def witness(report, video_path):
print('Getting detections...')
frame_detections, last_frame = detection.get_frame_detections(video_path)
print('Getting colliders...')
colliders = sorted(frame_detections[-1], key=lambda x: x.area, reverse=True)[:2]
print(len(colliders))
print('Getting surrounding bbox...')
surr_bbox = utils.get_surrounding_box(colliders[0].bbox, colliders[1].bbox)
surr_crop = last_frame[surr_bbox[1]:surr_bbox[1]+surr_bbox[3], surr_bbox[0]:surr_bbox[0]+surr_bbox[2], :]
print('Saving images...')
car1_img = Image.from_arr(colliders[0].img, report.id)
car2_img = Image.from_arr(colliders[1].img, report.id)
accident_img = Image.from_arr(last_frame, report.id)
surr_img = Image.from_arr(surr_crop, report.id)
report.images.append(car1_img)
report.images.append(car2_img)
report.images.append(accident_img)
report.images.append(surr_img)
report.analysis_complete = True
report.car_color = "{},{}".format(color.rgb_to_hex(*color.dominant_color(colliders[0].img)), color.rgb_to_hex(*color.dominant_color(colliders[1].img)))
db.session.commit()
print('Completed analysis...')
return True
def image_upload(request):
pass
"""
Upload an image
:param request: HttpRequest
:return: JsonResponse
"""
status, msg = False, "Invalid Request"
form = ImageUploadForm(request.POST, request.FILES)
if request.user.is_authenticated and form.is_valid():
t = Tools.handle_uploaded_file(request.FILES['file'],
form.extension)
if t[0]:
#delete profile pic if it exist
if form.category == "PI":
pi = Image_DB.objects.filter(username=form.username,
category=form.category)
i = Image_DB(username=form.username,
category=form.category,
url=t[1])
if Image.delete_image(pi.url, request, form.category):
i.save()
status, msg = True, "Success"
return JsonResponse({"status": status, "msg": msg})
def post_image_to_person(args, id):
img = Image(**args)
add_new_obj(img)
#TODO: call to FaceDetector to wake up if not currently woken up, as there's a new image.
#Think thorugh logic need to be absolutely sure that FaceDetector checks for this.
# Send person id to the FaceDetector and tell it to add to the face:
# profile_face=True, person_id_by_human, image_id, face_path
return create_response(img.to_dict(), 201)
def make_image(**kwargs):
user = create_user()
create_account(username=user.username, **kwargs)
with open('default.JPG', 'rb') as f:
file = File(f)
img = Image(image=file, user=user)
img.save()
return img
def test_save_image_without_pic():
image = Image(
title='my picture',
description='my description',
)
image.save()
assert image.title == 'my picture'
assert image.description == 'my description'
def create(self, validated_data):
user = None
request = self.context.get("request")
if request and hasattr(request, "user"):
user = request.user
image_instance = Image(**validated_data)
image_instance.user = user
image_instance.save()
return image_instance
def take_photo(photo_id, group, sample_id):
'''
Calls the Picam class to have the hardware take a picture.
Returns a Picture object
'''
camera = Picam()
file_path = camera.take_still(str(photo_id) + '.jpg')
image = Image(id=photo_id,
group=group,
sample_id=sample_id,
type=Image.PHOTO,
subject=group.subject,
file_path=file_path)
image.save()
return image
def take_photo(photo_id, group, sample_id):
'''
Calls the Picam class to have the hardware take a picture.
Returns a Picture object
'''
camera = Picam()
file_path = camera.take_still(str(photo_id) + '.jpg')
image = Image(id=photo_id,
group=group,
sample_id=sample_id,
type=Image.PHOTO,
subject=group.subject,
file_path=file_path)
image.save()
return image
def create_images(link_array, c_id):
"""
Inserts every image in the array with a category
Parameters
----------
link_array : array
an array of links.
c_id : int
id of a category
"""
for link in link_array:
Image.create_image(link=link[0],
description='',
attribute=link[1],
c_id=c_id)
def image_upload(request):
if request.method != "POST":
return HttpResponse()
source = request.FILES.get('file')
if source != None:
source.name = ImageTool.get_new_random_file_name(source.name)
image = Image(
img=source
)
image.save()
return HttpResponse(json.dumps({
'success': True,
'path': image.img.url
}))
else:
return HttpResponse(json.dumps({
'success': False,
}))
def test_parse_image_bad_url(mocker):
mocker.patch('api.api.is_valid_url', return_value=False)
image_url = 'some url'
image = Image(
title='my picture',
description='my description',
)
result = parse_image(image, image_url)
assert not result
def test_parse_image_good_url_non_picture(mocker):
mocker.patch('api.api.is_valid_url', return_value=True)
mocker.patch('api.api.retrieve_image', return_value=(None, None))
image_url = 'some url'
image = Image(
title='my picture',
description='my description',
)
result = parse_image(image, image_url)
assert not result
def hit(report, video_path):
print('Getting detections...')
frame_detections, last_frame = detection.get_frame_detections(video_path)
print('Finding nested detections...')
# Get a list of nested detection pairs by bounding box
# pairs = detection.find_nested_detections(frame_detections)
print(len(frame_detections))
print('Finding target...')
# The largest area is probably the car that hit us
target = sorted(frame_detections, key=lambda x: x[0].area, reverse=True)[0]
# Extract info from the target
car_det = target[0]
# license_det = target[1]
print('Saving images...')
# Save images
car_img = Image.from_arr(car_det.img, report.id)
# license_img = Image.from_arr(license_det.img, report.id)
accident_img = Image.from_arr(last_frame, report.id)
print('Adding images to report...')
# Add images to the report
report.images.append(car_img)
# report.images.append(license_img)
report.images.append(accident_img)
db.session.commit()
print('Reporting analysis...')
report.analysis_complete = True
report.car_color = color.rgb_to_hex(*color.dominant_color(car_det.img))
db.session.commit()
print('Completed analysis...')
return True
def setUp(self):
self.user_data = {
"username": "******",
"first_name": "black",
"last_name": "panther",
}
user_instance = User(**self.user_data)
user_instance.set_password("gamora")
user_instance.save()
image_instance = Image()
image_instance.user = user_instance
image_instance.image = File(create_test_image())
image_instance.name = "test"
image_instance.color = "BLACK"
image_instance.save()
def generate_chart(sample_id, image_id):
sample = get_object_or_404(Sample, id=sample_id)
readings = csv_string_to_int_list(sample.data)
the_title = 'Readings for ' + sample.reading_type + ' sample ' + str(sample_id)
if sample.description:
the_title += "\n" + sample.description
x = range(len(readings))
plt.bar(x, readings, 1, color='black')
plt.title(the_title)
plt.xlabel('wavelength (340 - 780nm)')
plt.ylabel('magnitude')
root_directory = '/home/pi/Pictures' # TODO move this into settings:IMAGE_SAVE_PATH
file_path = os.path.join(root_directory, (str(image_id) + '.png'))
image = Image(id=image_id,
group=sample.group,
sample_id=sample_id,
type=Image.BAR_CHART,
file_path=file_path)
image.save() # save the image record
plt.savefig(file_path) # save the actual file with the image
def fill_tables():
r1 = Repository(repository_path="img_dir", repository_type="local")
p1 = Person(name="Nick")
p2 = Person(name="John")
p3 = Person(name="Mary")
img1 = Image(image_path="img1.png", repository=r1)
img2 = Image(image_path="img2.png", repository=r1)
face1 = Face(face_path=".face/f1.png",
image=img1,
person_by_human=p1,
profile_face=True)
face2 = Face(face_path=".face/f2.png",
image=img1,
person_by_human=p2,
profile_face=True)
# want to check getting unknown faces
np_arr = np.array([1, 2, 4, 3], dtype=np.float32)
bin_data = pickle.dumps(np_arr)
logger.info(bin_data)
face3 = Face(face_path=".face/f3.png", image=img2, embedding=bin_data)
db.session.add_all([face1, face2, face3])
db.session.commit()
return create_response()
def add_directories(repo):
logger.info("adding directories")
repo_path = repo.repository_path
image_paths = []
extensions = ['.jpg', '.JPG']
for ext in extensions:
for path in Path(repo_path).rglob(f"*{ext}"):
formatted_path = Path(str(path).replace(repo_path, ""))
image_paths.append(str(formatted_path))
images = []
for img_path in image_paths:
images.append(Image(image_path=img_path, repository_id=repo.id))
add_new_obj(images)
logger.info(image_paths)
def add_image():
item_id = request.form['id']
print(item_id)
img = request.files['file']
filename = str(datetime.now().year) + str(datetime.now().month) + str(
datetime.now().day) + str(datetime.now().hour) + str(
datetime.now().minute) + str(datetime.now().second) + str(
datetime.now().microsecond) + "." + img.filename.split(".")[-1]
img.save(os.path.join(UPLOAD_DIRECTORY, filename))
itm = Item.query.filter_by(id=item_id).first()
im = Image(picname=filename, item=itm)
db.session.add(im)
db.session.commit()
return './pics/' + filename, 201
def generate_chart(sample_id, image_id):
sample = get_object_or_404(Sample, id=sample_id)
readings = csv_string_to_int_list(sample.data)
the_title = 'Readings for ' + sample.reading_type + ' sample ' + str(
sample_id)
if sample.description:
the_title += "\n" + sample.description
x = range(len(readings))
plt.bar(x, readings, 1, color='black')
plt.title(the_title)
plt.xlabel('wavelength (340 - 780nm)')
plt.ylabel('magnitude')
root_directory = '/home/pi/Pictures' # TODO move this into settings:IMAGE_SAVE_PATH
file_path = os.path.join(root_directory, (str(image_id) + '.png'))
image = Image(id=image_id,
group=sample.group,
sample_id=sample_id,
type=Image.BAR_CHART,
file_path=file_path)
image.save() # save the image record
plt.savefig(file_path) # save the actual file with the image
def uploadImage(id):
image = request.files["image"]
try:
account_type = int(request.form["account_type"])
except:
msg = "Level param doesn't exist or isn't an int"
return create_response(status=422, message=msg)
account = None
try:
image_response = imgur_client.send_image(image)
except:
return create_response(status=400, message=f"Image upload failed")
try:
if account_type == Account.MENTEE:
account = MenteeProfile.objects.get(id=id)
elif account_type == Account.MENTOR:
account = MentorProfile.objects.get(id=id)
else:
msg = "Level param doesn't match existing account types"
return create_response(status=422, message=msg)
except:
msg = ""
if account_type == Account.MENTEE:
msg = "No mentee with that id"
elif account_type == Account.MENTOR:
msg = "No mentor with that id"
logger.info(msg)
return create_response(status=422, message=msg)
try:
if account.image is True and account.image.image_hash is True:
image_response = imgur_client.delete_image(
account.image.image_hash)
except:
logger.info("Failed to delete image but saving new image")
new_image = Image(
url=image_response["data"]["link"],
image_hash=image_response["data"]["deletehash"],
)
account.image = new_image
account.save()
return create_response(status=200, message=f"Success")
def create(self, request):
try:
# tokenの確認
authorization = self.check_authorization()
if authorization:
# tokenがなかったり違っていたらJSONレスポンスを返す
return authorization
# JSONの読み込み
data = json.loads(request.body)
# base64を受け取る
image = data['image']
# category
category = data['category']
# post_id
post_id = data.get('post_id')
# base64の確認
if not isinstance(image, six.string_types):
# 数字だった場合400を返す
return JsonResponse({'message': 'Does not base64'}, status=400)
# base64で受け取った値を変換してファイルとして保存できるようにする
file = base64.b64decode(image)
# ファイルサイズの制限(とりあえず1MB)
if len(file) > 1000000:
return JsonResponse(
{'message': 'Please set it to 1MB or less'}, status=400)
except:
# JSONの読み込みに失敗
return JsonResponse({'message': 'Post data injustice'}, status=400)
# 写真の保存
image = Image.create(file, category, self.token.user_id, post_id)
# 写真が保存されたレスポンスを返す
results = {
'id': str(image.id),
'image': str(image.image),
}
return JsonResponse(results, status=201)
def run(self):
# Close connections to database, to prevent problems.
db.connections.close_all()
for row in csv_reader(self.csv_file, self.charset):
for value in row:
# Skip already saved files.
if Image.objects.filter(source__iexact=value):
continue
image_file, image_type = download_image(value)
if image_file is None:
continue
random_string = get_random_string(RANDOM_FILENAME_LENGTH)
# Create database image object and save it.
image = Image(source=value, type=image_type)
# Saving file as described in
# http://www.revsys.com/blog/2014/dec/03/loading-django-files-from-code/
image.file.save('{}.original.{}'.format(
random_string, image_type),
image_file,
save=True)
def uploadFile():
if request.method == "POST":
for i in request.files:
form_picture = request.files[str(i)]
# Create hexa filename
random_hex = secrets.token_hex(8)
# Get extension of the file
_, f_ext = os.path.splitext(form_picture.filename)
# build new filename
picture_filename = random_hex + f_ext
# Build path
picture_path = os.path.join("images/", picture_filename)
# Resize image
output_size = (600, 600)
img = PilImage.open(form_picture)
img.thumbnail(output_size)
# Save image in filesystem
img.save(picture_path)
# add to database
db_image = Image(source=picture_filename)
db.session.add(db_image)
# COMMIT OUTSIDE OF THE LOOP ?
db.session.commit()
return json.dumps({"status": "success"})
def populate():
"""Method that populates the databse with data"""
db.session.close()
db.drop_all()
db.create_all()
User.create_user("admin", "admin")
c_male = Category.create_category(name="Jongen",
metacategory=Metacategory.gender)
c_female = Category.create_category(name="Meisje",
metacategory=Metacategory.gender)
c_programmer = Category.create_category(
name="Programmeur", metacategory=Metacategory.profession)
c_writer = Category.create_category(name="Schrijver",
metacategory=Metacategory.profession)
c_alone = Category.create_category(name="Alleen",
metacategory=Metacategory.social)
c_together = Category.create_category(name="Samen",
metacategory=Metacategory.social)
c_gaming = Category.create_category(name="Gamen",
metacategory=Metacategory.hobby)
c_tennis = Category.create_category(name="Tennis",
metacategory=Metacategory.hobby)
male_images = [
'https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276420/Gender/gender_male_1_dh1pbq.png',
'https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276420/Gender/gender_male_2_bsbqc9.png',
'https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276421/Gender/gender_male_3_eknmuv.png',
'https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276421/Gender/gender_male_4_d1clch.png'
]
female_images = [
'https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276422/Gender/gender_female_1_nph1ga.png',
'https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276420/Gender/gender_female_2_fjfxrv.png',
'https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276420/Gender/gender_female_3_erg7nd.png',
'https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276420/Gender/gender_female_4_b0vc8l.png'
]
programmer_images = [
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276505/Profession/profession_programmer_1_c6pvby.png",
"App"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276504/Profession/profession_programmer_2_rbcfov.png",
"Laptop"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276504/Profession/profession_programmer_3_cjwqsw.png",
"Keyboard"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276504/Profession/profession_programmer_4_xbviey.png",
"Website")
]
writer_images = [
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276504/Profession/profession_writer_1_o8xzue.png",
"Newspaper"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276504/Profession/profession_writer_2_mmpdnx.png",
"Papers"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276505/Profession/profession_writer_3_qyl8aq.png",
"Pen"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276505/Profession/profession_writer_4_tbvw0b.png",
"Book")
]
gaming_images = [
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276493/Hobby/hobby_gaming_1_tlfl07.png",
"Game Controller"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276493/Hobby/hobby_gaming_2_ruribs.png",
"Game Controller"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276493/Hobby/hobby_gaming_3_hvkfme.png",
"Game Controller"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276493/Hobby/hobby_gaming_4_cb1doe.png",
"Game Controller")
]
tenis_images = [
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276495/Hobby/hobby_tennis_1_ei7yic.png",
"Net"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276493/Hobby/hobby_tennis_2_qx7tms.png",
"Racket"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276493/Hobby/hobby_tennis_3_pdsnou.png",
"Shoe"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276493/Hobby/hobby_tennis_4_v5yam2.png",
"Ball")
]
alone_images = [
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276518/Social/social_alone_1_wy8rpb.png",
"Alone"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276516/Social/social_alone_2_vy3tmr.png",
"Alone"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276518/Social/social_alone_3_ygnsbz.png",
"Alone"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276517/Social/social_alone_4_ppasf1.png",
"Alone")
]
together_images = [
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276518/Social/social_together_1_eumalw.png",
"Together"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276517/Social/social_together_2_ketyo1.png",
"Together"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276517/Social/social_together_3_s4wzba.png",
"Together"),
("https://res.cloudinary.com/hctr0xmqp/image/upload/v1591276517/Social/social_together_4_ea2yka.png",
"Together")
]
for link in male_images:
Image.create_image(link=link,
description="Man",
attribute='man standing',
c_id=c_male.id)
for link in female_images:
Image.create_image(link=link,
description='Girl',
attribute='girl standing',
c_id=c_female.id)
create_images(programmer_images, c_programmer.id)
create_images(writer_images, c_writer.id)
create_images(gaming_images, c_gaming.id)
create_images(tenis_images, c_tennis.id)
create_images(alone_images, c_alone.id)
create_images(together_images, c_together.id)
# likert
create_likert(
"Ik ben sociaal. "
"Als je sociaal bent maak je makkelijk vrienden en werk je graag samen"
)
create_likert("Ik ben graag de beste")
create_likert("Ik ben gek op computers")
create_likert("Ik wil later programmeur worden")
create_likert(
"Programmeurs zijn sociaal. "
"Als je sociaal bent maak je makkelijk vrienden en werk je graag samen"
)
create_likert("Programmeurs houden ervan om de beste te zijn")
create_likert(
"Programmeurs zijn gek op computers en hebben weinig andere hobby’s")
create_likert("Programmeur zijn, dat is een beroep voor mannen")
create_likert("Programmeur zijn, dat is een beroep voor vrouwen")
create_likert(
"Schrijvers zijn sociaal. "
"Als je sociaal bent maak je makkelijk vrienden en werk je graag samen"
)
create_likert("Schrijvers houden ervan om de beste te zijn")
create_likert(
"Schrijvers zijn gek op computers en hebben weinig andere hobby’s")
create_likert("Schrijver zijn, dat is een beroep voor mannen")
create_likert("Schrijver zijn, dat is een beroep voor vrouwen")
Question.create_question(q_type=QuestionType.open_question,
text="Wat doet een programmeur?")
video_female = Image.create_image(link="173d_-zTd1o",
description='Role model intervention',
attribute='Female')
video_male = Image.create_image(link="hEMOMVZbSBE",
description='Role model intervention',
attribute='Male')
# video_question
Question.create_question(q_type=QuestionType.video, images=[video_female])
mc_1 = Question.create_question(q_type=QuestionType.mc_single_answer,
text="Hoe oud ben je?",
information=ParticipantInformationType.age)
for i in range(6, 19):
QuestionChoice.create_choice(choice_num=i - 5,
q_id=mc_1.id,
text=str(i))
QuestionChoice.create_choice(choice_num=14, q_id=mc_1.id, text="Anders")
mc_2 = Question.create_question(
q_type=QuestionType.mc_multiple_answer,
text="Wat is jouw achtergrond? Er zijn meerdere antwoorden mogelijk.",
information=ParticipantInformationType.ethnicity)
for i, ethnicity in enumerate(Ethnicity.__iter__(), 1):
QuestionChoice.create_choice(choice_num=i,
q_id=mc_2.id,
text=ethnicity.value)
mc_3 = Question.create_question(
q_type=QuestionType.mc_single_answer,
text="Ik voel me een ...",
information=ParticipantInformationType.gender)
for i, gender in enumerate(Gender.__iter__(), 1):
QuestionChoice.create_choice(choice_num=i,
q_id=mc_3.id,
text=gender.value)
Question.create_question(
q_type=QuestionType.notes,
text="Researcher notes",
information=ParticipantInformationType.researcher_notes)
# video_question
Question.create_question(q_type=QuestionType.video, images=[video_male])
def get_wiki(request):
lat = request.GET.get('lat', '')
lon = request.GET.get('lon', '')
locu_url = 'https://sv.wikipedia.org/w/api.php?action=query&prop=images&list=geosearch&gsradius=1000&gscoord='+lat+'%7C'+lon+'&format=json'
print(locu_url)
resp = requests.get(locu_url)
x = resp.json()
geosearch = x["query"]["geosearch"]
newgeosearch = []
for geo in geosearch:
newGeo = GeoSearch()
newGeo.pageId = geo["pageid"]
newGeo.lat = geo["lat"]
newGeo.lon = geo["lon"]
newGeo.title = geo["title"]
imageUrl = 'https://sv.wikipedia.org/w/api.php?action=query&prop=extracts|images&exintro=&explaintext=&format=json&pageids='+str(geo["pageid"])
respImage = requests.get(imageUrl)
respoImageJson = respImage.json()
newGeo.desc = respoImageJson["query"]["pages"][str(newGeo.pageId)]["extract"]
images = respoImageJson["query"]["pages"][str(newGeo.pageId)]["images"]
if len(images) > 0:
newImage = Image()
newImage.title = images[0]["title"]
words = newImage.title.split(":")
if len(words):
filename = words[1]
fileUrl = "https://en.wikipedia.org/w/api.php?action=query&titles=File:"+filename+"&prop=imageinfo&iiprop=url&format=json"
fileResp = requests.get(fileUrl)
fileJson = fileResp.json()
# print(fileUrl)
try:
imageInfo = fileJson["query"]["pages"]["33285577"]["imageinfo"][0]["url"]
# imageInfo = fileJson["query"]["pages"]["-1"]["imageinfo"]["url"]
print("###################")
print(fileJson)
print("*******************")
print(imageInfo)
print("###################")
print("\n")
except:
try:
imageInfo = fileJson["query"]["pages"]["-1"]["imageinfo"][0]["url"]
except:
imageInfo = ""
# print(fileUrl)
# print(fileJson)
# fileJson["query"]["pages"]["-1"]["imageinfo"]["url"]
newGeo.imageurl = imageInfo
newgeosearch.append(json.JSONDecoder().decode(json.dumps(newGeo, default=default)))
return Response(newgeosearch, status=status.HTTP_200_OK)
def populate():
"""Method that populates the databse with data"""
db.session.close()
db.drop_all()
db.create_all()
# User.create_user("admin", "admin")
c_male = Category.create_category(name="Jongen",
metacategory=Metacategory.gender)
c_female = Category.create_category(name="Meisje",
metacategory=Metacategory.gender)
c_programmer = Category.create_category(
name="Programmeur", metacategory=Metacategory.profession)
c_writer = Category.create_category(name="Schrijver",
metacategory=Metacategory.profession)
c_alone = Category.create_category(name="Alleen",
metacategory=Metacategory.social)
c_together = Category.create_category(name="Samen",
metacategory=Metacategory.social)
c_gaming = Category.create_category(name="Videospelletjes spelen",
metacategory=Metacategory.hobby)
c_tennis = Category.create_category(name="Tennissen",
metacategory=Metacategory.hobby)
c_fruit = Category.create_category(name="Fruit",
metacategory=Metacategory.demo)
c_vegetable = Category.create_category(name="Groente",
metacategory=Metacategory.demo)
male_images = [
'https://res.cloudinary.com/hwutobbxz/image/upload/v1596306179/gender/boy-1_xbqkzy.png',
'https://res.cloudinary.com/hwutobbxz/image/upload/v1596306179/gender/boy-2_smpd2z.png',
'https://res.cloudinary.com/hwutobbxz/image/upload/v1596306179/gender/boy-3_r4ytga.png',
'https://res.cloudinary.com/hwutobbxz/image/upload/v1596306179/gender/boy-4_nwlwjy.png'
]
female_images = [
'https://res.cloudinary.com/hwutobbxz/image/upload/v1596306179/gender/girl-1_kwkmrz.png',
'https://res.cloudinary.com/hwutobbxz/image/upload/v1596306179/gender/girl-2_rhniuk.png',
'https://res.cloudinary.com/hwutobbxz/image/upload/v1596306179/gender/girl-3_xe1a9u.png',
'https://res.cloudinary.com/hwutobbxz/image/upload/v1596306180/gender/girl-4_xkvjjs.png'
]
programmer_images = [
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306549/profession/programmer-1_ulwehs.png",
"Website"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306550/profession/programmer-2_lof1xf.png",
"App"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306550/profession/programmer-4_pidzdt.png",
"Call"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306550/profession/programmer-3_eg4wkm.png",
"Streaming")
]
writer_images = [
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306550/profession/writer-1_eztpu9.png",
"Newspaper"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306550/profession/writer-2_rkpv82.png",
"Papers"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306550/profession/writer-3_irllf9.png",
"Magazine"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306551/profession/writer-4_o7htgn.png",
"Book")
]
gaming_images = [
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306334/hobby/game-1_n9io3s.png",
"Game Controller"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306334/hobby/game-2_aquxcc.png",
"Game Controller"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306334/hobby/game-3_spykmr.png",
"Game Controller"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306334/hobby/game-4_pauwrg.png",
"Game Controller")
]
tennis_images = [
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306334/hobby/tennis-1_smfocf.png",
"Net"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306334/hobby/tennis-2_nfparh.png",
"Racket"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306334/hobby/tennis-3_ezuh7s.png",
"Shoe"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306334/hobby/tennis-4_wxlwze.png",
"Ball")
]
alone_images = [
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306654/social/alone-1_hvi8pd.png",
"Alone"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306654/social/alone-2_pitedg.png",
"Alone"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306654/social/alone-3_ez8euu.png",
"Alone"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306654/social/alone-4_adw4ji.png",
"Alone")
]
together_images = [
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306655/social/together-1_y4i6i4.png",
"Together"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306655/social/together-2_edkl5i.png",
"Together"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306654/social/together-3_dwqijb.png",
"Together"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306654/social/together-4_ai0lmg.png",
"Together")
]
fruit_images = [
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596305962/demo/fruit-1_evzbef.png",
"Fruit"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306043/demo/fruit-2_xfiwal.png",
"Fruit"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306043/demo/fruit-3_cozz4g.png",
"Fruit"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306043/demo/fruit-4_sgdvu9.png",
"Fruit")
]
vegetable_images = [
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306043/demo/vegetable-1_u4jotx.png",
"Vegetable"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306043/demo/vegetable-2_lwst5m.png",
"Vegetable"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306043/demo/vegetable-3_h079fa.png",
"Vegetable"),
("https://res.cloudinary.com/hwutobbxz/image/upload/v1596306046/demo/vegetable-4_xm9cyn.png",
"Vegetable")
]
for link in male_images:
Image.create_image(link=link,
description="Man",
attribute='man standing',
c_id=c_male.id)
for link in female_images:
Image.create_image(link=link,
description='Girl',
attribute='girl standing',
c_id=c_female.id)
create_images(programmer_images, c_programmer.id)
create_images(writer_images, c_writer.id)
create_images(gaming_images, c_gaming.id)
create_images(tennis_images, c_tennis.id)
create_images(alone_images, c_alone.id)
create_images(together_images, c_together.id)
create_images(fruit_images, c_fruit.id)
create_images(vegetable_images, c_vegetable.id)
# likert
## Demographics 1-5
create_likert(
"Ik maak makkelijk vrienden en werk graag samen.",
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200541/audio/1_ywbmuk.m4a'
)
create_likert(
"Ik ben gek op computers",
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200541/audio/2_qty6fj.m4a'
)
create_likert(
"Ik vind het het leukst om",
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200542/audio/3_e3qsyz.m4a'
)
create_likert(
"Als ik dat zou willen, zou ik later programmeur kunnen worden.",
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200542/audio/4_yxejoq.m4a'
)
create_likert(
"Ik wil later programmeur worden",
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200542/audio/5_r7ghrl.m4a'
)
## 6-10
create_likert(
"Wie maakt het makkelijkst vrienden en werkt het liefst samen?",
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200541/audio/6_tbouud.m4a'
)
create_likert(
"Wie speelt er het liefste videospelletjes?",
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200541/audio/7_wiwrjx.m4a'
)
create_likert(
"Wie speelt er het liefste tennis?",
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200541/audio/8_l9xs3q.m4a'
)
create_likert(
"Welk beroep vind jij iets voor meisjes?",
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200541/audio/9_zqwjng.m4a'
)
create_likert(
"Welk beroep vind jij iets voor jongens?",
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200542/audio/10_qjljyp.m4a'
)
## 11-14
create_likert(
"Programmeurs maken makkelijk vrienden en werken graag samen.",
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200542/audio/11_g0dvmj.m4a'
)
create_likert(
"Programmeurs zijn gek op computers en hebben weinig andere hobby’s.",
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200542/audio/12_nvbyjz.m4a'
)
create_likert(
"Programmeur zijn, dat is een beroep voor",
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200542/audio/13_x4cjuw.m4a'
)
create_likert("Vraag 14", '')
#15
Question.create_question(
q_type=QuestionType.open_question,
text="Wat doet een programmeur?",
audio=
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200543/audio/15_kgj5ql.m4a'
)
video_female = Image.create_image(link="B3600xjaz3Y",
description='Role model intervention',
attribute='Female')
video_male = Image.create_image(link="SwISXzPoNUQ",
description='Role model intervention',
attribute='Male')
# video_question 16
Question.create_question(q_type=QuestionType.video, images=[video_female])
# demographics
## 17 18 19
mc_1 = Question.create_question(
q_type=QuestionType.mc_single_answer,
text="Hoe oud ben je?",
information=ParticipantInformationType.age,
audio=
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200542/audio/17_fcwq8f.m4a'
)
for i in range(7, 19):
QuestionChoice.create_choice(choice_num=i - 6,
q_id=mc_1.id,
text=str(i))
QuestionChoice.create_choice(choice_num=13, q_id=mc_1.id, text="Anders")
mc_2 = Question.create_question(
q_type=QuestionType.mc_multiple_answer,
text=
"Waar zijn jouw ouders/verzorgers geboren? Er zijn meerdere antwoorden mogelijk.",
information=ParticipantInformationType.ethnicity,
audio=
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200543/audio/18_etdcmb.m4a'
)
for i, ethnicity in enumerate(Ethnicity.__iter__(), 1):
QuestionChoice.create_choice(choice_num=i,
q_id=mc_2.id,
text=ethnicity.value)
mc_3 = Question.create_question(
q_type=QuestionType.mc_single_answer,
text="Ik voel me een ...",
information=ParticipantInformationType.gender,
audio=
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200542/audio/19_iiqikw.m4a'
)
for i, gender in enumerate(Gender.__iter__(), 1):
QuestionChoice.create_choice(choice_num=i,
q_id=mc_3.id,
text=gender.value)
# 20
Question.create_question(
q_type=QuestionType.notes,
text="Researcher notes",
information=ParticipantInformationType.researcher_notes)
# video_question 21
Question.create_question(q_type=QuestionType.video, images=[video_male])
# experience
## 22 23
mc_4 = Question.create_question(
q_type=QuestionType.mc_multiple_answer,
text=
"Heb je wel eens geprogrammeerd? Er zijn meerdere antwoorden mogelijk",
information=ParticipantInformationType.experience,
audio=
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200543/audio/22_jlrycd.m4a'
)
for i, experience in enumerate(Experience.__iter__(), 1):
QuestionChoice.create_choice(choice_num=i,
q_id=mc_4.id,
text=experience.value)
mc_5 = Question.create_question(
q_type=QuestionType.mc_multiple_answer,
text="Ken jij een programmeur? Er zijn meerdere antwoorden mogelijk",
information=ParticipantInformationType.familiar,
audio=
'https://res.cloudinary.com/hwutobbxz/video/upload/v1596200543/audio/23_iicnjg.m4a'
)
for i, familiar in enumerate(Familiar.__iter__(), 1):
QuestionChoice.create_choice(choice_num=i,
q_id=mc_5.id,
text=familiar.value)
def create(self, valideted_data):
img = Image()
img.image = valideted_data['image']
img.save()
return img
def setUp(self):
self.view = ImageViewSet.as_view()
self.factory = APIRequestFactory()
self.correct_data = {'uri': '/some/path/to/image.png'}
self.error_data = {'random': 'random^2'}
image = Image(uri='/some/path/to/Image1.png')
image.save()
image = Image(uri='/some/path/to/Image2.png')
image.save()
image = Image(uri='/some/path/to/Image3.png')
image.save()
def test_default_values(self):
image = Image()
self.assertEqual(image.file, '')
def new_task():
post_json = request.get_json()
# Kunde anlegen oder über ID selektieren
customer = None
cus_id = None
if hasattr(post_json, "cusID"):
cus_id = post_json["cusID"]
else:
customer = Customer(
cus_title = post_json["gender"],
cus_first_name = post_json["firstName"],
cus_last_name = post_json["lastName"],
cus_email = post_json["email"],
cus_phone_no = post_json["prefixNumber"] + " " + post_json["phone"],
cus_street = post_json["street"],
cus_house_number = post_json["houseNumber"],
cus_post_code = post_json["postCode"]
)
db.session.add(customer) # pylint: disable=maybe-no-member
db.session.commit() # pylint: disable=maybe-no-member
cus_id = customer.cus_id
# Gerät anlegen oder über ID selektieren
device = None
dev_id = None
if hasattr(post_json, "devID"):
dev_id = post_json["devID"]
else:
device = Device(
dev_name = post_json["devName"],
dev_model = post_json["devModel"],
dev_category = post_json["categoryName"],
dev_electronic_mechanical_type = post_json["electricalMechanical"],
dev_mnf_name = post_json["manufacturerName"],
)
db.session.add(device) # pylint: disable=maybe-no-member
db.session.commit() # pylint: disable=maybe-no-member
dev_id = device.dev_id
new_task = Task(
tsk_fault_description = post_json["faultDescription"],
tsk_creation_date = datetime.now(),
tsk_cus_id = cus_id,
tsk_dev_id = dev_id,
tsk_state = "new",
tsk_next_step = "not_set",
)
db.session.add(new_task) # pylint: disable=maybe-no-member
db.session.commit() # pylint: disable=maybe-no-member
tk = generate_token("customer", new_task.tsk_id)
# QR-Code generieren
image_file = generate_qrcode_label("customer", new_task.tsk_id, tk)
# Files anlegen
files = post_json["files"]
for filename in files:
new_file = Image(img_filename=filename, img_tsk_id=new_task.tsk_id)
db.session.add(new_file) # pylint: disable=maybe-no-member
db.session.commit() # pylint: disable=maybe-no-member
# Token als neuer Token in der Session speichern.
session['NEW_TOKEN'] = tk
return {'tsk_id':new_task.tsk_id, 'tsk_token': tk}
