def test_asc():
result = posts.get_posts(['tech'])
assert_that(result).is_length(4)
for i in range(len(result) - 1):
assert_that(result[i]['id']).is_less_than_or_equal_to(result[i +
1]['id'])
print('ASCENDING SORT WORKS')
def test_desc():
result = posts.get_posts(['tech'], ascending=False)
assert_that(result).is_length(4)
for i in range(len(result) - 1):
assert_that(result[i]['id']).is_greater_than_or_equal_to(
result[i + 1]['id'])
print('DESCENDING SORT WORKS')
def test_basic():
result = posts.get_posts(['sanity'])
assert_that(result[0]).is_equal_to({
'id': 100,
'tags': ['sanity'],
'reads': 100
})
print('BASIC PASSED - handler\'s being tested')
def get_posts():
requestdata, valid = validate_request(request)
if not valid:
return invalid_response(requestdata)
theposts = posts.get_posts(tags=requestdata['tags'],
sortfield=requestdata['sortfield'],
ascending=(requestdata['direction'] == 'asc'))
return post_response(theposts)
def test_sortfield():
sortfield = 'reads'
result = posts.get_posts(['tech'], sortfield=sortfield)
assert_that(result).is_length(4)
for i in range(len(result) - 1):
assert_that(result[i]['id']).is_less_than_or_equal_to(
result[i + 1][sortfield])
print('SORTBY WORKS')
def channel(channel_name):
list = posts.get_posts(channel_name)
title = "/ch/" + channel_name
if channels.is_channel(channel_name):
return render_template("feed_layout.html",
channel_name=channel_name,
posts=list,
title=title)
else:
flash("Kanavaa " + channel_name + " ei ole olemassa")
return redirect("/")
def main():
if not is_logged_in():
return redirect(url_for('login'))
the_posts = posts.get_posts(get_logged_in_user())
date_posts = posts.group_posts_by_date(the_posts)
context = {
'dates': sorted(date_posts.keys(), reverse=True),
'date_posts': date_posts,
'empty': len(the_posts) == 0
}
return render_template("main.html", **context)
def main():
if not is_logged_in():
return redirect(url_for('login'))
the_posts = posts.get_posts(get_logged_in_user())
date_posts = posts.group_posts_by_date(the_posts)
context = {
'dates': sorted(date_posts.keys(), reverse=True),
'date_posts': date_posts,
'empty': len(the_posts) == 0
}
return render_template("main.html", **context)
def index():
return render_template("index.html",
site_title="Lucas Blog - Softwareentwicklung",
og={
"title": "Lucas Blog - Softwareentwicklung",
"description": "Auf dem Blog von Lucas Hild findest Du Artikel über Softwareentwicklung mit Python, JavaScript und dem Raspberry Pi",
"image": url_for("static", filename="img/header.jpg"),
"url": "https://blog.lucas-hild.de",
"type": "blog"
},
seo_description="Auf dem Blog von Lucas Hild findest Du Artikel über Softwareentwicklung mit Python, JavaScript und dem Raspberry Pi",
header_title="Lucas Blog",
header_image=url_for("static", filename="img/header.jpg"),
posts=posts.get_posts())
def atom_feed():
feed = AtomFeed("Lucas Blog", feed_url="https://blog.lucas-hild.de/feed")
for post in posts.get_posts():
feed.add(title=post["title"],
title_type="text",
subtitle="Softwareentwicklung",
content=post["content"],
content_type="html",
summary=post["description"],
summary_type="text",
url="https://blog.lucas-hild.de/" + post["permalink"],
author="Lucas Hild",
published=post["date_time"],
updated=post["date_time"])
return feed.get_response()
def index():
if check_user():
if 'submitpost' in request.form:
posts.make_post(
request.form['title'],
session['user'],
request.form['content'])
if 'submitcomment' in request.form:
posts.make_comment(
request.form['postid'],
session['user'],
request.form['content'])
if 'deletepost' in request.form:
posts.delete_post(request.form['postid'])
return render_template(
"home.html",
posts = posts.get_posts(request.args.get('query')),
user = session['user'],
query = request.args.get('query'))
def post_view(permalink):
post_details = posts.get_post(permalink)
if post_details:
return render_template("post.html",
site_title=post_details["title"] + " | Lucas Blog",
og={
"title": post_details["title"] + "| Lucas Blog",
"description": post_details["description"],
"image": "https://blog.lucas-hild.de" + post_details["image"],
"url": "https://blog.lucas-hild.de" + "/" + permalink,
"type": "article"
},
seo_description="Auf dem Blog von Lucas Hild findest Du Artikel über Softwareentwicklung mit Python, JavaScript und dem Raspberry Pi",
header_title=post_details["title"],
header_text=post_details["date"],
header_image=post_details["image"],
title=post_details["title"],
date=post_details["title"],
image=post_details["image"],
description=post_details["description"],
content=post_details["content"])
else:
return render_template("index.html",
site_title="404 | Lucas Blog",
og={
"title": "Lucas Blog - Softwareentwicklung",
"description": "Auf dem Blog von Lucas Hild findest Du Artikel über Softwareentwicklung mit Python, JavaScript und dem Raspberry Pi",
"image": url_for("static", filename="img/404.jpg"),
"url": "https://blog.lucas-hild.de",
"type": "blog"
},
seo_description="Auf dem Blog von Lucas Hild findest Du Artikel über Softwareentwicklung mit Python, JavaScript und dem Raspberry Pi",
header_title="Seite nicht gefunden",
header_image=url_for("static", filename="img/404.jpg"),
posts=posts.get_posts()), 404
def progress(request):
commits = get_commits()
posts = get_posts()
return direct_to_template(request, 'progress/progress.html', {"posts":posts, "commits":commits})
def index():
list = posts.get_posts("")
return render_template("feed_layout.html",
posts=list,
channel_name="main",
title="Etusivu")
def index():
return render_template('index.html',
posts=posts.get_posts(),
tags=posts.header_tags())
'regex': re.compile(common_re.format('logos', '.*', 'logos'), re.DOTALL),
'replace': common_re.format('logos', '\n {} \n', 'logos')
}
pcts_re = {
'regex': re.compile(common_re.format('pcts', '.*', 'pcts'), re.DOTALL),
'replace': common_re.format('pcts', '\n {} \n', 'pcts')
}
REGEXES = [post_eng_re, post_ptbr_re, logos_re, pcts_re]
if __name__ == "__main__":
readme = root / "README.md"
# Retrieve most recent posts for each language
posts = get_posts(2)
post_eng_re['replace'] = post_eng_re['replace'].format('\n\n '.join(
posts['eng']))
post_ptbr_re['replace'] = post_ptbr_re['replace'].format('\n\n '.join(
posts['pt-br']))
# Retrieve profile overview
repositories = get_repos()
languages = get_languages(repositories)
percentages = calculate_languages(languages)
html = languages_to_html(percentages, n=8)
logos_re['replace'] = logos_re['replace'].format('\n'.join(html['logos']))
pcts_re['replace'] = pcts_re['replace'].format('\n'.join(html['pcts']))
def api_posts():
return jsonify(posts.get_posts())
active_user = None
break
elif active_user.role == 'admin':
ANS2 = ['1', '2']
while ans not in ANS2 and ans != '2':
print(f'possible actions:')
ans = input('1. See user list \n2. Sign out\nplease choose :')
if ans == '1':
for el in population.keys():
user = population[el]
print(
f'\n{user.u_name} registration date is {user.reg_date}'
)
if get_posts(el) == 'No posts yet':
print(f'{user.u_name} have no posts yet')
else:
for post in user.posts:
print(
f'user {user.u_name} posted {post[0]} in {post[2]}'
)
elif ans == '2':
active_user = None
break
ans = None
def test_multipletags_uniqueness():
results = posts.get_posts(['tech', 'history'])
ids = [post['id'] for post in results]
# sets have no duplicate elements
assert_that(ids).is_length(len(set(ids)))
print('UNIQUENESS WORKS')
def test_multipletags_disjoint():
techresults = posts.get_posts(['tech'])
disjointresults = posts.get_posts(['sanity'])
bothresults = posts.get_posts(['tech', 'sanity'])
assert_that(bothresults).is_length(len(techresults) + len(disjointresults))
print('MULTIPLE TAG RETRIEVAL IS SANE!')
