def POST(self):
form = web.input()
patron_name = form.get("name", "")
email = form.get("email", "")
topic = form.get("topic", "")
description = form.get("question", "")
url = form.get("url", "")
user = accounts.get_current_user()
useragent = web.ctx.env.get("HTTP_USER_AGENT", "")
if not all([email, topic, description]):
return ""
hashed_ip = hashlib.md5(web.ctx.ip.encode('utf-8')).hexdigest()
has_emailed_recently = get_memcache().get('contact-POST-%s' %
hashed_ip)
if has_emailed_recently:
recap = get_recaptcha()
if recap and not recap.validate():
return render_template(
"message.html",
'Recaptcha solution was incorrect',
('Please <a href="javascript:history.back()">go back</a> and try '
'again.'),
)
default_assignees = config.get("support_default_assignees", {})
topic_key = str(topic.replace(" ", "_").lower())
if topic_key in default_assignees:
assignee = default_assignees.get(topic_key)
else:
assignee = default_assignees.get("default",
"*****@*****.**")
stats.increment("ol.support.all")
subject = "Support case *%s*" % topic
url = web.ctx.home + url
displayname = user and user.get_name() or ""
username = user and user.get_username() or ""
message = SUPPORT_EMAIL_TEMPLATE % locals()
sendmail(email, assignee, subject, message)
get_memcache().set('contact-POST-%s' % hashed_ip,
"true",
time=15 * MINUTE_SECS)
return render_template("email/case_created", assignee)
def GET(self):
i = web.input(path=None)
user = accounts.get_current_user()
email = user and user.email
hashed_ip = hashlib.md5(web.ctx.ip.encode('utf-8')).hexdigest()
has_emailed_recently = get_memcache().get('contact-POST-%s' % hashed_ip)
recaptcha = has_emailed_recently and get_recaptcha()
return render_template("support", email=email, url=i.path,
recaptcha=recaptcha)
def GET_memcache(self):
i = web.input()
i.setdefault("keys", "")
from openlibrary.core import cache
mc = cache.get_memcache()
keys = [k.strip() for k in i["keys"].split() if k.strip()]
mapping = keys and mc.get_multi(keys)
return render_template("admin/inspect/memcache", keys, mapping)
def GET_memcache(self):
i = web.input()
i.setdefault("keys", "")
from openlibrary.core import cache
mc = cache.get_memcache()
keys = [k.strip() for k in i["keys"].split() if k.strip()]
mapping = keys and mc.get_multi(keys)
return render_template("admin/inspect/memcache", keys, mapping)
def GET_memcache(self):
i = web.input(action="read")
i.setdefault("keys", "")
mc = cache.get_memcache()
keys = [k.strip() for k in i["keys"].split() if k.strip()]
if i.action == "delete":
mc.delete_multi(keys)
add_flash_message("info", "Deleted %s keys from memcache" % len(keys))
return render_template("admin/inspect/memcache", [], {})
else:
mapping = keys and mc.get_multi(keys)
return render_template("admin/inspect/memcache", keys, mapping)
def GET_memcache(self):
i = web.input(action="read")
i.setdefault("keys", "")
mc = cache.get_memcache()
keys = [k.strip() for k in i["keys"].split() if k.strip()]
if i.action == "delete":
mc.delete_multi(keys)
add_flash_message("info", "Deleted %s keys from memcache" % len(keys))
return render_template("admin/inspect/memcache", [], {})
else:
mapping = keys and mc.get_multi(keys)
return render_template("admin/inspect/memcache", keys, mapping)