def test_classes():
ops = [{
"insert": "Quill",
"attributes": {
"font": "monospace",
"size": "huge"
}
}]
source = '<p><span class="ql-font-monospace ql-size-huge">Quill</span></p>'
assert html.render(ops) == source
ops = [{
"insert": "Quill",
"attributes": {
"font": "serif",
"size": "large"
}
}]
source = '<p><span class="ql-font-serif ql-size-large">Quill</span></p>'
assert html.render(ops) == source
ops = [{
"insert": "Quill",
"attributes": {
"font": "sans-serif",
"size": "small"
}
}]
source = '<p><span class="ql-size-small">Quill</span></p>'
assert html.render(ops) == source
def test_script():
ops = [{"insert": "Quill", "attributes": {"script": "sub"}}]
source = '<p><sub>Quill</sub></p>'
assert html.render(ops) == source
ops = [{"insert": "Quill", "attributes": {"script": "super"}}]
source = '<p><sup>Quill</sup></p>'
assert html.render(ops) == source
def test_strong():
ops = [{"insert": "Quill", "attributes": {"bold": True}}]
source = '<p><strong>Quill</strong></p>'
assert html.render(ops) == source
ops = [{"insert": "Quill", "attributes": {"strong": True}}]
source = '<p><strong>Quill</strong></p>'
assert html.render(ops) == source
def test_em():
ops = [{"insert": "Quill", "attributes": {"italic": True}}]
source = '<p><em>Quill</em></p>'
assert html.render(ops) == source
ops = [{"insert": "Quill", "attributes": {"em": True}}]
source = '<p><em>Quill</em></p>'
assert html.render(ops) == source
def test_header():
ops = [{"insert": "Quill", "attributes": {"header": 1}}]
source = '<h1>Quill</h1>'
assert html.render(ops) == source
ops = [{"insert": "Quill", "attributes": {"header": 5}}]
source = '<h5>Quill</h5>'
assert html.render(ops) == source
ops = [{"insert": "Quill"}, {"insert": "\n", "attributes": {"header": 2}}]
source = '<h2>Quill</h2>'
assert html.render(ops) == source
def test_lists():
ops = [{
"insert": "item 1"
}, {
"insert": "\n",
"attributes": {
"list": "ordered",
"indent": 1
}
}, {
"insert": "item 2"
}, {
"insert": "\n",
"attributes": {
"list": "ordered"
}
}, {
"insert": "item 3"
}, {
"insert": "\n",
"attributes": {
"list": "ordered"
}
}]
source = "<ol><li class=\"ql-indent-1\">item 1</li><li>item 2</li><li>item 3</li></ol>"
assert html.render(ops) == source
ops = [{
"insert": "item 1"
}, {
"insert": "\n",
"attributes": {
"list": "bullet",
"indent": 2
}
}, {
"insert": "item 2"
}, {
"insert": "\n",
"attributes": {
"list": "bullet"
}
}, {
"insert": "item 3"
}, {
"insert": "\n",
"attributes": {
"list": "bullet"
}
}]
source = "<ul><li class=\"ql-indent-2\">item 1</li><li>item 2</li><li>item 3</li></ul>"
assert html.render(ops) == source
def test_colors():
ops = [
{"insert": "quill", "attributes": {"background": "#000000"}}
]
source = '<p><span style="background-color: #000">quill</span></p>'
assert html.render(ops) == source
ops = [
{"insert": "quill", "attributes": {"background": "#000000", "color": "#FFFFFF"}}
]
source = '<p><span style="background-color: #000; color: #FFF">quill</span></p>'
assert html.render(ops) == source
def test_direction():
ops = [
{"insert": "quill"},
{"insert": "\n", "attributes": {"direction": "rtl"}}
]
source = '<p class="ql-direction-rtl">quill</p>'
assert html.render(ops) == source
def test_codeblock():
from delta.html import CODE_BLOCK_CLASS
ops = [
{"insert":"Quill", "attributes": {"code-block": True}}
]
source = '<pre class="%s" spellcheck="false">Quill</pre>' % CODE_BLOCK_CLASS
assert html.render(ops) == source
def test_align():
ops = [
{"insert": "quill"},
{"insert": "\n", "attributes": {"align": "center"}}
]
source = '<p class="ql-align-center">quill</p>'
assert html.render(ops) == source
def test_blockquote():
ops = [
{'insert': 'One\nTwo\nQuote'},
{'insert': '\n', 'attributes': {'blockquote': True}}
]
source = '<p>One</p><p>Two</p><blockquote>Quote</blockquote>'
assert html.render(ops) == source
def test_basics():
ops = [
{
"insert": "Quill\nEditor\n\n"
},
{
"insert": "bold",
"attributes": {
"bold": True
}
},
{
"insert": " and the "
},
{
"insert": "italic",
"attributes": {
"italic": True
}
},
{
"insert": "\n\nNormal\n"
},
]
source = '<p>Quill</p><p>Editor</p><p><br></p><p><strong>bold</strong> and the <em>italic</em></p><p><br></p><p>Normal</p>'
assert html.render(ops) == source
def test_video():
ops = [
{"insert":{"video":"https://www.youtube.com/embed/NAb9V08zcBE"}},
{"insert": "\n"}
]
source = '<iframe class="ql-video" frameborder="0" allowfullscreen="true" src="https://www.youtube.com/embed/NAb9V08zcBE"></iframe><p><br></p>'
assert html.render(ops) == source
def test_indent():
for i in range(1, 9):
ops = [
{"insert": "quill", "attributes": {"indent": i}}
]
source = '<p class="ql-indent-%d">quill</p>' % i
assert html.render(ops) == source
def test_link():
ops = [{
'insert': "example.com",
"attributes": {
"link": "http://example.com"
}
}]
source = '<p><a href="http://example.com">example.com</a></p>'
assert html.render(ops) == source
def get_article_as_html(self):
article_html = ""
if self.titlePicture:
article_html = "<img class='img-fluid' src='/pictures/" + Newspicture.query.get(self.titlePicture).path + "'>"
article_html += "<h1>" + self.title + "</h1>\n"
article_html += "<p class='ingress'>" + self.ingress + "</p>\n"
article_html += quill_parser.render(self.text["ops"])
return article_html
def test_image_width():
ops = [{
'insert': {
'image': 'https://i.imgur.com/ZMSUFEU.gif'
},
'attributes': {
'width': '196',
'height': '200'
}
}]
source = '<p><img src="https://i.imgur.com/ZMSUFEU.gif" width="196" height="200"></p>'
assert html.render(ops) == source
def render(self, fichier):
""" Genere le contenu HTML """
delta = self._message_publication['quilldelta']
delta_html = html.render(delta['ops'], pretty=True)
# fichier.write('<html><head>'.encode('utf-8'))
# fichier.write('<meta charset="UTF-8">\n'.encode('utf-8'))
# fichier.write((
# '<title>%s</title>' % self._message_publication['titre']
# ).encode('utf-8'))
# fichier.write('</head><body>'.encode('utf-8'))
fichier.write(delta_html.encode('utf-8'))
def test_unsupported_style_attribute():
ops = [{
"insert": "quill",
"attributes": {
"color": "var(--some-color)",
"background": "#000000"
}
}]
source = '<p><span style="background-color: #000">quill</span></p>'
assert html.render(ops) == source
ops = [{
"insert": "quill",
"attributes": {
"background": "#000000",
"color": "#FFFFFF"
}
}]
source = '<p><span style="background-color: #000; color: #FFF">quill</span></p>'
assert html.render(ops) == source
def AddCampaignProcess(request):
# if this is a POST request we need to process the form data
if request.method == 'POST':
form = AddCampaignForm(request.POST, request.FILES)
#print(request.FILES['coverImage'])
# print(request.POST)
# print(request.FILES)
# print(form)
# check whether it's valid:
if form.is_valid():
print("is valid")
# process the data in form.cleaned_data as required
name = form.cleaned_data['name']
shortDescription = form.cleaned_data['shortDescription']
goal = form.cleaned_data['goal']
a = json.loads(form.cleaned_data['fullDescription'])
fullDescription = html.render(a["ops"])
expiredDate = form.cleaned_data['expiredDate']
coverImage = form.cleaned_data['coverImage']
ownerID = UserDetail.objects.get(id=request.user.id)
newCampaign = Campaign(name=name,
shortDescription=shortDescription,
goal=goal,
expiredDate=expiredDate,
coverImage=coverImage,
fullDescription=fullDescription,
ownerID=ownerID)
newCampaign.save()
#csrf_token = django.middleware.csrf.get_token(request)
# redirect to a new URL:
return render(None, 'vdf/thankyou.html', {"user": request.user.id})
# if a GET (or any other method) we'll create a blank form
# else:
# form = AddCampaignForm()
#csrf_token = django.middleware.csrf.get_token(request)
#return render(None, 'vdf/taochiendich.html', {"user": request.user.id})
return redirect('/taochiendich')
def processFeedback(feedback_delta, fvecs, models):
feedback_html = html.render(json.loads(feedback_delta)['ops'])
# QUALITY
try:
qCase = "Q_high_quality"
feedback_features = Q_high_quality_text_feature_extractor(
feedback_html)
quality_pred = apply_model(feedback_features, fvecs[qCase],
models[qCase])
output_eng['ops'][1]['insert'] = toFraction(quality_pred)
output_de['ops'][1]['insert'] = toFraction(quality_pred)
print("\n Q_high_quality: ", quality_pred, toFraction(quality_pred))
except:
print("\nError in calculating Quality\n")
e = sys.exc_info()
print(e)
# HELPFULNESS
try:
qCase = "Q_was_helpful"
feedback_features = Q_was_helpful_text_feature_extractor(feedback_html)
helpfulness_pred = apply_model(feedback_features, fvecs[qCase],
models[qCase])
output_eng['ops'][3]['insert'] = toFraction(helpfulness_pred)
output_de['ops'][3]['insert'] = toFraction(helpfulness_pred)
print("\n Q_was_helpful: ", helpfulness_pred,
toFraction(helpfulness_pred))
except:
print("\nError in calculating helpfulness\n")
e = sys.exc_info()
print(e)
# CRITICAL ASPECTS
try:
qCase = "Q_critical_aspects"
feedback_features = Q_critical_aspects_text_feature_extractor(
feedback_html)
critical_aspects_pred = apply_model(feedback_features, fvecs[qCase],
models[qCase])
output_eng['ops'][5]['insert'] = toFraction(critical_aspects_pred)
output_de['ops'][5]['insert'] = toFraction(critical_aspects_pred)
print("\n Q_critical_aspects: ", critical_aspects_pred,
toFraction(critical_aspects_pred))
except:
print("\nError in calculating critical aspects\n")
e = sys.exc_info()
print(e)
# SUGGESTIONS
try:
qCase = "Q_constructive_suggestions"
feedback_features = Q_constructive_suggestions_text_feature_extractor(
feedback_html)
suggestions_pred = apply_model(feedback_features, fvecs[qCase],
models[qCase])
output_eng['ops'][7]['insert'] = toFraction(suggestions_pred)
output_de['ops'][7]['insert'] = toFraction(suggestions_pred)
print("\n Q_constructive_suggestions: ", suggestions_pred,
toFraction(suggestions_pred))
except:
print("\nError in calculating suggestions\n")
e = sys.exc_info()
print(e)
# TASK_RELATED
# try:
# qCase = "Q_task_related"
# feedback_features = Q_task_related_text_feature_extractor(feedback_html)
# task_related_pred = apply_model(feedback_features, fvecs[qCase], models[qCase])
# output_eng['ops'][9]['insert'] = toFraction(task_related_pred)
# output_de['ops'][9]['insert'] = toFraction(task_related_pred)
# except:
# print("\nError in calculating related\n")
# e = sys.exc_info()
# print(e)
# WEAKNESSES AND STRENGTHS
try:
qCase = "Q_highlights_weaknesses_strengths"
feedback_features = Q_highlights_weaknesses_strengths_text_feature_extractor(
feedback_html)
weaknesses_strengths_pred = apply_model(feedback_features,
fvecs[qCase], models[qCase])
output_eng['ops'][9]['insert'] = toFraction(weaknesses_strengths_pred)
output_de['ops'][9]['insert'] = toFraction(weaknesses_strengths_pred)
print("\nWeaknesses: ", weaknesses_strengths_pred,
toFraction(weaknesses_strengths_pred))
except:
print("\nError in calculation strength and weaknesses\n")
e = sys.exc_info()
print(e)
# ARGUMENTATION
try:
r = requests.post("http://localhost:5130/",
json={"text": feedback_delta['reviewText']})
output_eng['argmine'] = r.json()
output_de['argmine'] = r.json()
except:
print("\nError in argumentation feedback\n")
e = sys.exc_info()
print(e)
# EASY TO UNDERSTAND
# try:
# qCase = "Q_easy_understand"
# feedback_features = Q_easy_understand_text_feature_extractor(feedback_html)
# easy_to_understand_pred = apply_model(feedback_features, fvecs[qCase], models[qCase])
# output_eng['ops'][13]['insert'] = toFraction(easy_to_understand_pred)
# output_de['ops'][13]['insert'] = toFraction(easy_to_understand_pred)
# print(easy_to_understand_pred, toFraction(easy_to_understand_pred))
# except:
# print("\nError in calculation easy to understand\n")
# e = sys.exc_info()
# print(e)
return {
'output_eng': json.dumps(output_eng),
'output_de': json.dumps(output_de)
}
def get_article_as_html_user(self):
article_html = ""
article_html += quill_parser.render(self.text["ops"])
return article_html
def test_underline():
ops = [
{"insert":"Quill", "attributes": {"underline": True}}
]
source = '<p><u>Quill</u></p>'
assert html.render(ops) == source
def render(self, delta):
resultat = html.render(delta['ops'], pretty=True)
print(resultat)
def test_error():
ops = [
{ 'insert': {'image': True} }
]
source = '<p><img></p>'
assert html.render(ops) == source
def test_image():
ops = [
{ 'insert': {'image': 'https://i.imgur.com/ZMSUFEU.gif'} }
]
source = '<p><img src="https://i.imgur.com/ZMSUFEU.gif"></p>'
assert html.render(ops) == source
def test_strike():
ops = [
{"insert":"Quill", "attributes": {"strike": True}}
]
source = '<p><s>Quill</s></p>'
assert html.render(ops) == source
def test_empty():
ops = [ {"insert": "\n"} ]
source = "<p><br></p>"
assert html.render(ops) == source