def test_delete_image_by_image_id(db: SQLAlchemy, graphene_client: Client):
image = Image(name="myImage")
db.session.add(image)
db.session.commit()
assert_that(Image.query.get(1)).is_not_none()
result = graphene_client.execute('''
mutation {
deleteImage(imageId: 1) {
image {
imageId,
name
}
}
}
''')
assert_that(json.dumps(result)).is_equal_to_ignoring_whitespace('''
{
"data": {
"deleteImage": {
"image": {
"imageId": 1,
"name": "myImage"
}
}
}
}''')
assert_that(Image.query.get(1)).is_none()
def test_create_image(graphene_client: Client):
result = graphene_client.execute('''
mutation {
createImage(name: "myImage") {
image {
imageId
name
public
keywords
}
}
}
''')
assert_that(json.dumps(result)).is_equal_to_ignoring_whitespace('''
{
"data": {
"createImage": {
"image": {
"imageId": 1,
"name": "myImage",
"public": false,
"keywords": []
}
}
}
}
''')
image = Image.query.get(1)
assert_that(image.id).is_equal_to(1)
assert_that(image.name).is_equal_to('myImage')
assert_that(image.public).is_false()
assert_that(image.keywords).is_empty()
def test_create_image_with_keywords(graphene_client: Client):
result = graphene_client.execute('''
mutation {
createImage(name: "myImage", keywords: ["foo", "bar", "baz"]) {
image {
keywords
}
}
}
''')
assert_that(json.dumps(result)).is_equal_to_ignoring_whitespace('''
{
"data": {
"createImage": {
"image": {
"keywords": [
"foo",
"bar",
"baz"
]
}
}
}
}
''')
image = Image.query.get(1)
assert_that([keyword.keyword for keyword in image.keywords]).contains_sequence("foo", "bar", "baz")
def test_delete_gallery_by_gallery_id(db: SQLAlchemy, graphene_client: Client):
gallery = Gallery(name="myGallery")
db.session.add(gallery)
db.session.commit()
assert_that(Gallery.query.get(1)).is_not_none()
result = graphene_client.execute('''
mutation {
deleteGallery(galleryId: 1) {
gallery {
galleryId,
name
}
}
}
''')
assert_that(json.dumps(result)).is_equal_to_ignoring_whitespace('''
{
"data": {
"deleteGallery": {
"gallery": {
"galleryId": 1,
"name": "myGallery"
}
}
}
}''')
assert_that(Gallery.query.get(1)).is_none()
def test_create_post(self):
client = Client(self.schema)
executed = client.execute(
'''
mutation {
createPost(
data: { workoutDate: "2017-01-10T21:33:15.233Z", remark: "latest" },
performances: [{ event: 17, value: 20, set1: 10 }, { event: 48, value: 10, set1: 20 }]
) {
post {
id
workoutDate
remark
performances {
event {
name
}
value
set1
}
}
}
}
''',
context_value=MockContext(self.user),
)
post = executed.get("data").get('createPost').get("post")
self.assertIsNotNone(post)
def test_create_gallery(graphene_client: Client):
result = graphene_client.execute('''
mutation {
createGallery(name: "galleryName", public: true, position: 78) {
gallery {
galleryId
name
public
position
}
}
}
''')
assert_that(json.dumps(result)).is_equal_to_ignoring_whitespace('''
{
"data": {
"createGallery": {
"gallery": {
"galleryId": 1,
"name": "galleryName",
"public": true,
"position": 78
}
}
}
}''')
gallery = Gallery.query.get(1)
assert_that(gallery.id).is_equal_to(1)
assert_that(gallery.name).is_equal_to('galleryName')
assert_that(gallery.public).is_true()
assert_that(gallery.position).is_equal_to(78)
def test_query_gallery_no_id(graphene_client: Client):
result = graphene_client.execute('''
query {
gallery {
galleryId
}
}
''')
assert_that(result['errors'][0]['message']).is_equal_to('Either id or gallery_id must be specified')
def test_query_gallery_by_id_wrong_type(graphene_client: Client):
result = graphene_client.execute(f'''
query {{
gallery(id: "{to_global_id("Image", 1)}") {{
galleryId
}}
}}
''')
assert_that(result['errors'][0]['message']).is_equal_to("Wrong id type (expected 'Gallery', got 'Image'")
def test_query_events(self):
self.create()
client = Client(self.schema)
executed = client.execute(
'''
query {
events(name: "test") { name }
}
''',
context_value=MockContext(self.user),
)
self.assertTrue(len(executed.get('data')) > 0)
def test_query_event(self):
self.create()
client = Client(self.schema)
executed = client.execute(
'''
query {
event(id: %s) { name }
}
''' % self.event.id,
context_value=MockContext(self.user),
)
event = executed.get('data').get('event')
self.assertIsNotNone(event)
def test_create_event(self):
client = Client(self.schema)
executed = client.execute(
'''
mutation {
createEvent(data: {name: "test", unit: "KG", value: 10, remark: "test-remark"}) {
event {
id
}
}
}
''',
context_value=MockContext(self.user),
)
event = executed.get("data").get('createEvent').get("event")
self.assertIsNotNone(event)
def test_directory(log_dir):
from ml_dash.config import Args
Args.logdir = log_dir
client = Client(schema)
query = """
query AppQuery ($id: ID!) {
directory ( id: $id ) {
id
name
path
readme {
id name path
text(stop:11)
}
dashConfigs(first:10) {
edges {
node {
id name
path
yaml
text(stop:11)
}
}
}
charts(first:10) {
edges {
node {
id name
dir
path
yaml
text(stop:11)
}
}
}
directories (first:10) {
edges {
node {
id name path
directories (first:10) {
edges {
node {
id name
}
}
}
}
}
}
experiments (first:10) {
edges { node {
id name path
parameters {keys flat}
files (first:10) { edges { node { id, name} } }
} }
}
}
}
"""
path = "/episodeyang/cpc-belief/mdp"
r = client.execute(query,
variables=dict(id=to_global_id("Directory", path)))
if 'errors' in r:
raise RuntimeError(r['errors'])
else:
print(">>")
show(r['data'])
class GeolocationsTestCase(TestCase):
def setUp(self):
alb = factory.CountryFactory(name='Albania', iso2='al', iso3='alb')
factory.GeolocationFactory(
tag='albania',
iso2='al',
iso3='alb',
object_id=alb.id,
content_type_id=16,
type='country')
asia = factory.RegionFactory(
name='asia'
)
factory.GeolocationFactory(
tag='asia',
iso2='',
iso3='',
object_id=asia.id,
content_type_id=17,
type='region')
self.client = Client(schema)
def test_allGeolocation(self):
geolocation = Geolocation.objects.first()
query = """
{allGeolocations
{edges
{node
{
id
entryId
tag
}
}
}
}
"""
result = self.client.execute(query)
self.assertEqual(result['data']['allGeolocations']['edges'][0]['node']
['tag'], geolocation.tag)
def test_allGeolocation_region_polygons(self):
# Get region record
region = Region.objects.first()
polygons = region.polygons
polygons_in_json = polygons.geojson
# GraphQL Query
query = """
{allGeolocations(tag:"asia") {
edges {
node {
id
tag
region {
name
polygons
}
}
}
}
}
"""
result = schema.execute(query)
# Check if polygons at the current record has
# the same coordinates with the GraphQL query
result_polygons = json.loads(
result.data['allGeolocations']['edges'][0]['node']['region'][
'polygons']
)
result_polygons_in_dict = json.loads(result_polygons)
# The centerLonglat is JSONString, so it is needed to convert again
# to the Python dictionary
polygons_in_dict = json.loads(polygons_in_json)
self.assertEqual(polygons_in_dict['coordinates'],
result_polygons_in_dict[
'coordinates'])
def test_region_centerlonglat(self):
# Get country record
region = Region.objects.first()
center_longlat = region.center_longlat
center_longlat_in_json = center_longlat.geojson
# GraphQL Query
query = """
{allGeolocations(tag:"asia")
{edges
{node
{
entryId
tag
region{
centerLonglat}
}
}
}
}
"""
result = schema.execute(query)
# Check if center_longlat at the current record has
# the same coordinates with the GraphQL query
result_center_longlat = json.loads(
result.data['allGeolocations']['edges'][0]['node']['region'][
'centerLonglat']
)
# The centerLonglat is JSONString, so it is needed to convert again
# to the Python dictionary
result_center_longlat_in_dict = json.loads(result_center_longlat)
center_longlat_in_dict = json.loads(center_longlat_in_json)
self.assertEqual(center_longlat_in_dict['coordinates'],
result_center_longlat_in_dict['coordinates'])
class TestEmployeeSchema(TestCase):
#********** Setup Query and Mutation ************#
def setUp(self):
self.client = Client(schema)
self.employee = mixer.blend(Employee)
#***** Single Employee Query *******#
#**** Employee id *******#
def test_single_employee_query(self):
response = self.client.execute(single_employee_query,
variables={"id": self.employee.id})
response_employee = response.get("data").get("employee")
# print(response_employee,'ewrwcs')
assert response_employee["id"] == str(self.employee.id)
#***** Employee list Query *******#
#**** Employee List *******#
def test_employee_list_query(self):
mixer.blend(Employee)
mixer.blend(Employee)
response = self.client.execute(employee_list_query)
# print(response,'dataeeer')
allEmployees = response.get("data").get("allEmployees")
ok = response.get("data").get("ok")
# print(len(allEmployees),'length')
assert len(allEmployees)
#*********** Employee mutation Creation ************#
### ***** Create Employee *****####
def test_create_employee(self):
employee = mixer.blend(Employee)
response = self.client.execute(create_employee_mutation,
variables={
"firstName": "ramesh",
"lastName": "kannan",
"username": "******",
"email": "*****@*****.**",
"phoneNo": "9147894561",
"status": True,
"description": "Wervfddgdgfgfg"
})
employee = response.get("data").get("createEmployee").get("employee")
assert len(employee)
username = employee.get("username")
email = employee.get("email")
assert username == employee['username']
assert email == employee['email']
#************** Update mutation Testing *************#####
def test_update_employee(self):
employee = mixer.blend(Employee)
response = self.client.execute(update_employee_mutation,
variables={
"id": self.employee.id,
"username": "******",
"description": "solution"
})
response_employee = response.get("data").get("updateEmployee").get(
"employee")
username = response_employee.get("username")
assert username == response_employee["username"]
assert username != self.employee.username
## ******** Delete Mutation Testing *********#
def test_delete_employee(self):
response = self.client.execute(delete_employee_mutation,
variables={"id": self.employee.id})
ok = response.get("data").get("deleteEmployee").get("employee")
assert ok
class TestTuttigraphQLSchema(TestCase):
def setUp(self):
self.client = Client(schema)
self.ad = mixer.blend(Ad)
self.aduser = mixer.blend(AdUser)
# check if any data for ad table is returned
# a simple test just to see if data is returned, content of data is not checked
def test_ads_query(self):
response = self.client.execute(ad_all_query)
res = response.get("data").get("ads")
assert len(response)
# check if any data for aduser table is returned
# a simple test just to see if data is returned, content of data is not checked
def test_adusers_query(self):
response = self.client.execute(ad_all_user_query)
res = response.get("data").get("adusers")
assert len(response)
# create ad over the api and check if all attributes are returned correctly
def test_createad_query(self):
user = mixer.blend(AdUser)
payload = {
"nr": "1234556791",
"title": "test title",
"price": "554",
"zipcode": "3012",
"description": "this is a description test",
"category": "food",
"dateadded": "12.12.2020",
"views": "44",
"url": "https://thisisaurl.com",
"user": user.name
}
response = self.client.execute(ad_create_query, variable_values=payload)
res = response.get('data').get('createAd')
assert res['title'] == payload['title']
assert res['description'] == payload['description']
assert res['url'] == payload['url']
assert res.get('user')['id'] == str(user.id)
# assert all values if possible....
# create user over the api and check if all attributes are returned correctly
def test_createaduser_query(self):
payload = {
"name": "a_new_user"
}
response = self.client.execute(aduser_create_query, variable_values=payload)
res = response.get('data').get('createAduser')
assert res['name'] == payload['name']
# check if search for title is returned
def test_search_query(self):
response = self.client.execute(ad_search_query, variable_values={
"search": self.ad.title})
res = response.get('data').get('ads')
assert res[0]['title'] == str(self.ad.title)
# check if only existing users can be added to an ad
def test_false_user_query(self):
payload = {
"nr": "1234556791",
"title": "test title",
"price": "554",
"zipcode": "3012",
"description": "this is a description test",
"category": "food",
"dateadded": "12.12.2020",
"views": "44",
"url": "https://thisisaurl.com",
"user": "******"
}
response = self.client.execute(ad_create_query, variable_values=payload)
res = response.get('errors')[0]
assert res['message'] == 'Invalid User!'
# check if deleting an ad works
def test_deletead_query(self):
response = self.client.execute(
ad_delete_query, variable_values={"id": self.ad.id})
res = response.get('data').get('deleteAd')
assert res['ok'] == True
# check if deleting an user works
def test_deleteaduser_query(self):
user = mixer.blend(AdUser)
response = self.client.execute(
aduser_delete_query, variable_values={"id": user.id})
res = response.get('data').get('deleteAduser')
assert res['ok'] == True
# check if updating an ad works and if the other untouched attributes stay the same
def test_updatead_query(self):
newtitle = "some new title"
response = self.client.execute(ad_update_query, variable_values={
"id": self.ad.id, "newtitle": newtitle})
res = response.get('data').get('updateAd')
assert res.get('title') == newtitle
assert res.get('description') == self.ad.description
assert res.get('url') == self.ad.url
# check if updating an user works
def test_updateaduser_query(self):
newname = "new username"
response = self.client.execute(aduser_update_query, variable_values={
"id": self.aduser.id, "newname": newname})
res = response.get('data').get('updateAduser')
assert res.get('name') == newname
def test_index_query():
client = Client(schema)
executed = client.execute("""query root {
root
}""")
assert executed == {"data": {"root": "this is index page"}}
class CompanyApiTests(MongoTestCase):
"""Tests the APIs for the People entity"""
def setUp(self):
super().setUp()
self.client = Client(schema)
# Populate the test collectiom with person data
with open("core/tests/test_data/people.json") as people_json:
peoples = json.load(people_json)
for people in peoples:
people_obj = Person(**people)
people_obj.save()
# Populate the food collection from test data file
with open("core/tests/test_data/food.json") as food_json:
food_list = json.load(food_json)
for food in food_list:
food_obj = Food(**food)
food_obj.save()
def test_common_friends_invalid_input(self):
"""Tests if the API returns an error when the
number of ids sent is less than 2 for the lookup"""
response = self.client.execute('''
{
commonFriends(id: [1]) {
index,
name,
age
}
}''')
self.assertEqual(response["errors"][0]["message"],
"Lookup needs atleast two index values")
def test_common_friends_no_common_friends(self):
"""Tests if the API returns an error if it is
unable to find any common friends"""
response = self.client.execute('''
{
commonFriends(id: [0,1,2]) {
index,
name,
age
}
}''')
self.assertEqual(response["errors"][0]["message"],
"No common friends found")
def test_common_friends_for_two_ids(self):
"""Tests if the API returns the right common friends
when it is sent 2 lookup ids"""
valid_common_friends = [0]
response = self.client.execute('''
{
commonFriends(id: [1,2]) {
index
}
}''')
response_common_friends = [friend['index']
for friend in
response['data']['commonFriends']]
self.assertTrue(valid_common_friends == response_common_friends)
def test_common_friends_for_more_than_two_ids(self):
"""Tests if the API returns the right common friends
when it is sent more than 2 lookup ids"""
valid_common_friends = [0, 2]
response = self.client.execute('''
{
commonFriends(id: [1,3,4,5]) {
index
}
}''')
response_common_friends = [friend['index']
for friend in
response['data']['commonFriends']]
self.assertTrue(valid_common_friends == response_common_friends)
def test_favourite_food_invalid_id(self):
"""Tests if API returns an error for an invalid
person index value"""
response = self.client.execute('''
{
favouriteFood(id: 10001){
username,
age,
fruits,
vegetables
}
}''')
self.assertEqual(response["errors"][0]["message"],
"Person index not found")
def test_favourite_food_valid(self):
"""Tests if the API returns a valid response
for a valid person index"""
valid_veggies = ["celery", "carrot"]
valid_fruits = ["apple", "orange"]
name = "Rosemary Hayes"
age = 30
response = self.client.execute('''
{
favouriteFood(id: 3){
username,
age,
fruits,
vegetables
}
}''')
favouriteFood = response['data']['favouriteFood']
self.assertTrue(
favouriteFood['vegetables'] == valid_veggies and
favouriteFood['fruits'] == valid_fruits and
favouriteFood['username'] == name and
favouriteFood['age'] == age
)
def test_query_get_people_counter(self):
client = Client(schema)
executed = client.execute(query_get_people_counter,
variables={'room': 'room_a'})
self.assertMatchSnapshot(executed)
class GraphQLTestCase(TestCase):
def setUp(self):
self.teacher = TeacherFactory(username='******', password='******')
self.course = CourseFactory(
name='Курс 1',
started='2017-05-01T15:12:04+03:00',
teacher=self.teacher,
)
self.client = GrapheneClient(schema)
def test_get_course(self):
executed = self.client.execute('''query{
courses{
name
teacher{
username
}
students{
username
}
}
}''')
self.assertEqual(
executed, {
"data": {
"courses": [{
"name": "Курс 1",
"teacher": {
"username": "******"
},
"students": []
}]
}
})
def test_create_course(self):
executed = self.client.execute('''mutation{
createCourse(courseData: {
name: "Курс 2",
started: "2019-05-01T15:12:04+03:00",
teacher: "teacher"
})
{
course
{
name
started
teacher
{
username
}
}
}
}
''')
self.assertEqual(
executed, {
"data": {
"createCourse": {
"course": {
"name": "Курс 2",
"started": "2019-05-01T15:12:04+03:00",
"teacher": {
"username": "******"
}
}
}
}
})
def test_update_course(self):
executed = self.client.execute("""mutation {
updateCourse(courseData:{
""" + f'id: {self.course.id}' + """
name: "Новое название курса",
started: "2019-05-01T15:12:04+03:00",
teacher: "teacher"
})
{
course{
name
started
teacher {
username
}
}
}
}""")
self.assertEqual(
executed, {
"data": {
"updateCourse": {
"course": {
"name": "Новое название курса",
"started": "2019-05-01T15:12:04+03:00",
"teacher": {
"username": "******"
}
}
}
}
})
class QueryRooms(BaseTestCase):
def test_db_rooms_query(self):
self.base_url = 'https://127.0.0.1:5000/_healthcheck'
self.client = Client(healthcheck_schema)
query_rooms = self.client.execute(db_rooms_query)
self.assertEquals(query_rooms, db_rooms_query_response)
def test_schema(app, snapshot, mutation, query):
client = Client(schema)
with app.app_context():
snapshot.assert_match(client.execute(mutation))
with app.app_context():
snapshot.assert_match(client.execute(query))
def test_add_file(self, mock_create_dataset):
"""Test adding a new file to a dataset"""
class DummyContext(object):
def __init__(self, file_handle):
self.dataset_loader = None
self.labbook_loader = None
self.files = {'uploadChunk': file_handle}
def dispatcher_mock(self, function_ref, kwargs, metadata):
assert kwargs['logged_in_username'] == 'default'
assert kwargs['logged_in_email'] == '*****@*****.**'
assert kwargs['dataset_owner'] == 'default'
assert kwargs['dataset_name'] == 'dataset1'
# Inject mocked config file
kwargs['config_file'] = mock_create_dataset[0]
# Stop patching so job gets scheduled for real
dispatcher_patch.stop()
# Call same method as in mutation
d = Dispatcher()
kwargs['dispatcher'] = Dispatcher
res = d.dispatch_task(gtmcore.dispatcher.dataset_jobs.
complete_dataset_upload_transaction,
kwargs=kwargs,
metadata=metadata)
return res
client = Client(mock_create_dataset[3],
middleware=[DataloaderMiddleware()])
# Create file to upload
test_file = os.path.join(tempfile.gettempdir(), "myValidFile.dat")
est_size = 9000000
try:
os.remove(test_file)
except:
pass
with open(test_file, 'wb') as tf:
tf.write(os.urandom(est_size))
new_file_size = os.path.getsize(tf.name)
# Get upload params
chunk_size = 4194000
file_info = os.stat(test_file)
file_size = int(file_info.st_size / 1000)
total_chunks = int(math.ceil(file_info.st_size / chunk_size))
ds = InventoryManager(mock_create_dataset[0]).load_dataset(
'default', 'default', 'dataset1')
fsc = HostFilesystemCache(ds, 'default')
target_file = os.path.join(fsc.current_revision_dir, "myValidFile.dat")
txid = "000-unitest-transaction"
with open(test_file, 'rb') as tf:
# Check for file to exist (shouldn't yet)
assert os.path.exists(target_file) is False
for chunk_index in range(total_chunks):
# Upload a chunk
chunk = io.BytesIO()
chunk.write(tf.read(chunk_size))
chunk.seek(0)
file = FileStorage(chunk)
query = f"""
mutation addDatasetFile{{
addDatasetFile(input:{{owner:"default",
datasetName: "dataset1",
filePath: "myValidFile.dat",
transactionId: "{txid}",
chunkUploadParams:{{
uploadId: "fdsfdsfdsfdfs",
chunkSize: {chunk_size},
totalChunks: {total_chunks},
chunkIndex: {chunk_index},
fileSize: "{file_size}",
filename: "{os.path.basename(test_file)}"
}}
}}) {{
newDatasetFileEdge {{
node{{
id
key
isDir
size
}}
}}
}}
}}
"""
r = client.execute(query, context_value=DummyContext(file))
assert 'errors' not in r
# So, these will only be populated once the last chunk is uploaded. Will be None otherwise.
assert r['data']['addDatasetFile']['newDatasetFileEdge']['node'][
'isDir'] is False
assert r['data']['addDatasetFile']['newDatasetFileEdge']['node'][
'key'] == 'myValidFile.dat'
assert r['data']['addDatasetFile']['newDatasetFileEdge']['node'][
'size'] == f"{new_file_size}"
# When done uploading, file should exist in the labbook
assert os.path.exists(target_file)
assert os.path.isfile(target_file)
complete_query = f"""
mutation completeQuery {{
completeDatasetUploadTransaction(input: {{
owner: "default",
datasetName: "dataset1",
transactionId: "{txid}"
}}) {{
backgroundJobKey
}}
}}
"""
# Patch dispatch_task so you can inject the mocked config file
dispatcher_patch = patch.object(Dispatcher, 'dispatch_task',
dispatcher_mock)
dispatcher_patch.start()
r = client.execute(complete_query, context_value=DummyContext(None))
assert 'errors' not in r
job_query = f"""
{{
jobStatus(jobId: "{r['data']['completeDatasetUploadTransaction']['backgroundJobKey']}")
{{
status
result
status
jobMetadata
failureMessage
startedAt
finishedAt
}}
}}
"""
cnt = 0
while cnt < 20:
job_result = client.execute(job_query,
context_value=DummyContext(None))
assert 'errors' not in job_result
if job_result['data']['jobStatus']['status'] == 'finished':
break
time.sleep(.25)
assert cnt < 20
metadata = json.loads(job_result['data']['jobStatus']['jobMetadata'])
assert metadata['percent_complete'] == 100
assert metadata[
'feedback'] == 'Please wait while file contents are analyzed. 9 MB of 9 MB complete...'
# Verify file was added and repo is clean
m = Manifest(ds, 'default')
status = m.status()
assert len(status.created) == 0
assert len(status.modified) == 0
assert len(status.deleted) == 0
assert 'Uploaded 1 new file(s)' in ds.git.log()[0]['message']
def step_impl(context):
context.url = '/graphql'
client = Client(schema)
context.response = client.execute(context.text,
context=Context(user=context.user))
context.response_json = context.response
class TestGetAutomationTaskFiles(unittest.TestCase):
def setUp(self):
self.client = Client(root_schema)
# Note order of calls must match those made to S3 , and copy is used since the object may be mutated
# (TODO should this ne forbiddien??)
@mock.patch('graphql_api.data_s3.BaseS3Data._read_object',
side_effect=[copy(AUTO_TASK),
copy(FILE_REL0),
copy(FILE0)]) #opy(FILE1),
def test_query_with_files(self, mocked_api):
qry = '''
query q1 {
node(id:"UnVwdHVyZUdlbmVyYXRpb25UYXNrOjB6SEo0NTA=") {
__typename
... on AutomationTask {
id
files {
total_count
edges {
node {
__typename
... on FileRelation {
role
file {
... on InversionSolution {
id
}
}
}
}
}
}
}
}
}
'''
print(qry)
executed = self.client.execute(qry)
print(executed)
result = executed['data']['node']
# print("RESULT", result )
assert result['id'] == 'QXV0b21hdGlvblRhc2s6MHpISjQ1MA=='
assert result['files']['total_count'] == 1
assert result['files']['edges'][0]['node']['file'][
'id'] == 'SW52ZXJzaW9uU29sdXRpb246MC4wbXFjN2Y='
assert mocked_api.call_count == 3 # this may break if caching or other optimisitions are introduced
@mock.patch('graphql_api.data_s3.BaseS3Data._read_object',
side_effect=[
copy(AUTO_TASK),
copy(FILE_REL0),
copy(FILE0),
copy(AUTO_TASK), None
])
def test_task_product_query(self, mocked_api):
qry = '''
query q0 {
nodes(id_in: ["UnVwdHVyZUdlbmVyYXRpb25UYXNrOjB6SEo0NTA="]) {
ok
result {
edges {
node {
__typename
... on AutomationTask {
id
created
inversion_solution {
id
file_name
}
files {
total_count
}
}
}
}
}
}
}'''
print(qry)
executed = self.client.execute(qry)
print(executed)
node = executed['data']['nodes']['result']['edges'][0]['node']
assert node['id'] == 'QXV0b21hdGlvblRhc2s6MHpISjQ1MA=='
assert node['files']['total_count'] == 1
assert node['inversion_solution'][
'id'] == "SW52ZXJzaW9uU29sdXRpb246MC4wbXFjN2Y="
assert node['inversion_solution']['file_name'] == "solution.zip"
assert mocked_api.call_count == 3 # this may break if caching or other optimisitions are introduced
#@skip('as above')
@mock.patch('graphql_api.data_s3.BaseS3Data._read_object',
side_effect=[
json.loads(ate.automation_task),
json.loads(ate.file_rel),
json.loads(ate.file)
])
def test_example_failing_product_query(self, mocked_api):
qry = '''
query q0 {
nodes(id_in: ["UnVwdHVyZUdlbmVyYXRpb25UYXNrOjB6SEo0NTA="]) {
ok
result {
edges {
node {
__typename
... on AutomationTask {
id
created
inversion_solution {
id
file_name
}
files {
total_count
}
}
}
}
}
}
}'''
print(qry)
executed = self.client.execute(qry)
print(executed)
node = executed['data']['nodes']['result']['edges'][0]['node']
assert node['id'] == 'QXV0b21hdGlvblRhc2s6ODQ5N0tOTEI='
assert node['files']['total_count'] == 4
assert node['inversion_solution'][
'id'] == "SW52ZXJzaW9uU29sdXRpb246MTczMC4wa3BjS0s="
assert node['inversion_solution'][
'file_name'] == "NZSHM22_InversionSolution-QXV0b21hdGlvblRhc2s6ODQ5N0tOTEI=.zip"
assert mocked_api.call_count == 3 # this may break if caching or other optimisitions are introduced
def test_getUpdates(self):
"""Testing getUpdates query."""
release = base.BaseTestCaseMixin.create_release(self, version='22')
self.create_update(build_nvrs=['TurboGears-2.1-1.el5'],
release_name=release.name)
up2 = self.create_update(build_nvrs=['freetype-2.10.2-1.fc32'],
release_name=release.name)
up2.alias = "FEDORA-2020-3223f9ec8b"
up2.stable_days = 1
up2.date_approved = datetime.datetime(2019, 10, 13, 16, 16, 22, 438484)
self.db.commit()
client = Client(schema)
executed = client.execute("""{ getUpdates(stableDays: 1,
dateApproved: "2019-10-13 16:16:22.438484")
{ alias request unstableKarma }}""")
assert executed == {
"data": {
"getUpdates": [{
"alias": "FEDORA-2020-3223f9ec8b",
"request": "testing",
"unstableKarma": -3
}]
}
}
executed = client.execute("""{ getUpdates(stableKarma: 3, status: "pending",
critpath: false, pushed: false, request:"testing"){ stableDays
userId }}""")
assert executed == {
'data': {
'getUpdates': [{
'stableDays': 0,
'userId': 1
}, {
'stableDays': 0,
'userId': 1
}, {
'stableDays': 1,
'userId': 1
}]
}
}
executed = client.execute("""{ getUpdates(stableDays: 1,
unstableKarma: -3, alias: "FEDORA-2020-3223f9ec8b")
{ dateApproved request }}""")
assert executed == {
'data': {
'getUpdates': [{
'dateApproved': "2019-10-13 16:16:22.438484",
'request': 'testing'
}]
}
}
executed = client.execute("""{ getUpdates(critpath: false, stableDays: 1,
userId: 1){ request unstableKarma }}""")
assert executed == {
'data': {
'getUpdates': [{
'request': 'testing',
'unstableKarma': -3,
}]
}
}
executed = client.execute("""{ getUpdates(releaseName: "F22"){ request }}""")
assert executed == {
'data': {
'getUpdates': [{
'request': 'testing',
}, {
'request': 'testing',
}]
}
}
class DishSchemaTest(TestCase):
def setUp(self):
self.client = Client(schema=schema)
def tearDown(self):
Dish.objects.all().delete()
def test_query_dish(self):
self.obj = Dish.objects.create(name='Burrata')
query = '''
query getDish($id: Int!) {
dish(id: $id) {
name
}
}
'''
result = self.client.execute(query, variables={'id': self.obj.pk})
self.assertEqual(result['data']['dish']['name'], 'Burrata')
def test_query_dishes(self):
dishes = list((Dish.objects.create(name=f'item_{_}') for _ in range(5)))
query = '''
query {
dishes {
name
}
}'''
result = self.client.execute('''query { dishes {name} }''')
self.assertEqual(len(result['data']['dishes']), 5)
def test_mutation_create_dish(self):
mutation = '''
mutation createDish($name: String!) {
createDish(name: $name) {
dish {
name
}
ok
}
}'''
result = self.client.execute(mutation, variables={'name': 'Burrata'})
self.assertTrue(result['data']['createDish']['ok'])
self.assertEqual(result['data']['createDish']['dish']['name'], 'Burrata')
self.assertTrue(Dish.objects.exists())
self.assertEqual(Dish.objects.all().first().name, 'Burrata')
def test_mutation_update_dish(self):
self.obj = Dish.objects.create(name='Burrata')
self.assertTrue(Dish.objects.exists())
self.assertEqual(Dish.objects.all().first().name, 'Burrata')
mutation = '''
mutation updateDish($id: Int!, $name: String!) {
updateDish(id: $id, name: $name) {
dish {
id,
name
}
ok
}
}'''
result = self.client.execute(mutation, variables={'id': self.obj.id, 'name': 'Burrata 2'})
self.assertTrue(result['data']['updateDish']['ok'])
self.assertEqual(result['data']['updateDish']['dish']['id'], self.obj.id)
self.assertEqual(result['data']['updateDish']['dish']['name'], 'Burrata 2')
self.assertEqual(Dish.objects.all().first().name, 'Burrata 2')
def test_mutation_delete_dish(self):
dishes = list((Dish.objects.create(name=f'item_{_}') for _ in range(3)))
self.assertTrue(Dish.objects.exists())
self.assertEqual(Dish.objects.all().count(), 3)
mutation = '''
mutation deleteDish($id: Int!) {
deleteDish(id: $id) {
dish {
id,
name
}
ok
}
}'''
result = self.client.execute(mutation, variables={'id': dishes[2].id})
self.assertTrue(result['data']['deleteDish']['ok'])
self.assertEqual(result['data']['deleteDish']['dish']['name'], 'item_2')
self.assertEqual(Dish.objects.all().count(), 2)
class VoiceBelongsUserTests(TestCase):
"""Test using mfcc and fastwd for voice recognition and authentication"""
def setUp(self):
self.client = Client(schema)
self.query = '''
query voiceBelongsResident(
$cpf: String!,
$audioSpeakingPhrase: [Float]!,
$audioSamplerate: Int
){
voiceBelongsResident(
cpf: $cpf,
audioSpeakingPhrase: $audioSpeakingPhrase,
audioSamplerate: $audioSamplerate
)
}
'''
self.residents = [
'aline',
'felipe',
'marcos',
'mateus',
'paulo',
'pedro',
'samuel',
'sergio',
'silva',
'victor',
'vitor'
]
def compute_accuracy(self, file_suffix):
'''
Calculate the "speaker identification" hit ratio for truly speakers (voice really belongs to resident)
'''
matches = 0.0
for resident in self.residents:
samplerate, data = read('accounts/tests/audios/' + resident + file_suffix)
response = self.client.execute(
self.query,
variables={
'cpf': resident,
'audioSpeakingPhrase': data.tolist(),
'audioSamplerate': samplerate
}
)
if response["data"]["voiceBelongsResident"] == True:
matches = matches + 1.0
return (matches / len(self.residents)) * 100
def test_accuracy_for_clean_samples(self):
'''
Calculate hit ratio for clean audio samples
'''
hit_ratio = self.compute_accuracy('_clean.wav')
# accuracy must be greater equal 90%
self.assertGreaterEqual(hit_ratio, 90.0)
def test_accuracy_for_noised_samples(self):
'''
Calculate hit ratio for noised audio samples
'''
hit_ratio = self.compute_accuracy('_noised.wav')
# accuracy must be greater equal 53%
self.assertGreaterEqual(hit_ratio, 53.0)
def test_impostors_rejection(self):
samplerate, data = read('accounts/tests/audios/impostor.wav')
rejections = 0.0
for resident in self.residents:
response = self.client.execute(
self.query,
variables={
'cpf': resident,
'audioSpeakingPhrase': data.tolist(),
'audioSamplerate': samplerate
}
)
if response["data"]["voiceBelongsResident"] == False:
rejections = rejections + 1.0
# accuracy must be greater equal 85%
self.assertGreaterEqual((rejections / len(self.residents)) * 100, 60.0)
def test_nonexistent_cpf_except(self):
response = self.client.execute(
self.query,
variables={
'cpf': '1111111111',
'audioSpeakingPhrase': [2.7 * x for x in range(32000)],
'audioSpeakingName': [2.7 * x for x in range(32000)],
'audioSamplerate': 16000
}
)
self.assertIsNotNone(response['errors'])
def test_import_labbook(self, fixture_working_dir):
"""Test batch uploading, but not full import"""
class DummyContext(object):
def __init__(self, file_handle):
self.labbook_loader = None
self.files = {'uploadChunk': file_handle}
client = Client(fixture_working_dir[3], middleware=[LabBookLoaderMiddleware()])
# Create a temporary labbook
lb = LabBook(fixture_working_dir[0])
lb.new(owner={"username": "******"}, name="test-export", description="Tester")
# Create a largeish file in the dir
with open(os.path.join(fixture_working_dir[1], 'testfile.bin'), 'wb') as testfile:
testfile.write(os.urandom(9000000))
FileOperations.insert_file(lb, 'input', testfile.name)
# Export labbook
zip_file = export_labbook_as_zip(lb.root_dir, tempfile.gettempdir())
lb_dir = lb.root_dir
# Get upload params
chunk_size = 4194304
file_info = os.stat(zip_file)
file_size = int(file_info.st_size / 1000)
total_chunks = int(math.ceil(file_info.st_size/chunk_size))
with open(zip_file, 'rb') as tf:
for chunk_index in range(total_chunks):
chunk = io.BytesIO()
chunk.write(tf.read(chunk_size))
chunk.seek(0)
file = FileStorage(chunk)
query = f"""
mutation myMutation{{
importLabbook(input:{{
chunkUploadParams:{{
uploadId: "jfdjfdjdisdjwdoijwlkfjd",
chunkSize: {chunk_size},
totalChunks: {total_chunks},
chunkIndex: {chunk_index},
fileSizeKb: {file_size},
filename: "{os.path.basename(zip_file)}"
}}
}}) {{
importJobKey
buildImageJobKey
}}
}}
"""
result = client.execute(query, context_value=DummyContext(file))
assert "errors" not in result
if chunk_index == total_chunks - 1:
assert type(result['data']['importLabbook']['importJobKey']) == str
assert type(result['data']['importLabbook']['buildImageJobKey']) == str
assert "rq:job:" in result['data']['importLabbook']['importJobKey']
assert "rq:job:" in result['data']['importLabbook']['buildImageJobKey']
chunk.close()
class TestUserSchema(TestCase):
def setUp(self):
self.client = Client(schema, middleware=[passTokenTest])
self.request = RequestFactory().get('/')
self.user = GuestUser.objects.signIn(token='')
self.uid = self.user.id
self.todoId = Todo.objects.create(text='xx', user=self.user).pk
def test_create_todo(self):
self.request.headers = {'authorization': ''}
self.request.uid = self.uid
query = """
mutation ($text:String, $isCompleted:Boolean)
{
createTodo(text:$text, isCompleted:$isCompleted) {
id
text
}
}
"""
response = self.client.execute(query,
variables={'text': 'I am testing'},
context_value=self.request)
assert 'errors' not in response
assert response.get('data').get('createTodo').get(
'text') == 'I am testing'
def test_update_todo(self):
self.request.headers = {'authorization': ''}
self.request.uid = self.uid
query = """
mutation ($id:ID, $text:String, $isCompleted:Boolean)
{
updateTodo(id:$id, text:$text, isCompleted:$isCompleted) {
id
text
}
}
"""
response = self.client.execute(query,
variables={
'id': self.todoId,
'text': 'I am testing'
},
context_value=self.request)
assert 'errors' not in response
assert response.get('data').get('updateTodo').get(
'text') == 'I am testing'
def test_query_todo(self):
self.request.headers = {'authorization': ''}
self.request.uid = self.uid
query = """
query
{
todos {
id
text
}
}
"""
response = self.client.execute(query, context_value=self.request)
assert 'errors' not in response
assert response.get('data').get('todos') is not None
def test_delete_todo(self):
self.request.headers = {'authorization': ''}
self.request.uid = self.uid
query = """
mutation ($id:ID)
{
deleteTodo(id:$id) {
id
}
}
"""
response = self.client.execute(query,
variables={'id': self.todoId},
context_value=self.request)
assert 'errors' not in response
assert response.get('data').get('deleteTodo').get('id') == str(
self.todoId)
class TestDjangoFormQuery:
@pytest.fixture(autouse=True)
def setup_schema(self):
class FormQueryForm(forms.Form):
my_field = forms.CharField(max_length=5)
class FormQuery(DjangoFormQuery):
class Meta:
form_class = FormQueryForm
response = graphene.String()
@classmethod
def perform_query(cls, form, info):
return cls(
response=
f"hello there from query {form.cleaned_data['my_field']}")
class Queries(graphene.ObjectType):
form_query = FormQuery.Field()
self.schema = graphene.Schema(query=Queries)
self.client = Client(self.schema)
def request(self, input):
response = jsonify(
self.client.execute('''
query MyQuery($input: FormQueryInput!) {
formQuery(input: $input) {
errors {
field,
extendedMessages { message, code }
},
response
}
}
''',
variables={'input': input},
context=create_fake_request()))
return response['data']['formQuery']
def test_it_works(self):
assert self.request({'myField': 'boop'}) == {
'errors': [],
'response': 'hello there from query boop'
}
def test_it_returns_errors(self):
assert self.request({'myField': 'boooop'}) == {
'errors': [{
'field':
'myField',
'extendedMessages': [{
'code':
'max_length',
'message':
'Ensure this value has at most 5 characters (it has 6).'
}]
}],
'response':
None
}
def test_query_all_people_counter(self):
client = Client(schema)
executed = client.execute(query_all_people_counter)
self.assertMatchSnapshot(executed)