def node(data, parent=None):
new_node = None
# Create topics
if data['kind_id'] == "topic":
new_node = cc.ContentNode(kind=topic(),
parent=parent,
title=data['title'],
node_id=data['node_id'])
new_node.save()
for child in data['children']:
child_node = node(child, parent=new_node)
# Create videos
elif data['kind_id'] == "video":
new_node = cc.ContentNode(kind=video(),
parent=parent,
title=data['title'],
node_id=data['node_id'],
license=license_wtfpl())
new_node.save()
video_file = fileobj_video(contents="Video File")
video_file.contentnode = new_node
video_file.preset_id = format_presets.VIDEO_HIGH_RES
video_file.save()
# Create exercises
elif data['kind_id'] == "exercise":
extra_fields = "{{\"mastery_model\":\"{}\",\"randomize\":true,\"m\":{},\"n\":{}}}".format(
data['mastery_model'],
data.get('m') or 0,
data.get('n') or 0)
new_node = cc.ContentNode(kind=exercise(),
parent=parent,
title=data['title'],
node_id=data['node_id'],
license=license_wtfpl(),
extra_fields=extra_fields)
new_node.save()
for assessment_item in data['assessment_items']:
mixer.blend(cc.AssessmentItem,
contentnode=new_node,
assessment_id=assessment_item['assessment_id'],
question=assessment_item['question'],
type=assessment_item['type'],
answers=json.dumps(assessment_item['answers']))
return new_node
def setUp(self):
super(NodeSettingTestCase, self).setUp()
# Set up ricecooker trees
self.channel.staging_tree = cc.ContentNode(kind_id=content_kinds.TOPIC,
title="test",
node_id="aaa")
self.channel.staging_tree.save()
self.channel.previous_tree = cc.ContentNode(
kind_id=content_kinds.TOPIC, title="test", node_id="bbb")
self.channel.previous_tree.save()
self.channel.chef_tree = cc.ContentNode(kind_id=content_kinds.TOPIC,
title="test",
node_id="ccc")
self.channel.chef_tree.save()
self.channel.save()
self.contentnode = cc.ContentNode.objects.create(kind_id="video")
def setUp(self):
super(NodeSettingTestCase, self).setUp()
# Set up ricecooker trees
self.channel.staging_tree = cc.ContentNode(kind_id=content_kinds.TOPIC,
title="test",
node_id="aaa")
self.channel.staging_tree.save()
self.channel.previous_tree = cc.ContentNode(
kind_id=content_kinds.TOPIC, title="test", node_id="bbb")
self.channel.previous_tree.save()
self.channel.chef_tree = cc.ContentNode(kind_id=content_kinds.TOPIC,
title="test",
node_id="ccc")
self.channel.chef_tree.save()
self.channel.save()
request = self.create_post_request(
reverse_lazy('file_create'),
{'file': SimpleUploadedFile("file.pdf", b"contents")})
self.file_response = file_create(request)
def node(data, parent=None):
new_node = None
# Create topics
if data['kind_id'] == "topic":
new_node = cc.ContentNode(
kind=topic(),
parent=parent,
title=data['title'],
node_id=data['node_id'],
content_id=data.get('content_id') or data['node_id'],
sort_order=data.get('sort_order', 1),
)
new_node.save()
for child in data['children']:
node(child, parent=new_node)
# Create videos
elif data['kind_id'] == "video":
new_node = cc.ContentNode(
kind=video(),
parent=parent,
title=data['title'],
node_id=data['node_id'],
license=license_wtfpl(),
content_id=data.get('content_id') or data['node_id'],
sort_order=data.get('sort_order', 1),
)
new_node.save()
video_file = fileobj_video(contents="Video File")
video_file.contentnode = new_node
video_file.preset_id = format_presets.VIDEO_HIGH_RES
video_file.save()
# Create exercises
elif data['kind_id'] == "exercise":
extra_fields = {
'mastery_model': data['mastery_model'],
'randomize': True,
'm': data.get('m') or 0,
'n': data.get('n') or 0
}
new_node = cc.ContentNode(
kind=exercise(),
parent=parent,
title=data['title'],
node_id=data['node_id'],
license=license_wtfpl(),
extra_fields=extra_fields,
content_id=data.get('content_id') or data['node_id'],
sort_order=data.get('sort_order', 1),
)
new_node.save()
for assessment_item in data['assessment_items']:
ai = cc.AssessmentItem(
contentnode=new_node,
assessment_id=assessment_item['assessment_id'],
question=assessment_item['question'],
type=assessment_item['type'],
answers=json.dumps(assessment_item['answers']),
hints=json.dumps(assessment_item.get('hints') or [])
)
ai.save()
if data.get('tags'):
for tag in data['tags']:
t = cc.ContentTag(tag_name=tag['tag_name'])
t.save()
new_node.tags.add(t)
new_node.save()
return new_node
