def test_data_2_tincan(self):
args = []
opts = {}
obj = Activity(
id="block-v1:Polimi+FIS101+2015_M9+type@video+block@W1M1L1_video",
definition=ActivityDefinition(
name=LanguageMap({'en-US': OAI_PREFIX + COURSE_ID}),
type="http://adlnet.gov/expapi/activities/course"
)
)
verb = LearnerAccessesMoocVerb.get_verb()
timestamp = datetime(2012, 1, 1, tzinfo=UTC).isoformat()
course_parent = {
"id": OAI_PREFIX + COURSE_ID,
"objectType": "Activity",
"definition": {
"name": {
"en-US": "COURSE_TEST"
},
"description": {
"en-US": "TESTING"
},
"type": "http://adlnet.gov/expapi/activities/course"
}
}
parents = []
parents.append(course_parent)
context = {
"contextActivities": {
"parent": parents
}
}
actor = {
"objectType": "Agent",
"account": {
"homePage": "%s?user=%s" % (TEST_HOMEPAGE_URL, TEST_UID),
"name": TEST_UID
}
}
statement = {
'actor': actor,
'verb': verb.to_json(),
'object': obj.to_json(),
'timestamp': timestamp,
'context': context
}
tldat = TrackingLog(
dtcreated=timestamp,
user_id=1,
course_id=COURSE_ID,
statement=json.dumps(statement)
).save()
call_command('send_data_2_tincan', *args, **opts)
tldat = TrackingLog.objects.all()[:1].get()
self.assertTrue(tldat.exported)
self.assertIsNotNone(tldat.tincan_key)
self.assertEqual(json.loads(tldat.tincan_key)['result'].lower(), "ok")
def handle(self, *args, **options):
# make sure file option is present
if options['extract_event_number'] is None:
extract_event_number = 100
else:
extract_event_number = int(options['extract_event_number'])
evt_list = TrackingLog.objects \
.filter(tincan_error='WRONG_VERB_OBJECT') \
.order_by('dtcreated')[:extract_event_number]
for evt in evt_list:
statement_json = json.loads(evt.statement)
statement = {
'actor': Agent.from_json(json.dumps(statement_json['actor'])),
'verb': Verb.from_json(json.dumps(statement_json['verb'])),
'object': Activity.from_json(json.dumps(statement_json['object'])),
'timestamp': statement_json['timestamp'],
'context': Context.from_json(json.dumps(statement_json['context'])),
}
evt.statement = json.dumps(statement)
evt.tincan_error = "CONVERTED"
evt.save()
def test_Init(self):
alist = ActivityList(
[Activity(id='test1', object_type='Activity'), Activity(id='test2', object_type='Activity')]
)
self.listVerificationHelper(alist)
def test_extendExceptionNotComponent(self):
a1 = Activity(id='test1', object_type='Activity')
arglist = [a1, 'not Activity']
alist = ActivityList([Activity()])
with self.assertRaises(TypeError):
alist.extend(arglist)
def test_AsVersionNotEmpty(self):
activity = Activity(id='test')
activity2 = activity.as_version()
self.assertEqual(activity2, {'id': 'test', "objectType": "Activity"})
def test_FromJSONExceptionEmptyObject(self):
activity = Activity.from_json('{}')
self.assertIsInstance(activity, Activity)
self.assertIsNone(activity.id, None)
def compair(cls):
return Activity(id=XAPIResourceIRI.compair(),
definition=ActivityDefinition(
type=XAPIActivity.activity_types.get('service'),
name=LanguageMap({'en-US': "ComPAIR"})))
def user_profile(cls, user):
return Activity(
id=XAPIResourceIRI.user_profile(user.uuid),
definition=ActivityDefinition(
type=XAPIActivity.activity_types.get('user profile'),
name=LanguageMap({'en-US': "user profile"})))
def test_FromJSONExceptionEmptyObject(self):
activity = Activity.from_json('{}')
self.assertIsInstance(activity, Activity)
self.assertIsNone(activity.id, None)
def test_FromJSONExcpetionEmptyId(self):
with self.assertRaises(ValueError):
activity = Activity.from_json('{"id": ""}')
def test_FromJSON(self):
activity = Activity.from_json('{"id": "test", "definition": {}, "object_type": "Activity"}')
self.activityVerificationHelper(activity)
def test_setId(self):
activity = Activity()
activity.id = 'test'
self.assertEqual(activity.id, 'test')
def test_setIdException(self):
activity = Activity()
with self.assertRaises(ValueError):
activity.id = ''
def test_setObjectType(self):
activity = Activity()
activity.object_type = 'Activity'
self.assertEqual(activity.object_type, 'Activity')
def test_InitExceptionNotActivity(self):
with self.assertRaises(TypeError):
ActivityList([Activity(), 'not InteractionComponent'])
def answer(cls, answer):
return Activity(id=XAPIResourceIRI.answer(answer.uuid),
definition=ActivityDefinition(
type=XAPIActivity.activity_types.get('solution'),
name=LanguageMap({'en-US': "Assignment answer"})))
def test_AsVersionEmpty(self):
activity = Activity()
activity2 = activity.as_version()
self.assertEqual(activity2, {"objectType": "Activity"})
def report(cls, file_name):
return Activity(id=XAPIResourceIRI.report(file_name),
definition=ActivityDefinition(
type=XAPIActivity.activity_types.get('file'),
name=LanguageMap({'en-US': "Report"})))
def test_AsVersionNotEmpty(self):
activity = Activity(id='test')
activity2 = activity.as_version()
self.assertEqual(activity2, {'id': 'test', "objectType": "Activity"})
def test_InitActivityObject(self):
substatement = SubStatement(object=Activity(id='test'))
self.activityVerificationHelper(substatement.object)
def test_AsVersion(self):
activity = Activity(id='test', definition=ActivityDefinition(), object_type='Activity')
activity2 = activity.as_version()
self.assertEqual(activity2, {'id': 'test', 'definition': {}, 'objectType': 'Activity'})
def test_setDefinition(self):
activity = Activity()
activity.definition = ActivityDefinition()
self.assertIsInstance(activity.definition, ActivityDefinition)
def test_ToJSONFromJSON(self):
json_str = '{"id": "test", "definition": {}, "object_type": "Activity"}'
check_str = '{"definition": {}, "id": "test", "objectType": "Activity"}'
activity = Activity.from_json(json_str)
self.activityVerificationHelper(activity)
self.assertEqual(activity.to_json(), check_str)
def test_AsVersionEmpty(self):
activity = Activity()
activity2 = activity.as_version()
self.assertEqual(activity2, {"objectType": "Activity"})
def test_ToJSON(self):
check_str = '{"definition": {}, "id": "test", "objectType": "Activity"}'
activity = Activity(**{'id':'test', 'definition':{}, 'object_type':'Activity'})
self.assertEqual(activity.to_json(), check_str)
def test_setItem(self):
alist = ActivityList([Activity(), Activity()])
alist[0] = {"id": "test1"}
alist[1] = Activity(id="test2")
self.listVerificationHelper(alist)
def test_setDefinition(self):
activity = Activity()
activity.definition = ActivityDefinition()
self.assertIsInstance(activity.definition, ActivityDefinition)
def test_insertExceptionNotComponent(self):
a1 = Activity(id='test1', object_type='Activity')
a2 = Activity(id='test3')
alist = ActivityList([a1, a2])
with self.assertRaises(TypeError):
alist.insert(1, 'not Activity')
def test_setObjectType(self):
activity = Activity()
activity.object_type = 'Activity'
self.assertEqual(activity.object_type, 'Activity')
def test_InitActivityList(self):
a1 = Activity(id='test1', object_type='Activity')
a2 = Activity(id='test2', object_type='Activity')
arg = ActivityList([a1, a2])
alist = ActivityList(arg)
self.listVerificationHelper(alist)
def test_setIdException(self):
activity = Activity()
with self.assertRaises(ValueError):
activity.id = ''
def put_statement(request, user, verb, object, target, language=XAPI_LANGUAGE):
# construct an LRS
lrs = RemoteLRS(
version=settings.LRS_VERSION,
endpoint=settings.LRS_ENDPOINT,
auth=settings.LRS_AUTH,
)
# construct the actor of the statement
# IMPORTANT - account is OK but cannot coexist with mbox or other way of uniquely identifying the actor
try:
actor = Agent(
name=user.get_display_name(),
mbox='mailto:%s' % user.email,
# account=AgentAccount(name=str(user.pk), home_page='https://www.commonspaces.eu')
)
except:
return False
# construct the verb of the statement
verb = XAPI_VERB_ALIASES.get(verb,
verb) # for compatibility with CommonSpaces
verb = Verb(
id=xapi_verbs[verb]['id'],
display=LanguageMap(**xapi_verbs[verb]['display']),
)
action = object.__class__.__name__
action = XAPI_ACTIVITY_ALIASES.get(
action, action) # for compatibility with CommonSpaces
activity_type = xapi_activities[action]['type']
object_id = get_object_id(request,
object) # 190307 GT: defined get_object_id
object_name = get_name(object) # 190307 GT: defined get_name
object_description = get_description(object)
object_language = get_language(object)
activity_definition = ActivityDefinition(
name=LanguageMap(**{object_language: object_name}),
description=object_description
and LanguageMap(**{object_language: object_description}) or None,
type=activity_type,
)
# construct the object of the statement
object = Activity(
id=object_id,
definition=activity_definition,
)
context = {'platform': XAPI_PLATFORM, 'language': get_current_language()}
""" 190308 GT: would produce the exception "Object of type 'UUID' is not JSON serializable" in getting the response
if request:
context['registration'] = str(get_registration(request))
"""
if target:
target_type = target.__class__.__name__
context_activities = {}
if target_type in ['Folder', 'Forum', 'LearningPath']:
context_activities['parent'] = {
'objectType': 'Activity',
'id': get_object_id(request, target),
'definition': {
'type':
xapi_activities[XAPI_ACTIVITY_ALIASES.get(
target_type, target_type)]['type'],
'name': {
'en': get_name(target)
}
}
}
if target_type == 'Folder':
project = target.get_project()
if project:
context_activities['grouping'] = get_context_grouping(
request, project)
elif target_type == 'Forum':
# project = target.forum_get_project()
project = target.get_project()
if project:
context_activities['grouping'] = get_context_grouping(
request, project)
elif target_type == 'LearningPath':
if target.project:
context_activities['grouping'] = get_context_grouping(
request, target.project)
elif target_type == 'Project':
context_activities['grouping'] = get_context_grouping(
request, target)
if context_activities:
context['context_activities'] = context_activities
context = Context(**context)
# construct the actual statement
statement = Statement(
actor=actor,
verb=verb,
object=object,
context=context,
)
return send_statement(statement)
def test_setId(self):
activity = Activity()
activity.id = 'test'
self.assertEqual(activity.id, 'test')
def assignment_comment(cls, assignment_comment):
return Activity(id=XAPIResourceIRI.assignment_comment(
assignment_comment.uuid),
definition=ActivityDefinition(
type=XAPIActivity.activity_types.get('comment'),
name=LanguageMap({'en-US': "Assignment comment"})))
def test_InitEmpty(self):
activity = Activity()
self.assertIsNone(activity.id)
def assignment_attachment(cls, file):
return Activity(id=XAPIResourceIRI.attachment(file.name),
definition=ActivityDefinition(
type=XAPIActivity.activity_types.get('file'),
name=LanguageMap(
{'en-US': "Assignment attachment"})))
def test_InitExceptionEmptyId(self):
with self.assertRaises(ValueError):
activity = Activity(id='')
def comparison(cls, comparison):
return Activity(id=XAPIResourceIRI.comparison(comparison.uuid),
definition=ActivityDefinition(
type=XAPIActivity.activity_types.get('solution'),
name=LanguageMap(
{'en-US': "Assignment comparison"})))
def test_Init(self):
activity = Activity(id='test',
definition=ActivityDefinition(),
object_type='Activity')
self.activityVerificationHelper(activity)
def test_ToJSON(self):
substatement = SubStatement(object_type='SubStatement', actor=Agent(name='test'), verb=Verb(id='test'),
object=Activity(id='test'))
self.assertEqual(json.loads(substatement.to_json()),
json.loads('{"verb": {"id": "test"}, "object": {"id": "test", "objectType": "Activity"}, '
'"actor": {"name": "test", "objectType": "Agent"}, "objectType": "SubStatement"}'))
def test_InitUnpackExceptionEmptyId(self):
obj = {'id': ''}
with self.assertRaises(ValueError):
activity = Activity(**obj)
def test_ToJSONFromJSON(self):
json_str = '{"id": "test", "definition": {}, "object_type": "Activity"}'
check_str = '{"definition": {}, "id": "test", "objectType": "Activity"}'
activity = Activity.from_json(json_str)
self.activityVerificationHelper(activity)
self.assertEqual(json.loads(activity.to_json()), json.loads(check_str))
def test_FromJSON(self):
activity = Activity.from_json(
'{"id": "test", "definition": {}, "object_type": "Activity"}')
self.activityVerificationHelper(activity)
def test_FromJSONExcpetionEmptyId(self):
with self.assertRaises(ValueError):
activity = Activity.from_json('{"id": ""}')
def test_setDefinitionException(self):
activity = Activity()
with self.assertRaises(AttributeError):
activity.definition = {"invalid": "definition"}