]
for int in inter:
io = Interest(name=int)
DBSession.add(io)
DBSession.flush()
def test_node_copy_with_local_groups(self):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
from kotti.resources import LocalGroup
root = get_root()
child1 = root['child1'] = Node()
local_group1 = LocalGroup(child1, u'joe', u'role:admin')
DBSession.add(local_group1)
DBSession.flush()
child2 = root['child2'] = child1.copy()
DBSession.flush()
assert child2.local_groups == []
def test_nested_annotations_mutable(self, db_session):
from kotti import DBSession
from kotti.resources import get_root
root = get_root()
root.annotations['foo'] = {}
DBSession.flush()
DBSession.expire_all()
root = get_root()
root.annotations['foo']['bar'] = u'baz'
assert root in DBSession.dirty
DBSession.flush()
DBSession.expire_all()
root = get_root()
assert root.annotations['foo']['bar'] == u'baz'
def test_nested_annotations_mutable(self):
from kotti import DBSession
from kotti.resources import get_root
root = get_root()
root.annotations['foo'] = {}
DBSession.flush()
DBSession.expire_all()
root = get_root()
root.annotations['foo']['bar'] = u'baz'
self.assertTrue(root in DBSession.dirty)
DBSession.flush()
DBSession.expire_all()
root = get_root()
self.assertEqual(root.annotations['foo']['bar'], u'baz')
def test_set_and_get_acl(self):
from kotti import DBSession
from kotti.resources import get_root
root = get_root()
# The __acl__ attribute of Nodes allows access to the mapped
# '_acl' property:
del root.__acl__
self.assertRaises(AttributeError, root._get_acl)
root.__acl__ = [('Allow', 'system.Authenticated', ['edit'])]
self.assertEquals(
root.__acl__, [('Allow', 'system.Authenticated', ['edit'])])
root.__acl__ = [
('Allow', 'system.Authenticated', ['view']),
('Deny', 'system.Authenticated', ALL_PERMISSIONS),
]
self.assertEquals(
root.__acl__, [
('Allow', 'system.Authenticated', ['view']),
('Deny', 'system.Authenticated', ALL_PERMISSIONS),
])
# We can append to the ACL, and it'll be persisted fine:
root.__acl__.append(('Allow', 'system.Authenticated', ['edit']))
self.assertEquals(
root.__acl__, [
('Allow', 'system.Authenticated', ['view']),
('Deny', 'system.Authenticated', ALL_PERMISSIONS),
('Allow', 'system.Authenticated', ['edit']),
])
DBSession.flush()
DBSession.expire_all()
self.assertEquals(
root.__acl__, [
('Allow', 'role:admin', ALL_PERMISSIONS),
('Allow', 'system.Authenticated', ['view']),
('Deny', 'system.Authenticated', ALL_PERMISSIONS),
('Allow', 'system.Authenticated', ['edit']),
])
def test_copy_content_copy_tags(self):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Tag, TagsToContents, Content
ses = DBSession
root = get_root()
root[u'content_1'] = Content()
root[u'content_1'].tags = [u'my tag']
assert ses.query(Tag).count() == 1
assert ses.query(TagsToContents).count() == 1
root[u'content_2'] = root[u'content_1'].copy()
DBSession.flush()
assert root[u'content_1'].tags == [u'my tag']
assert root[u'content_2'].tags == [u'my tag']
assert ses.query(Tag).count() == 1
assert ses.query(TagsToContents).count() == 2
def test_set_and_get_acl(self):
from kotti import DBSession
from kotti.resources import get_root
root = get_root()
# The __acl__ attribute of Nodes allows access to the mapped
# '_acl' property:
del root.__acl__
self.assertRaises(AttributeError, root._get_acl)
root.__acl__ = [['Allow', 'system.Authenticated', ['edit']]]
self.assertEquals(root.__acl__, [
('Allow', 'role:admin', ALL_PERMISSIONS),
('Allow', 'system.Authenticated', ['edit']),
])
root.__acl__ = [
('Allow', 'system.Authenticated', ['view']),
('Deny', 'system.Authenticated', ALL_PERMISSIONS),
]
self.assertEquals(root.__acl__, [
('Allow', 'role:admin', ALL_PERMISSIONS),
('Allow', 'system.Authenticated', ['view']),
('Deny', 'system.Authenticated', ALL_PERMISSIONS),
])
# We can reorder the ACL:
first, second = root.__acl__[1:]
root.__acl__ = [second, first]
self.assertEquals(root.__acl__, [
('Allow', 'role:admin', ALL_PERMISSIONS),
('Deny', 'system.Authenticated', ALL_PERMISSIONS),
('Allow', 'system.Authenticated', ['view']),
])
DBSession.flush()
DBSession.expire_all()
self.assertEquals(root.__acl__[1:], [second, first])
root._del_acl()
self.assertRaises(AttributeError, root._del_acl)
def test_append_to_empty_acl(self):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
root = get_root()
node = root['child'] = Node()
node.__acl__ = []
DBSession.flush()
DBSession.expire_all()
node.__acl__.append(('Allow', 'system.Authenticated', ['edit']))
DBSession.flush()
DBSession.expire_all()
assert node.__acl__ == [
('Allow', 'role:admin', ALL_PERMISSIONS),
('Allow', 'system.Authenticated', ['edit']),
]
def test_local_roles_db_cascade(self):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import LocalGroup
from kotti.resources import Node
from kotti.security import set_groups
root = get_root()
child = root[u'child'] = Node()
DBSession.flush()
# We set a local group on child and delete child. We then
# expect the LocalGroup entry to have been deleted from the
# database:
self.assertEqual(DBSession.query(LocalGroup).count(), 0)
set_groups('group:bobsgroup', child, ['role:editor'])
self.assertEqual(DBSession.query(LocalGroup).count(), 1)
del root[u'child']
DBSession.flush()
self.assertEqual(DBSession.query(LocalGroup).count(), 0)
def test_groups_from_users(self, db_session):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
from kotti.security import list_groups
from kotti.security import set_groups
self.make_bob()
root = get_root()
child = root[u'child'] = Node()
DBSession.flush()
assert list_groups('bob', root) == ['group:bobsgroup']
set_groups('group:bobsgroup', root, ['role:editor'])
set_groups('role:editor', child, ['group:foogroup'])
assert (set(list_groups('bob', root)) == set(
['group:bobsgroup', 'role:editor']))
assert (set(list_groups('bob', child)) == set(
['group:bobsgroup', 'role:editor', 'group:foogroup']))
def populate():
"""
Create the root node (:class:`~kotti.resources.Document`) and the 'about'
subnode in the nodes tree if there are no nodes yet.
"""
lrm = LocalizerRequestMixin()
lrm.registry = get_current_registry()
lrm.locale_name = get_settings()['pyramid.default_locale_name']
localizer = lrm.localizer
if DBSession.query(Node.id).count() == 0:
localized_root_attrs = dict([(k, localizer.translate(v))
for k, v in _ROOT_ATTRS.iteritems()])
root = Document(**localized_root_attrs)
root.__acl__ = SITE_ACL
DBSession.add(root)
localized_about_attrs = dict([(k, localizer.translate(v))
for k, v in _ABOUT_ATTRS.iteritems()])
root['about'] = Document(**localized_about_attrs)
DBSession.flush()
populate_users()
def test_owner(self):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Content
from kotti.security import list_groups
from kotti.security import list_groups_raw
from kotti.util import clear_cache
session = DBSession()
self.config.testing_securitypolicy(userid='bob')
root = get_root()
child = root[u'child'] = Content()
session.flush()
self.assertEqual(child.owner, u'bob')
self.assertEqual(list_groups(u'bob', child), [u'role:owner'])
clear_cache()
# The event listener does not set the role again for subitems:
grandchild = child[u'grandchild'] = Content()
session.flush()
self.assertEqual(grandchild.owner, u'bob')
self.assertEqual(list_groups(u'bob', grandchild), [u'role:owner'])
self.assertEqual(len(list_groups_raw(u'bob', grandchild)), 0)
def test_inherit(self, db_session):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
from kotti.security import list_groups
from kotti.security import list_groups_raw
from kotti.security import set_groups
root = get_root()
child = root[u'child'] = Node()
DBSession.flush()
assert list_groups('bob', child) == []
set_groups('bob', root, ['role:editor'])
assert list_groups('bob', child) == ['role:editor']
# Groups from the child are added:
set_groups('bob', child, ['group:somegroup'])
assert (set(list_groups('bob', child)) == set(
['group:somegroup', 'role:editor']))
# We can ask to list only those groups that are defined locally:
assert list_groups_raw(u'bob', child) == set(['group:somegroup'])
def test_owner(self, db_session, events, dummy_request):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Content
from kotti.security import list_groups
from kotti.security import list_groups_raw
from kotti.util import clear_cache
root = get_root()
with patch('kotti.events.authenticated_userid', return_value='bob'):
child = root[u'child'] = Content()
DBSession.flush()
assert child.owner == u'bob'
assert list_groups(u'bob', child) == [u'role:owner']
clear_cache()
# The event listener does not set the role again for subitems:
with patch('kotti.events.authenticated_userid', return_value='bob'):
grandchild = child[u'grandchild'] = Content()
DBSession.flush()
assert grandchild.owner == u'bob'
assert list_groups(u'bob', grandchild) == [u'role:owner']
assert len(list_groups_raw(u'bob', grandchild)) == 0
def test_owner(self, get_current_request, authenticated_userid):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Content
from kotti.security import list_groups
from kotti.security import list_groups_raw
from kotti.util import clear_cache
get_current_request.return_value = not None
authenticated_userid.return_value = 'bob'
root = get_root()
child = root[u'child'] = Content()
DBSession.flush()
self.assertEqual(child.owner, u'bob')
self.assertEqual(list_groups(u'bob', child), [u'role:owner'])
clear_cache()
# The event listener does not set the role again for subitems:
grandchild = child[u'grandchild'] = Content()
DBSession.flush()
self.assertEqual(grandchild.owner, u'bob')
self.assertEqual(list_groups(u'bob', grandchild), [u'role:owner'])
self.assertEqual(len(list_groups_raw(u'bob', grandchild)), 0)
def add_some_groups():
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
from kotti.security import set_groups
root = get_root()
child = root[u'child'] = Node()
grandchild = child[u'grandchild'] = Node()
DBSession.flush()
# root:
# bob -> group:bobsgroup
# frank -> group:franksgroup
# group:franksgroup -> role:editor
# child:
# group:bobsgroup -> group:franksgroup
# grandchild:
# group:franksgroup -> role:admin
# group:franksgroup -> group:bobsgroup
# bob and frank are a site-wide members of their respective groups:
set_groups('bob', root, ['group:bobsgroup'])
set_groups('frank', root, ['group:franksgroup'])
# franksgroup has a site-wide editor role:
set_groups('group:franksgroup', root, ['role:editor'])
# bobsgroup is part of franksgroup on the child level:
set_groups('group:bobsgroup', child, ['group:franksgroup'])
# franksgroup has the admin role on the grandchild.
# and finally, to test recursion, we make franksgroup part of
# bobsgroup on the grandchild level:
set_groups('group:franksgroup', grandchild,
['role:owner', 'group:bobsgroup'])
def test_sqlalchemy_events(self, db_session, events):
from kotti import events
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Content
insert_events = []
def insert(event):
insert_events.append(event)
update_events = []
def update(event):
update_events.append(event)
delete_events = []
def delete(event):
delete_events.append(event)
after_delete_events = []
def after_delete(event):
after_delete_events.append(event)
def lengths():
return (len(insert_events), len(update_events),
len(delete_events), len(after_delete_events))
lis = events.objectevent_listeners
lis[(events.ObjectInsert, None)].append(insert)
lis[(events.ObjectUpdate, None)].append(update)
lis[(events.ObjectDelete, None)].append(delete)
lis[(events.ObjectAfterDelete, None)].append(after_delete)
root = get_root()
child = root[u'child'] = Content()
DBSession.flush()
assert lengths() == (1, 0, 0, 0)
assert insert_events[0].object == child
child.title = u"Bar"
DBSession.flush()
assert lengths() == (1, 1, 0, 0)
assert update_events[0].object == child
DBSession.delete(child)
DBSession.flush()
assert lengths() == (1, 1, 1, 1)
assert delete_events[0].object == child
assert after_delete_events[0].object == child
def test_sqlalchemy_events(self):
from kotti import events
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Content
insert_events = []
def insert(event):
insert_events.append(event)
update_events = []
def update(event):
update_events.append(event)
delete_events = []
def delete(event):
delete_events.append(event)
lis = events.objectevent_listeners
lis[(events.ObjectInsert, None)].append(insert)
lis[(events.ObjectUpdate, None)].append(update)
lis[(events.ObjectDelete, None)].append(delete)
root = get_root()
child = root[u'child'] = Content()
DBSession.flush()
self.assertEqual(
(len(insert_events), len(update_events), len(delete_events)),
(1, 0, 0))
self.assertEqual(insert_events[0].object, child)
child.title = u"Bar"
DBSession.flush()
self.assertEqual(
(len(insert_events), len(update_events), len(delete_events)),
(1, 1, 0))
self.assertEqual(update_events[0].object, child)
DBSession.delete(child)
DBSession.flush()
self.assertEqual(
(len(insert_events), len(update_events), len(delete_events)),
(1, 1, 1))
self.assertEqual(delete_events[0].object, child)
def expire(event):
DBSession.flush()
DBSession.expire_all()
def test_works_with_auth(self):
from kotti import DBSession
from kotti.resources import get_root
from kotti.resources import Node
from kotti.security import get_principals
from kotti.security import list_groups_callback
from kotti.security import set_groups
root = get_root()
child = root[u'child'] = Node()
DBSession.flush()
request = DummyRequest()
auth = CallbackAuthenticationPolicy()
auth.unauthenticated_userid = lambda *args: 'bob'
auth.callback = list_groups_callback
request.context = root
self.assertEqual( # user doesn't exist yet
auth.effective_principals(request), ['system.Everyone'])
get_principals()[u'bob'] = dict(name=u'bob')
self.assertEqual(auth.effective_principals(request),
['system.Everyone', 'system.Authenticated', 'bob'])
# Define that bob belongs to bobsgroup on the root level:
set_groups('bob', root, ['group:bobsgroup'])
request.context = child
self.assertEqual(
set(auth.effective_principals(request)),
set([
'system.Everyone', 'system.Authenticated', 'bob',
'group:bobsgroup'
]))
# define that bob belongs to franksgroup in the user db:
get_principals()[u'bob'].groups = [u'group:franksgroup']
set_groups('group:franksgroup', child, ['group:anothergroup'])
self.assertEqual(
set(auth.effective_principals(request)),
set([
'system.Everyone',
'system.Authenticated',
'bob',
'group:bobsgroup',
'group:franksgroup',
'group:anothergroup',
]))
# And lastly test that circular group defintions are not a
# problem here either:
get_principals()[u'group:franksgroup'] = dict(
name=u'group:franksgroup',
title=u"Frank's group",
groups=[u'group:funnygroup', u'group:bobsgroup'],
)
self.assertEqual(
set(auth.effective_principals(request)),
set([
'system.Everyone',
'system.Authenticated',
'bob',
'group:bobsgroup',
'group:franksgroup',
'group:anothergroup',
'group:funnygroup',
]))